Holding Company · A Delaware Corporation · United States
ἡ ὀντότητα · he ontótita
Greek — the entity · that which is

HeOntotita Corporation is a Delaware holding company built around a single discipline: take an original idea from nowhere to filed, named, and incorporated — before the market knows it exists.

Every holding begins the same way. An observation. A mechanism that does not yet exist in the prior art. A reduction to claims that defines the boundaries of the invention with precision — not aspiration. Only after the provisional is on file, the FTO memo is clean, and the Michigan subsidiary is standing does anything else move. The website launches. The proof-of-concept runs. The venture becomes visible.

The method is deliberate and it is consistent. Each holding carries a Greek- or Latin-coined name that encodes the technology's mechanism — not a brand name chosen for market appeal, but a name that means something about what the invention actually does. Each holds its own Michigan corporation, its own patent assignment, its own trademark worksheet, its own stage-gated valuation model. Nothing is shared across entities. Nothing is bundled. Every holding is a freestanding asset, capable of being licensed or acquired on its own terms, without dragging anything else along with it.

This view of the portfolio presents thirty-five holdings that have each cleared independent prior-art review through dedicated patent and literature search. The holdings span dental optical-instrument indicators, supply-chain tamper evidence, stormwater remediation of tire-derived micropollutants, biological vibration sensing, consumer flushability verification, compostable materials, industrial telemetry-to-ERP software, structural safety connections, AI data center orchestration, cognitive electromagnetic warfare, satellite RF triage, and explosion protection. Each holding is a freestanding entity that can be licensed or acquired on its own.

Claim counts range from 39 to 85 per provisional. Independent claim families are drafted to target distinct licensing tiers — component suppliers, system integrators, end-product manufacturers, and government acquirers — so that each family has a natural buyer at a different point in the commercialization chain.

The breadth is not accidental. A portfolio built across unrelated fields does not rise and fall with a single market cycle. A holding that cannot be commercialized in one environment can wait while another reaches its moment. The inventory of ideas compounds. The method does not change.

Each venture is an answer to a question that was worth asking. The question always comes first.

Currency Security
Nomisphrag
ePassport Security
Eidosphrag
Excise Stamp Auth.
Teliosphrag
AV Decision Attestation
Kybernosphrag
Pharma Serialization
Pharmosphrag
Postal Stamp Auth.
Grammatosphrag
Election Ballot Auth.
Psephosphrag
Dental AI
Noeikon
AI Data Center
Dataphylax
Dental Imaging
Ditoxo
Barrier Films
Barophrag
Electronic Warfare
Spektrophrag
Satellite SIGINT
Aktinophrag
Active Food Packaging
Vivosphrag
Paper Manufacturing
Papyrosphrag
Grease-Barrier Paper
Parorex
Passive Radar
Skopeillum
Lead Detection
Plumbonil
Explosion Protection
Pyrosphrag
Consumer
Lymnil
AI Attestation
Logophylax
Environment
Rheophylax
Humidity Indication
Hygrosphrag
Structural Safety
Syndesil
Enzymatic Recycling
Lyzophrag
Fire Safety
Ferrophylax
Industrial IoT
Hapacta
Humidity Compliance Auth.
Hygrovid
Cybersecurity
Kvantosphrag
Indoor Air Quality
Adsorphylax
Tamper Evidence
Sphragnil
Moisture Indication
Chromonil
Compost Verification
Lymophrax
HVAC Filter
Filtronil
Materials
Caducel
Dental Devices
Autoclavil
Dental Devices
Vitrophrag
Safety Equipment
Sigephylax
Grid Resilience
Keraunophylax
Building Products
Entomostatin
Wildfire Defense
Stegophylax
Pest Sensing
OPHINIL
Biodegradable Packaging
Lytophrag
Wildfire Sensing
Dalonil
Compost Process
Humonil
Biomass Energy
Hygrophylax
Acoustic Attenuation
Voxnil
Precision Timing
Kronosynt
Medical Devices
Atremia
AI Hardware
Mnemostasis
Energy Harvesting
Cryergon
Industrial Safety
Pneumophylax
HVAC / ERV
Cryonil
Explosion Protection
Athmosphrag
Electrical Infrastructure
Thermosphrag
Air Quality
Xerophylax
Dental Calibration
Stathmophylax
Battery Safety
Pyrothrix
0 Holdings
0 Disciplines
0 Provisional Applications
0 Claims Filed
0 % Michigan Entities

Priority Holdings

58 holdings · Ranked by valuation

Fifty-eight holdings, ordered by estimated valuation — probability-adjusted deal ceiling weighing addressable market, per-license value, FTO confidence, and licensing channel quality. Aggregate portfolio valuation: approximately $720M–$2.0B across all holdings, with approximately 85% of value concentrated in the top ten. The sovereign PUF cluster — Nomisphrag, Eidosphrag, Teliosphrag, Pharmosphrag, and Grammatosphrag — five FTO-confirmed holdings, independently and bundle-licensable — represents approximately $380M of the ~$1.35B portfolio midpoint. Each holding is a freestanding entity that can be licensed or acquired on its own.

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NOMISPHRAG

Defense & Security

from Greek nómisma — coin, currency · phrágma — barrier, seal

A currency authentication system that co-forms single-walled carbon nanotube networks within the cellulose fiber matrix of banknote paper during wet-end papermaking — producing a per-note physically unclonable function set by chaotic fluid dynamics that cannot be replicated even by the original manufacturer. Each note's resistance topology is enrolled before serial number assignment and verified in under 200 milliseconds at ATM or point-of-sale. Two provisionals cover the substrate PUF and the full verification infrastructure: ATM bill-acceptor integration, high-throughput enrollment station, distributed authentication API, cryptographic dual-PUF entanglement, and wear-adaptive threshold algorithm.

Position Information-theoretically unclonable per-note identity. Targets all existing security-printing substrate suppliers: Crane Currency, Louisenthal/G+D, Arjowiggins. Dual-provisional structure covers substrate and infrastructure as independent licensing assets.
Currency authentication Substrate-integral PUF SWCNT percolation network ATM integration Dual-PUF entanglement
Field
Currency security / Authentication
Entity
Nomisphrag Inc. (Michigan, to be formed)
Docket
NOMI-001-PROV · NOMI-002-PROV · CIP of PAPY-001-PROV
Site
nomisphrag.com
Status
Two provisionals drafted

EIDOSPHRAG

Defense & Security

from Greek eídos — form, identity, appearance · phragma — barrier, seal

A polycarbonate or thermoplastic polyurethane (TPU) identity document substrate in which a stochastic electrically conductive nanomaterial network — single-walled carbon nanotubes (SWCNTs), graphene nanoplatelets, or MXene nanosheets — is co-dispersed during melt compounding and film extrusion, producing a per-document physically unclonable function (PUF) whose resistance topology is determined by chaotic melt-flow hydrodynamics and is non-reproducible even by the original manufacturer. The PUF layer is positioned as the core stratum of the ICAO 9303-compliant ePassport data page monoblock, sandwiched between non-loaded outer layers, co-located with the RFID inlay such that the PUF fingerprint cryptographically binds to the chip data. Enrollment occurs at the document production facility; border-control verification compares a real-time multi-electrode resistance measurement against the enrolled fingerprint in a SAC-compliant ICAO database query completing in under 300 milliseconds. The substrate-integral PUF is additive to all existing ICAO data page security features and does not require modification of the laser personalization, RFID, or lamination infrastructure.

Position No prior art discloses co-dispersion of a stochastic conductive nanomaterial network within the bulk of a polycarbonate or TPU identity document substrate during melt processing. All existing ePassport security features (holographic OVDs, laser imagery, RFID, printed features) are surface-applied or interface-deposited — none constitute an intrinsic physical identity of the substrate bulk. ICAO standards adoption as a mandatory core laminate security layer would make every ePassport-issuing government a captive licensee. Primary targets: Thales/Gemalto DIS, De La Rue, Bundesdruckerei, Veridos, Giesecke+Devrient — the five dominant sovereign document manufacturers serving 150+ passport-issuing states.
Polycarbonate / TPU substrate PUF SWCNT melt-compounding ICAO 9303 compliant RFID chip PUF binding SAC-compliant border verification 150+ sovereign ePassport markets
Field
ePassport security / Identity document authentication
Mark
EIDOSPHRAG™
Entity
Eidosphrag Inc. (Michigan, to be formed)
Site
eidosphrag.com
Docket
EIDO-001-PROV · Small entity
Status
Provisional drafted · To be filed

TELIOSPHRAG

Defense & Security

from Greek telōnēs — tax collector, fiscal officer · phragma — barrier, seal

A security paper substrate for excise and revenue stamps in which a stochastic single-walled carbon nanotube (SWCNT) network is co-formed within the cotton-linen fiber matrix during wet-end papermaking — the same fundamental mechanism as Nomisphrag, applied to the excise stamp substrate rather than the banknote substrate, with claim families specific to the excise stamp authentication infrastructure and sovereign tax authority integration. Operating near the percolation threshold, the SWCNT network produces a resistance topology determined by fiber-suspension turbulence in the headbox and forming zone — non-reproducible per stamp unit area and non-derivable without access to the specific hydrodynamic event that produced the original sheet. Per-stamp PUF fingerprints are enrolled at the stamp production facility and stored in a sovereign tax authority database; field verification is performed by handheld electrode reader or integrated stamp authentication scanner at customs and point-of-sale checkpoints in under 200 milliseconds.

Position No prior art discloses co-forming a stochastic conductive network within the body of an excise stamp security paper substrate during papermaking, or using such a network as a per-stamp PUF for tax authority authentication. All existing excise stamp security features (OVI, holographic overlaminates, UV taggants, serialized barcodes) are surface-applied post-manufacture and reproducible by sufficiently capable adversaries. Excise duty on tobacco alone protects $400B+ of annual sovereign tax revenue across 150+ countries — making this the largest fiscal enforcement market in the portfolio. Primary licensees: SICPA (dominant excise stamp supplier), De La Rue, Giesecke+Devrient, Crane (stamp divisions), National Printing Bureaus. Cross-reference: Nomisphrag (NOMI-001-PROV / NOMI-002-PROV) — parent technology family; non-overlapping claim sets.
Excise stamp substrate PUF Wet-end SWCNT co-formation Cotton-linen security paper 150+ sovereign fiscal markets $400B+ tobacco excise revenue protected SICPA / De La Rue / G+D channel
Field
Excise stamp authentication / Sovereign fiscal enforcement
Mark
TELIOSPHRAG™
Entity
Teliosphrag Inc. (Michigan, to be formed)
Site
teliosphrag.com
Docket
TELI-001-PROV · Small entity · Cross-ref: NOMI-001-PROV
Status
Provisional drafted · To be filed

KYBERNOSPHRAG

Defense & Security

from Greek kybernḗtēs — helmsman, governor · phrágma — barrier, seal

A hardware-anchored decision attestation module for autonomous vehicle systems. A silicon physical unclonable function (PUF) subsystem derives a device-unique private signing key from manufacturing-induced semiconductor variations — never stored in non-volatile memory — and uses it to cryptographically sign every inference event in an autonomous driving system decision stack. A multi-layer Merkle hash aggregation engine extracts hashes at the sensor fusion, inference, path planning, and actuation command layers and aggregates them into a single inference chain hash. A write-once hash-chained ledger stores each signed, timestamped attestation record. Any modification to any layer — sensor input, model version, trajectory, or actuation command — produces a detectably different chain hash, creating a tamper-evident, hardware-rooted audit trail for regulatory accountability. A fleet-level remote attestation server verifies PUF signatures, detects unauthorized model version drift, flags sequence number gaps indicative of record suppression, and generates NHTSA-formatted regulatory compliance reports.

