SciTransfer
Organization

RESEARCH AND EDUCATION LABORATORY IN INFORMATION TECHNOLOGIES

Greek research lab specializing in IoT platforms, telecom infrastructure, and industrial edge computing for smart manufacturing.

Research institutedigitalELNo active H2020 projects
H2020 projects
13
As coordinator
0
Total EC funding
€3.3M
Unique partners
186
What they do

Their core work

AIT is a Greek research centre specializing in IoT systems, network infrastructure, and industrial digitalization. They build and test IoT platforms, edge computing architectures, and smart manufacturing solutions — from factory automation operating systems to predictive maintenance services. Their work spans the full stack from physical network layers (optical networks, satellite backhaul, 5G spatial multiplexing) up to application-level platforms for smart cities, quality control, and circular economy. They consistently serve as a technical implementation partner, bringing telecommunications and IoT integration expertise to large European consortia.

Core expertise

What they specialise in

IoT platforms and testbedsprimary
4 projects

FIESTA built federated IoT/cloud testbeds, SecureIoT addressed IoT security, FAR-EDGE deployed IoT for factory automation, and PAINLESS explored IoT for infrastructure-less networks.

Telecommunications and network infrastructureprimary
4 projects

SANSA (satellite backhaul), ACINO (IP/optical orchestration), DIMENSION (silicon photonics lasers), and blueSPACE (5G spatial multiplexing) form a consistent thread in advanced networking.

3 projects

FAR-EDGE developed edge computing for factory automation, PROPHESY built predictive maintenance platforms, and QU4LITY tackled zero-defect manufacturing with digital platforms.

Edge and cloud computingsecondary
3 projects

FAR-EDGE focused explicitly on edge computing for factories, FIESTA on cloud-based IoT, and blueSPACE on 5G network infrastructure enabling distributed computing.

Energy-autonomous and remote systemsemerging
1 project

PAINLESS (MSCA training network) explored energy harvesting and UAV-based portable access points for infrastructure-less networks — a new direction for the lab.

Evolution & trajectory

How they've shifted over time

Early focus
IoT infrastructure and telecommunications
Recent focus
Industrial digital platforms and sustainability

In 2015-2018, AIT focused heavily on IoT infrastructure, cloud testbeds, and telecommunications (optical networks, satellite backhaul), alongside early Industry 4.0 work on edge computing and factory automation. From 2018 onward, the focus shifted toward applied industrial outcomes — zero-defect manufacturing, digital platforms for circular economy, and predictive security for IoT — while also branching into energy harvesting and UAV-based remote networking. The trajectory shows a move from building and testing network infrastructure toward deploying it for specific industrial and sustainability applications.

AIT is moving from network-layer R&D toward application-level industrial platforms, suggesting future collaborations should pitch them for IoT-to-manufacturing integration or digital circular economy roles.

Collaboration profile

How they like to work

Role: active_partnerReach: European27 countries collaborated

AIT operates exclusively as a participant — they have never coordinated an H2020 project, which positions them as a reliable technical contributor rather than a project leader. With 186 unique partners across 27 countries in 13 projects, they are a well-connected hub that integrates into diverse consortia rather than sticking with the same partners. This makes them easy to bring into new consortia: they are experienced joiners who know how to deliver their technical component within large, multinational teams.

AIT has collaborated with 186 distinct partners across 27 countries, giving them one of the broadest partner networks relative to their project count. Their connections span most of the EU, with no narrow geographic clustering.

Why partner with them

What sets them apart

AIT bridges telecommunications infrastructure and industrial IoT applications — a combination that is uncommon among Greek research centres. Their portfolio covers everything from silicon photonics and 5G multiplexing to factory-floor edge computing and zero-defect manufacturing, making them a strong fit for projects that need someone who understands both the network layer and the industrial application layer. For consortium builders, they offer a Greek partner with deep ICT credentials and a proven track record of delivering within large RIA and IA projects.

Notable projects

Highlights from their portfolio

  • blueSPACE
    Largest single EC contribution (EUR 508K) — focused on 5G spatial multiplexing, representing AIT's deepest investment in next-generation network infrastructure.
  • FAR-EDGE
    Defined AIT's Industry 4.0 pivot — built an edge computing OS for factory automation, directly linking their networking expertise to manufacturing applications.
  • FIESTA
    Foundational IoT testbed project that established AIT's credentials in federated IoT/cloud experimentation across smart city use cases.
Cross-sector capabilities
Manufacturing and Industry 4.0Telecommunications and 5GSecurity (IoT security)Energy (autonomous systems and harvesting)
Analysis note: Profile is based on 13 projects with moderate keyword coverage — several projects (SANSA, ACINO, DIMENSION, GOAL, blueSPACE, PROPHESY, DigiPrime) lack keywords, so expertise mapping relies partly on project titles. The very low EC contribution on QU4LITY (EUR 54K) and DigiPrime (EUR 2K) suggests minimal involvement in those projects. No coordinator experience limits insight into their independent research agenda.