TECHNOLOGIES · COGNITIVE + ADJACENT VERTICALS
Reinventy operates two technology layers — a cognitive stack engineered for sovereign edge autonomy, and a set of adjacent industrial verticals (advanced materials, electric propulsion) that platforms increasingly require. We protect by deposited patents where the claims warrant it, and by integration discipline always.
COGNITIVE STACK
A patent-protected control architecture (Shield Brain), implemented as a full-stack multimodal cognitive cluster (Tin Man v3.0) on NVIDIA Blackwell embedded — accelerated by a native FP8 zero-copy inference engine (Odino) with streaming token delivery. Each layer is documented; access is by partnership.
01 · COGNITIVE CLUSTER
Full-stack multimodal cluster — vision, audio & language in native NVFP4 on NVIDIA Blackwell
v3.0 (June 2026): migrated to NVIDIA JetPack 7.2 with every engine rebuilt on-device — ~+36% sustained LLM throughput. Sees, hears, speaks, and reasons on a single Jetson AGX Thor, fully on-device.
v3.0 MAJOR RELEASE · JETPACK 7.2 · FULL-STACK NVFP4
View specifications →02 · COGNITIVE ARCHITECTURE
Deterministic AI control framework
A distributed deterministic control architecture for generative AI in safety-critical autonomous systems. Three primary cores — Prefrontal (reasoning), Guardian (validation), Realtime (action) — enforce a formal validation path from intent generation to physical actuation. Designed for air-gapped operation.
PATENT APPLICATION FILED · CANADA · 2025 · PENDING
View specifications →03 · NATIVE INFERENCE ENGINE
FP8 zero-copy engine on Jetson Thor — with streaming token delivery
Purpose-built inference engine delivering FP8 native execution on Jetson AGX Thor, with zero-copy memory mapping and sub-2-second startup. Server-side streaming token delivery enables responsive, low-latency voice interaction in the Tin Man cluster.
PHASE 1 VALIDATED · STREAMING TOKEN DELIVERY · INTEGRATED IN TIN MAN
View specifications →FOUNDATIONAL TECHNOLOGY PLATFORMS
The cognitive stack does not stand alone. Reinventy operates a portfolio of foundational technology platforms — advanced materials, electric motor + control, and edge deployment — each engineered for integration into the company's composite platforms. Capability briefs are released under partnership.
04 · ADVANCED MATERIALS
Multifunctional UHT ceramic matrix composite
Foundational material platform: multifunctional ultra-high-temperature ceramic matrix composite engineered for envelopes where conventional alloys and commercial composites are not viable. Three variants address structural, sensing-enabled, and signature-management configurations.
PATENT APPLICATION FILED · CANADA · 2025 · PENDING
View specifications →05 · ADVANCED MATERIALS
Multilayer multidomain protection system
Stratified architecture (L0–L6 stack) integrating electromagnetic, thermal, and sensing protection functions within a single material envelope rather than coordinating discrete bolt-on protection systems. Multiple configurations address distinct operational environment classes.
L0 PUBLIC POSTURE · CAPABILITY BRIEF UNDER PARTNERSHIP
View specifications →06 · ADVANCED MATERIALS
Advanced surface material — signature management
Structural skin architecture engineered to manage the electromagnetic-signature characteristics of the assembled envelope. Functionality realised within the material system rather than applied as a coating. Multiple configurations address distinct operational envelopes.
L0 PUBLIC POSTURE · FOUNDATIONAL MATERIALS ROADMAP
View specifications →07 · ELECTRIC PROPULSION
Electric motor platform (AFPM + PPMT)
Proprietary electric motor platform built on Reinventy-produced soft magnetic composite materials. Dual-architecture family — Axial Flux Permanent Magnet (AFPM) and Parallel Path Magnetic Technology (PPMT) — addresses distinct propulsion classes. Native control via Mag-FOC.
PATENT PRIORITY WINDOW · 2026
View specifications →08 · MOTOR CONTROL
Deterministic motor control platform
Proprietary motor-control platform: modular inverter / controller architecture implementing field-oriented control with deterministic execution constraints and thermo-aware control logic. Two variant families across low-voltage and high-voltage operational classes. Native controller for AeroMag.
PATENT PRIORITY WINDOW · 2026-2027
View specifications →09 · EDGE DEPLOYMENT
Edge deployment platform
Containerized, air-gapped, self-healing edge deployment platform for Reinventy's cognitive architectures. Provides secure DevSecOps environment, structured telemetry fabric, and cryptographic key-management infrastructure. Aligned with NVIDIA Jetson family edge compute platforms.
L0 PUBLIC POSTURE · CAPABILITY BRIEF UNDER PARTNERSHIP
View specifications →10 · ADVANCED MATERIALS
Soft magnetic composite material foundation
Proprietary soft magnetic composite material platform — the foundational substrate for the AeroMag electric motor portfolio. Material formulation and additive manufacturing process as foundational IP. Enables motor geometries not realisable with conventional silicon-steel lamination. Supports both AFPM and PPMT motor architectures.
PATENT PRIORITY WINDOW · 2026
View specifications →11 · ELECTRIC PROPULSION
Parallel Path Magnetic Technology motor architecture
Motor architecture within the AeroMag platform. Parallel magnetic flux circuit configuration delivering high torque density and zero-energy holding behaviour. Built on the proprietary SMC-Core soft magnetic composite material foundation. Native control via Mag-FOC.
PATENT PRIORITY WINDOW · 2026-2027
View specifications →12 · AUTOMOTIVE
Brake-friction material for passenger and light-commercial vehicles
Brake-friction material engineered for consumer and light-commercial vehicle applications across OEM and aftermarket channels. Built on the proprietary XHT ceramic matrix composite material family. Engineered for stopping power, fade resistance, wear life, and NVH comfort.
PATENT PRIORITY WINDOW · 2026-2027
View specifications →INTEGRATION MODEL
Each line above is engineered to integrate with the others. Tin Man hosts the Shield Brain control architecture, Odino accelerates Tin Man's reasoning core, AeroMag motors are controlled by Mag-FOC drivers that interface directly with the Shield Brain Brainstem Core, and XHT materials support the structural envelopes that house all of the above. We design for cross-line compatibility — and protect by deposited patents where the architecture makes the case.
ACCESS IS BY PARTNERSHIP
Technical capability briefs, integration roadmaps, and licensing pathways are released under non-disclosure agreement. Reach out and we will route the conversation to the appropriate data room and technical lead.
Direct: engage@reinventy-solutions.ca