Core competency across SEE.4C (spatiotemporal video), SOTERIA (biometrics, document analysis), CybSPEED (visual analysis for robotics), and E-PILOTS (cognitive computing for cockpits).
CENTRE DE VISIO PER COMPUTADOR
Spanish computer vision research centre applying image analysis, biometrics, and pattern recognition across security, aviation, robotics, and privacy domains.
Their core work
CVC (Centre de Visió per Computador) is a Spanish research centre specializing in computer vision and image analysis, affiliated with the Universitat Autònoma de Barcelona. Their work spans visual data processing for diverse applications — from spatiotemporal video forecasting and document analysis to biometric recognition and robotics-assisted education. They apply machine learning and pattern recognition techniques to real-world challenges including aviation cockpit systems, privacy-preserving identity technologies, and digitization of cultural heritage. Their role in EU projects is typically as a specialist contributor bringing computer vision expertise to multidisciplinary consortia.
What they specialise in
SOTERIA project (2021-2024) focuses on anonymization, biometrics, document analysis, and cryptography for personal data protection — their largest funded project at EUR 165K.
CybSPEED project developed cyber-physical systems with humanoid and non-humanoid robots for pedagogical rehabilitation in special education.
SEE.4C project focused on spatiotemporal forecasting methods applied to video data, contributing as a third-party specialist.
E-PILOTS project (EUR 96.5K) applied cognitive computing services to cockpit operations under the Clean Sky 2 joint technology initiative.
How they've shifted over time
In their early H2020 period (2015-2018), CVC participated broadly — postdoctoral fellowships, spatiotemporal video analysis, and robotics for special education — reflecting a general computer vision lab exploring multiple application domains. From 2019 onward, their focus sharpened toward applied industrial and security challenges: aviation cognitive systems, digital heritage, and most significantly, privacy-preserving technologies (biometrics, anonymization, cryptography). Their largest single project funding (SOTERIA, EUR 165K) came in this later security-focused phase, suggesting a deliberate pivot toward data protection applications of their vision expertise.
CVC is moving from broad computer vision research toward applied privacy-preserving technologies — expect them to seek projects in biometric anonymization, secure document processing, and AI-driven data protection.
How they like to work
CVC never coordinated an H2020 project — they consistently join as a participant or third-party specialist, contributing focused computer vision expertise to larger consortia. With 72 unique partners across 18 countries in just 6 projects, they operate in large, diverse consortia rather than small focused teams. This suggests they are comfortable integrating into established project structures and delivering specialized technical components without needing to lead.
Despite only 6 projects, CVC has built connections with 72 unique partners across 18 countries, indicating participation in large pan-European consortia. Their network spans broadly across the EU rather than concentrating in any single geographic cluster.
What sets them apart
CVC sits at the intersection of computer vision and real-world application domains that many pure AI labs don't touch — from rehabilitative robotics to aviation cockpit systems to biometric privacy. Their affiliation with UAB gives them access to strong academic talent while the CERCA research centre model keeps them application-oriented. For consortium builders, they offer a reliable specialist partner who can bring visual intelligence capabilities to nearly any domain without requiring a leadership role.
Highlights from their portfolio
- SOTERIATheir largest funded project (EUR 165K) and most recent, signaling a strategic move into privacy-preserving biometrics and personal data protection — a high-demand field.
- E-PILOTSClean Sky 2 aviation project (EUR 96.5K) applying cognitive computing to cockpit operations, demonstrating CVC's ability to work in safety-critical industrial domains.
- CybSPEEDUnusual application of cyber-physical systems and robotics for special education rehabilitation — shows the breadth of CVC's vision technology applications beyond typical industrial use.