Synchropal provides satellite-based timing and synchronization solutions designed to protect critical infrastructure from cyberattacks. Their MODO system delivers secure timing, synchronization, and certification services for industries like telecommunications, energy, and finance. This ensures reliable and protected operations for essential services.
Funding
Funding not disclosed
Founders
Product
Problem
Critical infrastructure systems rely on precise timing and synchronization, but are vulnerable to jamming and spoofing attacks targeting Global Navigation Satellite Systems (GNSS). These attacks can disrupt essential services across telecommunications, energy, and finance sectors.
Solution
Synchropal provides resilient timing and synchronization solutions that protect critical infrastructure from GNSS vulnerabilities. Their MODO system leverages a multi-source approach, integrating GNSS with ADS-B Time Of Arrival measurements and an innovative optical oscillator, to ensure timing accuracy and reliability. This hybrid system offers enhanced resilience against jamming, spoofing, and meaconing attacks. By combining local performance with multi-channel source stability, Synchropal delivers a robust solution for maintaining precise timing in the face of cyber threats. The system's autonomous, verified, and attack-proof time synchronization is essential for sectors where even millisecond-level disruptions can have significant consequences.
Target Audience
Synchropal's primary customers are organizations in telecommunications, energy, and finance that require highly accurate and secure timing and synchronization for their critical infrastructure.
Features
- Multi-source timing architecture integrating GNSS, ADS-B, and network timing
- Resilient to GNSS jamming, spoofing, and meaconing attacks
- Ultra-stable, miniaturized optical oscillator for precise local performance
- Advanced cybersecurity features for signal verification and threat detection
- Disciplined timing system combining multiple independent time sources
- Continuous monitoring and autonomous switching between time sources