SciTransfer
Organization

EMBOTECH AG

Swiss deep-tech SME developing real-time motion planning software for autonomous vehicles, backed by EUR 2.5M in EU SME Instrument funding.

Technology SMEtransportCHSMENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
2
Total EC funding
€2.5M
Unique partners
0
What they do

Their core work

EMBOTECH AG is a Zurich-based software SME specializing in motion planning and trajectory optimization for autonomous vehicles. Their core product is computational software that enables autonomous cars to plan safe, efficient movements in real time — solving one of the hardest engineering challenges in the autonomous driving stack. The company pursued EU funding through the SME Instrument, first to validate market feasibility (Phase 1, 2018) and then to develop and commercialize the technology at scale (Phase 2, 2019–2021). Their work sits at the intersection of applied mathematics, optimal control theory, and automotive software engineering.

Core expertise

What they specialise in

Motion planning software for autonomous vehiclesprimary
2 projects

Both EMP projects (SME-1 and SME-2) are explicitly focused on motion planning technology for the autonomous car industry.

Real-time trajectory optimization algorithmsprimary
2 projects

Motion planning at automotive speed and safety requirements demands embedded optimization solvers — the core technical capability underlying both EMP projects.

Embedded software commercialization for automotive OEMssecondary
1 project

The SME-2 project (EUR 2,489,200) signals a full commercial development and market-entry phase targeting automotive industry buyers.

Evolution & trajectory

How they've shifted over time

Early focus
Autonomous motion planning feasibility
Recent focus
Motion planning software commercialization

EMBOTECH's H2020 participation spans a narrow but deliberate window (2018–2021), with both projects focused on the same core technology — motion planning for autonomous driving. There is no thematic shift between early and late projects; instead, the progression follows the SME Instrument model: a small feasibility grant (Phase 1, EUR 50K) to validate the market, followed by a substantial development grant (Phase 2, EUR 2.49M) to build and commercialize the product. This is a focused, single-technology trajectory rather than a broadening research portfolio.

EMBOTECH used EU funding as a bridge to product-market fit in the autonomous vehicle sector — any future collaboration would likely involve licensing their solver technology or integrating it into larger automotive or robotics systems.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European

EMBOTECH coordinated both of their H2020 projects independently, with no recorded consortium partners — a pattern typical of SME Instrument projects, which are designed for single innovative companies rather than multi-partner consortia. This means they operate as self-contained technology developers, not consortium builders. Anyone engaging them would be approaching a technology vendor or licensing partner, not a collaborative research group.

EMBOTECH has no recorded consortium partners across their H2020 projects, reflecting the solo-company structure of the SME Instrument scheme. Their network likely exists outside the EU project framework — through automotive OEM relationships and the broader autonomous driving industry ecosystem.

Why partner with them

What sets them apart

EMBOTECH is a rare example of a Swiss deep-tech SME that successfully climbed the full SME Instrument ladder — from Phase 1 feasibility to Phase 2 commercial development — for a single, highly specific technology in autonomous driving. Their value is not in broad research capability but in a focused, productized software solution for one of the most technically demanding problems in the automotive sector. For consortium builders, they represent a potential technology-provider partner rather than a co-researcher.

Notable projects

Highlights from their portfolio

  • EMP (SME-2)
    At EUR 2,489,200 this is one of the larger SME Instrument Phase 2 grants, reflecting strong evaluator confidence in the commercial potential of their motion planning technology.
  • EMP (SME-1)
    The Phase 1 feasibility project directly led to the Phase 2 award, making this a textbook example of the SME Instrument escalation pathway working as intended.
Cross-sector capabilities
Industrial robotics and automation (optimization solvers apply beyond automotive)Digital and AI software (real-time embedded algorithms)Manufacturing automation (trajectory planning for robotic arms and AGVs)
Analysis note: Only 2 projects with identical acronyms and no keywords recorded — the profile is based primarily on project titles and funding scheme structure. The SME-1 to SME-2 progression provides meaningful signal, but no partner or keyword data limits depth. Confidence would rise significantly with access to project abstracts or deliverables.