Seyon NexGen opens SNX-C7 core licensing to foundry and OSAT partners
Multi-layer blueprints for the SNX-C7 compute core are now available to chip foundries and OSAT partners under a tiered licensing framework.
SEYON NEXGEN • ADVANCED EDGE AI SOLUTIONS
Seyon NexGen builds custom AI software and hardware solutions. We deliver edge-AI systems and licensable compute platforms engineered for high performance, maximum security, and seamless deployment.
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Strategic enterprise verticals
128 Hz
Cryptographically signed ECG capture
0 B
Raw data required to leave the device
365 d
Annual activation licensing cycle
Architectures & IP
High-efficiency RISC-V co-processor IP blocks tuned for quantized neural workloads at milliwatt budgets.
SNX-C SERIES · RV32 / RV64
Hardware-level cryptographic model attestation. Each decision is signed by a unique silicon fingerprint at the moment of execution.
INFERENCE VERIFICATION PROTOCOL
Multi-layer core blueprints packaged for chip foundries and OSAT partners — from RTL to reference firmware.
FOUNDRY · OSAT · ODM TIERS
Device Platforms
Screenless continuous biometric tracking framework built for all-day wear. 128Hz raw ECG wave vectors signed natively with unique hardware fingerprints, processed on-device, and cached offline in the local storage loop — private by design.
RPM · HRV DIAGNOSTICS · ANNUAL ACTIVATION
Localized edge-AI visual monitoring that works with existing IP cameras. Every detection ships with a mathematical receipt proving which model fingerprint produced it — no cloud round-trip, no new hardware required.
FOD DETECTION · PPE AUDITS · QUALITY CONTROL
Seyon Eye Systems
Manual spot-checks cover a fraction of the floor, and incidents surface only after harm is done. Seyon Eye watches every zone continuously, flags hazards in real time, and signs each event so audits stand on cryptographic ground — not paperwork.
DEPLOYMENT · WEEKS, NOT MONTHS
Connect your cameras
Existing IP cameras stream straight into the on-premise Seyon Eye compute node.
Activate fingerprinted models
Pre-built detection models are compiled, fingerprinted, and locked to your device firmware.
Monitor with signed receipts
Real-time alerts from day one — every event carries a verifiable mathematical receipt.
Cryptographic AI Trust
Custom visual and biometric models are locked at compile-time. The stack registers a cryptographic fingerprint of the neural network directly onto device firmware.
When a local model flags a structural defect or an anomaly, the compute block prints a mathematical receipt proving exactly which version fingerprint processed the raw input and produced the output.
Reference firmware treats local storage as a circular ring buffer — biometric and environmental data caches entirely offline during network interruptions.
TRUST PIPELINE
Model compiled & fingerprint burned to firmware
Sensor input hashed on ingest — raw data stays local
Inference executes in the 8-bit quantized runtime
Receipt signed by hardware root of trust — auditable forever
Supported Sectors
Runway & taxiway incursion detection.
Foreign Object Debris (FOD) radar vision.
Screenless Seyon Pulse HRV diagnostics.
128Hz cryptographically signed ECG tunnels.
Leaf disease TinyML parsing.
Sub-1GHz RF long-range field monitors.
Deploying in a different vertical?
Talk to licensingAI Tools · Online
Live utilities for developers and partners. Everything runs locally in your browser — nothing is uploaded.
SHA-256 · IN-BROWSER
Paste a model manifest or any payload to compute the fingerprint that would be burned into firmware.
STRUCTURE + FIELD AUDIT
Paste an inference receipt JSON to audit its structure against the Inference Verification Protocol schema.
SIZING · SNX-C SERIES
COMPUTE
0.6 TOPS
CORES
1 × SNX-C7
POWER
0.5 W est.
Indicative sizing only — request a formal workload review through the partner portal.
HaaS Deployment
STEP 01
Secure HTTPS checkout session. The partner selects annual system licensing; transaction fields are isolated.
STEP 02
Stripe passes a cryptographically signed payment-success status directly to the serverless backend.
STEP 03
A new token line-item flips the device identifier to Authorized for the next 365-day cycle.
STEP 04
The device syncs the fresh security key over the air and unlocks its edge-AI cryptographic processing loops.
Newsroom
Multi-layer blueprints for the SNX-C7 compute core are now available to chip foundries and OSAT partners under a tiered licensing framework.