SciTransfer
Organization

SYNESIS-SOCIETA CONSORTILE A RESPONSABILITA LIMITATA

Italian SME delivering simulation, distributed control, and AI-driven optimization software for smart manufacturing and industrial sustainability.

Technology SMEmanufacturingITSME
H2020 projects
13
As coordinator
2
Total EC funding
€6.1M
Unique partners
173
What they do

Their core work

SYNESIS is an Italian technology SME specializing in simulation, optimization, and distributed control software for industrial manufacturing processes. They develop digital tools — including digital twins, decision-support systems, and automation platforms — that help factories improve energy efficiency, reduce defects, and optimize complex production workflows. Their work spans from process-level simulation (ceramic kilns, PET recycling plants) to system-of-systems orchestration across entire supply chains, with a strong thread of industrial sustainability and circular economy applications running through their portfolio.

Core expertise

What they specialise in

Industrial simulation and optimizationprimary
7 projects

Core contributor across SYMBIOPTIMA, MAYA, DREAM, Daedalus, QU4LITY, E2COMATION, and 1-SWARM — all involving simulation, optimization, or digital platform development for manufacturing.

Distributed automation and control systemsprimary
3 projects

Coordinated Daedalus (distributed control and simulation platform for digital automation) and participated in 1-SWARM (CPSoS orchestration) and E2COMATION (distributed decision-making for energy efficiency).

Circular economy and waste-to-resource processingsecondary
3 projects

Significant involvement in DEMETO (microwave PET depolymerization, their largest single grant), SYMBIOPTIMA (industrial symbiosis and recycling), both tagged with waste2resource and recycling keywords.

Industrial energy recovery and efficiencysecondary
3 projects

Contributed to I-ThERM (industrial thermal energy recovery with heat pipes), DREAM (energy efficiency in ceramic kilns), and E2COMATION (life-cycle optimization of industrial energy efficiency).

AI and swarm intelligence for manufacturingemerging
3 projects

Recent projects 1-SWARM (swarm intelligence, fog computing, AI for CPSoS), VeriDream (AI-enabled robotics), and E2COMATION (artificial intelligence for distributed control) signal growing AI capabilities.

Evolution & trajectory

How they've shifted over time

Early focus
Industrial process optimization and recovery
Recent focus
AI-driven distributed digital manufacturing

In the early period (2015–2017), SYNESIS focused on traditional manufacturing optimization — industrial symbiosis, heat recovery systems, additive manufacturing, and cross-sectorial resource efficiency. Their keyword profile centered on physical processes: heat pipes, waste heat conversion, and interoperability between industrial systems. From 2019 onward, their work shifted decisively toward digital and AI-driven manufacturing: digital twins, swarm intelligence, fog computing, zero-defect manufacturing platforms, and distributed automation — while maintaining their sustainability thread through circular economy projects like DEMETO.

SYNESIS is moving from process-level simulation toward AI-powered, distributed orchestration of entire manufacturing systems — positioning themselves as a digital infrastructure provider for smart factories.

Collaboration profile

How they like to work

Role: active_partnerReach: European23 countries collaborated

SYNESIS operates primarily as an active partner (11 of 13 projects) rather than a consortium leader, suggesting they are valued for their specialized technical contributions rather than project management. With 173 unique partners across 23 countries, they maintain an exceptionally broad network for an SME of their size, indicating they are trusted across diverse consortia rather than locked into a small circle of repeat collaborators. Their preference for RIA projects (9 of 13) shows they engage at the research and development stage, contributing software and simulation expertise to multi-partner research efforts.

SYNESIS has built an unusually wide network of 173 unique consortium partners spanning 23 countries, well above average for an SME. Their partnerships are predominantly European with no apparent geographic concentration beyond their Italian base.

Why partner with them

What sets them apart

SYNESIS bridges the gap between physical industrial processes and their digital representations — they understand both the factory floor (ceramic kilns, heat recovery, plastics recycling) and the software layer (simulation platforms, distributed control, AI orchestration). This dual fluency makes them a rare partner who can translate between domain engineers and software architects within a consortium. For an SME, their breadth across manufacturing, energy, and digital sectors with 173 partners is exceptional, making them a versatile and well-connected addition to any Industry 4.0 proposal.

Notable projects

Highlights from their portfolio

  • DEMETO
    Their largest single grant (€1.37M) in microwave-based PET depolymerization — an unusual intersection of their simulation expertise with circular economy at industrial scale.
  • Daedalus
    One of only two projects they coordinated, building a distributed control and simulation platform for digital automation developers — reveals their core platform-building capability.
  • 1-SWARM
    Represents their most forward-looking work: swarm intelligence, fog computing, and AI-driven orchestration for cyber-physical systems of systems.
Cross-sector capabilities
Energy efficiency and industrial heat recoveryCircular economy and plastics recyclingAI and robotics for logisticsDigital infrastructure and IoT platforms
Analysis note: Strong profile supported by 13 projects with clear thematic coherence. Some early projects lack keyword data, limiting granularity of the evolution analysis for the 2015-2016 period. The consortium company (società consortile) legal form suggests SYNESIS may aggregate capabilities from multiple member entities, which could mean their internal expertise is broader than what project data alone reveals.
More in Manufacturing & Industry 4.0
See all Manufacturing & Industry 4.0 organizations