Position Addresses the critical gap in AV regulatory accountability: no extant hardware primitive binds sensor input, model version, and actuation command into a single PUF-signed, tamper-evident record. NHTSA AV safety reporting requirements and the emerging question of decision traceability make this a near-term regulatory pull asset. Licensees: Tier 1 AV compute platform suppliers, OEM AV programs, AV safety certification bodies.
Autonomous vehicle Silicon PUF attestation ADS decision chain Write-once ledger Fleet compliance reporting NHTSA accountability
Field
Autonomous vehicle safety / Hardware security
Entity
Kybernosphrag Inc. (Michigan, to be formed)
Docket
KYBN-001-PROV · Filed July 4, 2026
Claims
30 claims · 4 independent families
Site
kybernosphrag.com
Status
Provisional filed

PHARMOSPHRAG

Health & Life Sciences

from Greek phármakon — drug, medicine · phragma — barrier, seal

A pressure-sensitive pharmaceutical product label in which a stochastic conductive or spectroscopically distinctive nanomaterial network is co-formed within the label facestock during manufacture — within paper facestock during wet-end papermaking, or within polymer film facestock (PET, BOPP, PE) during melt compounding or slot-die co-extrusion — producing a per-label physically unclonable function (PUF) linked to the label's GS1-compliant serialized identifier and enrolled in a DSCSA/FMD-compliant pharmaceutical serialization database. Three independent PUF authentication channels are disclosed: (1) electrical resistance topology, read by electrode contact or near-field capacitive sensing; (2) near-infrared (NIR) absorption/scattering fingerprint at 700–2500 nm, readable by smartphone NIR camera or handheld reader without electrode contact; and (3) Raman spectroscopic spatial fingerprint from the SWCNT G-band (1580 cm⁻¹) and D-band (1350 cm⁻¹), providing a third orthogonal authentication channel requiring only a compact Raman probe. A consumer smartphone verification application enables point-of-dispensing authentication using the NIR channel.

Position The DSCSA is in full enforcement (November 2023). The EU FMD covers all 27 member states. 78 countries have active pharmaceutical serialization mandates — and all of them share the same fundamental vulnerability: the serial number and barcode are reproducible, but the physical substrate they are printed on is not. Pharmosphrag closes that gap. Three independent PUF channels provide authentication redundancy not available in any current serialization solution. Licensees: CCL Label, Avery Dennison Pharma Solutions, Multi-Color Corporation, WS Packaging, InnerWorkings — the dominant pharmaceutical label converters whose combined output covers the majority of prescription drug packages in the U.S. and EU.
Pharmaceutical label PUF Paper & polymer film facestock Electrical + NIR + Raman channels DSCSA / EU FMD compliant Smartphone consumer verification 78-country serialization mandate
Field
Pharmaceutical serialization / Drug supply-chain authentication
Mark
PHARMOSPHRAG™
Entity
Pharmosphrag Inc. (Michigan, to be formed)
Site
pharmosphrag.com
Docket
PHAR-001-PROV · Small entity · Cross-ref: NOMI-001-PROV, TELI-001-PROV
Status
Provisional drafted · To be filed

GRAMMATOSPHRAG

Defense & Security

from Greek grámma — letter, written mark, postal item · phragma — barrier, seal

A postal stamp security paper substrate in which a stochastic single-walled carbon nanotube (SWCNT) conductive network is co-formed within the cotton-linen cellulosic matrix during wet-end papermaking — creating a per-stamp physically unclonable function (PUF) whose resistance topology is determined by headbox turbulence, fiber flocculation, and stochastic drainage hydrodynamics, and is unique to each stamp-sized region of the formed sheet. The fifth member of the HeOntotita sovereign PUF family — extending the wet-end SWCNT co-formation methodology from banknote substrate (Nomisphrag) and excise stamp substrate (Teliosphrag) to the postal stamp substrate, with claim families specific to the postal authentication infrastructure and Universal Postal Union (UPU) mandate. Ten independent claim families — the broadest claim coverage of any single filing in the portfolio — spanning substrate manufacture, security paper article, postal stamp article, PUF enrollment, authentication method, authentication system, philatelic authentication, UPU cross-border authentication, re-use and cancellation prevention, and conductive additive generalization.

Position All existing postal stamp security features — OVDs, UV taggants, intaglio microprinting, watermarks, serialized barcodes — are surface-applied or batch-level: every stamp in a print run shares the same security feature. None provides per-stamp unique physical identity. Grammatosphrag adds the only layer in the postal security stack that is simultaneously per-stamp unique and physically unclonable. Two distinct licensing channels: (1) postal operations — De La Rue, Giesecke+Devrient Louisenthal, Cartor Security Printing, NPA-internal security printers serving 192 UPU member nations; (2) philatelic authentication — American Philatelic Society expertizing service, Philatelic Foundation, Royal Philatelic Society London — the established certification bodies for high-value collectible stamps commanding premiums of thousands to hundreds of thousands of dollars. Family I (re-use and cancellation prevention) and Family G (philatelic authentication) are unique claim families not present in any other PUF portfolio filing.
Postal stamp substrate PUF Wet-end SWCNT co-formation 10 independent claim families 192 UPU member nations Philatelic authentication channel UPU PKD cross-border integration
Field
Postal stamp authentication / Philatelic certification
Mark
GRAMMATOSPHRAG™
Entity
Grammatosphrag Inc. (Michigan, to be formed)
Site
grammatosphrag.com
Docket
GRAM-001-PROV · Small entity · Cross-ref: NOMI-001-PROV, TELI-001-PROV
Claims
40+ claims · 10 independent families
FTO
Clear · All 10 families · July 2026 · Note: NASA TOP2-317 (all-printed CNT PUF) distinguished on wet-end co-formation vs. inkjet deposition — potential cross-licensing opportunity via NASA tech transfer
Status
Provisional drafted · FTO complete · Ready to file

PSEPHOSPHRAG

Defense & Security

from Greek psêphos — pebble, ballot (ancient Athenians voted by casting pebbles) · phragma — barrier, seal

An official election ballot paper substrate in which single-walled carbon nanotubes (SWCNTs), multi-walled carbon nanotubes (MWCNTs), graphene nanoplatelets (GNPs), or conductive cellulose nanocrystals (c-CNCs) are co-formed within the cotton-linen cellulose fiber matrix during wet-end papermaking at or near the electrical percolation threshold. The stochastic interaction of headbox turbulence, fiber flocculation, and nanoparticle Brownian motion during sheet formation produces a unique conductive network topology for each individual ballot sheet — a physically unclonable function (PUF) with collision probability below 10⁻²⁰⁰ for a 960-bit fingerprint. Each ballot's PUF fingerprint is enrolled in a Sovereign Electoral Authentication Database (SEAD) keyed to the ballot's assigned jurisdiction, precinct, and serial identifier. Authentication at tabulation, post-election audit, or legal recount is performed by resistance map re-measurement (4×4 electrode array, 120 electrode pairs) or NIR optical line scanning (980–1130 nm, non-contact, up to 1,500 ballots/minute) without throughput penalty. Ballot secrecy is preserved throughout: the SEAD stores no voter identity and no ballot choice information.

Position The most comprehensive provisional in the portfolio — 52 claims, 12 independent families. All identified ballot security prior art is batch-level: UV/IR/fluorescent features, watermarks, taggants, and digital watermarks are identical across all ballots in a production run or jurisdiction (US8910865B2; US11978286; WO2007113563A1; Sustana Ghost Reactor). No prior art discloses a per-ballot unique stochastic PUF co-formed within election ballot paper during wet-end papermaking. Unique claim families not present in any other PUF portfolio filing: post-election audit method (Family H), mail ballot return envelope (Family I), SEAD hierarchical architecture (Family J), jurisdiction-mismatch flag (Family L). FTO confirmed clear across all 12 families. Target licensees: Crane Currency, Pixelle Specialty Solutions (ballot paper manufacturers); ES&S, Dominion Voting Systems, Hart InterCivic (tabulation equipment); 168+ national electoral jurisdictions.
Election ballot substrate PUF Wet-end SWCNT / GNP co-formation 52 claims · 12 independent families SEAD hierarchical architecture Mail ballot envelope embodiment 168+ sovereign electoral jurisdictions
Field
Election ballot authentication / Electoral integrity
Mark
PSEPHOSPHRAG™
Entity
Psephosphrag Inc. (Michigan, to be formed)
Site
psephosphrag.com
Docket
PSEP-001-PROV · Small entity · Cross-ref: NOMI-001-PROV, TELI-001-PROV, GRAM-001-PROV
Claims
52 claims · 12 independent families · Largest in portfolio
FTO
Clear · All 12 families · July 2026 · 5 monitor items for prosecution
Status
Provisional drafted · FTO complete · Ready to file

NOEIKON

Health & Life Sciences

from Greek noein — to perceive, to know · eikon — image, instrument

An intraoral scanning apparatus in which artificial intelligence dental diagnosis is performed entirely onboard the handheld wand at the point of image acquisition — without dependence on cloud or workstation compute resources. An embedded neural network processor executes a trained dental diagnostic model locally within the wand, classifying caries, calculus, restorations, and periodontal findings in real time with sub-500ms latency. A cryptographic attestation module anchored by a silicon physically unclonable function (PUF) device identifier generates a signed finding record at acquisition time — binding each finding to the specific physical instrument, model version, and timestamp, producing a tamper-evident chain-of-custody for clinical, evidentiary, and regulatory purposes. A practitioner validation gate enforces clinician review before any finding reaches the patient. A structured data output module produces findings in HL7 FHIR and ADA CDT formats compatible with Dentrix, Eaglesoft, Curve Dental, and Open Dental without intermediary software.

Position Acquisition-coincident inference — the defining structural distinction from all known dental AI prior art, which uniformly depends on external compute and cloud transmission. The onboard architecture eliminates HIPAA PHI transmission exposure, enables offline operation in rural, mobile, and military field dentistry settings, and achieves a lower FDA SaMD regulatory burden than cloud-transmitted equivalents. PUF-anchored attestation aligns with the Nomisphrag and Kybernosphrag hardware security family, enabling a cross-portfolio licensing stack. Target licensees: Align Technology, 3Shape, Dentsply Sirona, Carestream, Planmeca.
Onboard AI inference PUF-anchored attestation Acquisition-coincident diagnosis HIPAA-native architecture HL7 FHIR / ADA CDT output Practitioner validation gate
Field
Dental AI diagnostics / Intraoral imaging
Mark
NOEIKON™
Entity
Noeikon Inc. (Michigan, to be formed)
Site
noeikon.com
Docket
GNOS-001-PROV · Small Entity
Claims
20 claims · 4 independent families
FTO
Clear · 12 references · All 4 families · July 2026
Status
FTO complete · Provisional not yet filed · NP deadline: May 8, 2027

DATAPHYLAX

AI & Computing

from Latin data — given, information · Greek phýlax — guardian

A policy-driven data-movement broker (PDMB) operating as a software-defined orchestration layer above heterogeneous AI data center interconnect fabrics — HBM, CXL, NVLink, silicon photonics, DRAM. Dataphylax fingerprints each AI workload segment in real time by tensor access pattern, sparsity ratio, model parallelism type, and latency sensitivity, then routes each data movement to the optimal fabric path based on operator-configurable multi-objective policy vectors — reducing memory wall penalties without touching the underlying hardware or interconnect protocols.

