Participated in both 5G-MOBIX (cross-border CAV corridors) and CARAMEL (cybersecurity for connected and autonomous vehicles), demonstrating consistent focus on CAV technology across the full 2018–2022 period.
KOREA AUTOMOTIVE TECHNOLOGY INSTITUTE
South Korean national automotive research institute bridging connected vehicle cybersecurity and 5G cooperative mobility between European and Asian test corridors.
Their core work
KATECH is South Korea's national automotive technology research institute, conducting applied R&D across the full vehicle lifecycle — from powertrain and chassis systems to connected mobility and vehicle electronics. In their H2020 work, they contributed Korean automotive engineering expertise to European-led projects on 5G-enabled cross-border cooperative mobility and AI-based cybersecurity for connected and autonomous vehicles. As a non-EU partner, they bring Asian market perspectives, Korean test infrastructure, and access to South Korea's mature automotive ecosystem — one of the world's top five vehicle-producing nations. Their applied research orientation means they work on systems that are deployed, not just theorized.
What they specialise in
In CARAMEL, contributed to AI-based intrusion detection and prevention systems targeting connected vehicles and electrical vehicles specifically.
Joined 5G-MOBIX as an international partner, enabling testing and validation of 5G-connected automated mobility scenarios on non-EU corridors in South Korea.
CARAMEL explicitly addresses electrical vehicles alongside autonomous and connected ones, placing KATECH at the intersection of EV and cybersecurity engineering.
How they've shifted over time
KATECH entered H2020 in 2018 through 5G-MOBIX, focused on cooperative connected automated mobility — primarily a connectivity and corridor infrastructure challenge. By 2019, their second project (CARAMEL) had pivoted to the security layer of the same ecosystem: cybersecurity, intrusion detection, and prevention for connected and autonomous vehicles. This is a logical deepening — as the connected vehicle stack matured, threats to it became the critical unsolved problem, and KATECH moved with that shift.
KATECH is moving deeper into the security and safety layer of connected and autonomous vehicles — a growing priority as CAV deployments scale and regulatory pressure on vehicle cybersecurity (e.g., UNECE WP.29 R155) intensifies.
How they like to work
KATECH consistently joins as a partner or international partner — never as coordinator — indicating they contribute technical expertise to consortia led by European organizations rather than driving project agendas. Both their projects were large Innovation Actions with dozens of partners (86 unique partners across two projects), showing comfort operating inside complex, multi-stakeholder frameworks. Their international partner status in 5G-MOBIX specifically signals that European project leads valued their Asian test-corridor access and Korean automotive industry connections enough to include a non-EU institute.
KATECH reached 86 unique consortium partners across 15 countries through just two projects, reflecting participation in large pan-European consortia that include automotive OEMs, telecom operators, and research institutes. Their network is primarily European but anchored by their unique position as a South Korean international partner.
What sets them apart
KATECH is one of the very few Asian automotive research institutes with demonstrated participation in H2020 Innovation Actions, making them a rare bridge between the European and Korean automotive ecosystems. For a European consortium needing a non-EU test corridor, Asian market validation, or access to Korean automotive industry contacts, KATECH is a differentiated option — not interchangeable with a European technical university. Their applied-research mandate also means results are oriented toward deployable technology rather than publications.
Highlights from their portfolio
- 5G-MOBIXA major EU-funded project testing 5G-enabled automated mobility across international cross-border corridors — notable because KATECH's involvement extended the project beyond European territory into Korean test sites.
- CARAMELOne of the first H2020 projects explicitly combining AI-based cybersecurity with intrusion detection for connected, autonomous, and electric vehicles — a technically dense combination that signals advanced applied R&D capability.