Service Architecture
Digital Twins: a living model of your organisation.
We connect assets, departments, costs, revenue, and processes into one coherent model — so leadership sees the whole organisation as a single system.
A digital twin is not a 3D render — it is a live operational model that turns scattered signals into decisions.
Unified operational model
Physical, operational, commercial, and signal layers connected into one coherent picture of the organisation.
Simulation & scenarios
Model what-if scenarios against live data to see where value is created, where it is lost, and what needs intervention.
Live signals & KPIs
KPIs, costs, and risks kept current from your real data pipeline and surfaced where decisions are made.
KPIs and costs updated continuously from the operational pipeline.
Early detection of anomalies, bottlenecks, and deviations.
Start with one domain and expand the twin across the organisation.
Every view and query is permissioned and attributable.
360°
+45%
-30%
24/7
01Asset modelling
Living models of companies, buildings, and assets connected to real data.
02Cost analytics
Mapping costs and value across processes, departments, and assets.
03Signals & risk
Continuous monitoring of KPIs, anomalies, and operational risk.
Layer 01 / Ingestion
Connectors that stream data from ERP, CRM, IoT, and building systems.
Layer 02 / Model Graph
A graph model linking assets, processes, costs, and signals.
Layer 03 / Visualisation
Situation views and dashboards for leadership and control rooms.
Python
TimescaleDB
Neo4j
Kafka
Technological sovereignty
We use exclusively open technologies and frameworks, ensuring full independence from foreign vendor licences and cloud providers.
Model integrity
A digital twin drives decisions, so its integrity is non-negotiable. Every signal is sourced, scoped, and replayable.
Each stakeholder sees only the sites, assets, and metrics they own.
Every indicator traces back to its source system and timestamp.
Isolated boundaries between sites, entities, and environments.
Every state change of the twin is versioned and replayable.
Ready to go deeper?
Tell us what you're trying to structure, connect, or control — we'll map the right architecture for your team.