Position Clean FTO: all blocking IP is at the hardware layer; the orchestration policy layer is unencumbered. §101 hardening required before non-provisional.
AI data center Workload fingerprinting Heterogeneous interconnect Memory wall
Field
AI infrastructure / Data center
Entity
Dataphylax, Inc.
Docket
DATA-001-PROV · 50 claims · 5 families
Site
dataphylax.com
Status
Provisional drafted

DITOXO

Health & Life Sciences

from Greek di — two, dual · toxon — arch, bow · from Latin os — mouth

A rigid dual-arch intraoral imaging system in which solid-state optical modules and solid-state ultrasonic phased-array transducers are both mounted at positions that are factory-metrology manufacturing constants — stored in a calibration data set and never measured at time of use. The device seats within the oral cavity simultaneously spanning both dental arches, acquiring supragingival optical surface data and subgingival acoustic data in a single synchronization event. Because all sensor-to-sensor coordinate transformations are factory constants, the 3D reconstruction engine fuses optical and acoustic data into a pre-registered model without post-acquisition alignment. A third aspect introduces in vivo acoustic self-calibration: per-patient speed-of-sound uncertainty is resolved by comparing acoustic path-length data against the co-registered optical surface reconstruction as a ground-truth reference — eliminating the principal source of subgingival reconstruction error without external phantom measurement.

Position Structurally distinguished from Trophy SAS / Carestream US 11,045,166 (flexible support, use-time position measurement) and all wand-based IOS systems at the fundamental architecture level. No prior art combines a rigid dual-arch tray with factory-calibrated solid-state optical + acoustic arrays and in vivo self-calibration. Non-provisional draft complete; claims priority to Prov. App. 64/060,672 (May 8, 2026). Target licensees: Align Technology, 3Shape, Dentsply Sirona, Planmeca.
Rigid dual-arch tray Factory-calibrated optical + acoustic Simultaneous dual-arch acquisition In vivo acoustic self-calibration Pre-registered 3D fusion Small entity
Field
Dental imaging / Intraoral scanner systems
Mark
DITOXO™
Entity
Ditoxo Inc. (Michigan)
Site
ditoxo.com
Docket
DITX-001-NP · Priority: 64/060,672 · May 8, 2026
Status
Provisional filed · Non-provisional drafted · Attorney review required

BAROPHRAG

Environment

from Greek baros — weight, pressure, barrier force · phragma — barrier, wall

A fully compostable co-extrudable multilayer barrier film that achieves EVOH-grade oxygen and moisture vapor transmission rates through a co-extrusion geometry innovation, not specialty coating. A nanoplatelet-alignment barrier sublayer — containing biobased platelet-geometry nanofillers (cellulose nanocrystals, starch nanocrystals, or chitin nanofibers) at aspect ratios of 10:1 to 200:1 — is sandwiched between biodegradable structural and sealant layers and co-extruded through a multi-channel blown-film or cast-film die. Shear forces within the die orient the platelets parallel to the film plane during extrusion itself, creating a tortuous-path architecture that forces gas and moisture molecules through a diffusion path 10–100× longer than an unaligned matrix. No vapor deposition, no aqueous wet coating, no EVOH, no metallization — all layers are EN 13432/ASTM D6400 compostable.

Position Solves the single largest adoption barrier for compostable food packaging: the 2–10× barrier performance gap versus conventional polyethylene or EVOH films. The co-extrusion geometry mechanism is novel over all identified prior art, which uniformly relies on post-formation wet coating or non-compostable matrix materials. Addressable market: all food packaging currently relying on EVOH or metallized barrier layers. Monitor: halloysite nanotube chemistry — emphasize biobased nanofillers in independent claims.
Co-extruded barrier film Nanoplatelet shear orientation Cellulose nanocrystals Tortuous-path diffusion EN 13432 compostable EVOH replacement
Field
Compostable packaging / Barrier films
Mark
BAROPHRAG™
Entity
Barophrag Inc. (Michigan, to be formed)
Site
barophrag.com
Docket
BARO-001-PROV
Claims
45 claims · 4 independent families
FTO
Clear · Monitor: halloysite art at NP stage
Status
Provisional drafted · FTO complete

SPEKTROPHRAG

Defense & Security

from Greek spéktron — spectrum · sphragís — seal, boundary mark

A Cognitive Electromagnetic Environment Threat-Boundary Segmentation System (CETBSS) that isolates the threat-boundary segmentation function as a platform-agnostic primitive layer, interposed between any passive RF sensor and any upstream electronic warfare response system. Unlike monolithic closed-loop EW architectures, Spektrophrag makes no countermeasure decisions — it identifies the precise temporal boundaries of discrete spectral events, assigns functional threat-class labels without reference to a threat library, and delivers deterministic threat-boundary primitives consumable by any EW response system on any platform, without modification. Deployable across airborne, ground-fixed, and on-orbit platforms through a standardized interface.

Position DoD-identified critical capability gap; SwRI received $6.4M in 2023 for adjacent cognitive EW work. Clean FTO differentiation from US 11,808,882 and US 8,494,464. Primary acquirers: AFRL, DARPA ETO, L3Harris, Northrop EW divisions.
Cognitive EW Threat-boundary segmentation Library-free classification Platform-agnostic
Field
Electronic warfare / Defense
Entity
Spektrophrag, Inc.
Docket
SPEK-001-PROV · 45 claims · 8 families
SBIR
DARPA ETO · AFRL Rome · NRL Code 5500
Site
spektrophrag.com
Status
Provisional drafted

AKTINOPHRAG

Defense & Security

from Greek aktís — ray, beam · sphragís — seal

An on-orbit edge-AI radio frequency triage payload that eliminates the downlink bandwidth bottleneck in signals intelligence constellations. A Selective Event-Boundary Segmentation (SEBS) engine detects statistical changepoints in a continuous RF IQ stream using unsupervised Bayesian changepoint detection — no labeled training data required. Each detected event is scored by a radiation-hardened edge-AI classifier with SEU protection via ECC memory and triple modular redundancy. Only events exceeding a ground-operator-configurable threshold are downlinked as compact Anomaly Metadata Packets, reducing downlink volume by 90% or more. A federated learning protocol refines the onboard model across the constellation without downlinking raw IQ data.

Position Software PoC demonstrable on public IQ datasets at near-zero cost. Primary acquirers: NRO, NGA, HawkEye 360, Spire Global. Gate 6 exit $30–75M.
On-orbit edge AI RF triage SIGINT Radiation-hardened inference
Field
Satellite SIGINT / Space systems
Entity
Aktinophrag, Inc.
Docket
AKTI-001-PROV · 55 claims · 6 families
SBIR
NRO HM0476 · NGA HM047 · DARPA STO · AFRL FA9453
Site
aktinophrag.com
Status
Provisional drafted · IP clearance gate

VIVOSPHRAG

Environment

from Latin vivus — living, alive · phragma — barrier, protective layer

A compostable multilayer food packaging film whose co-extruded active functional layer (AFL) simultaneously provides two independent functions within a single structural, load-bearing film layer: (1) controlled-release antimicrobial activity against Listeria monocytogenes, E. coli O157:H7, Salmonella spp., and Staphylococcus aureus via GRAS-listed agents (nisin, thymol, carvacrol, cinnamaldehyde, ε-polylysine) stabilized in cyclodextrin inclusion complexes, lipid shells, or modified starch carriers to survive melt processing; and (2) an irreversible colorimetric spoilage signal via pH-responsive or volatile-amine-responsive dyes (anthocyanins, bromocresol green, curcumin, resazurin) that produce a visually perceptible CIELAB ΔE >30 color change upon headspace exposure to spoilage-associated volatile metabolites (ammonia, trimethylamine, hydrogen sulfide, biogenic amines). The AFL is not a label, coating, or separately manufactured device — it is a load-bearing constituent of the film web. A masterbatch format enables film converters to adopt the technology on existing blown film or cast film lines without capital modification.

Position The co-resident single structural layer limitation is unoccupied across the entire identified prior art landscape. All issued antimicrobial film patents (Cryovac/Sealed Air US11325357; US11118081) claim antimicrobial function only — no colorimetric element in any claim. All colorimetric food spoilage indicators (US20210010942A1; US10338048B2; EP1251350A1) are separately applied articles. Academic bilayer systems (Cvek et al. 2022; November 2025 bilayer film) place antimicrobial and indicator in separate layers. FTO complete and clear. 50 claims — the largest claim count in the portfolio — across four independent families: film, manufacturing method, packaged food product, and masterbatch. Target licensees: Sealed Air/Cryovac, Amcor, Berry Global, Novamont, NatureWorks, Constantia Flexibles, Transcontinental.
Co-resident single structural AFL Antimicrobial + colorimetric dual function GRAS / FDA 21 CFR compliant ASTM D6400 / EN 13432 compostable Masterbatch format 50 claims · 4 independent families
Field
Active compostable food packaging / Food safety
Mark
VIVOSPHRAG™
Entity
Vivosphrag Inc. (Michigan, to be formed)
Site
vivosphrag.com
Docket
VIVO-001-PROV · Small entity
Claims
50 claims · 4 independent families
FTO
Clear · Co-resident AFL limitation unoccupied · July 2026
Status
Provisional drafted · FTO complete · Ready to file

PAPYROSPHRAG

Industrial

from Greek pápyros — papyrus, paper · phrágma — barrier, seal

A co-formed conductive cellulose web sensing system for real-time papermaking process control. By introducing a conductive additive into the papermaking furnish before the headbox, Papyrosphrag causes the paper web itself to become the sensing element — producing a spatially resolved electrical signal map of the forming web at millisecond timescales, at the point of formation, without any traversing sensor head. Formation defects that current QCS systems detect hundreds of feet downstream are detected and corrected at their point of origin.

Position Parent application to Nomisphrag. Breaks the fundamental architectural constraint shared by every commercial QCS system — external sensing — by making the web intrinsic to its own measurement. Addressable market includes every high-speed tissue, printing-and-writing, and specialty paper machine globally.
Papermaking process control Co-formed conductive network Formation-zone sensing QCS replacement
Field
Paper manufacturing / Process control
Entity
Papyrosphrag Inc. (Michigan, to be formed)
Docket
PAPY-001-PROV · Parent of NOMI-001-PROV
Site
papyrosphrag.com
Status
Provisional drafted

PAROREX

Industrial

from Latin parare — to prepare, to make ready · rex — barrier king; that which repels

A grease-barrier paper substrate in which a hydrophobic biopolymer network is formed in situ within the cellulosic fiber matrix during wet-end papermaking — without post-process coating, fluorinated chemistry, or polyolefin lamination. One of three biopolymer systems is introduced as a colloidal dispersion into the papermaking furnish upstream of the headbox: octenyl succinic anhydride-modified starch (OSA-starch), fatty acid esterified cellulose nanofibrils (FA-CNF), or lauric-acid-grafted chitosan (LA-chitosan). Upon sheet formation and dryer-section drying, the biopolymer crosslinks within the fiber matrix to produce a continuous hydrophobic network achieving TAPPI T559 kit rating ≥8 — fully grease-resistant — while retaining repulpability ≥85% (TAPPI UM 213) and compostability per ASTM D6400. No coating line capital is required; the system runs on any standard twin-wire or Fourdrinier machine without modification to wire speed or headbox configuration.

Position The wet-end in-situ formation limitation is unoccupied by all identified prior art, which uniformly covers post-process coatings (MSU/Rabnawaz PCT, Archroma Cartaseal, Qwarzo, BASF ecovio). EPA PFAS MCLs finalized 2024 and multiple state food-contact bans create a mandatory regulatory transition — every fast-food and food-service chain has committed to PFAS-free packaging. Licensees: Packaging Corporation of America, Graphic Packaging International, Clearwater Paper, Resolute Forest Products, specialty paper converters.
PFAS-free grease barrier Wet-end in-situ formation OSA-starch / FA-CNF / LA-chitosan Kit rating ≥8 Repulpable · Compostable EPA PFAS regulatory mandate
Field
Grease-barrier paper / Food-service packaging
Mark
PAROREX™
Entity
Parorex Inc. (Michigan, to be formed)
Site
parorex.com
Docket
PARX-001-PROV · Small entity
Claims
30 claims · 4 independent families
FTO
Clear · Wet-end formation limitation unoccupied
Status
Provisional drafted · FTO complete

SKOPEILLUM

Defense & Security

from Greek skopéō — to observe, watch · Latin illumino — to illuminate

A passive bistatic radar system that exploits uncooperative commercial LEO satellite downlinks (Starlink, OneWeb, Kuiper) as bistatic illuminators for ground-moving-target indication — without any active transmission. A Tropospheric Delay Compensation Engine (TDCE) measures real-time meteorological parameters at the receiver site and applies wet and dry path-delay corrections to TDOA-based geolocation, eliminating the dominant systematic error source in microwave-band bistatic radar using non-terrestrial illuminators. A modulation-blind Reference Signal Acquisition Module locks onto LEO downlinks without prior knowledge of modulation, coding, or frame structure.

