SciTransfer
Organization

ACTRONIKA

French haptic technology SME developing touch feedback systems for VR/AR, automotive safety, and medical sensing applications.

Technology SMEdigitalFRSMENo active H2020 projects
H2020 projects
5
As coordinator
1
Total EC funding
€1.9M
Unique partners
30
What they do

Their core work

Actronika is a French SME specializing in haptic technology — the science of creating realistic touch sensations through electronic devices. They develop haptic feedback platforms for applications ranging from virtual/augmented reality interfaces to automotive safety systems. Their work spans the full chain from understanding human touch perception and brain processing to engineering flexible tactile hardware, positioning them as a bridge between neuroscience research and commercial haptic products.

Core expertise

What they specialise in

Haptic feedback systemsprimary
4 projects

Core contributor across H-Reality, ph-coding, INTUITIVE, and Tactronik — all centered on creating or improving touch-based interfaces.

Virtual and augmented reality interfacesprimary
2 projects

H-Reality focused on mixed haptic feedback for mid-air VR/AR interactions; ph-coding on next-generation haptic interfaces.

Tactile sensing and flexible electronicssecondary
2 projects

INTUITIVE trained researchers in tactile sensing and flexible electronics; STINTS involved sensor development for skin integrity monitoring.

Automotive haptic safetyemerging
1 project

Tactronik (their coordinated SME Instrument project) targeted advanced driver-assistance through haptic feedback to mitigate car accidents.

Skin biomechanics and medical sensingsecondary
1 project

STINTS applied their tactile expertise to pressure ulcer and diabetic foot ulcer monitoring through skin shear sensing.

Evolution & trajectory

How they've shifted over time

Early focus
Immersive VR/AR haptics
Recent focus
Touch perception and neural coding

Actronika entered H2020 in 2018 focused on immersive haptics for VR/AR environments (wearable haptics, ultrasound interaction, multisensory displays) alongside a medical application in skin biomechanics. By 2019, their portfolio shifted toward more fundamental perception science — touch perception, brain functional models, neocortex research — while also investing in flexible electronics for tactile sensing. This suggests a move from pure device engineering toward understanding the neuroscience of touch, likely to build smarter, more perceptually accurate haptic systems.

Actronika is deepening its scientific foundation in how humans perceive touch at the neural level, which positions them to develop more sophisticated haptic devices informed by brain science rather than pure engineering.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European9 countries collaborated

Actronika primarily joins consortia as a participant or partner (4 of 5 projects), contributing specialized haptic technology expertise to larger research teams. They coordinated one SME Instrument project (Tactronik), suggesting they can lead focused commercial-stage work but prefer the specialist contributor role in larger research initiatives. With 30 unique partners across 9 countries, they maintain a broad European network — typical of an SME that is sought after for a specific technical capability.

Actronika has collaborated with 30 distinct partners across 9 European countries, indicating a well-connected position in the EU haptics research community. Their network spans both academic groups (MSCA training networks) and applied research consortia.

Why partner with them

What sets them apart

Actronika occupies a rare niche as an SME that combines deep research participation in haptic neuroscience with commercial product ambitions in automotive and consumer interfaces. Most haptics companies either do pure R&D or pure product — Actronika does both, participating in fundamental perception research (ph-coding, INTUITIVE) while also running an SME Instrument project for driver-assistance haptics. This dual positioning makes them an ideal partner for consortia that need a technology company capable of translating perception science into working prototypes.

Notable projects

Highlights from their portfolio

  • ph-coding
    Largest single EC contribution (€674,934) exploring how the brain encodes haptic information — connects neuroscience to next-generation interface design.
  • Tactronik
    Their only coordinated project, an SME Instrument Phase 1 targeting automotive haptic safety — reveals their commercial product direction.
  • H-Reality
    Ambitious mixed-reality haptics project combining wearable, ultrasound, and multimodal touch feedback for mid-air VR/AR interaction.
Cross-sector capabilities
Automotive safety and driver assistanceMedical devices and wound monitoringRobotics and autonomous systemsConsumer electronics and wearables
Analysis note: Strong profile supported by 5 thematically consistent projects. The only gap is that STINTS shows no EC funding (third-party role), and Tactronik was a small Phase 1 feasibility study. No website URL was available to verify current commercial offerings beyond what H2020 data shows.