Funding
Funding not disclosed
Founders
Product
Problem
Optical communication networks lack a built-in mechanism to continuously verify the integrity of fiber links, making them vulnerable to tampering and undetected attacks that can compromise data confidentiality and service reliability.
Solution
VeriQuantix embeds quantum‑based link verification directly into existing fiber‑optic infrastructure, providing real‑time monitoring of link integrity without interrupting data traffic. The system uses quantum principles to generate tamper‑evident signals that travel alongside regular traffic, detecting any physical intrusion or alteration of the fiber. Detected anomalies are reported instantly to network operators, enabling rapid response to potential security breaches. By integrating seamlessly with carrier and enterprise networks, the solution adds a high‑assurance security layer while preserving normal bandwidth and latency characteristics.
Target Audience
Primary customers are telecommunications carriers and large enterprises that operate critical optical fiber networks and require continuous security monitoring.
Features
- Quantum‑derived verification signals transmitted concurrently with data traffic for continuous integrity checks
- Inline hardware module that attaches to standard fiber‑optic equipment without requiring network redesign
- Real‑time tamper detection with immediate alert generation to network management systems
- Compatibility with existing optical transceivers and wavelength‑division multiplexing (WDM) architectures
- Non‑disruptive operation that maintains full data throughput and latency performance