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At Litech, people are at the core of everything we achieve. Our team combines expertise in engineering, data science, hardware development, and sustainability research to tackle some of the waste industry’s toughest challenges.
From developing advanced sensor detection technology to achieving our first commercial breakthrough with Oslo Municipality, Litech’s progress is powered by a team committed to making waste facilities safer, more efficient, and more sustainable.
Our team:
Synne Sauar – CEO and Co-founder
Ida Pedersen – Co-founder and CTO
Parisa Amin – Simulation Researcher
Mona Jalilvand – Head of Data Science
Olav Barros Storstrøm – Head of Hardware
Mikhail Numerov – Senior Firmware Developer
Nikklas Witter – Software Engineer
Khurshid Abbas – Data Engineer
Teddy Dolash - Business developer
Coleen Castillo – Marketing Manager
Bringing together specialists from diverse backgrounds is what makes Litech stronger, more innovative, and ready to grow. Their dedication drives us forward as we scale our technology from pilot projects into wider market adoption.
We’re excited about the journey ahead, both in technology and as a growing company. If you share our passion for preventing fires, advancing recycling safety, and shaping the future of waste management, we’d love to hear from you!
MORE FROM LITECH

"AI" Doesn't Automatically Mean Camera-Based Technology
In waste and recycling tech, "AI" usually gets associated with camera-based sorting. That's a fair assumption, most of the AI applications in this industry are built around visual recognition, cameras scanning objects on a belt and sorting them by what they look like. But that's not what Litech does.

Litech Receives NOK 14.4 Million in Funding to Advance Waste Safety Technology
Battery fires and hazardous waste are becoming one of the biggest safety challenges for waste and recycling facilities worldwide. To help solve this growing problem, Litech has received NOK 14.4 million in funding to further develop its AI-powered waste detection technology.

What waste operators actually need from fire prevention technology
Fire prevention in waste facilities is often discussed in terms of advanced technology, complex systems, and new regulations. For waste operators, however, the reality is far more practical. The question is not how advanced a solution sounds, but whether it works reliably in day-to-day operations. Waste facilities operate in demanding environments. High throughput, mixed materials, dust, vibration, and constant movement are part of normal operations. In this context, fire prevention technology must support the workflow that already exists, rather than adding friction or complexity.