NAVSYS Corporation
Positioning, Navigation and Timing Solutions amid GPS Challenges

Satellite services have become a critical part of mission assurance across aerospace and defense. As military and civilian systems become increasingly dependent on positioning, navigation and timing (PNT), concerns around GPS jamming, spoofing and signal disruption continue to grow. Aircraft, unmanned systems, command networks and critical infrastructure all rely on accurate positioning data, making resilience a strategic priority. For decision-makers evaluating satellite solution providers, the key question is no longer coverage alone. It is whether a provider can maintain reliable PNT capabilities when traditional GNSS signals become unreliable or unavailable. An ideal solution optimizes the use of the existing space architecture rather than launching a whole new satellite. Government and defense entities generally have long lead times for acquiring resources, operate under extremely rigid budgets, and are often urged to acquire capabilities rapidly. By utilizing already-deployed commercial satellites, government and defense entities have a feasible path to improve PNT resilience without bearing the costs and complexities of building their own satellite constellation. This will improve operational capability within the constraints of procurement/deployment. Another aspect to consider is the diversity of signals. Systems that use a narrow range of frequencies and satellite sources are likely to be prone to interference. The main service providers can leverage several constellations, layers and frequencies to provide continuous services as the context changes. The service should ideally provide an operational redundancy. A critical aspect in evaluating a provider's services is their ability to support PNT technology over the entire life cycle-from test and validation to the long-term operational deployment. Defense users, in particular, need assurances that a vendor can offer such tools, timing, integration, and testing prior to full implementation. Commercial and government users also benefit from a flexible system that can be gradually scaled to accommodate changes in operational needs. It is this combination of technical know-how and a practical plan of attack that builds confidence in a vendor's ability to enhance PNT resilience without compromising its interoperability, adaptability, or future potential. The ability to move from a demonstration into successful real-world application is a key element to provider confidence. NAVSYS emerges as a premier choice for organizations that need satellite-enabled PNT rather than another conventional GNSS backup. Its PNT-as-a-Service approach uses software-defined radio technology and software-based algorithms to derive position, navigation and time data from commercial SATCOM signals, avoiding dependence on owned satellite infrastructure. Its model includes cloud server functions, monitor stations, reference stations and remote receivers designed around signals of opportunity. Alongside its Signal Architect simulation and test tools and its InterNav open-architecture PNT work, NAVSYS offers a focused path for aerospace and defense buyers who need resilient PNT capability, disciplined integration and a scalable commercial foundation. ...Read more