We are pleased to announce that TD Shepherd acts as the strategic advisor to onsite.ai to support the capital raise. Onsite.ai is an AI-based technology startup founded in Germany in 2022, which brings forth automated, AI-powered transportable laboratories for quantitative analysis of air samples to detect mold spores, pollen, soot & others. This cutting-edge technology solution will make a real impact in the world of immediate air quality analysis.
As strategic advisors, TD Shepherd is working closely with onsite.ai to identify and implement new strategies which will help to expand their reach and succeed in fundraising. Our deep tech experts define and manage the fundraising process forward all the way to the term sheet and shareholders agreement.
From determining the ambition to completing all the preparations necessary to start a financing round, we provide valuable support and guidance to the onsite.ai team to achieve their goals and establish/ strengthen their position in the market.
TD Shepherd has a proven track record of success in helping deep tech startups like onsite.ai reach their full potential. We are excited about this partnership with onsite.ai and look forward to taking the project to new heights.
Generating infrared light isn’t difficult. But generating it on a chip — reliably, efficiently, and compactly — is a different story. Traditional IR sources rely on heating elements. They radiate across a wide range of wavelengths, consume significant power, and require filters to isolate the signals. Manageable in labs, unworkable in wearables.
Innovation tends to follow a familiar path: first, we invent something powerful. Then we shrink it. Only then does it become an everyday part of the infrastructure. But one layer is still missing in today’s technology: sensing beyond the visible.
The journey from concept to market looks very different in traditional tech compared to deep tech. While traditional tech benefits from streamlined processes and quicker iteration, deep tech ventures face longer, more complex cycles due to the groundbreaking nature of their innovations.