SciTransfer
Organization

DIGISKY SRL

Turin-based digital technology SME with expertise in IoT sensor networks and cyber-physical swarm systems for real-world deployment.

Technology SMEdigitalITSMENo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€538K
Unique partners
36
What they do

Their core work

DIGISKY SRL is a Turin-based Italian technology SME operating in digital systems, with documented involvement in IoT-connected device networks and cyber-physical swarm systems. Their participation in MONICA — a large-scale IoT wearables demonstration at cultural and public events — suggests practical expertise in deploying networked sensor systems in complex real-world environments. Their second project, CPSwarm, points to capabilities in coordinated autonomous systems, likely involving drones or multi-agent robotic platforms. The company name and Turin location (a recognized Italian aerospace and industrial technology hub) are consistent with aerial or drone-based digital services, though this inference goes beyond what the project data explicitly confirms.

Core expertise

What they specialise in

IoT wearables and networked sensor systemsprimary
1 project

Participated in MONICA (2017–2020), a very large-scale demonstration of networked IoT wearables for cultural and societal applications.

Cyber-physical systems and swarm intelligenceprimary
1 project

Participated in CPSwarm (2017–2019), a project focused on coordinated cyber-physical system architectures, likely involving autonomous or swarm-capable platforms.

Large-scale digital system deploymentsecondary
2 projects

Both projects are deployment-oriented (one IA, one RIA), indicating experience translating research prototypes into real-world digital system demonstrations.

Evolution & trajectory

How they've shifted over time

Early focus
IoT and cyber-physical systems
Recent focus
IoT and cyber-physical systems

DIGISKY's entire documented H2020 activity is concentrated in a single year (2017), with both projects running concurrently, so there is no meaningful timeline to trace an evolution of focus. Both projects address complementary aspects of autonomous and connected digital systems — one at the application layer (IoT event management), one at the platform layer (swarm cyber-physical coordination). Without post-2020 project data, it is impossible to determine whether they deepened these directions, pivoted, or exited EU-funded research entirely.

With only two concurrent 2017 projects and no later activity visible in this dataset, the trajectory is unclear — a potential collaborator should verify current activity directly before assuming continuity of expertise.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European12 countries collaborated

DIGISKY has participated in both an Innovation Action and a Research and Innovation Action, always as a partner rather than coordinator, suggesting they contribute specific technical capabilities within larger consortia rather than driving project strategy. Their two projects drew from a combined pool of 36 unique partners across 12 countries, indicating comfort operating inside large, diverse European teams. There is no evidence of repeated partnerships, which is consistent with a specialist role — brought in for a defined technical contribution rather than as a long-term network anchor.

DIGISKY has worked with 36 unique consortium partners across 12 countries despite having only two projects, indicating participation in genuinely large pan-European consortia. No dominant geographic cluster is visible from the available data.

Why partner with them

What sets them apart

DIGISKY is a small Italian technology company that has contributed to two distinct but complementary EU research streams — public-space IoT deployments and swarm cyber-physical systems — which together suggest a niche at the intersection of connected hardware and autonomous coordination. For a consortium builder, they offer SME flexibility and Italian industrial-tech context (Turin) combined with demonstrated ability to operate in large-scale European research settings. That said, the thin evidence base means any collaboration should include direct technical due diligence to confirm current capabilities.

Notable projects

Highlights from their portfolio

  • CPSwarm
    Highest funding received (€333,961) and addresses swarm cyber-physical systems — a technically demanding area relevant to drone fleets, autonomous robotics, and smart infrastructure.
  • MONICA
    Large-scale real-world demonstration of networked IoT wearables at public cultural events, showing applied deployment experience beyond laboratory research.
Cross-sector capabilities
Smart city and public safety infrastructureEvent management and crowd monitoringTransport and autonomous mobility systems
Analysis note: Only two projects, both starting in 2017, with no keywords, no coordinator roles, and no post-2017 activity in this dataset. The profile is plausible but thin — key claims about drone/aerial capabilities are inferred from the company name and project context, not explicit data. Treat as a starting hypothesis requiring direct verification.