Position Hardware-demonstrable with a $4,700 SDR bench setup. Clean FTO; TDCE is the unencumbered core novelty. Gate 6 exit $45–90M via prime contractor license or DoD acquisition.
Passive bistatic radar LEO illuminators Tropospheric compensation GMTI
Field
Defense sensing / Passive radar
Entity
Skopeillum, Inc.
Docket
SKOP-001-PROV · 52 claims · 6 families
SBIR
DARPA MTO · AFRL Sensors · NRO HM0476
Site
skopeillum.com
Status
Provisional drafted · IP clearance gate

PYROSPHRAG

Industrial

from Greek pŷr — fire · sphragís — seal

A deflagration-isolation device for combustible wood-dust pneumatic conveyance. When a dust-explosion flame front ignites in ducting, Pyrosphrag seals the line and stops the deflagration from propagating to connected vessels — the cascading secondary explosion that turns an incident into a catastrophe. Combustible-dust standards require this isolation; few methods satisfy them cleanly.

Position Forced regulatory demand, clearest licensing path.
Deflagration isolation Combustible-dust safety Pneumatic conveyance
Field
Industrial explosion protection
Mark
PYROSPHRAG™
Site
pyrosphrag.com
Status
Provisional drafted

PLUMBONIL

Health & Life Sciences

from Latin plumbum — lead · nil — indicator, that which reveals

A substrate-integral lead-responsive colorimetric indicator permanently co-formed within point-of-use water treatment filter media, pipe lining compounds, or plumbing fixture wetted surface coatings. Lead-chelating chromogenic compounds — sodium rhodizonate, dithizone, xylenol orange, or PAN — are incorporated during manufacture and produce an irreversible colorimetric transition upon cumulative aqueous lead exposure at or above the EPA action level of 15 μg/L. No test strips. No laboratory analysis. No user action. Continuous passive lead detection from the moment water contacts the substrate, for the life of the substrate.

Position The substrate-integral limitation is unoccupied across all three substrate categories: no identified prior art places a lead-chelating chromogenic compound permanently within filter media, pipe lining, or fixture coating. All current lead detection (First Alert, WaterSafe, LaMotte) requires a separately applied test strip — a user-action-dependent, intermittent approach that misses transient first-draw lead spikes. EPA LCRR (2021) and LCRI (2024) create mandatory compliance timelines through 2027–2030. Target licensees: 3M Filtration, Pentair, Xylem/Everpure, NSF-certified filter OEMs, Moen/Delta/Kohler.
Substrate-integral lead detection Sodium rhodizonate / Dithizone / PAN 15 μg/L EPA threshold Filter media · Pipe lining · Fixture coating Passive · No power · Irreversible EPA LCRR / LCRI regulatory mandate
Field
Lead detection / Point-of-use water treatment
Mark
PLUMBONIL™
Entity
Plumbonil Inc. (Michigan, to be formed)
Site
plumbonil.com
Docket
PLMB-001-PROV · Small entity
Claims
25 claims · 4 independent families
FTO
Clear across all 4 families
Status
Provisional drafted · FTO complete

LYMNIL

Health & Life Sciences

from Greek lýma — that which is washed away · Latin nil — nothing

A dispersibility-confirming colorimetric indicator for flushable sanitary articles. Built into the article, it changes to signal that the product has actually broken apart as a true flushable should — turning the contested "flushable" claim into something a user, a regulator, and a wastewater authority can see for themselves.

Position Filed, large market, regulatory tailwind.
Colorimetric indicator Flushability verification Consumer sanitary
Field
Consumer products
Entity
Lymnil, Inc.
Site
lymnil.com
Status
Provisional filed

LOGOPHYLAX

AI & Computing

from Greek lógos — word, reason, account · phýlax — guardian, keeper

A hardware-anchored tamper-evident inference attestation module for regulatory-compliant AI workloads. A physical interposer positioned in-line between an AI accelerator and the server fabric interconnect intercepts each inference request-response pair, generates a cryptographically signed inference attestation record (IAR) using entropy from an onboard TRNG isolated from host software, attaches regulatory regime classification tags (EU AI Act, FedRAMP 20x, SEC S-K 106, ISO 27001:2022, SOC 2, HIPAA, GLBA) prior to response egress, and commits the tagged IAR to a hardware write-locked WORM storage array — all without participation of host OS, hypervisor, or any software component. The EU AI Act entered full enforcement in August 2026. Every high-risk AI inference workload under EU jurisdiction requires per-inference accountability records maintained in a manner unalterable by the deploying organization. No prior system integrates physical-layer interception, hardware entropy attestation, pre-egress regulatory tagging, and hardware-enforced WORM storage in a single module.

Position Largest AI governance addressable market in the portfolio. Physical-layer gap that software logging, TEEs, and conventional HSMs cannot fill. EU AI Act enforcement is live now — the compliance window is open and closing.
AI inference attestation Hardware security module EU AI Act compliance WORM audit chain FedRAMP / SOC 2 / ISO 27001
Field
AI governance / Hardware security
Entity
Logophylax, Inc.
Docket
LOG-001-PROV · 45 claims · 3 independents
Site
logophylax.com
Status
Provisional filed · FTO pending

RHEOPHYLAX

Environment

from Greek rhéos — flow · phýlax — guardian

A stormwater treatment medium that captures and neutralizes 6PPD-quinone — the tire-derived toxicant lethal to coho salmon at trace concentrations — using end-of-life tire material as the active substrate. The pollutant's own source becomes the means of removing it, at the roadside outfalls where it enters the watershed.

Position Strong regulatory timing, clean freedom-to-operate.
6PPD-quinone capture Stormwater treatment Tire-derived substrate
Field
Environmental remediation
Mark
RHEOPHYLAX™
Site
rheophylax.com
Status
Provisional drafted

HYGROSPHRAG

Industrial

from Greek hygros — wet, moisture · phragma — barrier, seal

A colorimetric humidity-indicating functional layer (CHIL) co-formed within a label facestock or flexible packaging film substrate during substrate manufacture — such that the chromogenic humidity-responsive chemistry is substrate-integral, not surface-accessible, and not provided as a discrete card, plug, insert, or surface-applied label. Four co-formation pathways are disclosed: co-extrusion of a CHC masterbatch as an interior stratum within a multilayer polymer film; wet-end paper furnish addition for paper-based label facestocks; slot-die multilayer coating in a roll-to-roll converting pass; and melt-compounding homogeneous distribution. Cobalt-free CHC formulations specified for food-contact and pharmaceutical applications — addressing the REACH reproductive toxicity classification driving phase-out of cobalt chloride from all three generations of existing humidity indicator technology. Reversible or irreversible response is selectable by CHC chemistry selection. RH trigger threshold is calibrated from 30% to 90% RH by CHC concentration and calibration barrier layer MVTR. Smartphone-camera-compatible colorimetric readout and barcode co-location enable simultaneous product identification and humidity-status readout in a single imaging event.

Position The substrate-integral co-formation limitation is unoccupied across the full prior art landscape. All identified humidity indicator prior art — US20070157702A1 (humidity indicator labels), US9618456/US9616381/US9616382 (Clariant HIC family), US5875892, US5318181 — covers discrete components: cobalt chloride blotter discs, compartmentalized cards, and separate label substrates mounted onto packaging after manufacture. None co-forms a chromogenic humidity-responsive composition within the label facestock or flexible packaging film body during substrate manufacture. FTO complete and clear across all three independent families. Five simultaneous addressable markets: electronics MSD packaging (IPC/JEDEC J-STD-033 replaces all discrete HICs); pharmaceutical supply chain (DSCSA/FMD label integration with Pharmosphrag); food and nutraceuticals; medical device sterile packaging; industrial specialty chemicals. Licensees: Avery Dennison, CCL Label, Multi-Color Corporation, Bemis/Amcor, Mead Westvaco.
Substrate-integral CHIL Co-extrusion · Wet-end · Slot-die Cobalt-free CHC formulations 30–90% RH trigger calibration Electronics MSD / Pharma / Food IPC/JEDEC J-STD-033 replacement
Field
Humidity indication / Label facestock & flexible packaging film
Mark
HYGROSPHRAG™
Entity
Hygrosphrag Inc. (Michigan, to be formed)
Site
hygrosphrag.com
Docket
HYGR-001-PROV · Small entity
Claims
18+ claims · 3 independent families
FTO
Clear · Substrate-integral co-formation unoccupied · July 2026
Status
Provisional drafted · FTO complete · Ready to file

SYNDESIL

Industrial

from Greek sýndesmos — bond, connection · hýle — material

A sacrificial-fuse composite building connection designed for controlled progressive failure under seismic and blast loading. Syndesil absorbs and dissipates destructive energy through calibrated material yielding at the joint — protecting the structural frame by sacrificing the connector in a predictable, designed sequence.

Position 48 claims; cinematic simulator demonstrates fuse mechanism.
Structural fusing Seismic protection Composite connections
Field
Structural engineering
Entity
Syndesil, Inc.
Site
syndesil.com
Status
Full stack

LYZOPHRAG

Industrial

from Greek lysis — dissolution, unbinding · phragma — barrier, matrix

A repulper-activated enzymatic paper product — paper that carries its own recycling catalyst within the sheet matrix. Microencapsulated cellulase and hemicellulase payloads (endoglucanase + xylanase) are co-formed into the cellulosic fiber matrix during wet-end papermaking within dual-wall zein/HPMC microcapsules (5–30 μm). The shell survives wet-end processing, pressing, and dryer-section temperatures (90–180°C), remaining latent through the product's entire service life. Upon introduction into a standard hydropulper (3–5% consistency, 40–60°C, >500 rpm), combined mechanical shear and thermal-hydrolytic activation ruptures the zein shell within 5–20 minutes, releasing enzymes directly into the repulper furnish. Released endoglucanase and xylanase catalyze fiber bond hydrolysis, reducing repulping energy 15–35% and improving freeness by 5–15°SR — without any separate enzyme addition at the recycling facility.

Position A new product category: enzymatically self-recyclable paper. All known prior art — Buckman Repulpase, US10718088, US9856606, Enzymatic Technologies — adds enzymes externally at the recycling facility as a separate chemical feed. Lyzophrag builds the enzyme payload into the sheet itself; the licensee list includes not only paper manufacturers (Cascades, Resolute, Clearwater, K-C, P&G tissue) but enzyme suppliers (Novozymes, DSM-Firmenich, AB Enzymes) as OEM delivery partners — a second distinct licensing channel. EPR legislation and circular economy mandates are the regulatory driver.
Co-formed enzyme payload Zein/HPMC dual-wall microcapsule Repulper shear activation 15–35% energy reduction Self-recyclable paper EPR / circular economy pull
Field
Specialty paper / Enzymatic recycling
Mark
LYZOPHRAG™
Entity
Lyzophrag Inc. (Michigan, to be formed)
Site
lyzophrag.com
Docket
LYZO-001-PROV · Small entity
Claims
26 claims · 5 independent families
FTO
Clear · External enzyme addition art distinguished
Status
Provisional drafted · FTO complete

HAPACTA

Industrial

from Greek hápax — once, uniquely · aktín — ray, signal

A telemetry-to-ERP edge pipeline for manufacturing environments. Hapacta performs deterministic event-boundary segmentation and pre-validation at the machine edge, converting raw sensor streams into structured, audit-ready cost records before they enter the ERP — eliminating the data-quality gap between what equipment records and what accounting can use.

