DYNAMIC & SECURITY COMPUTATIONS SL

Their core work

ANALISIS-DSC is a Madrid-based SME specializing in computational modeling, simulation, and process analytics for industrial applications. They provide digital tools and analytical capabilities to help optimize complex industrial processes — from nanoparticle production monitoring to solar thermal energy integration and biorefinery operations. Their consistent role across diverse sectors suggests they offer cross-domain software or computational services that partners embed into larger R&D efforts.

What they specialise in

How they've shifted over time

Their earliest project (IbD, 2015) focused on process intensification for solids handling — a traditional chemical engineering challenge. From 2019 onward, the portfolio diversified sharply into digitalized process monitoring (NanoPAT), solar thermal integration (ASTEP), biorefinery optimization (BioSPRINT), and collaborative digital manufacturing (DIY4U). The shift suggests a company moving from core process engineering toward applying its computational skills across green energy, bio-based industry, and Industry 4.0 domains.

Moving toward applying computational and analytical tools to sustainability-driven industrial challenges — solar heat, bio-based materials, and smart manufacturing.

How they like to work

ANALISIS-DSC operates exclusively as a consortium participant, never leading projects, which is typical of a specialist SME contributing targeted technical capabilities to larger teams. With 74 unique partners across 17 countries in just 5 projects, they work in large consortia and rarely repeat partners — indicating broad networking rather than deep bilateral relationships. This makes them an accessible, flexible partner comfortable integrating into diverse teams.

Extensive network of 74 partners across 17 countries built through 5 large consortia, giving them broad European reach despite being a small Spanish company. No obvious geographic cluster — their partnerships span widely across EU member states.

What sets them apart

Their distinctiveness lies in applying computational and analytical expertise across multiple industrial sectors — energy, food, manufacturing, nanomaterials — rather than being locked into one domain. For consortium builders, this means a single partner that can handle process modeling, simulation, or data analytics whether the application is solar heating, nanoparticle synthesis, or biorefinery operations. Their SME agility and broad sector experience make them a practical choice when a project needs cross-domain analytical capability without the overhead of a large firm.

Highlights from their portfolio

• IbD
  Their first and largest-funded H2020 project (EUR 320,250), focused on process intensification — likely the foundation of their core competency.
• NanoPAT
  Directly showcases their analytical technology expertise — applying photonics-based process monitoring to industrial nanoparticle production.
• ASTEP
  Their longest-running project (2020-2025), applying process expertise to the growing solar industrial heat sector using Fresnel technology and thermal storage.