3DSAFE SOLUTION starts from a simple field reality: during an incident, minutes lost in reconnaissance cost lives, assets, and heritage. So we have created 3D SAFE, a tactical pre-plan. An edge operational decision on tablet/vehicle PC with standardized x-y-z POIs, intra/extra graph, local A/B/C routing, and AAR logging is an emerging category . 3D SAFE Solution delivers an embedded (edge) tactical 3D pre-plan (operational twin), photo-realistic and 100% edge, with: ●Georeferenced SDIS POIs (x-y-z): hose reel/standpipe (RIA, Robinet Incendie armed), main low voltage switchboard (TGBT), valves, fire safety system (SSI), exits, etc. ●Local route proposals (edge computing): A/B/C multi-constraint calculation without network. ●RETEX logging: WORM-like timestamped traces for continuous improvement. ●Sovereign security: EU hosting, encryption, ANSSI trajectory. This solution is addressing the following capability gaps/need for the fire rescue team: -Concerning the topic “command, control and Coordination”: the ability to incorporate information between multiple actors (G7) -Concerning the communication and Information sharing, it will contribute to provide a common situation understanding and to standardize the fluxes of information and decision making (CG4/CG5) -Concerning the intelligence and investigation: ability to display big picture view with checked data and provide indoor visualization in low visibility fire environment (CG2/CG6) The solution has been validated at TRL 6 after the scanning of the SDIS 13 (Service Départemental d’Incendie et de Secours des Bouches-du-Rhône, the Fire and Rescue Service Bouches du Rhône, France) training facility (CERFI).
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What 3DSAFE changes: minutes, lives, assets The ambition of 3DSAFE solution is to provide an operational tool for the Rescue Teams in order to facilitate their operations in a constrained environment It is a model optimized for decision-making under sensory constraints. When you can't see three meters ahead, photo-realism aligned with your actual position becomes a cognitive anchor. By placing a photo-realistic, edge, interoperable, and replicable operational 3D pre-plan in command’s hands, the targets are clear and measurable: bring reconnaissance into a –25–40% window; reach ≥90–95% of critical POIs in <3–5 min (by site typology); reduce damages (–10–25% proxy) in comparable scenarios; shorten downtime; and generate timestamped traces for AAR and insurers. In order to achieve this ambition, we have developed a tactical multi-constraint routing executed 100% edge, tolerant to network loss, and absent from cloud-dependent GIS platforms or patrimonial twins In short: our ambition is to save minutes, to save lives, to protect assets and heritage, and to compress claims costs — with indicators tracked drill after drill. We aim to set the European standard for operational 3D pre-plans—at the intersection of civil protection, digital sovereignty, and insurance prevention. We define a new category—the tactical 3D pre-plan—that goes beyond classic patrimonial twins (Building Information Modulization - BIM /Geographic Information System - GIS) by delivering standardized rescue Points of Interest (POIs) in x-y-z, on-device routing proposals, and auditable After-Action Report (AAR) / Experience Return (RETEX) logs.
3DSAFE is not a single isolated technological breakthrough, but on the non-obvious integration of multiple deep-tech building blocks into an operationally usable, edge-ready tactical system, validated in real emergency response conditions. This integration constitutes a core competitive advantage that is difficult to replicate outside of a field-driven, doctrine-aligned development process. First, differentiating element lies in the proprietary end-to-end production pipeline developed by 3DSAFE: scan → 3D reconstruction and alignment → semantic normalization → automated quality assurance → secure integration into an edge operational application. This pipeline is not standard 3D digitization workflow. It embeds emergency-response doctrine directly into the transformation of raw LiDAR, photogrammetry, GIS data into a certifiable tactical pre-plan, usable under degraded conditions. The pipeline has been optimized through repeated operational drills with SDIS 13 (Fire Rescue Service 13 in France). Second, 3DSAFE has formalized a proprietary operational semantic layer for first responders. This includes a POI ontology aligned with rescue doctrine (RIA, TGBT, isolation valves, SSI, exits, hydrants, sensitive rooms), with all POIs georeferenced in x-y-z coordinates. These tools ensure doctrinal integrity at scale and transform raw 3D data into actionable operational intelligence rather than simple visualization. Finally, the solution integrates security-by-design and operational traceability at the tactical level: encrypted edge caches, role-based access control, and write-once-read-many (WORM-like) logging. This logging architecture is specifically designed to support after-action reviews (AAR/RETEX), training evolution, and actuarial analysis. These elements form a TRL6-validated, operations-ready innovation,: the primary value resides not only in individual technologies, but in the field-proven know-how, integration logic, and doctrine-compatible execution
Picture this: 2:47 AM, an hospital's electrical substation erupts in flames. The truck brakes; smoke hugs the floor; night blurs landmarks. The incident commander opens the pouch: heterogeneous 2D plans, crumpled or a PDF on a foggy screen. Levels? Heights? Real access paths? Reconnaissance starts “blind”, this is the reality across Europe today. In comparable drills without a 3D pre-plan, initial reconnaissance typically takes 6 to 12 minutes (size/complexity of site). Meanwhile, locating a critical POI exceeds 4 to7 minutes. With 3D SAFE Solution, the command post, and the rescue team, during the journey to the incident site can already conduct a realistic preview of the site in 3D. The 3D SAFE Solution, offering an edge solution, not necessary depending on the internet network, which will permit to improve the visualization of the intervention site before and during the intervention. They will already locate the hose reel, the standpipe, the gas valve, the main switchboard etc … and so prioritizing sensitive rooms (servers, operating theatres, collections, etc…) or reaching cut-offs faster with clear indicators (time-to-POI, distance-to-risk, pre-plan coverage). They will have access to an in-building routing, an edge mode, with SDIS semantics (POIs in x-y-z), and exploitable logging. Less loss of time at the arrival on the site, virtual vision of the site Easier communication, shared vision of the site, improved coordination multi-team will be the operational capacities provided by 3D SAFE. Furthermore, the After-Action Review (AAR) will rely on timestamped traces. While the risk to human life is obvious, the issue of “hidden costs beyond the flames” is also a reality for operators of critical infrastructures (hospitals, museums, warehouses, universities, etc.). Operational downtime lead to economic losses: around €10,000-50,000 / hour for hospitals , around €5,000–20,000 / hour for logistics and retail activities. For cultural sites, heritage losses
The team behind the 3D SAFE project: the two C-level executives working together for over five years: a powerful combination of bold vision and entrepreneurial drive alongside strong academic expertise and extensive professional experience.The team has been strengthened by the inclusion of a senior operational officer from the SDIS 13 (fire and rescue service) within the decision-making structure plus a public affairs advisor and a funding strategy specialist
The team behind the 3D SAFE project: the two C-level executives working together for over five years: a powerful combination of bold vision and entrepreneurial drive alongside strong academic expertise and extensive professional experience.The team has been strengthened by the inclusion of a senior operational officer from the SDIS 13 (fire and rescue service) within the decision-making structure plus a public affairs advisor and a funding strategy specialist