ESCRYPT GMBH

Their core work

ESCRYPT is a German cybersecurity SME based in Bochum that specializes in embedded security and secure system design, with a strong focus on the automotive sector. Their core work involves designing and validating security architectures for cyber-physical systems — particularly vehicles that communicate with infrastructure, other vehicles, or the cloud. In EU research projects, they contribute as technical specialists, bringing commercially applicable security engineering to academic-industrial consortia. Their work spans the full cycle from threat modeling and risk assessment through to proof-of-concept implementation in real industrial environments.

What they specialise in

How they've shifted over time

In their first H2020 project (SAFURE, 2015–2018), ESCRYPT's focus was on safety-security co-design for mixed-critical cyber-physical systems, with validation across automotive and telecommunications use cases — a broad framing typical of early embedded security research. By 2019, with nIoVe, the scope narrowed sharply to Internet-of-Vehicles: connected and autonomous vehicle cybersecurity became the explicit domain, and the technology toolkit expanded to include machine learning, blockchain, situational awareness, and multi-layered incident response. The trajectory is clear: from general secure systems engineering toward deep specialization in connected mobility security.

ESCRYPT is converging on autonomous and connected vehicle security as a core domain, incorporating AI-driven detection and blockchain-based trust — making them a natural fit for future C-ITS, V2X, and autonomous mobility security projects.

How they like to work

ESCRYPT has never coordinated an H2020 project, always participating as a consortium member — a pattern consistent with an industrial SME that contributes specific technical expertise rather than managing multi-partner programs. Despite only two projects, they engaged 23 distinct partners across 9 countries, indicating participation in mid-to-large, internationally diverse consortia. This suggests they are comfortable operating as a specialist contributor within complex research programs led by others.

ESCRYPT has built connections with 23 unique partners across 9 countries through just two projects — an unusually broad network for such a small portfolio, pointing to participation in well-connected, multi-stakeholder consortia. No single geographic concentration is apparent from the available data.

What sets them apart

ESCRYPT occupies a rare position as a private SME with demonstrated EU research credentials in automotive cybersecurity — a domain where most participants are either large OEMs or universities, not specialist security firms. Their ability to deliver proof-of-concept implementations validated against real automotive and telecom industry use cases makes them a credible bridge between research consortia and commercial deployment. For consortium builders, they offer something hard to find: deep security engineering expertise with both the technical depth of a research partner and the commercial relevance of an industry actor.

Highlights from their portfolio

• nIoVe
  Directly targets one of the most commercially urgent problems in transport — cybersecurity for connected and autonomous vehicles — using a combination of ML, blockchain, and adaptive response mechanisms that reflects the current state of the field.
• SAFURE
  Their largest funded project (EUR 456,250 EC contribution), tackling the methodologically complex challenge of integrating safety and security by design in mixed-critical cyber-physical systems, validated across automotive and telecom sectors.