Obsidian Innovation Institute develops applied capabilities at the intersection of research, digital technologies, operational environments and societal needs. Our work connects scientific knowledge with practical experimentation, pilot activities, technical validation, capability-building and responsible innovation.
The institute works across trusted digital systems, artificial intelligence, cybersecurity, industrial technologies, energy, agriculture, space-enabled applications, immersive environments and advanced software systems. These capabilities support partners, members, project consortia and organisations that need structured technical analysis, prototype development, validation, skills development and cross-sector innovation support.
Applied capability areas
Cybersecurity, Trust and Resilience
OBSI supports cybersecurity and resilience work for connected, data-intensive and operational environments. Capabilities include threat modelling, security architecture analysis, penetration-testing scenario design, NIS2-oriented requirements, IAM and privileged-access risk analysis, cloud/API security, IoT and cyber-physical security scenarios, log-source mapping, incident-preparedness workflows and controlled validation.
ICT Service Management and Cyber Resilience
OBSI supports B2B ICT service-management contexts where trusted digital services, remote support, cloud platforms, APIs, monitoring systems and provider-client dependencies are critical to continuity. This includes asset and data-asset modelling, service-management risk analysis, trusted-provider compromise scenarios, detection logic and provider-client responsibility mapping.
AI, Data and Decision-Support Systems
OBSI develops and validates AI-enabled approaches for decision support, automation, analytics, knowledge extraction and data-driven operations. Capabilities include AI/ML prototyping, data modelling, algorithmic workflows, explainable decision support, data-quality assessment, AI integration into operational systems and validation of AI-enabled services.
Industrial AI, Robotics and Automation
OBSI supports applied work in industrial AI, human-in-the-loop workflows, robotics and automation. Capabilities include industrial computer vision, operator decision support, evidence capture, edge AI, robotic/automation integration, workflow validation and deployment-oriented prototyping for industrial environments.
Energy Systems, Sustainability and Digitalisation
OBSI works on digitalisation, monitoring, optimisation, resilience and sustainability in energy systems. Capabilities include renewable-energy data integration, performance monitoring, operational analytics, digital platforms, sensing, decision support, secure information flows and resilience-oriented approaches for distributed and data-driven energy environments.
Space, Geospatial and Earth Observation Applications
OBSI supports space-enabled and geospatial applications for monitoring, planning, operational awareness and decision support. Capabilities include Earth Observation data integration, geospatial analytics, satellite-enabled data services, positioning/navigation dependent applications, digital twins, spatial dashboards and immersive geospatial visualisation.
XR, Human-Centred Interfaces and Digital Twins
OBSI develops human-centred digital environments that improve interaction with complex data, operational systems and spatial information. Capabilities include XR prototypes, 3D visualisation, digital twins, human-machine interaction, accessibility-aware interfaces, operator-centred workflows and immersive training or decision-support environments.
Advanced Software, HPC and Systems Engineering
OBSI supports advanced software systems, performance-aware architectures, distributed platforms and computational workflows. Capabilities include software engineering, integration architectures, performance modelling, data processing, scalable systems, software quality support and advanced analytics for complex technical environments.
Education, Skills and Capability Development
OBSI contributes to training, mentoring, workshops, learning resources and capability-building activities. These activities support knowledge transfer, digital skills, responsible technology adoption and the practical uptake of advanced technologies across organisations and sectors.
How we work
OBSI works through collaborative research, technical analysis, prototype development, validation activities, pilot support, workshops, dissemination and structured cooperation with members and partners. Depending on the context, this may include conceptual design, system modelling, requirements definition, scenario development, software prototyping, data integration, training or validation under realistic operational assumptions.
Our approach is cross-disciplinary. We connect technical capability with operational context, governance, security, sustainability, usability and societal relevance. This allows our work to support not only technology development, but also adoption, resilience and long-term value creation.
Sectors and environments
Our capabilities are relevant to ICT service providers, renewable-energy operators, industrial and manufacturing environments, agriculture and agro-industrial organisations, public-interest initiatives, research and innovation consortia, training ecosystems, digital service providers and organisations working with data-intensive or cyber-physical systems.
Collaboration
OBSI collaborates with members, companies, research organisations, public stakeholders and project consortia. We support activities that require applied research, technical validation, cross-sector coordination, innovation strategy, prototype development, capability-building and responsible digital transformation.