Position Targets the data-quality gap between what manufacturing equipment records and what ERP cost accounting can consume. Novelty clear; ready to file.
Edge telemetry ERP integration Cost intelligence
Field
Industrial IoT / ERP
Entity
Hapacta, Inc.
Site
hapacta.com
Status
Provisional drafted · Ready to file

HYGROVID

Industrial

from Greek hygros — moist, wet · Latin videre — to see, to witness · a humidity witness

A process-zone humidity witness cartridge (PHWC) deployed directly within an industrial humidification delivery path — steam distribution manifold interior, nozzle discharge plenum, adiabatic evaporative pad discharge face, or high-pressure spray envelope — where it experiences the same RH conditions as the production substrate. The cartridge matrix substrate carries two co-resident authentication elements: a colorimetric humidity-chromic compound (CHC) that undergoes a measurable spectral shift proportional to RH exposure magnitude and dwell time; and a physically unclonable microstructure (PUF) arising from the stochastic fiber or polymer arrangement of the matrix, producing a unique laser-speckle or hyperspectral fingerprint that persists through the production run. Upon removal, PUF re-measurement (Hamming distance ≤10% of bit length) confirms cartridge identity and chain of custody; CHC re-measurement quantifies the compliance delta. The authenticated result is generated as a tamper-evident humidity compliance certificate (HCC) and bound directly to the ERP or MES production lot record via SAP S/4HANA (RFC/BAPI or OData), Epicor, NetSuite, or Dynamics 365 Supply Chain Management.

Position No prior art discloses the combination of substrate-level PUF identity, CHC humidity witness function, process-zone deployment, and ERP/MES lot binding in a single cartridge article. US9618456 (Desiccare — humidity indicator card with RFID/EAS security device) is the closest reference; fully analyzed at the 18-claim level and cleared: Desiccare's security device is an RFID/UHF/EAS electronic tag affixed by adhesive — not a native-substrate PUF — with no process-zone deployment and no ERP binding. Prosecution risk: LOW structural; LOW-to-MODERATE method. Regulatory pull: 21 CFR Part 211/EU GMP Annex 15 (pharma), IPC/JEDEC J-STD-033 (electronics MSD), FDA 21 CFR 177 (food packaging), ISO 12647 (printing). Natural bundle with Hapacta for industrial ERP integration clients. Target licensees: Condair Group, Carel Industries, Munters, Dantherm Group.
Process-zone PUF + CHC cartridge Substrate-level humidity witness SAP S/4HANA · Epicor · NetSuite · D365 Tamper-evident HCC generation 21 CFR / J-STD-033 / ISO 12647 38 claims · 7 independent families
Field
Industrial humidity compliance authentication / ERP/MES integration
Mark
HYGROVID™
Entity
Hygrovid Inc. (Michigan, to be formed)
Site
hygrovid.com
Docket
KLIM-001-PROV · Small entity
Claims
38 claims · 7 independent families
FTO
Clear · US9618456 Desiccare fully analyzed and cleared · LOW structural risk · LOW-to-MODERATE method risk
Status
Provisional drafted · FTO complete · Ready to file

KVANTOSPHRAG

Defense & Security

from Danish/Norse kvanto — quantum · Greek sphragís — seal

A quantum-seeded physically unclonable function tamper-evidence system. Kvantosphrag generates device fingerprints from quantum-stochastic manufacturing variation — producing enrollment signatures that are physically irreproducible and legally defensible, grounded in Ex parte Yudong Cao PTAB precedent establishing §101 eligibility for quantum-seeded PUF claims.

Position 52-claim provisional; §101 hardened by PTAB precedent.
Quantum PUF Tamper evidence Device authentication
Field
Hardware security
Entity
Kvantosphrag, Inc.
Site
kvantosphrag.com
Status
Full stack

ADSORPHYLAX

Health & Life Sciences

from Latin adsorbēre — to adsorb, take up · Greek phýlax — guardian

A passive, retrofit-installable reactive sorbent duct liner insert (RSDLI) for residential HVAC systems that captures formaldehyde and acrolein from conditioned airstreams without active power, electronic controls, or material pressure-drop penalty. The core innovation is a co-formation process: metal-organic framework (MOF) crystallites or functionalized zeolites nucleate and grow in situ within a fibrous substrate from an impregnated precursor solution during a unified manufacturing step — eliminating the binder-mediated pore blockage, uneven distribution, and particle shedding that afflict every prior-art post-loading approach. A colorimetric service-life indicator integrated at an inspection-accessible surface signals sorbent saturation without duct disassembly. The insert slips into standard rectangular duct profiles, is retained by friction fit or hook-and-loop fastener, and imposes no modification to blower speed, static pressure setpoint, or control programming.

Position Addresses the recognized compliance gap between ASHRAE 62.2 ventilation quantity standards and indoor chemical quality — a gap defined by formaldehyde's IARC Group 1 carcinogen classification and acrolein's OSHA 0.1 ppm PEL. The co-formation limitation is a prosecution-tested anchor element not found in any identified prior art. Target licensees: Broan-NuTone, Aprilaire, RenewAire/Panasonic Ventilation, 3M Filtrete, Fantech.
Co-formed MOF matrix In situ nucleation Formaldehyde / acrolein selective Passive retrofit HVAC Colorimetric service-life indicator ASHRAE 62.2 regulatory pull
Field
Indoor air quality / Residential HVAC
Mark
ADSORPHYLAX™
Entity
Adsorphylax Inc. (Michigan, to be formed)
Site
adsorphylax.com
Docket
ADSO-001-PROV
Claims
47 claims · 5 independent families
FTO
Clean · 5 families clear · 3M colorimetric monitor at NP stage
Status
Provisional drafted · FTO complete

FERROPHYLAX

Industrial

from Latin ferrum — iron · Greek phýlax — guardian, sentinel

A passive, self-contained, retrofit-installable corrosion-onset indicator probe for wet-pipe fire suppression sprinkler systems. The probe inserts through standard 1/2-inch or 3/4-inch NPT fitting access ports into the pipe water column without system drainage. A mild steel sacrificial indicator element corrodes in proportion to system water corrosivity; Fe²⁺ ions released during corrosion react with a ferrozine-loaded polymer matrix, producing a progressive magenta colorimetric transition visible through a borosilicate glass inspection window. A spring-loaded mechanical flag provides an independent binary threshold signal upon calibration disc release. Optional NFC data tag enables digital NFPA 25 compliance record integration. No power. No pipe cutting. No laboratory analysis.

Position NFPA 25 Section 14.2.1 mandates internal pipe inspection every five years — currently requiring destructive pipe section removal at $3,000–$12,000 per inspection event. No passive, non-destructive, retrofit-compatible, visual corrosion-onset indicator exists for fire suppression systems. All identified prior art requires either powered electrochemical sensing, laboratory coupon retrieval, or system drainage. Ferrophylax is directly distinguished across all four claim families. Target licensees: Victaulic, Viking Group, Johnson Controls/Tyco, Kidde, Fike, Flamex.
Passive NFPA 25 compliance tool Ferrozine colorimetric Fe²⁺ detection Retrofit NPT fitting insertion No system drainage required Mechanical threshold flag Optional NFC compliance integration
Field
Fire suppression corrosion monitoring / NFPA 25 compliance
Mark
FERROPHYLAX™
Entity
Ferrophylax Inc. (Michigan, to be formed)
Site
ferrophylax.com
Docket
FERR-001-PROV · Small entity
Claims
20 claims · 4 independent families
FTO
Clear across all 4 families
Status
Provisional drafted · FTO complete

SPHRAGNIL

Defense & Security

from Greek sphragís — seal · Latin nil — nothing remains hidden

A frangible resonant physically unclonable function tamper-evidence seal. Sphragnil generates an acoustic fingerprint from the irreversible fracture geometry produced at first opening — a signature that cannot be forged because it emerges from the destruction of the seal itself, making any subsequent re-sealing acoustically detectable.

Position 61 claims; broadest claim count in portfolio.
Frangible PUF Acoustic fingerprinting Tamper evidence
Field
Packaging security
Entity
Sphragnil, Inc.
Site
sphragnil.com
Status
Full stack

LYMOPHRAX

Environment

from Greek lymos — dissolution, decomposition · phrax — fence, verification barrier

A compost-completion colorimetric indicator system co-formed within or bonded to a biodegradable packaging article at manufacture, that produces an irreversible, visually unambiguous color change only upon completion of biodegradation conditions consistent with industrial or home composting — not from moisture alone, UV alone, or brief heat alone, but from the concurrent chemical environment of active biological decomposition. The primary mechanism uses a leuco dye or pH-indicator chromophore encapsulated within a biodegradable polymer shell, with a CO₂-reactive or organic acid-reactive developer compound that is activated when evolved composting gases breach the shell above threshold concentration and dwell duration. An alternative family uses a structural-collapse window: a faster-degrading sacrificial polymer layer that, when composted, reveals a high-contrast backing color — no dye chemistry required. A third family integrates a QR code with digital smartphone verification for EPR compliance audit trails.

Position Addresses the two-sided market failure in compostable packaging: consumers cannot confirm complete degradation, and brands making compostability claims face EU and FTC regulatory exposure without verifiable proof. Fully distinguished from Lymnil (water dispersibility/flushable articles — different disposal pathway, different trigger chemistry, non-overlapping claims). Target market: every CPG brand deploying compostable packaging under EU Green Claims Directive or FTC Green Guides scrutiny.
Compost-completion indicator CO₂ / organic acid trigger Biodegradable shell microencapsulation Structural-collapse window QR digital verification EU Green Claims / FTC pull
Field
Compostable packaging / Sustainability verification
Mark
LYMOPHRAX™
Entity
Lymophrax Inc. (Michigan, to be formed)
Site
lymophrax.com
Docket
LYMO-001-PROV
Claims
48 claims · 4 independent families
FTO
Clear across all 4 families
Status
Provisional drafted · FTO complete

CADUCEL

Environment

from Latin caducus — falling, destined to pass away

A thermally-gated compostable nonwoven material platform. Engineered articles that hold their integrity throughout use, then yield to decomposition on cue — durability and disappearance designed into the same fiber, across consumer, industrial, and institutional article categories built on a common gated substrate.

Position Large market, real invention, needs bench data.
Thermal gating Compostable substrates Nonwoven articles
Field
Advanced materials
Entity
Caducel, Inc.
Site
caducel.com
Status
Cleared to file

FILTRONIL

Industrial

from Latin filtrum — felt, filter · nil — indicator, that which reveals

An HVAC air filter incorporating a co-formed progressive multi-zone particle-loading colorimetric indicator permanently integrated within the filter media during manufacture. A chromogenic compound — titanium dioxide white pigment, fluorescent yellow-green pigment, or retroreflective glass microspheres — is co-formed within three spatially distinct indicator zones at defined depths from the filter's inlet to outlet face. As airborne particulates accumulate within the filter medium, they progressively cover and optically obscure the chromogenic compound in each zone, reducing reflectance from the baseline color toward gray-brown. The three-zone progression — Zone A (inlet) transitioning first, Zone B (mid-depth) following, Zone C (outlet) last — is readable through the filter access panel without filter removal and without differential pressure measurement, powered sensing, or smart thermostat integration.

