As the sensor landscape continues to evolve, tactile sensing is entering a new era defined by connectivity, data, and intelligent system design. In the fourth and final article in our recent series on Electronic Design, Tekscan explores how sensor connectivity and analytics will shape the next...

Tactile sensing has evolved from niche research technology to an essential layer in next-generation smart-system design in energy storage, automotive, robotics, medical devices, and industrial automation. As organizations push for smarter, safer, more connected products, tactile sensors —...

Electronic Design recently published the second article in a four-part series highlighting Tekscan’s perspective on the accelerating adoption of tactile sensing technologies—covering pressure mapping, temperature mapping, and embedded force sensing. The piece explores how evolving market needs and...

Tekscan has been at the forefront of tactile sensing since the beginning — and now, the technology is entering one of its most pivotal moments. In the first article of a new four-part series published by Electronic Design News, “ The Next Decade of Tactile Sensing: Evolution and Trajectory of...

Summary: Aalto University’s latest research on Shackleton’s Endurance has sparked global interest — revisiting one of history’s greatest maritime engineering questions. The study reinforces how understanding and measuring pressure remains central to improving ship and offshore safety — the same...

In motorsport, milliseconds matter — and so does data. For the past three years, Tekscan and channel partner CMV have proudly sponsored Formula Student racing teams, offering them access to high-resolution pressure measurement systems to validate tire models, optimize vehicle setups, and accelerate...

This post wraps up our four-part interview series with our own Pressure and Temperature Mapping expert, Evan Griffith. Our conversation was based on Evan's recent live webinar on improving battery safety and performance through pressure and temperature mapping. Throughout this series, we’ve explored...

Part 3 of our “Impactful Insights” Interview Series with Tekscan’s Evan Griffith In Part 1, we explored how real-time pressure mapping helps engineers visualize internal force distribution during battery testing. Part 2 dove into stack pressure and its impact on SEI layer formation. Now, in the...

Part 2 of our “Impactful Insights” Interview Series with Tekscan’s Evan Griffith In Part 1 of our interview, Tekscan Product Manager Evan Griffith shared how pressure mapping gives engineers a real-time view of internal battery dynamics. Today, we go deeper into one of the most important and often...

Part 1 of our “Impactful Insights” Interview Series with Tekscan’s Evan Griffith As battery manufacturers race to improve energy density, safety, and performance, mechanical forces inside the cell are getting more attention. In this new interview series, we speak with Evan Griffith, Product Manager...