1. Enhancing resilience with assured PNT

There was lots of talk about the growing importance of assured positioning, navigation and timing (PNT) in safeguarding critical infrastructure. With threats like jamming and spoofing becoming more sophisticated, it’s clear that resilient solutions are essential for keeping systems accurate and reliable.

Our aPNT+™ technology was a key focus of discussions. Combining technologies like GNSS signal analyzers, anti-jamming antennas and AI-enhanced firewalls, our aPNT+™ platform ensures networks remain operational even when GNSS signals are compromised.

Oscilloquartz Syncjack™ technology, in particular, got a lot of attention. Its ability to detect and prevent meaconing attacks is still unmatched, making it a game-changer for PNT resilience. Together, these innovations are setting new standards for securing critical systems.

2. Building zero-trust architectures for critical infrastructure

Zero-trust architecture (ZTA) was another hot topic, and for good reason. With cyber threats becoming more advanced, securing critical infrastructure – whether in defense, power or telecoms – means going beyond traditional perimeter defenses. Every layer of the network needs to be protected.

Our multi-source synchronization solutions are a perfect fit for the ZTA philosophy. They’re designed to keep systems running smoothly and securely, even if individual components fail. That kind of resilience is a must in environments where precision and reliability are non-negotiable.

3. Seville knows how to party

ITSF 2024 kicked off in style with an Ice Breaker session sponsored by Oscilloquartz. It set the perfect tone for the days ahead. Gil Biran, our general manager, welcomed everyone with a speech that took a look back at our journey in synchronization tech and shared our vision for the future.

4. Advancing timing precision with optical cesium clocks

Precision timing was a big focus at ITSF 2024, and our industry-first optical cesium clocks stole the spotlight. The OSA 3300 SHP and OSA 3350 SePRC+ are game-changers, delivering 100ns precision for up to 100 days – even without GNSS signals.

These groundbreaking clocks are making a real difference in fields like scientific research, metrology and defense.

5. Insights from our experts

Our team took the stage to tackle some of the most pressing challenges in timing and synchronization. Their presentations explored innovative strategies and solutions designed to enhance resilience and reliability in critical infrastructure.

• Luis Gonzalez shared insights into alternatives to GNSS, such as LEO satellites and Broadcast Positioning Systems, which provide added layers of resilience for timing solutions
• Bartek Kropiewnicki focused on preparing PNT-dependent infrastructure for threats like cyberattacks and space weather, highlighting the importance of robust backup timing strategies
• Alon Stern discussed advancements in ePRTC holdover capabilities, offering approaches to maintain precision timing even during GNSS disruptions.

These sessions sparked a lot of valuable discussions, leaving attendees with some great insights and actionable takeaways to address today’s synchronization challenges.

Looking forward

ITSF 2024 wasn’t just about celebrating the latest advances; it also marked 75 years of innovation for Oscilloquartz. Reflecting on our history – from creating the first commercial cesium atomic clocks to pioneering GNSS-resilient synchronization – we used this milestone to look ahead.

Throughout the event, we connected with customers about their evolving challenges and the growing demand for scalable synchronization systems. These conversations underscored how our solutions continue to adapt to the changing needs of industries that rely on precise timing.

As we move forward, our commitment to delivering resilient, groundbreaking timing solutions remains stronger than ever. Here’s to the next 75 years!