Position The optical reflectance reduction mechanism — particulate deposition physically obscuring co-formed chromogenic compound — is not disclosed in any identified prior art. The 3M wetness indicator (US8123414) uses moisture-activated dye chemistry, not particle optical obscuration. The Owens Corning gas sensor (US9551668) uses chemical reaction, not particle accumulation. All differential pressure and electronic monitoring systems require infrastructure (pressure taps, power, data logging) absent from residential installations. FTO clear across all four families. Target licensees: 3M Filtrete, Honeywell, Aprilaire, Filterbuy, Nordic Pure, Lennox, Carrier, Trane.
Co-formed multi-zone indicator Optical reflectance reduction mechanism TiO₂ / fluorescent / retroreflective zones MERV-8 through MERV-16 calibration No pressure taps · No power Evidence-based replacement
Field
HVAC filter media / Indoor air quality
Mark
FILTRONIL™
Entity
Filtronil Inc. (Michigan, to be formed)
Site
filtronil.com
Docket
FLTR-001-PROV · Small entity
Claims
20 claims · 4 independent families
FTO
Clear · Optical obscuration mechanism unoccupied
Status
Provisional drafted · FTO complete

AUTOCLAVIL

Health & Life Sciences

from autoclave — steam sterilization vessel · Latin vilis — of value, worthy

A passive dual-function integrated indicator system physically incorporated into reusable intraoral scanner tips and other autoclavable dental instrument tips at the time of manufacture. A Cycle Confirmation Indicator (CCI) undergoes an irreversible colorimetric change confirming that sterilization conditions — temperature, pressure, and dwell time — were achieved for that individual tip during its most recent autoclave cycle. A Lifecycle Limit Indicator (LLI) accumulates irreversible change across successive cycles, transitioning to a terminal end-of-life state when the tip's rated cycle limit is reached. Both indicators are passive, requiring no battery, RFID, or external reader. Eliminates manual cycle-count recordkeeping by clinical staff and reduces cross-contamination risk from over-cycled tips. Compatible with 3DISC OVO/HeronIOS, Medit i-series, 3Shape TRIOS, Carestream CS 3600, and Planmeca Emerald platforms per dependent claims.

Position Narrow but real clinical problem. Dual-function CCI+LLI integration into the tip body at manufacture is the patentable combination. OEM licensing to IOS manufacturers or acquisition by sterilization indicator companies (3M, Propper, Crosstex).
Dental instrument tips Sterilization assurance Passive thermochromic indicators IOS consumables
Field
Dental device consumables / Sterilization compliance
Entity
Autoclavil, Inc.
Docket
AUTC-001-PROV · 45 claims · 4 independents
Site
autoclavil.com
Status
Provisional filed · FTO pending

VITROPHRAG

Health & Life Sciences

from Latin vitrum — glass, optical surface · Greek sphragís — seal, indicator

A passive Optical Degradation Indicator (ODI) physically integrated into or adjacent to the optical zone of reusable intraoral scanner tips — at or near the folding mirror, exit window, lens, or prism — that accumulates irreversible, visually detectable change in response to the same mechanical micro-abrasion, thermal cycling stress, and reflective coating degradation events that progressively impair scan accuracy. Five ODI embodiments: sacrificial colorimetric overcoat; mechanochromic polymer layer (spiropyran/diarylethene mechanophores responding directly to cumulative mechanical stress); micro-encapsulated dye-release array; structural color thin-film interference layer; and bi-material thermal cycling stress accumulation indicator. A particularly preferred embodiment integrates the ODI with the Autoclavil CCI and LLI (AUTC-001-PROV) into a single three-function passive tip condition dashboard covering all primary IOS tip failure modes — sterilization, lifecycle, and optical degradation — all readable at point of use without instruments or electronics.

Position Companion to Autoclavil — distinct optical degradation failure mode, independent claims. Three-function combined tip (Claim 15) is the joint exit thesis for both ventures. Mechanochromic and structural color ODI embodiments are prior-art-lean.
IOS optical surface monitoring Mechanochromic indicators Structural color films Dental optical consumables
Field
Dental optical device consumables / Surface degradation monitoring
Entity
Vitrophrag, Inc.
Docket
VITR-001-PROV · 45 claims · 3 independents
Related
AUTC-001-PROV (Autoclavil) — three-function combined claim
Site
vitrophrag.com
Status
Provisional filed · FTO pending

CHROMONIL

Industrial

from Greek khroma — color · nil — that which reveals, indicator

A moisture-disclosing food-service tissue product in which solvatochromic compounds are co-formed into the cellulosic fiber matrix during wet-end papermaking — producing a tissue that changes color visibly upon food-moisture or aqueous-liquid contact without any surface-printed ink, applied dye, or adhesive indicator element. Encapsulated in biodegradable PLA or zein microcapsules (2–50 μm), the hydrochromic agent remains latent through the wet-end process, pressing, and Yankee drying, then activates at end use to produce a visible colorimetric transition within 90 seconds of ≥5 cm² aqueous contact. Chemistries: leuco dye/developer systems, crystal violet lactone on MFC carrier, spiropyran or spirooxazine compounds, or Nile Red analogues with food-safe substituents. The transition can be designed as irreversible (cumulative moisture record for food safety) or reversible (reusable applications).

Position Entirely unclaimed territory: the food-service co-formed moisture indicator application is not addressed by any identified prior art. All known hydrochromic indicator patents (US8911681 Kimberly-Clark, US5197958, US4681576) cover applied surface indicators for body-fluid detection in absorbent articles — a structurally and functionally distinct prior art landscape. Target product categories: food-tray liner, deli counter tissue, food-service napkin, sandwich wrap inner liner. Licensees: Kimberly-Clark Professional, Georgia-Pacific PRO, Cascades Tissue, Sofidel, Irving Consumer Products.
Co-formed hydrochromic indicator Food-service moisture disclosure Solvatochromic / leuco dye systems Biodegradable microcapsule shell No surface printing required Irreversible or reversible transition
Field
Food-service tissue / Moisture indication
Mark
CHROMONIL™
Entity
Chromonil Inc. (Michigan, to be formed)
Site
chromonil.com
Docket
CHRO-001-PROV · Small entity
Claims
25 claims · 4 independent families
FTO
Clear · Food-service co-formed application entirely unoccupied
Status
Provisional drafted · FTO complete

SIGEPHYLAX

Industrial

from Latin signum — mark, signal · Greek phýlax — guardian

An X-ray-detectable metal-free compostable industrial earplug. Sigephylax solves a persistent food and pharmaceutical manufacturing compliance problem: conventional foam earplugs are not X-ray-detectable, creating contamination risk if a plug enters a product stream. Sigephylax is engineered to be radiographically visible without any metal content, and compostable at end of life.

Position Clear regulatory problem; niche but captive market in regulated manufacturing.
X-ray detectability Compostable PPE Food safety compliance
Field
Safety equipment / Manufacturing
Entity
Sigephylax, Inc.
Site
sigephylax.com
Status
Full stack

KERAUNOPHYLAX

Energy

from Greek keraynós — thunderbolt · phýlax — guardian

An EMP-resilient grid-tied power electronics interlock. Keraunophylax provides autonomous fault isolation for grid-tied inverters and power conversion equipment subjected to electromagnetic pulse or transient overvoltage events — hardening the switching topology so that grid-tied systems survive and reconnect rather than sustaining catastrophic component failure.

Position 39 claims; defense and critical infrastructure licensing pathway.
EMP resilience Grid-tied inverters Fault isolation
Field
Grid resilience / Defense
Entity
Keraunophylax, Inc.
Site
keraunophylax.com
Status
Full stack

ENTOMOSTATIN

Industrial

from Latin entomo — insect · Greek statós — standing, halted

A passive, retrofit-installable annular insect-exclusion insert for utility pipe and conduit penetrations in building structures. Entomostatin combines a tortuous-path labyrinthine geometry — sized to produce a path length-to-gap ratio that exceeds the locomotion threshold of target insect species — with a co-formed contact-desiccant layer embedded in the insert matrix. Insects that enter the tortuous-path zone contact the desiccant layer and are immobilized by desiccation before completing transit. The system requires no power, no chemical dispensing, no maintenance cycles, and no sealed adhesive bond to the pipe surface. It installs into existing penetration annular gaps and is compatible with all standard pipe materials and conduit types.

Position Addresses a persistent building envelope integrity problem with a passive, chemical-free, retrofit-compatible mechanism not found in any current commercial product. Target licensees are the leading plumbing and HVAC penetration-seal suppliers: Oatey, Rectorseal, Fernco, and Ductmate — all of whom sell directly into the retrofit channel Entomostatin serves.
Insect exclusion Tortuous-path geometry Contact desiccant Retrofit conduit seal Chemical-free Passive / no power
Field
Building products / Pest exclusion
Mark
ENTOMOSTATIN™
Entity
Entomostatin Inc. (Michigan, to be formed)
Site
entomostatin.com
Docket
ENTM-001-PROV
Claims
30 claims · 3 independent families
Status
Provisional drafted · Gates 2–5 pending

STEGOPHYLAX

Environment

from Greek stégē — roof, cover · phýlax — guardian

A passive fail-safe wildfire reflective shroud for structure protection. Stegophylax deploys over a structure in the path of an advancing fire perimeter, using a reflective multi-layer membrane to reject radiant heat load — protecting the building envelope during the high-flux minutes when embers and radiant exposure peak, without requiring power or active systems.

Position 53 claims; passive deployment is the key differentiator.
Radiant heat rejection Wildfire protection Passive deployment
Field
Wildfire defense
Entity
Stegophylax, Inc.
Site
stegophylax.com
Status
Full stack

OPHINIL

Environment

from Greek óphis — serpent · Latin nil — nothing

A substrate-vibration sensing system for snake detection and deterrence. OPHINIL monitors surface-borne vibration signatures characteristic of serpent locomotion and executes a closed-loop SENSE / INTERPRET / DECIDE / ACT response — alerting occupants and triggering deterrence without requiring visual detection or human presence.

Position Full stack complete; subventures Tromophylax and Myrmephylax extend the platform.
Vibration sensing Serpent deterrence Closed-loop actuation
Field
Pest sensing & deterrence
Entity
OPHINIL, Inc.
Site
ophinil.com
Status
Full stack

LYTOPHRAG

Environment

from Greek lysis — dissolution, release · phragma — barrier, seal

A biodegradable packaging film or molded article incorporating a condition-gated degradation insert sublayer — a discrete functional layer co-formed within an otherwise conventional biodegradable film stack (PLA, PBAT, PHA, or starch blend) that physically inhibits enzymatic and hydrolytic access to the host polymer during service life, then dissolves, ruptures, or depolarizes only upon exposure to a defined end-of-life trigger condition. Four independent trigger architectures: moisture-threshold (PVOH sacrificial matrix + acid-salt microparticles), pH-threshold (ionic hydrogel releasing lytic enzymes at compost or anaerobic digestion pH), UV-dose (photocleavable ortho-nitrobenzyl shell releasing degradation accelerant after threshold outdoor UV exposure), and dual-key (concurrent moisture AND pH thresholds required). The host polymer degrades on demand — not prematurely in storage, not inadequately in a landfill.

Position Directly addresses the fundamental limitation of all existing biodegradable plastics: no temporal control over degradation onset. EU Directive 2019/904 and FTC Green Guides increasingly require verifiable end-of-life performance claims. No identified prior art discloses a co-formed discrete sublayer with microencapsulated dwell-condition-specific trigger chemistry. Addressable market: every brand deploying biodegradable packaging under regulatory scrutiny.
Condition-gated degradation Co-formed insert sublayer Moisture / pH / UV trigger Dual-key architecture Compostable packaging EU / FTC regulatory pull
Field
Biodegradable packaging / Sustainable materials
Mark
LYTOPHRAG™
Entity
Lytophrag Inc. (Michigan, to be formed)
Site
lytophrag.com
Docket
LYTO-001-PROV
Claims
38 claims · 4 independent families
FTO
Clear across all 4 families
Status
Provisional drafted · FTO complete

DALONIL

Environment

from Greek dalós — firebrand, burning torch · Latin nil — nothing passes

A firebrand-impingement-responsive wildfire trigger primitive. Dalonil detects ember accumulation at vulnerable structure penetrations — vents, eaves, gaps — and actuates a protective response at the moment of impingement, before ignition occurs. The trigger primitive is designed to integrate with downstream suppression, closure, or alert systems as a standalone sensor-actuator module.

