SODERTORNS BRANDFORSVARSFORBUND

Their core work

Södertörns Brandförsvarsförbund (SBFF) is the regional fire and rescue services authority serving the Södertörn area south of Stockholm, Sweden. As an operational emergency services organization, they bring practitioner expertise — not laboratory research — to EU-funded projects: they define real-world requirements, provide operational test environments, and validate whether new technologies actually work under field conditions. In H2020, their role has been to represent the end-user perspective of first responders (FRs), ensuring that research on AR headsets, UAV swarms, wearable sensors, and indoor positioning systems is grounded in what firefighters and rescue teams actually need. They are, in effect, the reality check that turns research prototypes into deployable tools.

What they specialise in

How they've shifted over time

Both H2020 projects launched in 2019, so the evolution here is thematic rather than chronological: the earlier-registered project (ASSISTANCE) focused on improving what first responders can perceive and learn — better situation awareness and structured training. The later project (INGENIOUS) expanded that foundation toward a comprehensive technology toolkit, adding AR overlays, wearable sensors, autonomous UAVs, and mobile apps for coordinated multi-team response. The shift is from cognitive and pedagogical tools toward physical and digital systems integration. If this trend continues, SBFF is moving from being a training-focused end-user toward a broader operational technology testbed for emergency services.

SBFF is evolving from a training-validation partner toward a broader operational testbed role, making them an increasingly attractive end-user partner for projects combining AR, UAVs, wearables, and real-time coordination tools for emergency services.

How they like to work

SBFF participates exclusively as a consortium partner — they have never led an H2020 project, which is typical for operational public authorities whose value lies in practitioner knowledge rather than research management. Both their projects are large international RIA consortia: 41 unique partners across 16 countries from just two projects indicates they work in broad multi-partner teams, not tight bilateral collaborations. Their role in these consortia is almost certainly as an end-user and field validation partner — providing access to operational environments, defining requirements, and testing prototypes under real emergency service conditions.

SBFF has connected with 41 unique consortium partners spanning 16 countries through just two projects, reflecting the large international consortia typical of EU security research. Their network is European in breadth, though their operational focus is firmly local and national.

What sets them apart

SBFF is not a research organization — it is an active, operational fire and rescue authority, which makes it rare and valuable in EU security research consortia that otherwise risk becoming too academic. They offer something researchers cannot replicate in the lab: a real emergency services environment, real operational constraints, and real first responders who will tell you whether a prototype is usable under stress. For any project developing technology for fire brigades, civil protection, or public safety, SBFF provides the end-user credibility that strengthens both the proposal and the evaluation phase.

Highlights from their portfolio

• ASSISTANCE
  The larger of the two grants (EUR 202,906), this project directly addresses a gap in FR training by combining adapted situation awareness tools with scenario-based exercises — a core operational challenge for fire and rescue services across Europe.
• INGENIOUS
  The most technically ambitious project SBFF has joined, covering AR, autonomous UAV swarms, wearables, and real-time positioning in a single integrated toolkit — representing a significant leap in technology scope for an operational fire service end-user.