We don’t follow innovation – we prototype the future.
AIRSENSE expanded its expertise in chemical detection to the biological field with the introduction of the pBDi – a universal portable detector for toxins, bacteria, and viruses. Designed for rapid on-site analysis, the pBDi brings laboratory precision to the field, enabling reliable detection and identification wherever it’s needed — from defense and emergency response to public health and industrial safety.
AIRSENSE expands its product portfolio with new MIL-standard detectors: the GDA-P-SWM, GDA-P-CWM and GDA-P-LWM. These systems are designed for seamless integration into light to heavy military vehicles, enabling reliable detection of CWA, TIC, VOC and optionally radiological threats.
AIRSENSE receives ISO 9001:2015 certification from TÜV Rheinland, marking the implementation of a new, company-wide quality management system.
In cooperation with AIRBUS, AIRSENSE develops a next-generation detector for identifying oil, deicing agents, and hydraulic fluids on commercial aircraft
In collaboration with AIRBUS, AIRSENSE developed a space-qualified version of its electronic nose (eNose). The result: a golden sensor system designed to detect fungus and bacteria inside the International Space Station.
The first product based on the AIRSENSE Identification System (AIS), the GDA-P, is launched. It is one of the most advanced handheld detectors for chemical warfare agents (CWA), volatile organic compounds (VOC), and toxic industrial chemicals (TIC),
Building on its experience with IMS technology, AIRSENSE began developing the AIRSENSE Identification System (AIS). That same year, the company founded the subsidiary AIRSENSE do Brasil and contributed to securing the 2012 Olympic Games in Rio and the 2014 FIFA World Cup against CBRNe threats.
Winter Olympic Games in Socci and FIFA World Cup 2014 in Rio – AIRSENSE started to set up a complete CBRNe safety concept around critical infrastructures, VIPs and vehicles. At the FIFA Confederations Cup in June 2013, AIRSENSE provided the Brazilian security forces with safety instruments. This served as a rehearsal for the 2014 World Cup in Brazil.
Building on its experience with IMS technology, AIRSENSE began developing its own AIRSENSE Identification System (AIS).
Our Electronic Nose on Space tour to ISS.
In 2012, the crew of the International Space Station (ISS) was set off into space aboard a Soyuz 704A spacecraft. They had an E-Nose from AIRSENSE on board. The special “E-Nose” measured the crew’s exposure to bacteria and fungi in the Russian segment of the space station. The ISS-Nose project was a collaborative effort between the German Aerospace Center (DLR) and Astrium (now Airbus Defense), with AIRSENSE serving as the technology manufacturer for the E-Nose.
Launch of the Gas Detector Array First Response (GDA-FR). Our multi-gas detector combining IMS, EC, PID, and MOS technologies to support firefighters in hazardous, unknown environments.
The aerotracer is a tool designed to support ground maintenance personnel at airlines. It is used to detect the presence of oil in the cabin or cockpit, which is known as a “fume event” or oil leakages in engine bearing. This product is a joint initiative of AIRSENSE Analytics and Lufthansa Technik.
Founded on April 15 1996 by Dipl.-Ing. Wolf Münchmeyer and Dr.-Ing. Andreas Walte, AIRSENSE Analytics was built on a vision: revolutionizing CBRN detection through cutting-edge technology. The company has its registered place of business in Schwerin – the capital of the federal state Mecklenburg-Vorpommern.
With the launch of the first MOS-based sensor system in the market, AIRSENSE pioneered the integration of artificial intelligence. The foundation laid in the 1990s continues to shape our modern product lines, such as the PEN3 electronic nose.
