Dyber

🔐 About Dyber

Dyber delivers a PCIe-based hardware accelerator purpose-built for NIST-standard post-quantum cryptography. With ultra-low-latency performance and hardware-enforced key isolation, Dyber is the first quantum-resistant crypto processor ready for real-world deployment.

⚙️ Technology Preview

NIST-compliant: Kyber, Dilithium, SPHINCS+
PCIe DMA engine with minimal CPU load
QuantaCore SDK for TLS/VPN integration
Hardware key vault with tamper protection

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🏛 Use Cases

🛡️ Government / Defense

Air-gapped infrastructure security, CNSA 2.0 compliance, post-quantum VPNs.

💳 Financial Services

Quantum-safe HSM replacement, TLS acceleration, transaction protection.

🌐 Secure Communications

Hardware-accelerated TLS, WireGuard, and post-quantum device authentication.

🔐 Cloud / Enterprise

Secure boot, PCIe integration, post-quantum key management at scale.

⚡ Performance Benchmarks

Dyber PCIe delivers massive speedups over AVX2-optimized CPU implementations — for both Kyber (KEM) and Dilithium (Signatures).

Metric	Dyber Cycles	AVX2 Cycles	Speedup (×)
Kyber KeyGen	390 cycles	37,400 cycles	7.05×
Kyber Encapsulation	306 cycles	40,800 cycles	9.80×
Kyber Decapsulation	306 cycles	40,800 cycles	9.80×
Dilithium Sign	500 cycles	261,800 cycles	38.5×
Dilithium Verify	600 cycles	95,200 cycles	11.67×

📈 Investor Brief

Dyber is solving one of the most urgent problems in cybersecurity: making the post-quantum transition simple, fast, and secure — with a drop-in PCIe card and full SDK.

• Post-quantum crypto (PQC) becomes mandatory for federal systems by 2030 (NSA: CNSA 2.0).

• Software-only PQC is too slow for TLS, VPNs, and signing — Dyber’s Kyber core runs in under 5 µs.

• Dyber’s hardware is proven via RTL simulation, PCIe MMIO integration, and public performance benchmarks.

• We are targeting defense, cloud, finance, and infrastructure — with an FPGA-first deployment path.

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📩 Contact Dyber

Prefer email? Contact us directly at [email protected]