Hardware root of trust
Silicon Networks
Crypto-agile hardware that anchors trust at the silicon layer and extends it through continuous attestation, AI-assisted patching, and enforceable manifests.
BTQ is building trusted quantum infrastructure that defines, manages, and enforces trust across the networks of the quantum era.
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AI, digital assets, and quantum computing all depend on trusted infrastructure that can verify identity, execution, change, and security across complex networks. BTQ is building that trust layer for the quantum era.

is becoming an enterprise and government requirement.

are entering the financial and critical-infrastructure perimeter.

compresses the time between exposure and exploitation.

are becoming strategic infrastructure.
BTQ anchors trust where it matters most: inside hardware, across digital money networks, and throughout quantum infrastructure.
Hardware root of trust
Crypto-agile hardware that anchors trust at the silicon layer and extends it through continuous attestation, AI-assisted patching, and enforceable manifests.

Digital money & assets
Trust infrastructure for regulated digital money, institutional settlement, and post-quantum migration across Bitcoin and public blockchain networks.

Facilities & compute
Security architecture for quantum infrastructure, from emulation and validation to adversarial testing, procurement standards, and verifiable deployment models.
Standards × Trust Layer
BTQ builds trusted quantum technologies that help organizations secure what is exposed today, deploy quantum infrastructure with confidence, and prepare for the capabilities only quantum makes possible.
Silicon Networks
A crypto-agile root-of-trust track for secure enclaves, chips, devices, and systems that must adapt as cryptographic standards evolve.
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The world's first reprogrammable, crypto-agile cryptographic accelerator. Seamlessly supports traditional algorithms like AES and ECDSA, and post-quantum standards including ML-KEM and ML-DSA (Kyber & Dilithium).
Delivered as soft IP that drops into existing silicon design flows without reworking the surrounding system.
Engineered for a small footprint so post-quantum security fits within tight die-area budgets.
A compute-in-memory architecture that keeps cryptographic operations fast and efficient at the hardware layer.
Built for constrained and always-on devices where power and thermal headroom are limited.
Momentum
As AI, digital assets, and quantum systems scale, trust can no longer sit at the edge of the network. It has to be defined, verified, and enforced inside the infrastructure itself.
Define what trusted infrastructure needs before it is deployed.
Work across hardware, software, networks, and partners to make those requirements real.
Turn security, verification, and deployment standards into infrastructure customers can rely on.
BTQ builds the operational trust layer for quantum-era infrastructure, linking hardware, software, and networks so quantum compute and post-quantum security can be deployed, verified, and secured in the real world.
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