Core PQC Solution
Rudraksh Lightweight PQC KEM
Rudraksh is a compact post-quantum key encapsulation mechanism that blends efficiency and resilience, engineered for constrained and embedded environments.
Key Features
Lightweight Security
Optimized for IoT and embedded systems with minimal computational overhead.
Post-Quantum Safe
Based on MLWR-based design ensuring resistance to quantum attacks.
Hardware Friendly
Efficient on low-power microcontrollers and FPGA implementations.
Hybrid Mode Support
Combines classical and quantum-safe primitives for flexible deployments.
Optimized for Lightweight Security
Rudraksh provides quantum-safe key exchange for resource-constrained systems without sacrificing speed or interoperability.
Compact KEM with minimal memory footprint
Secure against classical and quantum adversaries
Failure-resilient and side-channel aware design
Suitable for IoT, edge, and embedded devices
NIST-aligned post-quantum cryptographic parameters
Technical Specifications
Type: MLWR-based KEM
Category: Lattice-based cryptography
Security Level: NIST Level 1–3 equivalent
Memory Footprint: ~30–40% lower than comparable PQC KEMs
Implementation: C, Verilog (hardware friendly)
Standardization: NIST PQC aligned submission
Use Cases
IoT & Edge Devices
Enable secure data exchange for sensors and controllers with limited resources.
Hardware Accelerators
Integrate PQC into chips and secure elements efficiently.
Secure Communications
Protect lightweight systems with quantum-resilient encryption primitives.
Adopt Quantum-Safe Security with Rudraksh
Deploy Rudraksh to safeguard next-generation IoT and embedded systems from quantum threats while maintaining top efficiency and interoperability.
Quantum-Safe Security
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