PaaSword focused on privacy-by-design cloud platforms with encryption and policy enforcement; COLA addressed cloud orchestration; SCOTT targeted secure connected things.
RISE SICS AB
Swedish research institute specializing in cybersecurity, cloud privacy, and 5G network security for connected and automated systems.
Their core work
RISE SICS (now part of RISE Research Institutes of Sweden) is a computer science research institute based in Kista, Stockholm's technology hub. They specialize in cybersecurity, data privacy, cloud computing, and 5G network technologies — building the secure infrastructure layer that digital systems depend on. Their work spans from designing privacy-by-design cloud platforms and encryption frameworks to securing connected vehicles and IoT devices, making them a go-to partner when projects need robust security and distributed systems expertise.
What they specialise in
5G-ENSURE tackled 5G security and resilience, COHERENT addressed 5G heterogeneous network management, and 5G-CORAL explored edge-based virtualised radio access.
SECREDAS focused on cybersecurity for cross-domain automated systems; ARCC explored automation in rail freight with real-time data security.
NOBEL GRID (their highest-funded project at EUR 738,500) developed cost-efficient business models for flexible smart grids.
IN2RAIL and ARCC brought their ICT and automation expertise into rail freight and intelligent rail systems.
How they've shifted over time
In their early H2020 period (2015-2017), RISE SICS concentrated heavily on cloud security fundamentals — data encryption, access control policies (XACML), and privacy-by-design frameworks for distributed databases. By 2017-2018, their focus shifted toward securing physical systems: automated driving, rail freight automation, and IoT device security (SECREDAS, SCOTT). This mirrors the broader industry transition from securing data-at-rest in clouds to securing data-in-motion across connected autonomous systems.
RISE SICS has been moving from pure cloud/network security toward securing cyber-physical systems — expect their future work to target autonomous vehicles, industrial IoT, and AI system trustworthiness.
How they like to work
RISE SICS consistently operates as a technical contributor rather than a project leader — zero coordinator roles across all 12 projects, with 3 appearances as a third party brought in for specific expertise. They work in large consortia (281 unique partners across 27 countries), which means they are well-connected and easy to integrate into new teams. Their pattern suggests they are valued as a reliable security and systems specialist that other organizations pull into projects when they need that competence, rather than driving project agendas themselves.
With 281 unique consortium partners across 27 countries, RISE SICS has one of the broader collaboration networks you'd expect from a mid-sized research institute. Their reach is pan-European with no strong geographic concentration, reflecting the cross-border nature of ICT and security research.
What sets them apart
RISE SICS sits at the intersection of cybersecurity research and applied systems engineering — they don't just study security theoretically, they build privacy-enforcing middleware, access control engines, and encryption layers for real platforms. As part of the RISE group (Sweden's consolidated research institute network), they bring institutional stability and long-term commitment that smaller security firms cannot match. For consortium builders, they are the partner you add when your project needs credible, implementation-ready security architecture rather than just a security audit checkbox.
Highlights from their portfolio
- PaaSwordTheir most technically defined project — built a complete privacy-by-design cloud platform with distributed encryption, virtual database proxies, and context-aware access policies.
- NOBEL GRIDTheir highest-funded project (EUR 738,500) and a cross-sector application, applying ICT expertise to smart energy grid business models.
- SECREDASRepresents their evolution toward securing automated systems across domains — a large ECSEL joint undertaking project running through 2021.