Touchwaves lands €1.5M to advance haptics for NATO pilots
Former TNO engineers behind Dutch startup Touchwaves have raised €1.5 million to bring a new generation of so‑called “sixth sense” haptics into NATO cockpits and other high‑stakes defence environments. The early‑stage funding will help the company move from advanced prototyping to operational deployments in military aircraft, simulators and command systems where information overload can have life‑or‑death consequences.
Drawing on years of applied research at the Netherlands Organisation for Applied Scientific Research, the ex‑TNO team is building tactile feedback systems that allow pilots and operators to literally feel critical data through their bodies, rather than relying solely on visual displays and audio alerts. The startup argues this can dramatically reduce reaction times, cut cognitive load and improve situational awareness in complex missions.
From research lab to defence-ready haptic interface
Touchwaves was founded by a group of engineers who worked on human‑machine interaction, avionics and haptic feedback at TNO, one of Europe’s leading applied research institutes. After years of building experimental systems for defence and aerospace partners, the team spun out to commercialise their technology for real‑world deployment.
At the core of the company’s offering is a suite of compact, high‑precision actuators and control electronics that can be embedded into pilot seats, flight suits, control sticks or other contact surfaces. These actuators generate nuanced vibration patterns and pressure cues that correspond to specific mission events or spatial information.
Rather than adding yet another screen or alarm tone to already crowded cockpits, Touchwaves routes alerts through the body. A pilot might feel a directional buzz on the left side of the torso to indicate an approaching threat, a distinct pulse pattern to signal low fuel, or a continuous gradient of vibration intensity to represent angle of attack or proximity to a no‑fly zone.
Turning data streams into tactile ‘intuition’
The company describes its approach as enabling a “sixth sense” for operators. By translating complex sensor fusion outputs into intuitive tactile patterns, Touchwaves aims to compress vast amounts of data into a channel the brain can process in parallel with vision and hearing.
In fast jet environments, pilots already juggle radar feeds, navigation data, weapons systems, communications and environmental cues. Traditional displays force them to constantly scan, interpret and prioritise information. Tactile cues, delivered via the seat or wearable systems, can bypass some of this mental workload by encoding urgency and direction directly into the body’s sensory system.
This concept is not entirely new — early vibro‑tactile belts and vests have been tested in aviation and special operations — but Touchwaves claims its proprietary haptic algorithms, actuator design and integration know‑how allow for far richer and more reliable feedback than legacy systems.
Why NATO and defence forces are interested
Modern militaries face an escalating challenge: platforms and missions are generating more data than humans can comfortably manage. From F‑35‑class fighters to network‑centric command posts, operators are at risk of information overload that can slow responses or lead to critical oversights.
By adding a robust tactile channel, Touchwaves aims to support:
- Faster threat detection and response in contested airspace
- Improved spatial awareness during low‑visibility or high‑G manoeuvres
- Reduced pilot fatigue by lowering visual and auditory strain
- More effective training in simulators through embodied feedback
Defence customers also see potential for haptic interfaces in ground vehicles, naval bridges and remote operator stations for uncrewed systems, where attention is already stretched across multiple screens and communication channels.
Safety, standardisation and certification hurdles
Deploying new human–machine interface technologies in military cockpits is not trivial. Systems must meet rigorous aviation safety standards, operate reliably under vibration, temperature extremes and electromagnetic interference, and integrate cleanly with existing avionics and mission computers.
Touchwaves plans to use the €1.5 million to accelerate certification processes, run extended flight trials with partner air forces, and refine its hardware for mass production. Close collaboration with airworthiness authorities and NATO standardisation bodies will be critical to ensure that tactile cues complement, rather than conflict with, established cockpit procedures.
Funding to scale from prototype to deployment
The €1.5 million round — led by undisclosed investors with experience in defence technology and deep tech — will allow Touchwaves to expand its engineering team, strengthen manufacturing partnerships and deepen its work with early pilot customers inside the NATO ecosystem.
Key priorities for the next 18–24 months include:
- Finalising modular haptic seat and wearable kits for fighter and trainer aircraft
- Developing software tools that let integrators map mission data streams to tactile patterns
- Running human‑factors studies to optimise cue design and training protocols
- Exploring dual‑use applications in civil aviation, emergency response and heavy industry
Beyond defence, the same core technology could support commercial pilots, helicopter crews, offshore operators and even drivers of heavy trucks or autonomous vehicles, where situational awareness and rapid response are equally crucial.
Positioning within Europe’s defence tech landscape
The rise of Touchwaves underscores a broader shift in Europe’s defence innovation landscape. As NATO members increase spending and seek greater technological sovereignty, there is growing appetite for specialised startups that can translate research‑lab breakthroughs into deployable capabilities.
With its roots in TNO and a focus on mission‑critical human–machine teaming, Touchwaves is well placed to become a key supplier of haptic interface technology for European air forces and defence primes. The company’s work aligns with NATO’s emphasis on enhancing resilience, decision‑making speed and interoperability across allied platforms.
If its “sixth sense” approach performs as promised in large‑scale trials, haptic feedback could become a standard fixture in next‑generation cockpits — giving pilots not just more data, but a new way to feel the battlespace.