Core contributor in UKRAINE (EGNSS replication), INLANE (lane-level GNSS navigation), and BroadGNSS (GNSS for critical infrastructure).
OHB AUSTRIA GMBH
Austrian SME applying GNSS satellite positioning to transport security, emergency systems, and urban climate services within the OHB space group.
Their core work
OHB Austria (formerly TeleConsult Austria) is a Graz-based SME within the OHB group specializing in satellite navigation (GNSS) applications and positioning technologies for transport, security, and public safety. They develop solutions that translate space-based positioning data into real-world applications — from lane-level vehicle navigation to emergency manoeuvring systems and critical infrastructure monitoring. Their work bridges the gap between European space infrastructure (EGNSS/Galileo) and end-user applications in security, transport, and climate services.
What they specialise in
TransSec focused on autonomous emergency manoeuvring for truck security; INLANE on automated map-matching for vehicles.
INLANE combined GNSS with computer vision for lane-level accuracy; TransSec used precise positioning for crash prevention.
BroadGNSS project applied GNSS synchronisation to broadband PPDR and 5G networks.
CityCLIM project on next-generation city climate services using advanced weather models — their largest funded project at EUR 385,750.
How they've shifted over time
OHB Austria's early H2020 work (2015–2018) centred on core GNSS technology — bringing European satellite navigation (EGNSS/Galileo) to market through replication projects and developing precise lane-level positioning for vehicles. From 2018 onward, they pivoted toward applying these positioning capabilities to security-critical domains: anti-terrorism transport security (TransSec), first-responder broadband networks (BroadGNSS), and most recently urban climate monitoring (CityCLIM). The trajectory shows a clear move from foundational GNSS R&D toward high-impact societal applications where positioning data is mission-critical.
OHB Austria is moving from pure satellite navigation R&D toward applied domains where positioning is safety-critical — expect future work in smart city infrastructure, emergency response, and dual-use security/civilian systems.
How they like to work
OHB Austria consistently joins consortia as a specialist partner rather than leading them — across all five projects they served as a participant, never a coordinator. With 40 unique partners across 14 countries from just 5 projects, they work in medium-to-large consortia (averaging 8+ partners per project) and rarely repeat the same partners, indicating they bring a specific GNSS/positioning capability that diverse consortia need. This makes them a reliable specialist contributor who integrates well into different team configurations.
Broad European network spanning 40 unique partners across 14 countries from only 5 projects, reflecting high consortium diversity rather than deep repeat partnerships. Their geographic spread suggests strong connections across both Western and Central/Eastern European research and industry ecosystems.
What sets them apart
OHB Austria sits at a rare intersection: they are a space-sector SME that translates satellite positioning infrastructure into ground-level applications for transport, security, and public safety. As part of the OHB group (one of Europe's leading space companies), they combine corporate-level space expertise with the agility of a small Austrian team. For consortium builders, they offer a proven GNSS applications partner who can bridge space technology with real-world deployment in security, transport, and urban services.
Highlights from their portfolio
- TransSecDirectly addressed post-2016 European truck attack threats (Nice, Berlin) with autonomous emergency manoeuvring — a politically urgent and technically demanding security application.
- CityCLIMTheir largest funded project (EUR 385,750) and a significant pivot into urban climate services, signalling diversification beyond their traditional GNSS/transport domain.
- INLANECombined GNSS with computer vision for lane-level navigation accuracy — a technically ambitious fusion approach relevant to autonomous driving.