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While the positioning, navigation, and timing (PNT) data from global navigation satellite system (GNSS) satellites is leveraged to accomplish a multitude of tasks for the global infrastructure, the weak signal from GNSS satellites due to atmospheric phenomena render PNT data vulnerable to a range of threats such as malicious cyberattacks. APNT technologies enhances robustness to existing networks and provides timing information from highly accurate alternative sources.
The global APNT market is expected to grow from USD XX million in 2022 to USD XX million by 2027, at a CAGR of XX%. The evolving need for advanced PNT technologies for supporting upcoming military platforms and weapon technologies is expected to drive the demand for APNT systems, while the lack of regulatory framework and established operational parameters will hinder market growth.
Key Market Players
Major players operating in the APNT market include Raytheon Technologies Corporation (US), Leidos Inc. (US), Northrop Grumman Corporation (US), Curtiss-Wright Corporation (US), BAE Systems PLC (UK), Saab AB (Sweden), and Thales (France).
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Driver: Advent of next generation military platforms and weapon technologies
Most current generation weaponry and platforms are designed to work as per GNSS data that may be susceptible to enemy countermeasures such as signal jamming, which may reduce their effectiveness I combat situations. Thus, system designers are trying to integrate APNT solutions onboard upcoming military platforms to enhance their resilience to hostile countermeasures. On this note, the US Army has made the development of APNT as one its six modernization priorities to aid data assimilation through different sources for enhanced situational awareness. APNT is also being viewed as a critical enabler to achieve the five requirements for accurate fire, that is, the highly technical and very specific data required to be updated by artillery units to use their most accurate and advanced weaponry. Thus, the development and introduction of new platforms and weaponry would also drive the demand for APNT technologies during the upcoming period.
Restraint: Absence of established operational parameters
APNT technologies are still evolving, there is no parity on the standard operational parameters of such technologies. For instance, while all current generation aircraft are equipped with DDI MOPS/TSO standard components, MOPS Changes will be needed to enable RNP accuracy and monitoring & alerting. Besides, the performance of APNT systems may be limited to area navigation (RNAV) 0.6 at best. APNT technologies also do not fulfill Automatic Dependent Surveillance Broadcast (ADS-B) positioning requirements and aircraft operations would still require secondary surveillance radars (SSRs) for operation, especially for general aviation. Besides, APNT requires allocation of additional spectrum bandwidth that narrows the bandwidth availability of the aeronautical radionavigation service (ARNS) portions of the L and VHF bands. Moreover, the creation of a new signal optimized for APNT requires extensive R&D to demonstrate operational capabilities in the targeted spectrum that is already dominated by several other transmissions. Meanwhile, some sort of modification would also be required by the existing ground-based assets to support APNT signal transmissions, which reduces the attractiveness oof the technology by operators and service providers alike. may restrain the growth of the APNT market in the near future.
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