MONICA, COMPOSITION, FEEdBACk, and iFLEX all involve connecting distributed IoT devices and systems into unified platforms.
IN-JET APS
Danish SME building IoT integration platforms and intelligent assistants for energy flexibility, healthcare, and smart manufacturing.
Their core work
IN-JET is a Danish IT company that develops software platforms and intelligent systems for integrating data across complex, multi-domain environments. Their work spans personalized healthcare (PICASO), smart manufacturing interoperability (COMPOSITION), large-scale IoT deployments (MONICA), and energy flexibility management (iFLEX, FEEdBACk). The common thread is building middleware and intelligent assistants that connect heterogeneous systems — whether sensors, industrial equipment, or consumer energy devices — into cohesive, automated workflows.
What they specialise in
FEEdBACk focused on energy efficiency through ICT and behavioral change; iFLEX develops intelligent assistants for autonomous consumer flexibility management.
COMPOSITION addressed intra- and inter-factory integration and automation for collaborative manufacturing processes.
PICASO developed an integrated care approach using ICT for personalized patient service delivery.
iFLEX (their most recent project) specifically targets autonomous consumer flexibility management through intelligent assistants.
How they've shifted over time
In 2016-2019, IN-JET worked broadly across healthcare integration (PICASO), manufacturing interoperability (COMPOSITION), and large-scale IoT wearable management (MONICA) — essentially applying their platform-building skills wherever complex system integration was needed. From 2017 onward, their focus visibly narrowed toward the energy sector, with FEEdBACk and then iFLEX centering on consumer energy management and intelligent automation. The shift from general-purpose IoT integration toward specialized energy flexibility software signals a deliberate strategic pivot.
IN-JET is moving from being a generalist IoT integrator toward becoming a specialist in autonomous energy flexibility systems, making them a strong fit for future smart grid and demand-response projects.
How they like to work
IN-JET participates exclusively as a consortium partner — they have never coordinated an H2020 project. With 61 unique partners across 16 countries from just 5 projects, they operate within large, diverse consortia (averaging 12+ partners per project). This pattern suggests they are a trusted technical contributor that larger coordinators bring in for their integration and software expertise rather than a project initiator.
IN-JET has built a broad European network of 61 unique partners across 16 countries through 5 large-consortium projects. Their reach spans most of Western and Southern Europe, reflecting the typical geographic spread of large Innovation Actions and Research & Innovation Actions.
What sets them apart
IN-JET's distinguishing strength is their ability to apply software integration expertise across very different domains — from hospital patient care to factory floors to household energy meters. Few SMEs can credibly contribute to health, manufacturing, and energy projects with the same core technology stack. For consortium builders, this cross-sector fluency means IN-JET can bridge technical silos that domain-specific partners cannot, especially where IoT data integration is the challenge.
Highlights from their portfolio
- iFLEXTheir most recent and strategically focused project, developing autonomous intelligent assistants for consumer energy flexibility — signaling their future direction.
- COMPOSITIONTheir highest-funded project (€682,750) tackling intra- and inter-factory integration, demonstrating their capability in industrial-grade system interoperability.
- MONICAA very large-scale IoT demonstration project managing networked wearables for cultural and societal applications — their most ambitious deployment scope.