Quantum Knight’s CLEAR Offers Up To 10,240-Bit Post-Quantum Security

Key Takeaways

• CLEAR offers up to 10,240‑bit quantum‑resistant encryption.
• Deployment requires only two lines of code, under 500 KB footprint.
• Supports Kyber and Dilithium algorithms with biometric authentication.
• Enables post‑quantum security for IoT, cloud, and tactical devices.

Pulse Analysis

The race to quantum‑ready cryptography has accelerated as researchers demonstrate that future quantum computers could break RSA and ECC keys in minutes. Federal agencies, which safeguard classified and critical infrastructure data, are under pressure to transition to algorithms that can withstand such attacks. Traditional post‑quantum solutions often demand new hardware, extensive software rewrites, and significant processing power, creating budgetary and operational hurdles. A lightweight, software‑only approach therefore offers a pragmatic path to compliance without disrupting existing IT stacks.

Quantum Knight’s CLEAR system addresses those hurdles by delivering up to 10,240‑bit security through NIST‑selected algorithms like Kyber for key encapsulation and Dilithium for digital signatures. Its footprint—under 500 KB—and a deployment model that fits into two lines of code make it suitable for everything from cloud servers to edge‑mounted IoT sensors and field‑grade tactical radios. Biometric authentication adds a layer of identity assurance, while the modular design lets agencies adopt the cryptosystem incrementally, preserving legacy workloads during the migration.

The partnership with Chugach Government Solutions gives CLEAR immediate access to a network of federal customers accustomed to CGS’s procurement processes and security standards. By lowering integration costs, the offering is likely to appear on upcoming GSA schedules and other agency acquisition vehicles, accelerating the shift toward quantum‑resistant architectures across the public sector. Competitors that rely on heavyweight solutions may see market share erode as agencies favor the agility and cost efficiency demonstrated by CLEAR, signaling a broader industry move toward lean post‑quantum deployments.