when innovation stalls,
we ship movement.
// stdout: a zurich crew that takes the product problem nobody can move and returns engineered evidence — fast. no theory, no decks. a thing that runs.
output > promises.
we'd rather hand you a working rig than a roadmap of intentions. snapshots below are placeholders — swap in live builds.
stalled sensor question → working rig
a feasibility call that had been parked got built, instrumented, and answered.
aging product, re-engineered
new architecture plus a prototype of where the product should head next.
fuzzy brief → clear path
framed the real problem and shipped a demo that unblocked the decision.
we compile uncertainty into evidence.
three moves, run end to end: we frame the problem, we build the most promising path for real, then we test it against the world. every run terminates in something tangible you can keep building on.
design
we sharpen a fuzzy challenge into a buildable spec and surface directions actually worth chasing.
build
hardware, software, or both — the strongest direction becomes something you can hold and run.
prove
we stress it against users, performance, and constraints — then report what is true, not what we hoped.
challenge in, evidence out.
no endless discovery, no proof-free theory. each stage emits an artifact you can act on.
frame it
we pin down the real problem with you, fast.
explore it
we generate directions and probe feasibility.
build it
we build the most promising direction for real.
test it
we test against reality and report what's true.
decide it
you leave with a confident call: build, scale, pivot.
small process. serious firepower.
engineers, technologists, and builders rooted in the eth ecosystem — one of the densest pools of technical talent anywhere. fast enough to move at startup pace, rigorous enough to be trusted with hard engineering. no account layers, no filler — the people who pitch you are the ones with hands on the problem.
fast
startup cadence, not consultancy cadence.
technical
real engineering depth, not slideware.
imaginative
we attack the problems others route around.
hands-on
we build it, test it, and prove it.
whoami → the people in the room.
no managers between you and the work. a tight set of eth-trained engineers and builders — the same crew that scopes your challenge designs, builds, and proves the solution.
operations · innovationJeremia Geiger
raised inside two industrial family businesses, jeremia leads ambitious multidisciplinary teams — from product design and software to data science. he turns industrial complexity into momentum.
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systems · electronics · roboticsDr. Claas Ehmke
built his first robotic system in high school and never stopped. an electronics and embedded expert with deep hands-on hard- and software skills, and an affinity for medical tech and autonomous systems.
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robotics · intelligent systemsYaohui Huang
turns advanced models into robust real-world behaviour. award-winning work in mechatronics and soft robotics, with analytical clarity and a sharp systems perspective on hard problems.
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embedded · sensor electronicsDavid Werder
bridges hardware, sensing, and reliable implementation into compact, robust systems. a structured, detail-driven engineer who gets concepts to working prototype.
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product · rapid prototypingDaniel Gisler
innovation manager at align technology. turns early ideas into testable concepts fast — reducing uncertainty through experimentation and building the first functional version of complex systems.
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robotics · learning control · aiViacheslav Sydora
connects analytical depth with hands-on implementation, from learning-based control to robotic systems that make complex algorithms tangible. research-driven, practically minded.
linkedinPhilipp Kopp
a natural leader with entrepreneurial drive and deep-tech expertise in software, computer vision, and machine learning. co-founded his first deep-tech startup before graduate studies.
linkedinJasan Zughaibi
an expert in control theory and its applications, with a portfolio of award-winning robotics projects. researching at eth's multi-scale robotics lab and the max planck institute.
linkedinwhen to call us.
some challenges don't fit a roadmap — they stall inside normal process. these are the conditions that page us in.
no technical path
the idea exists, but there's no clear route from concept to something that actually runs.
an aging product
it's losing ground while competitors move — it needs reinventing, not another patch.
a team at capacity
your people are brilliant and fully booked. the new challenge has nowhere to land.
a deferred question
"is this even feasible?" keeps slipping to next quarter. the decision stays blocked.
bring us the challenge your team can't stop thinking about.
tell us where you're stuck — or where you want to go. we'll tell you fast what's possible and how we'd build it.