Solutions Designed For You
Cybersecurity and Communications
Resilient timing is vital for secure communications and cybersecurity measures. It helps in establishing secure encryption protocols and timestamps for data transmissions, ensuring data integrity, and guarding against cyber threats that may exploit vulnerabilities related to inaccurate timing.
National Infrastructure Protection
Nations rely on their critical infrastructure such as power grids, transportation systems, and emergency services, all of which require precise timing for optimal functioning. Resilient PNT safeguards these infrastructures against disruptions caused by timing errors or deliberate attacks.
Strategic Decision-Making and Intelligence
Resilient PNT, especially in timing, forms the backbone of numerous governmental and defense functions, ensuring operational effectiveness, security, and the protection of critical infrastructure.
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Trust-based timing network for real-time verification. Perfect for cloud computing. Experience precision and trust.
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Eliminate time errors. Achieve flawless synchronization system-wide. Experience precise timekeeping at every link.
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Groundbreaking PTP filter system. Enhanced precision and synchronization. Unleash the power of this technology today.
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Harness detailed monitoring and alerts. Surpass others in metric coverage. Experience unparalleled insights.
PTP | PPS | NTP Clock Synchronisation Software
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Supercharge Time Sync with the Open Timecard: Turn any server or PC into a Grandmaster clock system.
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Discover the pinnacle of time synchronization with our Open Timecard. This industry-leading solution expertly combines the precision of a rubidium oscillator with the stability of an OCXO oscillator, ensuring unparalleled accuracy in timekeeping.
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Designed to seamlessly integrate into your system, our PCIe card effortlessly synchronizes time across a multitude of devices, whether in local networks or expansive, wide-scale environments.
The Open Timecard
Ecosystem
Traditional grandmaster clocks have limitations:
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Hardware appliances, not ideal for data centers (DCs)
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Non-standard interfaces and software.
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Lengthy, expensive development cycles.
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Lacking open-source software. Inaccurate for DC requirements
Introducing the future of Open Time Servers:
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Scalable design for seamless time distribution
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Multiple external sources
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Aligned with DC accuracy and stability
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Embracing open-source software
Open Time Server
