HyperPath, a recent spin-out from Tyndall National Institute, based at University College Cork, is addressing one of today’s biggest mobility challenges: ensuring reliable, always-on wireless connectivity for systems on the move.
HyperPath was founded on pioneering research conducted within Tyndall’s Wireless Communications Laboratory by Dr Kariem Fahmi and Professor Holger Claussen, which solves the problem of continuous connectivity through an AI powered software platform that seamlessly fuses and orchestrates multiple unreliable wireless networks into a single ultra-reliable connection.
As cars and autonomous systems become more connected, uninterrupted communication is essential for safety and operational efficiency. However current networks have limitations, such as cellular coverage gaps, satellite line-of-sight issues, and high costs, which can lead to service interruptions, safety risks, and reduced performance.
- HyperPath removes reliance on any single network, providing a stronger and more resilient connection:
- For automotive manufacturers: Always-on connectivity to support advanced vehicle features, autonomy, and safety systems across urban, rural, and remote environments.
For satellite and virtual network operators: New opportunities to deliver hybrid services that combine satellite and terrestrial networks.
The development of HyperPath’s technology was supported through an Enterprise Ireland–funded Commercialisation Fund project, which enabled the team to translate their research into a market-ready solution. HyperPath also benefitted from Enterprise Ireland’s Business Partners Programme and has secured Pre-Seed Start Fund investment, providing crucial support as the company moves into the next phase of growth.
With this foundation in place, HyperPath is now entering a growth phase that will see the expansion of its engineering and commercial teams. The company’s plans for high-value job creation will contribute to Ireland’s growing deep-tech and semiconductor-adjacent ecosystem, adding further momentum to the region’s reputation as a hub for advanced connectivity and mobility technologies.
Dr Patrick Morrissey, Director of Innovation and Industry Engagement, Tyndall said:
“HyperPath represents the type of innovative, high-impact software company that complements and reinforces Ireland’s rapidly scaling semiconductor ecosystem. Its success showcases the Semiconductor Strategy, Silicon Island, in practice, and aligns with Tyndall’s mission to support companies that add capability, depth, and competitiveness to Ireland’s national semiconductor landscape.”
Professor Holger Claussen, Head of Tyndall’s Wireless Communications Laboratory and Professor of Wireless Communications at University College Cork and Trinity College Dublin, said:
“With HyperPath, we solved the very hard technical problem to efficiently combine multiple unreliable wireless networks into an ultra-reliable and highly efficient link. We approach the theoretical maximum bonding performance which currently no other existing link-bonding solution can do with variable wireless links.”
Ger Mc Namara, CEO, HyperPath, said:
“We are at a pivotal point in time for resilient, on the move wireless connectivity, be it autonomous vehicles, mobile robotics, drone operations or emergency services. The challenges and business impacts associated with single wireless network use, can no longer be tolerated. HyperPath is leading the way in delivering AI optimised, resilient wireless hybrid connectivity”
