Investors / 2026
We're raising our pre-seed.
ATLAS is building powered exoskeletons that don't add strength — they redirect load. From the hands, through the body, into the ground. Below is what we're doing, who's doing it, and what the round is for.
The opportunity
The problem
Musculoskeletal injury is the single largest cost driver in warehousing, logistics and industrial labour across the EU. The existing answer — passive exoskeletons that ‘add strength’ — is clunky, hot, and gets left in the locker by week two.
The wedge
ATLAS doesn't add strength. It redirects load. Force from the hands and upper body travels through a mechanical pathway — arms, back, hips, legs — into the ground. The wearer feels less, the system carries more, and the movement stays natural.
Why now
An aging European workforce, structural labour shortages in logistics, EU ergonomic compliance pressure, and actuator + battery cost curves that finally make a wearable, all-day device viable.
The round
Pre-seed. Hardware-friendly EU capital preferred.
We're raising a pre-seed round to:
Round size, instrument and use-of-funds detail shared in the deck and in a first call.
Founder
Jesse's background isn't that of a traditional robotics founder. His strength is connecting technology, funding, partnerships and narrative.
Jesse Siegers is the founder of ATLAS, a company building wearable exoskeleton technology designed to transfer physical load from the hands and upper body into the legs and ground. His work sits at the intersection of technology, applied research and real-world use.
Alongside ATLAS, Jesse is Managing Director of CogniGron at the University of Groningen, where he helps translate ambitious scientific goals into strategy, partnerships and innovation programmes around neuromorphic computing. In that role, he works between science, industry and public institutions, helping turn advanced research into something that can actually be built, tested and adopted.
Before ATLAS, Jesse worked across government, economic development and technology entrepreneurship. He previously helped build Whatsub, an AI-powered platform that makes it easier for organisations to find and apply for subsidies. Earlier in his career, he worked as an economic advisor at local, regional and national level, including at the Dutch Ministry of Foreign Affairs, where he was involved in subsidy procedures and funding allocation.
ATLAS builds on that same practical instinct: take a complex system, understand where the friction is, and make it usable. The aim is to reduce physical strain for people doing demanding work, while keeping movement natural and intuitive — and to build not only a technical product, but a credible route from idea to prototype, from prototype to use case, and from use case to a company that can matter.
Where we are
Honest about the stage. Building in public.
No fake LOIs, no inflated traction. At pre-seed we're selling the team and the wedge. The rest we'll earn.
Who we want on the cap table
Hardware-friendly EU pre-seed funds. Angels from logistics, warehousing, robotics, medical devices or wearable hardware. Strategic operators who've shipped a physical product into a regulated, safety-sensitive environment. We're picky about who joins early — your name on the cap table is signal.
FAQ
What stage are you at?
Pre-seed. Idea-to-prototype phase. We have a defined product concept, a credible founder, and a team being built — not a working device yet.
Where are you based?
Amsterdam, Netherlands. Open to relocating key engineering hires from across the EU.
Are you looking for a lead?
Yes. We're open to leads and meaningful follow-on. Hardware-friendly EU pre-seed funds preferred.
What instrument?
SAFE or priced round depending on what fits the lead. Flexible — we want the right partner more than the perfect paper.
What's the timeline?
Targeting a close in the coming months. Happy to share more in a first call.
What do you want from investors beyond money?
Hardware operational depth, intros into EU logistics buyers, and people who've shipped wearable or medical-grade devices before.
Request the deck
