Qualified military customers are also eligible for secure military signals such as SAASM and M-Code. In addition to interference detection, greater resiliency on SecureSync is available through a multi-layered approach that can leverage anti-jam antennas, Orolia’s complete Interference Detection and Mitigation (IDM) suite which includes spoofing detection, as well as time error minimization with high performance internal oscillators. SecureSync is built on a scalable, flexible and highly configurable platform to offer precisely what customers need at the lowest cost of ownership. SecureSync customers can now take an important step forward with the recommended Prevent, Respond, and Recover PNT protection steps through the seamless integration of proven interference detection technology. Interference detection is a key enabler for greater resiliency in critical infrastructure, as defined in the DHS Resilient PNT conformance framework and the federal PNT Executive Order. And for ultimate efficiency and ease of use, every piece is under the management umbrella of our comprehensive Ensemble Controller and Ensemble Sync Director.Orolia now offers GPS jamming detection as a standard feature for its flagship SecureSync® time servers. “From our newly enhanced boundary clocks and unique optical cesium technology to the flexible ADVA FSP 3000 open line system, each element is a pre-integrated part of our network synchronization solution. This means that operators can ensure PRTC quality in greenfield networks without the need to invest in PRTCs at every single site,” commented Nir Laufer, senior director, product line management, Oscilloquartz, ADVA. What we’re announcing today leverages two key Oscilloquartz innovations: Our boundary clocks now meet class D performance and use multiple clock domains for link redundancy, and our fully redundant ePRTC solutions utilize our new optical atomic clocks. Ensuring backup is now seen as a mandatory step towards secure synchronization. “All across the world, governments and businesses are realizing that network timing based on GNSS is vulnerable to failure, disruption and interference. Unique SiTime MEMS technology delivers unmatched reliability. What’s more, in greenfield deployments, OTC enables service providers to reduce the number of PRTC core clocks and GNSS equipment, simplifying network management and reducing costs. Advanced precision guidance systems operate in extreme temperatures and are exposed to high levels of g-forces, shock, and vibration. Not only does this method provide PRTC levels of accuracy, but it’s also more robust than any competing solution and this is key in the battle to mitigate the risk of GNSS vulnerabilities. It does this by combining ePRTC core clocks and ultra-precise boundary clocks to ensure nanosecond timing. Unlike other delivery mechanisms, the new solution uses a PTP-optimized optical timing channel (OTC) to provide accurate synchronization from the core of the network all the way to the edge. Built on ADVA’s Oscilloquartz technology, this new end-to-end solution will prove key for 5G, smart grid and other time-sensitive applications.