Safety monitoring instruments for our power grid
Ensuring maximum yield in digestor with optimal gas sensing
Shipping yield whilst at sea ensuring maximum safety
Why choose Fast Sense
Advanced nano-sensing technology for the energy transition
Fast Sense delivers advanced gas sensing solutions for hydrogen and methane analysis, essential for ensuring safety and efficiency across energy industries. Our micro-metering technology eliminates cross-sensitivity issues — hydrogen and methane mixed together cause no change in reading. We identify and quantify different gases and gas mixtures immediately, even odourless ones that are traditionally difficult to detect. With printed sensors that are low power, easy to deploy, and small in footprint, Fast Sense is enabling a clean, green and resilient energy future.
Trusted among top tier 1 companies
Markets we serve
Real-time molecular sensing across critical energy infrastructure
Industrializing H₂ Sensor Demand, Driving Towards An Integrated Energy Future
At Fast Sense we design human-centered hydrogen sensing and on chip analytics that turn uncertainty into clear action.
Accurate
Quantify
Pulsating
Low Power
Affordable
Scalable
Small
Fast
Selective
Nanoscale Sensor Structures Integrated into CMOS Layers for Advanced Gas Monitoring
At Fast Sense, your safety and the reliability of your equipment are our top priorities. Our innovative solution enables precise monitoring, detection, and analysis of complex gas mixtures with advanced nanoscale sensors embedded within CMOS layers. These sensors are engineered to minimize cross-sensitivity, delivering accurate readings across multi-component gas blends.
Leadership Team
Fast Sense is developing a smart gas meter to monitor the energy transition into hydrogen. “Our laser-printed sensor, detects gas mixtures, protecting assets, including pipelines, equipment and urban areas in case of leaks, during production, transportation and storage.”
DAVID SUTER
Co-Founder & CEO
Serial science tech, winning awards, smart city hackathons finalist at TechCrunch Disrupt. ICO Standards Committee.
PROF DAVID ZITOUN
Co-Founder & CEO
10 Patents. 8 Patents used within Industry. Head of the Dept of Chemistry Bar-Ilan University Nano Centre.
DR MELINA ZYSLER
CTO
PhD Nanomaterials & catalysis. Design, characterization, and performance test of Materials for energy devices.
DR SANJAY UPADHYAY
VP R&D
PhD Gas Sensing on Nano Scale & The generation of Hydrogen and oxygen through electrocatalysis; energy storage.
The world's 1st high performance gas sensors, uniquely enabling large-scale realtime decision making
We sell to energy suppliers, gas distributors and industrial plant owners, looking for a low power, wireless, miniature solution to know what’s in the gas. We are the future of smart grids.
Featured Case Studies
See how Fast Sense molecular intelligence is deployed across critical energy infrastructure.
Control Hydrogen. Stabilize the Grid.
Real-time molecular intelligence for precise hydrogen injection into blended gas networks.
Detect the Invisible Before It Becomes Critical.
Real-time gas intelligence for safer battery recycling operations.
From Periodic Testing to Continuous Awareness.
A new approach to dissolved gas analysis for modern transformer monitoring.
Unlock More Energy from Every Molecule.
Real-time gas composition intelligence for biomethane yield optimization.
Fugitive Molecule™
Ready to Deploy Molecular Intelligence?
Talk to our team about deploying Fast Sense across your infrastructure. Real-time gas analytics, built for the field.