The French defence procurement agency (DGA) has awarded Thales a contract to provide hybrid networking kits for French Army vehicles, an innovative solution that can be installed without the need to make design changes to the platforms.
Installed on military vehicles such as the Griffon, VBCI and Serval, the kits provide access to commercial communication services (OneWeb1 and 5G), integrate them with theatre-wide networking capabilities and tie together communication systems at every level from combined/joint forces command to infantry fighting vehicles.
With developments in collaborative combat driving a growing need for connectivity, hybridisation solutions will complement existing hardened communications systems (SYRACUSE IV military satellite communications, CONTACT radios, HF radios) to provide higher data rates, longer range capabilities and improved resilience.
“Thales will be supporting the French Army in its strategic transition to hybrid communication networks. This latest stage in the ASTRIDE 3 programme will combine technological innovation with a deep understanding of operational requirements to provide the hyperconnectivity needed for collaborative combat in high-intensity conflict scenarios,” said Alexandre Bottero, Vice President, Networks and Infrastructure Systems, Thales.
This hybrid networking technology has been developed in an agile, incremental approach with the DGA and operational users to augment the communication capabilities of French Army vehicles. With current developments in collaborative combat, the ability of the armed forces to deploy operational networks of sensors and effectors calls for enhanced capabilities in terms of massification, usability and resilience of military communication systems. With this innovative hybridisation solution, commercial networks will complement existing hardened communication systems including the LOS radios developed for the ASTRIDE programme, the secure, high-data-rate, jam-resistant military satcom services provided by the SYRACUSE satellites, the latest-generation software-defined radios developed under the CONTACT programme and the MELCHIOR series of HF radios.
The hybrid networking solution for OneWeb satcom and 5G services is packaged as a non-intrusive kit, overcoming the need for design changes to the vehicle. It offers significant improvements in connectivity to enhance operational capabilities in the theatre of operations by supporting more extensive data sharing and closer multi-domain collaboration. The hybrid networking kit offers a combination of high performance and usability, and its modular design is part of an end-to-end approach encompassing communication systems at every level, from combined/joint forces command to infantry fighting vehicles.
Thales will provide an initial batch of 25 kits for field trials during the EXTO SJO 2025 exercise at the end of this year, with an additional 25 kits scheduled for delivery in 2026. Ultimately these hybrid networking kits are expected to equip all French Army vehicles that require them.
Thales has been involved in the ASTRIDE 3 programme since 2022 and has designed a range of modular mobile communication stations offering the NATO-interoperable networking capabilities needed to provide a secure, resilient command infrastructure for deployed forces. The addition of this hybridisation solution further underscores the programme’s decisive role in making collaborative combat a reality while guaranteeing technological sovereignty.
Thales, Singapore’s DSTA sign agreement for AI-driven co-lab
Singapore’s Defence Science and Technology Agency (DSTA) and Thales announced a joint lab to develop AI-enabled technologies which can augment combat systems currently in use by the Singapore Armed Forces. With an initial focus on solutions for Counter-Unmanned Aircraft Systems (C-UAS) and Advanced Sensing applications, both parties have co-developed advanced AI algorithms that enable combat systems to efficiently handle fast-evolving drone threats.
At the 2025 Singapore Defence Technology Summit (Tech Summit), a joint team from DSTA and Thales showcased its recent collaboration on counter-drone technologies, with tangible outcomes that can potentially be integrated into systems currently in-use with the Singapore Armed Forces (SAF). Over the last five months, engineers from both organisations co-developed Machine-Learning (ML)-enabled software modules that reduce the rate of false alarms in drone detection. By enhancing a radar’s sensor performance with the help of AI, the algorithms offer operators and end-users heightened situational awareness that enable faster and more accurate drone detection and classification.
Through this demonstration of a new Concept of Operations (CONOPs) in enhanced radar performance in drones, the team leveraged physics-, knowledge- and data-based AI, bringing together DSTA’s deep domain knowledge of the drone ecosystem and the technical and AI skills of Thales researchers and engineers. The announcement of the Co-Lab represents the next step in the strategic cooperation between DSTA and Thales, underscoring both parties’ ambitions to support the SAF in dealing with emerging and asymmetric threats.
“The DSTA-Thales Joint Lab marks a strategic step in advancing next-generation defence technologies. By harnessing AI and advanced sensing technologies, we are adopting a more agile approach to capability development, enabling us to tackle evolving threats. This collaboration reinforces DSTA’s commitment to working with global partners to co-develop advanced capabilities, ensuring our defence systems remain robust, adaptive, and future-ready,” said Roy Chan, Deputy Chief Executive (Operations), DSTA.
“Thales’ AI for critical systems must meet the stringent reliability, safety and security requirements for armed forces worldwide. It is a true recognition when our customers trust us to co-develop solutions alongside them that address the pain points and challenges of the end-user. We have achieved the outcomes of the MoU in a relatively short span of time, with our teams harnessing AI to create solutions with real-world implications. This Co-Lab with DSTA speaks to the years of collaboration between us and our joint commitment to provide the best technologies for the SAF and the Singapore Ministry of Defence.” said Pascale Sourisse, President and CEO, Thales International.
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