Walk the whole site from your desk, from the gate to a single bearing. Yard to one transformer, through the dock door, inside the engine. One browser model, nothing to install. First of eight on what the twin does on a real plant. cloudworx.ai #DigitalTwin

Two pilots accepted in writing this quarter, and both are now expanding. A curing twin live on 59 presses with two more plants scoped. A drive twin handed over with every test passing. Plus an energy suite, a hangar twin and a training twin. cloudworx.ai #DigitalTwin

In 2019 the consensus was that industrial twins needed serious hardware. We built for the browser instead. The bottleneck was never rendering, it was reach. Seven years on, Bosch, Capgemini, Cyient and a major tyre maker run it GPU-free. [email protected] #Founder

At IIM Bangalore: the problem that started Cloudworx. Twins lived on workstations, so plant teams never opened them. Ours runs in a browser, builds in 3 to 9 weeks, no GPU. Bosch, Capgemini and Cyient run it in production. Talk on request: cloudworx.ai #Founder

The Moscow deck had no mockups in it. Every screen was a live customer build: Bosch, Capgemini, Cyient, a 440kV substation and a curing press twin. Running off conference wifi is a reckless proof, and the only convincing one. [email protected] #Founder

A NaVIC-positioned shipping port twin, built under the ANIC 2.0 grant. Vessels, berths and yard flow on a live browser model, rendered client-side. Indigenous positioning under indigenous twin tech. Data to twin in 3 to 9 weeks. cloudworx.ai #Ports

Port de Alicante's container terminal, twinned in a browser. Berths, cranes and yard on one client-side model, built in 3 to 9 weeks. Same engine as Port de Seville, where energy and water use fell 15 percent. cloudworx.ai #Ports

Energy heat maps painted onto a live 3D tower twin. The spike reads as a glowing floor, then you walk it back to the circuit. Client-side, no GPU, 3 to 9 weeks from drawings. [email protected] #SmartBuildings

Aircraft familiarisation training, moved into a browser tab. A defence aviation customer's crews walk the airframe in 3D, client-side, no GPU. It changes how many people practise per week. CAD to training twin in 3 to 9 weeks. cloudworx.ai #Aerospace

A building hands a twin the same job a plant does. Geometry, systems and live data in a browser tab. What kept twins out of buildings was the workstation assumption, not the buildings. [email protected] #DigitalTwin

Cricket ball tracking as a live 3D twin, in a browser. Built with Stancebeam, rendered client-side on the device in your hand. Nothing in the engine changed: a trajectory is geometry bound to a live signal. cloudworx.ai #SportsTech

One browser tab runs a whole waterfront tower. Chillers to tenant meters on a live 3D twin, rendered client-side. Ask why a chiller spiked overnight instead of reconstructing it from trends. cloudworx.ai #DigitalTwin #Energy

One power plant, every room and asset labelled, top down in a browser. Client-side render on the operator's laptop, built from plant CAD plus the live IoT feed the site already runs. cloudworx.ai #DigitalTwin #Energy

Forklift routes and the energy bill on one live model. Path analytics on top, energy heatmap underneath, dynamic pathfinding rerouting around blocked aisles. One model because the route determines the load. [email protected] #Warehouse

What is behind the ceiling tiles? The building twin knows. Every floor, riser and duct rendered in a browser tab from your existing CAD, then bound to the BMS. Live in 3 to 9 weeks, and the long pole is data access. cloudworx.ai #BrowserNative

Heat should read as a place on the floor, not a row in a table. We bind live readings to the 3D model, so a spike glows on the exact machine. Walk there first, read why on arrival, trace it without leaving the scene. cloudworx.ai #DigitalTwin

Peel a factory back to its frame. The x-ray view fades the shell so you can trace routing and read per-joint telemetry on the live twin, rather than inferring it from a trend two levels up. cloudworx.ai #XRay

We picked a layer, not an industry. Tyre presses, boiler lines, substations, warehouses, ports, teaching factories. One browser-native process twin under all of them, because the model binds to assets and signals. Comparing notes: [email protected] #ProcessTwin

Ask the twin what is wrong. The agent reads live telemetry on the 3D model, names the machine and the signal, then tells you what to check next. Against live signal, not a document index. cloudworx.ai #DigitalTwin

Exploded, labelled, addressable, spinning in a browser tab. Built from CAD in 3 to 9 weeks against an industry norm of 6 to 9 months. It targets the browser from day one, so there is no desktop build to port. CAD format to [email protected] #DigitalTwin