TSI
Trusted Sequencer Integration Appliance
Genomic sequencing data. AMD SEV-SNP hardware-isolated encrypted memory. 200 GB raw sequence → 512 KB proof object. 400,000-fold reduction. Hardware-enforced zeroisation in under 50 milliseconds.
Proof object composition
Cryptographic stack
| Function | Standard | Notes |
|---|---|---|
| Signatures | CRYSTALS-Dilithium, FIPS 204 | Post-quantum lattice-based |
| Zero-knowledge proofs | Recursive aggregated STARKs, SHA-3-512 | No trusted setup required |
| Symmetric encryption | AES-256-GCM | |
| Hashing | SHA-3-512 | |
| Key exchange | ML-KEM/Kyber, FIPS 203 | Post-quantum key encapsulation |
| Access control | CP-ABE via OpenABE | Attribute-based policy |
| PKI / certificates | X.509, RFC 5280 | Dilithium inside standard envelope |
| Remote attestation | AMD SEV-SNP | Hardware attestation |
First certified TSI manufacturer
Zyan
TFBIA
Trusted Face Biometric Integration Appliance
Face biometric enrolment. Trusted Execution Environment. BioHash cancelable template protection. Non-transferable on-chain identity credential bound to a DID or wallet address. W3C Verifiable Credentials conformant.
Proof object composition
Biometric pipeline
Deep embedding models (512–1024 dimensional L2-normalised vectors) · BioHash cancelable transform · BCH fuzzy commitment · ISO/IEC 30107 presentation attack detection · Optional ZK-friendly binarisation.
Cryptographic stack
| Function | Standard / Implementation | Notes |
|---|---|---|
| Trusted Execution Environment | AMD SEV-SNP or equivalent | Encrypted memory, attested execution |
| Key management | HSM, FIPS 140-2 Level 3 | |
| Commitment | SHA-3 | Hash of cancelable biometric template |
| Signatures | CRYSTALS-Dilithium; Falcon as alternative | Post-quantum |
| Zero-knowledge proofs | Optional succinct proofs | Binarised Hamming distance or quantised DCT |
| Revocation | On-chain revocation registry | |
| Software — core security | Rust | Memory safety |
| Software — biometric pipeline | Python | Feature extraction orchestration |
TMIA
Trusted Material Integration Appliance
Physical material capture for field and industrial environments. Modular multi-modal sensors (NIR, XRF, optical, thermal, ultrasonic). Hailo-8 NPU for deterministic classification inside a Trusted Execution Environment. IP67+ rugged enclosure. LoRaWAN/mesh connectivity for air-gapped operation. GPS location tagging. Material Ledger Management System variant.
Proof object composition
Chain-agnostic and EVM-compatible. Optional IPFS for extended datasets.
Applications
Verifiable provenance, custody chains, and compliance frameworks for physical materials.
TBI-A
Trusted Biomass Integration Appliance
Living biomass — plants, crops, timber. Spectral, fluorescence, and ranging data captured at the point of observation. Deterministic on-device classification produces health status, species identification, and compositional metrics. Raw spectral data is subject to hardware-enforced zeroisation immediately after proof generation. The appliance establishes lifecycle custody from seed through harvest.
Sensor payload
Phase-1 field-capable payload: multispectral and NIR sensors. Phase-2 suite adds hyperspectral imaging, fluorescence with mechanical dark-adaptation, and LiDAR. Modular architecture supports payload upgrade in the field.
Primary vertical
Row crops — corn, soy, wheat — with expansion pathways to timber and carbon and biomass markets.
Proof object composition
Chain-agnostic and EVM-compatible. Heavy spectral data referenced via IPFS.