Position 47 claims; pre-launch hold pending downstream integration partner.
Ember impingement Wildfire sensing Trigger primitive
Field
Wildfire sensing
Entity
Dalonil, Inc.
Site
dalonil.com
Status
Full stack · Pre-launch hold

HYGROPHYLAX

Energy

from Greek hygrós — moist · phýlax — guardian

A moisture-adaptive suspension-combustion system for wood-dust power generation. It senses the moisture carried by an incoming dust stream and continuously adapts firing to match — holding stable, efficient combustion across the wet, variable feedstock that defeats conventional suspension burners, and turning a waste stream into reliable power.

Position Highest upside, proof of concept completed.
Suspension combustion Moisture-adaptive firing Biomass power
Field
Biomass energy
Mark
HYGROPHYLAX™
Site
hygrophylax.com
Status
Provisional drafted

HUMONIL

Environment

from Latin humus — earth, soil, compost · nil — indicator, that which reveals

A passive time-temperature integrating compost cycle completeness indicator stake that irreversibly confirms a composting pile or vessel has achieved USDA NOP pathogen destruction conditions — 55°C for 15 days in windrow composting, or 55°C for 3 days in in-vessel systems — without thermometers, data loggers, or laboratory testing. Three integration mechanisms are disclosed: a PCL-shell microencapsulated leuco dye system accumulating dye release above 55°C proportional to dwell time; a thermophilic α-amylase enzyme cascade hydrolyzing a starch-iodine complex only when activated above 55°C for the required dwell; and a fusible alloy mechanical flag deploying upon calibration chamber fill at target dose. All embodiments are sealed against the composting chemical environment by a gas-permeable hydrophobic membrane.

Position No commercially available passive visual indicator integrates both time and temperature calibrated to the USDA NOP composting pathogen destruction standard. All identified prior art TTIs (Temptime, Timestrip, VITSAB) are calibrated to cold chain or food pasteurization standards — different time-temperature profiles by orders of magnitude. Companion to Lymophrax (product compostability verification) and Lytophrag (condition-triggered degradation) — Humonil verifies the composting process itself. California SB 1383 mandatory diversion targets and EU organic waste regulations are the regulatory pull. Target market: US Composting Council, residential composting channel, commercial composting facilities.
USDA NOP 55°C × 15-day calibration α-Amylase enzyme cascade PCL-shell leuco dye TTI Fusible alloy mechanical flag Composting environment resistant California SB 1383 / EU regulatory pull
Field
Compost process verification / Agricultural sustainability
Mark
HUMONIL™
Entity
Humonil Inc. (Michigan, to be formed)
Site
humonil.com
Docket
HUMO-001-PROV · Small entity
Claims
20 claims · 4 independent families
FTO
Clear · All food-safety TTI art distinguished on calibration
Status
Provisional drafted · FTO complete

VOXNIL

Industrial

from Latin vox — voice, sound · nil — that which reduces to nothing

A retrofit acoustic register insert that seats within the interior throat of a standard residential or commercial HVAC terminal register and attenuates airborne sound in the 200–900 Hz octave band — encompassing blower harmonics, speech-frequency duct cross-talk, and low-register noise — without powered components and without reducing airflow below 80% of the register's nominal rated flow. The attenuation mechanism is a multi-stage planar labyrinthine resonator array: a series of Helmholtz resonator stages tuned to overlapping sub-bands, with cavity depth D, neck width W, and stage pitch P satisfying geometric ratio constraints that simultaneously satisfy the 200–900 Hz band-gap condition and the 80%-airflow-retention floor. A snap-fit peripheral engagement feature enables tool-free installation and removal in any standard ANSI/ACCA MJ-8 register-throat profile without duct modification, adhesive, or fasteners.

Position Distinguished from Ma et al. US 9,759,447 on three independent grounds: throat-interior vs. face-surface mounting; multi-stage axial cascade vs. single-stage; and the co-optimized geometric ratio constraints. No prior art discloses the specific combination of multi-stage cascade, defined geometric constraints satisfying both acoustic and airflow targets, and snap-fit ANSI register-throat retrofit form factor. Non-provisional draft complete; claims priority to Prov. App. 64/072,212 (May 22, 2026). Target market: residential HVAC register channel — Broan-NuTone, Daikin, Carrier, Trane distribution networks.
Retrofit register insert Multi-stage Helmholtz cascade 200–900 Hz attenuation 80% airflow retention Tool-free snap-fit ANSI/ACCA MJ-8 compatible
Field
Acoustic attenuation / HVAC accessories
Mark
VOXNIL™
Entity
Voxnil Inc. (Michigan)
Site
voxnil.com
Docket
VOXN-001-NP · Priority: 64/072,212 · May 22, 2026
Status
Provisional filed · Non-provisional drafted · Attorney review required

KRONOSYNT

Defense & Security

from Greek chrónos — time · syntithēmi — to synthesize, compose

A Passive Heterogeneous RF Timing Reconstruction System (PHRTRS) that reconstructs nanosecond-class timing references from ambient RF emissions in GNSS-denied environments — without active transmission, cooperative beacons, or any GNSS availability. A multi-layer fingerprint extraction engine derives independent timing primitives from LEO satellite frame boundaries and Doppler profiles alongside terrestrial broadcast OFDM symbol timing and cellular synchronization signals. A confidence-weighted fusion arbiter combines the primitives using inverse-variance weighting with a source-class diversity bonus, and a holdover state machine maintains timing continuity through partial and full source outages. Each output epoch carries a cryptographically signed provenance attestation identifying contributing sources, applied weights, and accumulated holdover duration.

Position GNSS timing denial affects 5G, financial settlement, power grid sync, and defense comms simultaneously. Fusion architecture differentiates from JPL US 11,711,254. Primary acquirers: DARPA MTO, DHS S&T, defense primes, telco infrastructure vendors.
GNSS-denied timing Heterogeneous RF fusion LEO + terrestrial ensemble Provenance attestation
Field
Precision timing / Defense & infrastructure
Entity
Kronosynt, Inc.
Docket
KRON-001-PROV · 45 claims · 8 families
SBIR
DARPA MTO · AFRL RYWN · DHS S&T
Site
kronosynt.com
Status
Provisional drafted

ATREMIA

Health & Life Sciences

from Greek a- — without · trémō — to tremble

A heterogeneous-redundant motion-gating cradle for ultra-low-field MRI. Atremia eliminates motion artifact in ULF MRI without sedation — using a redundant sensor array to detect, classify, and gate imaging around involuntary patient movement, enabling diagnostic-quality scans in populations — pediatric, elderly, neurological — where sedation is contraindicated.

Position 20+ claims; high defensibility in underserved medtech niche.
Motion gating Ultra-low-field MRI Medical imaging
Field
Medical devices
Entity
Atremia, Inc.
Site
atremia.com
Status
Full stack

MNEMOSTASIS

AI & Computing

from Greek mnḗmē — memory · stásis — stability, standing

A drift-compensated in-memory AI compute accelerator. Mnemostasis addresses the fundamental reliability problem in analogue in-memory computing: weight drift in resistive memory elements that corrupts inference over time. A closed-loop compensation mechanism continuously monitors and corrects stored weights without interrupting computation, enabling sustained accuracy in deployed AI inference hardware.

Position Strong concept in a competitive space; compensation mechanism is the defensible core.
In-memory compute Drift compensation AI inference hardware
Field
AI hardware
Entity
Mnemostasis, Inc.
Site
mnemostasis.com
Status
Full stack

CRYERGON

Energy

from Greek kryós — cold · érgon — work, energy

A dual-pathway energy harvester combining radiative cooling and vibration transduction. Cryergon harvests two forms of ambient energy simultaneously — passive infrared emission to the sky (radiative cooling pathway) and structural vibration via piezoelectric transduction — from a single integrated device, enabling low-power sensing and IoT applications in locations without grid access or solar exposure.

Position 44 claims; dual-pathway integration is the defensible novelty.
Radiative cooling Vibration harvesting Ambient energy
Field
Energy harvesting
Entity
Cryergon, Inc.
Site
cryergon.com
Status
Full stack

PNEUMOPHYLAX

Industrial

from Greek pneûma — breath, air · phýlax — guardian

A granular-engulfment self-rescue apparatus for agricultural and industrial grain entrapment. Pneumophylax is a wearable inflation system that creates an air pocket around a trapped worker's torso when grain or similar bulk material flows over them — maintaining a breathable void and reducing compressive load while rescue personnel excavate from the outside.

Position 49 claims; addresses a documented and frequently fatal agricultural hazard.
Grain entrapment Wearable safety Rescue apparatus
Field
Agricultural / Industrial safety
Entity
Pneumophylax, Inc.
Site
pneumophylax.com
Status
Full stack

CRYONIL

Industrial

from Greek kryós — frost, cold · Latin nil — nothing accumulates

A predictive spatially-selective frost management system for energy-recovery ventilator cores. Cryonil uses warm exhaust-flow biasing as a preventive mechanism — directing residual heat to frost-prone zones before ice accumulates — eliminating the defrost cycles that interrupt ERV operation and reduce seasonal efficiency in cold climates.

Position Revised provisional with preventive mechanism; live thermal simulation in production.
Frost prevention ERV cores Predictive thermal control
Field
HVAC / Building systems
Entity
Cryonil, Inc.
Site
cryonil.com
Status
Full stack

ATHMOSPHRAG

Industrial

from Greek athmós — vapor · sphragís — seal

A compound vapor-dust deflagration isolation system providing simultaneous suppression of both vapor and particulate ignition fronts in mixed-atmosphere industrial environments. Where Pyrosphrag addresses pure dust conveyance, Athmosphrag targets the more complex and dangerous mixed-atmosphere scenario — hybrid vapor-dust deflagration in chemical processing, wood finishing, and similar dual-hazard environments.

Position Extends Pyrosphrag platform into mixed-hazard environments.
Vapor-dust deflagration Compound isolation Mixed-atmosphere safety
Field
Industrial explosion protection
Entity
Athmosphrag, Inc.
Site
athmosphrag.com
Status
Full stack

THERMOSPHRAG

Industrial

from Greek thermós — heat · sphragís — seal

A passive irreversible phase-change thermal indicator insert for busway joint overtemperature detection in AI data center electrical distribution systems. The insert clips to a standard busway joint housing without modification, uses a thermally conductive elastomeric contact bridge to couple joint surface temperature to a hermetically sealed indicator cartridge, and permanently changes color when the joint exceeds a threshold setpoint — 75°C, 85°C, or 95°C. No active electronics, no battery, no wireless communication, no BMS integration. A permanent, non-resettable visual record of any thermal exceedance event, readable by walk-down inspection, replaceable as a low-cost consumable. Targets AI data center operators sustaining 90–100% busway ampacity serving 450,000+ GPU clusters where unplanned downtime exceeds $1M/hour.

