Protect RF data links, analog-to-digital conversion chains, RFSoC architectures, and frequency synthesis against quantum computing threats. From PQC-encrypted RF link encryptors to QRNG-seeded DDS/PLL for true LPI/LPD operation.
ML-KEM + ML-DSA hybrid encryption for digital RF data links ensures that intercepted RF telemetry and payload data remain secure against future quantum decryption attacks.
Post-quantum integrity verification for analog-to-digital and digital-to-analog converter data using ML-DSA signatures, preventing quantum-enabled manipulation of converter outputs.
Quantum random number generator-seeded frequency synthesis for DDS and PLL circuits, delivering true unpredictability in LPI/LPD waveform generation and frequency hopping.
Modern RF systems rely on encrypted digital data links between transmitters, receivers, and processing nodes. These links use RSA and ECC-based key exchange that will be broken by cryptographically relevant quantum computers, compromising RF link encryption across the entire signal chain.
The analog-to-digital conversion chain is equally at risk. Authentication of ADC/DAC data integrity depends on classical cryptographic primitives that quantum algorithms can defeat, weakening the trust boundary between the analog and digital domains in mixed-signal defense systems.
| Parameter | Value |
|---|---|
| Solutions Available | 4 quantum-safe solutions |
| FPGA Solutions | 4 (link encryptor, ADC/DAC, RFSoC, QRNG) |
| ASIC Solutions | 0 |
| COTS Solutions | 0 |
| Firmware & Platforms | 0 |
| AI-Integrated | 0 |
| Standards | FIPS 203, 204, CNSA 2.0 |
| Migration Phase | 2025-2030 (hybrid first) |
| Solution | Type | Description |
|---|---|---|
| QS-RF Link Encryptor | FPGA | PQC-encrypted digital RF data links with ML-KEM key encapsulation and ML-DSA authenticated key exchange |
| PQC-secured ADC/DAC Chain | FPGA IP | Integrity verification of analog-to-digital and digital-to-analog converter data with ML-DSA signatures |
| QS-RFSoC Security Module | FPGA IP | PQC security block for Xilinx RFSoC designs with secure boot, authenticated configuration, and key management |
| QRNG-seeded DDS/PLL | FPGA | Quantum random frequency synthesis for LPI/LPD operation with true unpredictable frequency hopping and waveform agility |
| Solution | Description |
|---|---|
| QS-RF Link Encryptor | Synthesizable RTL core implementing ML-KEM-768 + ML-DSA-65 for PQC-encrypted digital RF data links. Supports high-throughput streaming and low-latency modes for tactical RF systems. |
| PQC-secured ADC/DAC Chain | FPGA IP core providing ML-DSA integrity verification at the converter boundary. Detects and prevents quantum-enabled tampering of ADC output and DAC input data streams. |
| QS-RFSoC Security Module | Drop-in PQC security block for Xilinx RFSoC (ZCU111, ZCU216, Gen 3) with quantum-safe secure boot, authenticated tile configuration, and ML-KEM key management. |
| QRNG-seeded DDS/PLL | True quantum random number generator core driving direct digital synthesis and phase-locked loop circuits for unpredictable frequency hopping, pulse timing, and LPI/LPD waveform generation. |
Choose the delivery model that matches your RF and mixed-signal system integration requirements.
Complete source cores for integration into your RF processing FPGA. Includes testbench, verification suite, and integration guides for all major FPGA families.
Pre-characterized for Xilinx UltraScale+, RFSoC Gen 3, and Intel Agilex platforms. Guaranteed timing closure and performance for demanding RF applications.
Reference designs on RFSoC evaluation boards with pre-integrated PQC security, QRNG synthesis demos, and complete measurement setups for validation.
Quantum-safe solutions that complement RF and mixed-signal security.
Contact us for quantum vulnerability assessments, solution evaluations, or custom integration for your RF, analog, and mixed-signal platforms.