Both RobDREAM and COROMA center on machine cognition — giving robots the ability to learn, plan, and adapt without constant human reprogramming.
Convergent Information Technologies GmbH
Austrian technology SME developing AI and cognitive software for industrial robots in flexible manufacturing environments.
Their core work
Convergent Information Technologies GmbH (CIT) is an Austrian technology SME that develops software and information systems for intelligent robotics applications. Their H2020 work centers on robot cognition — giving machines the ability to learn, adapt, and optimize their behavior in real industrial environments. In RobDREAM they worked on robot performance optimization through offline learning cycles, and in COROMA on cognitive control systems for robots handling metal and composite parts in flexible manufacturing lines. Their commercial value is in translating AI and machine learning research into deployable robot software that reduces human programming overhead in industrial settings.
What they specialise in
RobDREAM (EUR 546,508) was specifically about optimising robot performance during idle or downtime cycles, implying expertise in offline learning and simulation.
COROMA applied cognitive robot control to the manufacturing of metal and composite parts, pointing to domain knowledge in industrial process automation.
The cognitive and optimization themes across both projects imply applied AI/ML development, likely including planning algorithms, reinforcement learning, or neural-network-based control.
How they've shifted over time
CIT's two projects ran nearly simultaneously (2015–2018 and 2016–2019), so there is no meaningful before-and-after shift to observe — both were active at the same time. What the sequence does suggest is a deliberate broadening: RobDREAM was more research-oriented (RIA scheme) and focused on robot learning in general, while COROMA was an Innovation Action targeting a specific manufacturing use case with metal and composite parts. This trajectory — from foundational robot cognition research toward applied manufacturing automation — is a coherent and typical path for a technology SME seeking to commercialize EU-funded research. No H2020 projects appear after 2016, so there is no data on what CIT has done in the years since.
CIT moved from general robot cognition research toward applied industrial automation, suggesting they are building deployable products for manufacturing clients — though their post-2016 H2020 activity is unknown.
How they like to work
CIT has participated exclusively as a consortium partner, never as project coordinator, across both of their H2020 projects. With 26 unique partners across 6 countries from just two projects, they operate in medium-to-large international consortia rather than small bilateral arrangements. This profile suggests they are brought in as a specialist technology contributor — likely providing software components or AI modules — rather than driving project strategy or administration.
CIT has worked with 26 distinct consortium partners across 6 countries, a notably broad network for an organization with only two projects. Their geographic footprint spans at least central and western Europe, consistent with the international consortia typical of robotics projects in H2020.
What sets them apart
CIT is a small Austrian software firm that has carved out a niche at the intersection of AI and industrial robotics — a space usually dominated by large automation companies or academic groups. As an SME, they can move faster and integrate more tightly with industrial partners than a university research lab, while offering more specialized AI software than a general IT consultancy. Their participation in two robotics projects with overlapping timelines suggests they had sufficient technical depth to contribute meaningfully to both simultaneously.
Highlights from their portfolio
- RobDREAMThe largest project by EC funding (EUR 546,508) and the more foundational of the two — focused on robot self-optimization during idle periods, an AI-heavy concept that distinguishes CIT from standard industrial automation vendors.
- COROMAAn Innovation Action targeting real manufacturing output — robots handling metal and composite parts — signaling CIT's ability to contribute to near-market industrial robotics deployments, not just research prototypes.