03 / DIGITAL TWINS
Understand the real world before changing it.
Model assets, facilities and operational environments to test incidents, capacity, routes and investment scenarios.
EXPLORE DIGITAL TWINS →
DIGITAL TWINS · ROBOTICS · OPERATIONAL INTELLIGENCE
Model the system.
Test the decision.
Deploy with confidence.
We turn emerging technology into practical, measurable deployment programmes for complex real-world operations.
StrategySimulationInfrastructure AssessmentProcurementIntegrationROI
01 / INTERACTIVE SYSTEM TWIN
Real environment.
Changing state.
Explore public geography, road-topology routing, timestamped resources and explainable predictions—then change a constraint to see the state recalculate.
DEMONSTRATION DIGITAL TWIN · MODELLED OPERATIONAL DATA · NOT FOR LIVE OPERATIONAL USEMODEDEMONSTRATION
LIVE DATA MODENOT CONNECTEDAuthenticated client integration required
MODEL ENGINE RUNNINGBIRMINGHAM CITY CENTREGEO-01 / OFFLINE FALLBACK
Snow Hill Queensway vehicle exitvehicle exitStephenson Street accessstaging pointCurzon Street staging pointstaging pointSteelhouse Lane accessvehicle exitMODELLED INCIDENTDEPARTURECurzon Street staging pointARRIVALStephenson Street accessR-01R-02M-03© OpenStreetMap contributors · ODbL
ROUTING SOURCEGOHJI OFFLINE DEMONSTRATION ROUTESDISTANCE0.78 KMROAD TOPOLOGYEASTSIDE / MOOR STREETCONSTRAINT METHODPENALTYPROFILE STATUSMODELLED / UNVALIDATED
DIGITAL TWIN STATUS
ARCHITECTURE VIEWMODEDEMONSTRATIONMAPCONNECTEDROUTINGCONNECTINGTRAFFICMODELLEDRESOURCE TELEMETRYSIMULATEDFACILITY DATAPUBLICMODEL ENGINERUNNING
MAP LAYERS
OPERATIONAL TIMELINE
- SCENARIO INITIALISEDDemonstration state initialisedGOHJI SCENARIO ENGINE
DATA FRESHNESS & PROVENANCE
ROAD NETWORK + ROUTINGGOHJI OFFLINE DEMONSTRATION ROUTESNOW · MODELLEDTRAFFIC DATAGOHJI SYNTHETIC TRAFFIC MODELUPDATED NOW · MODELLEDRESOURCE POSITIONSYNTHETIC TIMESTAMPED TELEMETRYNOW · SIMULATEDFACILITY ACCESSBirmingham public information / OpenStreetMapPUBLIC INFORMATION · NOT OPERATIONALLY VALIDATEDMAPOPENSTREETMAP CONTRIBUTORSODbL · PUBLIC GEOGRAPHY
VIEW LOCATION CONTEXT: Birmingham city-centre movement context ↗SCENARIO COMPARISON
Save the current state as a baseline, change traffic, demand, water depth or the network constraint, then save another state to compare.
HOW THIS MODEL WORKSOPEN ARCHITECTURE VIEW +
Future authenticated adapters can replace demonstration traffic, facilities, resources and weather without coupling the interface to one provider. Live mode remains unavailable until approved data, identity and validation controls are connected.
This demonstrator uses real public geography. Routes, resources, timings, access points and scenario calculations are illustrative unless explicitly identified as live data. It must not be used for emergency dispatch, operational response, navigation, public-safety or clinical decisions.
02 / INTELLIGENCE
Intelligence
before investment.
Technology should not be purchased first and justified afterwards.
We establish the requirement, model the environment, test alternatives and understand the financial case before major investment decisions are made.
04 / EMERGENCY SERVICES
Model incidents. Resources. Infrastructure. Response.
Connect fire, ambulance, policing, healthcare and resilience into one whole-system view.
EMERGENCY SERVICES & RESILIENCE →05 / APPLIED AI
Turn operational information into structured action.
Organise communications, operational information and business data into useful decisions and workflows.
EXPLORE APPLIED AI →
OPERATIONAL ASSESSMENT / 0206 / ROBOTICS & AUTONOMOUS SYSTEMS
Start with the operation — not the robot.
A robot may be technically capable and still fail operationally. We assess workflow, terrain, communications, safety, charging, integration, staffing, data and lifecycle requirements.
ASSESS → MODEL → PILOT → PROCURE → INTEGRATE → MEASURE → SCALE
ROBOTICS & PROCUREMENT ↗07 / ILLUSTRATIVE CASE SCENARIOS
Test the whole operation.
Four evidence-led models for public safety, fire and rescue, teaching-hospital logistics and ambulance-system capacity. These are illustrative scenarios—not claims of completed client deployments.
EXPLORE ALL CASE SCENARIOS →
08 / INTERACTIVE DECISION TOOLS
Test the proposition.
Build the case.
Indicative tools to structure the questions that should come before procurement.
ROI / 01
Robotics investment calculator
ANNUAL VALUE£153,000
PAYBACK18.8 mo
3-YEAR ROI91%
READINESS / 02
Technology readiness pulse
01 Operational problem clearly defined
02 Infrastructure and connectivity mapped
03 Success criteria agreed
04 Data and integration owners identified
25%
INDICATIVE READINESS
Discovery required
Use this signal to identify the next operational conversation.
09 / FROM STRATEGY TO OPERATION
One pathway.
Operational capability.
From initial question to measurable deployment.
01
Discover
Understand the problem, environment and current cost.
02
Assess
Review infrastructure, data, systems and constraints.
03
Model
Build digital environments and compare alternatives.
04
Prove
Design pilots with measurable success criteria.
05
Procure
Evaluate technology and define procurement strategy.
06
Integrate
Connect technology to the wider operation.
07
Measure
Evaluate outcomes, ROI and opportunities to scale.
10 / WHY GOHJI
Between strategy,
engineering and deployment.
01What problem are we solving?02What infrastructure is required?03Which technology is appropriate?04What will deployment really cost?05How does a pilot become capability?
HOW GOHJI WORKS →BEFORE YOU PROCURE TECHNOLOGY
Model what
happens next.
Whether you are exploring a digital twin, autonomous robotics, operational AI or a wider transformation programme, we can help assess, test and build the route to deployment.
REQUEST AN INITIAL ASSESSMENT ↗DISCUSS A PILOT