An integrated partner designing, digitalising and building tomorrow's industrial and infrastructure assets.
Six disciplines, one technical floor.
Design, industrialise, digitalise, prototype and maintain — on a single technical floor.
Proof over promise.
Reverse engineering, titanium 3D printing, on-site MRO: documented projects.
DSSF is the master brand. Engineering transforms systems, Academy transforms skills — two worlds of one house, never two separate companies.
Engineering · Industry · Technology
The industrial and technical world: conceive, industrialise, digitalise, prototype, maintain.
Skills · Innovation · Future
The world of skills and talent: learn, certify, upskill, pass on.
Six steps operated by the same teams, on the same floor, to the same standard.
Continuity of value, with no break between study and operation.
Source : Présentation Corporate DSSF, p.3
Specifications, feasibility, costing, solution architecture.
3D CAD, FEM/CFD simulation, BIM, virtual prototyping.
Machining, 3D printing, laser cutting, assembly, small series.
Digital twin, IIoT, MES, industrial AI, OT cybersecurity.
MRO, reverse engineering, remote assistance, operator training.
Certifying training, online school, vendor hotline — DSSF Academy.
Real projects produce expertise. Expertise feeds the Academy. The Academy builds skills. Talent strengthens the next projects.
A loop, not a line: every assignment feeds the next.
A single point of contact. One technical floor. One proven method.
BIM, VDC, MEP, Smart City — from site scan to connected digital twin.
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CAD, simulation, machining, injection moulding.
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3D visualisation, 3D scanning, 3D printing, laser cutting and engraving.
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Technical dossier, industrialisation.
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Digital strategy, industrial audit.
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DSSF Academy, vendor support.
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A training academy integrated into the DSSF technical floor, backed by technology vendors and the academic world.
SKILLS · INNOVATION · FUTURE
Certifying tracks with Autodesk, Siemens and DSSF network technology partners.
Certifying tracks by profession, validated by DSSF and its vendor partners.
Hands-on modules on the DSSF technical floor: CAD, simulation, maintenance, BIM.
DSSF Academy e-learning platform for remote continuing education.
Shared open-enrolment sessions or tailored in-house programmes.
L2/L3 support and vendor escalation to secure day-to-day tool usage.
Source : Présentation Corporate DSSF, p.18-19
Eight Industry 4.0/5.0 technologies, put to work for engineering, then operations, then business value.
Performance, efficiency, innovation, resilience, skills, sustainability.
Transforming the plant: from paper-based control to the digital twin.
Source : Présentation Corporate DSSF, p.13
IIoT, sensors, real-time supervision, MES, OEE.
Industrial data lake, KPIs, traceability, reporting.
Digital twin, flow simulation, what-if.
Industrial AI, predictive maintenance, computer vision.
Cobotics, cognitive automation, self-optimisation.
Three projects documented in our official materials. Every other reference will be published once its client has authorised it.
80units produced
Source : Présentation Corporate DSSF, p.11
42 %mass reduction
Source : Présentation Corporate DSSF, p.11
Source : Présentation Corporate DSSF, p.11
Client references: the corporate deck lists major industrial groups, with the note “indicative list — projects delivered directly, in partnership or through the Digital House Holding network”. None of these names is published here: each requires written client consent. Also missing for every project: client, date, duration, quantified baseline, measurement method and before/after visuals.
A subsidiary of Groupe Digital House Holding, DSSF draws on an ecosystem of tier-1 vendors, industrial players and academic partners.
Source : Présentation Corporate DSSF, p.24 — no partner logo is published, pending files and usage rights.
A senior team from major industrial clients in Morocco, France and Africa.
Source : Présentation Corporate DSSF, p.25
Other locations: none documented to date. This block stays empty until the list of offices is provided.
Digital twin: where to start when you have no data yet
The question is not whether a digital twin is useful, but which perimeter to pick first so the project survives beyond the demonstration.
Obsolete part, stopped line: what reverse engineering really changes
When the original supplier is gone, the broken part becomes the specification. The trick is knowing what to copy — and what to correct.
Infrastructure BIM: data matters more than the model
On a linear project, the handsome 3D model is not the deliverable that decides. What decides is the ability to answer a precise question about a precise structure.
An audit, a POC or a full programme — the conversation starts with your constraints, not with our catalogue.
