The Quantum Infrastructure Opportunity
The next infrastructure cycle runs on verifiable trust: proving identity, execution, and security hold across chips, networks, and orbit. That makes it the defining opportunity of this cycle, and BTQ is building the layer it runs on.
Post-quantum migration is becoming an enterprise & government requirement
The Compliance Clock
Today's encryption won't survive a capable quantum computer, and that data is being harvested now for later decryption. BTQ anchors trust in hardware that adapts as standards evolve.
Digital assets & DLT settlement are entering the infrastructure perimeter
The Settlement Shift
Regulated money and critical infrastructure are settling onto ledgers still running on breakable cryptography. BTQ secures that settlement layer, protecting stablecoin networks and evolving Bitcoin itself.
AI-driven vulnerability discovery compresses exposure-to-exploitation time
The Exploit Window
AI lets attackers find and weaponize flaws faster than teams can patch them. BTQ closes that gap, eliminating key reuse and signature forgery, and validating systems before they ship.
Quantum computing and secure communications are becoming strategic infrastructure.
The Final Layer
Security architecture for quantum computing and secure communications, from emulation and validation to adversarial testing, procurement standards, and verifiable operation.
The Quantum Infrastructure Opportunity
Three domains define BTQ's trust layer
Silicon Networks
Crypto-agile hardware that anchors trust at the silicon layer and extends it through continuous attestation, AI-assisted patching, and enforceable manifests.
Blockchain Networks
Trust infrastructure for regulated digital money, institutional settlement, and post-quantum migration across Bitcoin and public blockchain networks.
Quantum Accelerated Networks
Security architecture for quantum infrastructure, from emulation and validation to adversarial testing, procurement standards, and verifiable deployment models.
Trust has to be defined before it can be deployed. Every domain runs on the same requirements, hardware, settlement, and validation each answer to one architecture instead of three separate promises.
- 01
Crypto-agile silicon
Hardware-rooted, post-quantum security with enforceable manifests that hold as government and industry standards evolve, so migration never means ripping out what's deployed.
- 02
Regulated settlement
Quantum-secure network controls for digital money and public blockchain, built for institutions moving regulated value, not speculation or short-term trading.
- 03
Adversarial testing
Emulation and validation against real attack conditions before deployment, so failure modes surface in a lab instead of in production.
- 04
Quantum-native research
New security and consensus models, built ahead of the requirements that will eventually demand them, before the standard exists.
Momentum
A strip of pillars that grows from left to right, with a glowing orb hopping across the tops to the active step: a core of trust, a planned outline, built pillars, and a raised trust layer.
Every customer starts with a different infrastructure problem.
SiliconQCIM
Soft IP accelerator that runs classical and post-quantum cryptography in memory. Small, low power and ready for any chip.
- Type
- Hardware IP
- Built for
- Chips, smart cards and edge devices
BlockchainQSSN
Stablecoin network secured with post-quantum cryptography. Built for banks, payment processors and CBDCs moving real value.
- Type
- Network infrastructure
- Built for
- Banks and payment processors
BlockchainBitcoin Quantum
Bitcoin for the post-quantum era. Same economic model and network design, with NIST-standard cryptography from day one.
- Type
- Blockchain network
- Built for
- Bitcoin users and builders
QuantumMIMIQ
Virtual quantum computer for building and testing algorithms at scale. Model real noise and hardware needs before you deploy.
- Type
- Quantum software
- Built for
- Researchers and hardware teams
QuantumQLU
Compiles quantum algorithms into optimized machine code for neutral-atom processors, with error correction built for the hardware.
- Type
- Quantum compiler and QEC
- Built for
- Neutral-atom hardware teams
QuantumOSS
Open-source quantum software for simulating, testing and validating quantum workloads.
- Type
- Quantum software
- Built for
- Researchers and developers
Latest News
- Aug 13, 2026BTQ Technologies Announces 2026 AGM ResultsPress release
- Aug 13, 2026BTQ Technologies Signs MOU with ITCENGLOBAL, a KRW 8.9 Trillion Korean IT Group, to Advance Post-Quantum Security Across Korea's Financial, Public-Sector, and Enterprise InfrastructurePress release
- Aug 11, 2026BTQ Technologies to Host Live Webinar on Q2 2026 Financial Results and General Corporate UpdatePress release
- Aug 7, 2026BTQ Technologies and ITRI Complete Key Milestone in Global QCIM Chip Roadmap Led by BTQ and ICTKPress release
- Jul 22, 2026BTQ Technologies' QPerfect Subsidiary and the University of Strasbourg Partner to Support France's First Public Neutral-Atom Quantum Computing PlatformPress release
- Jul 20, 2026BTQ Technologies Announces Strategic Collaboration with TIDAL PWR to Advance Trusted Quantum Data Center ArchitecturePress release
- Jul 10, 2026BTQ Technologies and ICTK Complete Design of Next-Generation QCIM Security Chip Integrating PUF TechnologyPress release
BTQ builds an operational trust layer for quantum-era infrastructure, enabling quantum compute and post-quantum security deployment and verification.
