Cryptosystem Prototypes
Experimental implementations supporting code-based KEM and encryption research, maintained privately during evaluation.
Core Technology
QSPARC Labs develops research-driven post-quantum systems grounded in coding theory, structured cryptography, and hardware-aware design.
Our technology work focuses on code-based and hardware-integrated approaches to post-quantum security. We study structured constructions, key establishment, and implementation strategies that emphasize analyzability, correctness, and long-term security assumptions.
We develop experimental implementations and system prototypes to evaluate trade-offs in computation, memory, bandwidth, and robustness, especially in constrained or adversarial environments where security depends on more than algorithms alone.
Projects & Tools
Engineering prototypes and internal tooling supporting evaluation and system integration.
Integration Tooling
Internal developer tooling for integrating research prototypes into test applications and controlled environments.
Evaluation Harness
Benchmarking and validation tooling to study latency, memory footprint, bandwidth costs, and robustness.
Some components are intentionally kept private while patent filings and review processes are in progress. For partner validation discussions, contact us.
Platform Targets
Designed with deployment constraints in mind, from servers to embedded devices.
Server & Infrastructure
System integration patterns for key establishment, key management, and hybrid transition planning in modern infrastructure.
Clients & Applications
Prototype integrations for applications that require secure session establishment and post-quantum readiness.
Embedded & Edge
Implementation approaches for constrained devices, emphasizing predictable behavior and compact representations.
Security & Validation
Constant-time techniques to reduce timing leakage risks and improve implementation predictability.
Side-channel aware engineering informed by common leakage and fault models for deployed systems.
Robustness evaluation through measurement, stress testing, and correctness checks over representative configurations.
Reproducible builds & SBOM practices to support transparency and reduce supply-chain uncertainty.
Correctness & integrity checks to validate implementation behavior across target environments.
Interop & Collaboration
We study interoperability and migration considerations for post-quantum cryptography in widely deployed protocol families, with an emphasis on hybrid transitions and long-term maintainability.
QSPARC Labs welcomes collaboration with researchers and partners interested in careful evaluation, benchmarking methodology, and long-term security planning for post-quantum adoption.
Collaborate with QSPARC Labs →