Frequently Asked Questions

Post-quantum cryptography refers to cryptographic algorithms designed to be secure against attacks by quantum computers. Current encryption standards like RSA and ECC can theoretically be broken by sufficiently powerful quantum computers using Shor's algorithm. PQC algorithms—including lattice-based, hash-based, and code-based approaches—are mathematically resistant to known quantum attacks. NIST finalized its first PQC standards in 2024, and federal agencies are mandated to begin migration planning.

The timeline depends on your data sensitivity. "Harvest now, decrypt later" attacks mean adversaries can collect encrypted data today and decrypt it once quantum computers mature. For data requiring 10+ year confidentiality, migration should begin now. NSA's CNSA 2.0 guidance requires all National Security Systems to support quantum-resistant algorithms by 2025 and transition completely by 2033. Commercial organizations handling sensitive data should be planning migration timelines today.

A Quantum Random Number Generator (QRNG) produces truly random numbers using quantum mechanical processes rather than algorithmic pseudo-randomness. Cryptographic security fundamentally depends on key unpredictability—if an attacker can predict or reproduce your random number generation, they can potentially derive your keys. QRNGs provide provably random entropy based on quantum physics, eliminating the vulnerabilities inherent in software-based random number generators.

PQC algorithms like ML-KEM and ML-DSA require significantly more computational resources than current encryption. Photonic acceleration uses light-based computing to perform the matrix operations and polynomial arithmetic these algorithms require. By leveraging wavelength division multiplexing, photonic systems can process multiple operations simultaneously at the speed of light, potentially achieving the throughput needed for high-volume encryption without the power consumption of conventional processors.

Service-Disabled Veteran-Owned Small Business (SDVOSB) is a federal designation for businesses owned and controlled by veterans with service-connected disabilities. Federal agencies have procurement goals for SDVOSB participation. For prime contractors, teaming with SDVOSB firms helps meet small business subcontracting requirements. HelioLink Technologies is an SDVOSB, making us an eligible teaming partner for contracts with small business set-asides or subcontracting goals.

HelioLink Technologies is registered and active in SAM.gov. Our UEI is EW79JCJHHXA5 and our CAGE Code is 17C49. We're registered under NAICS codes covering security systems services, computer systems design, and research and development in physical sciences.

We're open to various teaming structures including subcontracting arrangements with large prime contractors, joint ventures for specific opportunities, SBIR/STTR partnerships with research institutions, and Contractor Team Arrangements (CTAs). Our flexibility and specialized capabilities in quantum encryption and physical security integration make us a valuable teaming partner for contracts requiring both cyber and physical security expertise.

Our primary service areas are Central Texas (Austin, San Antonio, San Marcos, Fort Cavazos corridor) and Florida's Treasure Coast and Space Coast regions. For R&D partnerships, consulting, and federal contracts, we work nationwide. Physical security installation services are currently limited to our primary regions.

Our focus is on organizations with high-security requirements: defense contractors, federal agencies, critical infrastructure operators, financial institutions, and research facilities. We're particularly suited to clients facing quantum-threat timelines or requiring integrated physical and cybersecurity solutions.

Contact us through the form on our homepage or reach out directly via email. For teaming inquiries, include information about the opportunity and your organization's role. For service inquiries, describe your security requirements and timeline. We typically respond within one business day.

We provide comprehensive surveillance systems including AI threat detection, facial recognition, weapon identification, gunshot detection, and drone monitoring. Our solutions integrate with 24/7 Security Operations Centers for real-time response. We also offer predictive analytics to anticipate potential security incidents before they occur.

Yes. We provide both armed and unarmed security personnel for site security, event security, and executive/VIP protection. Our physical security services also include access control systems, perimeter defense, and facility security assessments. Services are tailored to your threat model and operational requirements.

Electromagnetic shielding prevents electronic eavesdropping and blocks RF signals from entering or leaving a facility. We provide secure construction services including EM shielding, TEMPEST-grade facilities, and RF isolation for sensitive operations. This includes infrastructure for environments requiring protection against remote surveillance and electronic collection.

We serve residential, commercial, and government clients. Residential services include low voltage systems (cameras, sensors, alarm systems), smart home automation, home theater, home networking, and IT support. The same quality and attention we bring to government and commercial security applies to protecting your home and family.