Position Irreversibility is the FTO anchor — existing labels are reversible. OEM licensing to Eaton, Siemens, ABB, Schneider, Starline; all named in claims with SKU-specific geometry.
Busway thermal monitoring AI data center infrastructure Phase-change indicators Passive consumable sensing
Field
Electrical distribution / Thermal monitoring
Entity
Thermosphrag, Inc.
Docket
THERM-001-PROV · 50 claims · 7 families
Site
thermosphrag.com
Status
Provisional filed · FTO pending

XEROPHYLAX

Environment

from Greek xērós — dry · phýlax — guardian

A VOC-suppressive dryer control system using real-time volatile organic compound monitoring with adaptive exhaust regulation. Xerophylax continuously measures VOC concentrations in industrial dryer exhaust streams and modulates airflow, temperature, and dwell parameters to suppress emissions at source — reducing regulatory burden and improving process efficiency simultaneously.

Position Air emissions regulatory tailwind; process efficiency co-benefit.
VOC suppression Dryer control Emissions compliance
Field
Industrial air quality
Entity
Xerophylax, Inc.
Site
xerophylax.com
Status
Full stack

STATHMOPHYLAX

Health & Life Sciences

from Greek stathmós — standard, fixed measure · phýlax — guardian, keeper

A brand-agnostic universal calibration cartridge for intraoral scanners. A mechanically adaptive docking interface — radially expandable collet, spring or magnetically assisted, accommodating 10–22mm tip cross-sections — seats IOS tips across non-interoperable scanner brands. A co-registered multi-modal reference disc presents geometric, color, and spectral calibration targets in a single image capture. The cartridge does not perform calibration computation itself; it conveys certified ground-truth values via a dual-path system — an optically encoded marker within the scanner's native field of view and a passive NFC tag — allowing each host scanner's own software to compute its own correction parameters without proprietary API integration. Sold independently of any OEM, directly to multi-brand DSOs, dental schools, and labs running heterogeneous scanner fleets.

Position OEM-independent go-to-market — sells to DSOs and multi-brand practices, not through scanner manufacturer supply chains. Dual-path data conveyance avoids requiring cooperation from any single OEM's firmware.
Multi-brand IOS calibration Adaptive mechanical interface Dual-path data conveyance DSO equipment standardization
Field
Dental optical device calibration / Cross-platform infrastructure
Entity
Stathmophylax, Inc.
Docket
STATH-001-PROV · 50 claims · 4 independents
Site
stathmophylax.com
Status
Provisional filed · FTO pending

PYROTHRIX

Energy

from Greek pŷr — fire · thríx — thread, filament

A pre-vent lithium-ion battery thermal runaway detection system. By sensing Phase 1 precursor off-gases — hydrogen fluoride and carbon monoxide — before the cell vents, Pyrothrix activates a standard fire suppression panel 2–15 minutes ahead of any existing detector. NFPA 855 (2023) and IFC 2024 mandate detection in every grid-scale BESS, EV charging depot, and data-center UPS room above threshold capacity. No pre-vent electrochemical product exists in any Tier 1 fire safety OEM's portfolio.

Position Mandatory compliance pull, Tier 1 acquirers named in claims, $4,200 bench PoC.
Li-ion battery safety Pre-vent detection Suppression integration
Field
Electrochemical fire detection
Mark
PYROTHRIX™
Site
pyrothrix.com
Status
Provisional filed — PYRO-001-PROV

Lifecycle of a Holding

Concept to commerce

Every venture in the portfolio moves through the same sequence. The order is deliberate: rights are secured before the brand speaks, and the entity exists before the market is asked to care.

1

Conceive

An invention is identified at first principles — a mechanism, not a slogan.

2

Reduce to claims

The idea is drafted into claims, figures, and specification with full scope mapped.

3

Clear & file

Freedom-to-operate is analyzed and a patent application establishes priority.

4

Incorporate

A dedicated entity is formed and rights are assigned to it — cleanly, on the record.

5

Name & mark

A coined, classically rooted name is selected, cleared, and pursued as a trademark.

6

Commercialize

The holding is taken to market on its own footing — operated, licensed, or sold.

The Practice

How holdings are made

One idea, one entity

Every invention is incorporated on its own footing, with its own name, charter, and assignment of rights. Nothing is commingled. Each holding can be operated, licensed, or sold without disturbing its siblings — and each carries its own liabilities rather than the portfolio's.

Filing before fanfare

Priority comes first. Each venture is anchored by a drafted and filed patent position — claims, figures, and freedom-to-operate analysis — before the brand carries it into the world. The website is the last artifact built, never the first.

Named to mean something

Every mark in the portfolio is coined from classical roots and says what the invention does: two arches, a serpent negated, a record made once. The name is part of the asset — distinctive, registrable, and built to last as long as the patent it accompanies.

Finance-grade discipline

The portfolio is run with the rigor of a controller's close: documented assignments, reconciled records, and decisions that survive an audit. An invention that cannot withstand scrutiny of its paperwork is not yet an asset.

Stewardship

Inventor-operator model
Founder & Principal
HeOntotita Corporation

HeOntotita is built on an inventor-operator model: the same hand that conceives each invention also drafts its claims, forms its entity, and keeps its books. The founder's career spans corporate finance leadership in manufacturing and retail, federal service in the nation's engraving and minting institutions, and enterprise systems work across SAP, Oracle, and Epicor environments — a background where precision is the product.

That history shapes the portfolio's character. The holdings are not pitches in search of capital; they are documented inventions in search of the right operators, licensees, and partners. Each one exists on paper before it exists in public — which is precisely what the name promises.

Founder

Inventor · Operator · Principal
JR
Jeffrey D. Retherford
Founder & Principal · HeOntotita Corporation
  • Current Role Plant Controller, High-Speed Manufacturing Operations
  • Doctoral Research DBA Candidate, Capella University · Dissertation: Standard Costing in the Era of Digital Manufacturing · Expected 2027
  • Federal Service U.S. Mint · Bureau of Engraving & Printing · Departed January 2024
  • ERP Expertise SAP S/4HANA · Epicor · NetSuite · Microsoft Dynamics 365
  • Industry Depth Tissue & Paper · Building Products · Biomass Energy · Dental & Ophthalmic Devices · Federal Manufacturing · Financial Control
  • Portfolio Scale 58 holdings · 6 disciplines · Delaware holding company
  • Registered Address 1000 North West Street, Suite 1200 · Wilmington, DE 19801

Jeffrey Retherford's career has traced a single arc across thirty years: standing at the point where financial control meets physical production, and seeing clearly what processes cost, what they fail to measure, and where the gap between those two things creates an unaddressed need. That gap, repeated across industries, is the origin of every holding in this portfolio.

His background spans plant controllership, corporate controllership, and CFO-level leadership across high-speed tissue and paper manufacturing, building products, biomass energy, and the manufacture of precision dental and ophthalmic devices. In federal service at the U.S. Mint and the Bureau of Engraving and Printing, he operated inside sovereign manufacturing environments where process tolerance is not a quality metric but a legal obligation — and where authentication, tamper evidence, and chain-of-custody are requirements built into the product itself at the molecular level.

His ERP implementation record runs across SAP S/4HANA, Epicor, NetSuite, and Dynamics 365 — always at the interface between what the system records and what the factory floor actually produces. The friction at that interface is not incidental to the portfolio; it is the direct origin of several holdings, including Hapacta and Dataphylax.

His doctoral dissertation at Capella University examines standard costing in the era of digital manufacturing: the structural mismatch between cost accounting frameworks designed for batch production in the twentieth century and the IoT-instrumented, edge-compute-equipped, telemetry-saturated plants that have replaced them. The research is not academic in the detached sense — it is a forensic examination of a problem he encounters in production every day.

The venture-building method is repeatable: identify an underpatented niche at the margin of a regulated or transitioning market; design a passive physical-layer innovation that closes a gap no existing product addresses; file a large provisional claim set before public disclosure; form a Michigan entity; hold until the right licensee or acquirer arrives. Fifty-eight holdings have been built by that method. Each one conceived, named, claimed, and incorporated before it existed anywhere else.

HeOntotita is not a fund. It is not a lab. It is one person, working systematically, over time — and the industries below explain exactly how.

Industries of Experience

How thirty years of operational depth built fifty holdings

Every holding in the HeOntotita portfolio traces directly to a specific operational gap that only becomes visible from the inside. These are not problems identified by research or reading. They are problems encountered in production — on the mill floor, in the clean room, in the budget review, in the standards audit — and not solved by anything available in the market. The six industry domains below are the source material for the portfolio.

🏭
Tissue & Paper Manufacturing
High-Speed Web Processes · Plant Control · ERP Integration
High-speed papermaking is the intersection of wet chemistry, web mechanics, and real-time process control — running at 2,000 meters per minute on equipment that never fully stops. The controller's view of this environment reveals what QCS systems cannot measure, what the ERP cannot see, and what the product itself could do if its substrate chemistry were an active rather than passive element. The substrate is not just a carrier — it can be a sensor, a certificate, and a trigger.
Papyrosphrag Parorex Lyzophrag Chromonil Caducel Lymnil Hapacta
🏗️
Building Products & Construction
Materials · Mechanical Systems · Compliance Infrastructure
Building product manufacturing exposes the gap between what a code requires and what the installed base can verify. NFPA mandates pipe inspection every five years — but the only compliant method destroys a pipe section. EPA mandates lead remediation — but no continuous indicator exists inside the infrastructure being remediated. The code creates the market; the absence of a compliant tool creates the invention.
Entomostatin Syndesil Voxnil Adsorphylax Filtronil Ferrophylax Plumbonil Keraunophylax
🔥
Biomass Energy
Combustion · Moisture Management · Grid Integration
Biomass combustion is where the physics of variable feedstock meets the economics of grid-scale power generation. Moisture content swings in received wood chip inventory by 20–35% seasonally — a variation that current systems compensate for after the fact, burning at suboptimal efficiency and generating unplanned maintenance. The instrument that reads the feedstock before it enters the combustion chamber is the one that doesn't exist.
Hygrophylax Keraunophylax Cryergon Rheophylax
🦷
Dental & Ophthalmic Devices
Precision Manufacturing · Clinical Instrumentation · Regulatory Affairs
Device manufacturing at the clinical precision level makes visible three things that never appear in consumer manufacturing: the sterilization compliance gap (instruments are reused but never confirmed clean-per-cycle without separate external indicators); the calibration gap (scanning systems drift between uses but are never verified against a ground truth at the point of care); and the diagnostics gap (AI-assisted clinical findings generated in the cloud create HIPAA exposure that onboard inference eliminates entirely). Every gap that costs the clinician time or the facility risk is a product waiting to be built.
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Federal Manufacturing
U.S. Mint · Bureau of Engraving & Printing · Sovereign Production Standards
The nation's currency and coinage institutions are sovereign manufacturing environments: the product is authentication itself. Dimensional tolerance, spectral verification, chain-of-custody, and tamper evidence are not inspection procedures applied after manufacturing — they are designed into the substrate at the earliest step of production. Working inside these institutions makes the question obvious: why does this level of embedded authentication exist only in sovereign currency, and not in every high-consequence article? The PUF portfolio answers that question.
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Financial Control & ERP Systems
Plant Controller · Corporate Controller · CFO · DBA Research
Thirty years of closing books at the plant level reveals what ERP systems systematically fail to capture: the boundary between what a sensor records, what a transaction represents, and what a cost account contains. Production orders close with estimated actuals. Telemetry floods the edge and stops there. The standard cost system invented for batch production in 1950 runs unchanged in a plant instrumented for Industry 4.0 in 2024. The dissertation is the theoretical frame. The portfolio holdings are the applied response.
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Inquiries

Licensing & partnership

HeOntotita welcomes serious inquiries regarding licensing, joint development, and acquisition of individual holdings. Because each venture is a freestanding entity with its own assigned rights, transactions can be scoped to a single holding without entangling the rest of the portfolio.

Correspondence
Web
heontotita.com
Incorporation
State of Delaware, USA
Principal office
1000 North West Street, Suite 1200, Wilmington, DE 19801
Scope
Licensing · Development · Acquisition