Chaura AI
OPERATIONAL DIGITAL TWINS

Connecting Digital Twins with real-world operations.

Chaura AI connects Autodesk Tandem with industrial IoT data, asset management systems and intelligent applications, turning digital models into operational environments.

Autodesk Tandem ↔ IoT / OT ↔ Asset Management ↔ AI
MODEL  ·  CONNECT  ·  PREDICT  ·  ACT
Operational digital twin of an industrial asset with temperature and vibration monitoring
From digital model to operations

Bridging the gap between design and real-world performance.

A Digital Twin becomes operational when it is connected to the systems and data that describe what is actually happening in the physical asset. Chaura AI focuses on that integration layer.

Physical AssetsSensors
PLCs
Equipment
IoT / OTRS485
Modbus
MQTT
Autodesk TandemDigital Twin
Model
Context
IBM MaximoAssets
Maintenance
Work Orders
AIAnalytics
Assistants
Insights
Integration focus

Connecting the Digital Twin to operational systems.

Focused technical integrations designed to validate data flows, architecture and operational use cases before scaling.

Autodesk Tandem ↔ IBM Maximo

Digital Twin + Asset Management

Chaura AI explores and develops API-based integrations between Autodesk Tandem and IBM Maximo, connecting the digital representation of assets with maintenance and asset-management information.

  • Asset identification and synchronization
  • Equipment and operational information
  • Maintenance data and work orders
  • Asset status and operational context
  • API-based data exchange
Chaura AI develops focused integrations and Proofs of Concept (POCs) to validate Autodesk Tandem and IBM Maximo connectivity, data flows and operational use cases.
Autodesk Tandem ↔ Industrial IoT

Industrial connectivity to the Digital Twin

Chaura AI develops integration architectures that connect field devices and industrial data with Autodesk Tandem using established industrial protocols and lightweight integration components.

Sensors / PLCs / Equipment
↓   RS485 / Modbus
Industrial Gateway
↓   MQTT
Integration / APIs / Python
↓   Autodesk Tandem
RS485ModbusMQTTIoT GatewaysREST APIsPython
Proof of Concept Development

From idea to working POC.

Before committing to a full implementation, Chaura AI develops focused Proofs of Concept to validate architecture, connectivity and technical feasibility with real or representative data.

1

DEFINE

Identify the operational use case, systems, assets and data to connect.

2

CONNECT

Integrate the Digital Twin, IoT / OT and Asset Management data flows.

3

VALIDATE

Build a working technical prototype and verify connectivity and architecture.

4

SCALE

Define the architecture and roadmap required for a production deployment.

Representative POC architecture

Sensors / PLCsTemperature · Vibration · Equipment data
→
RS485 / ModbusIndustrial field connectivity
→
Gateway / MQTTData acquisition and messaging
→
Autodesk TandemDigital Twin operational context
Asset Management integrationAPI-based exchange with systems such as IBM Maximo for asset, maintenance and work-order information.
POC objectiveValidate connectivity, data flow and architecture with real or representative operational data before scaling.
Typical POC path: physical asset → industrial protocol → gateway / messaging → integration layer → Digital Twin / Asset Management.
Validate first. Scale with evidence.
Technology focus

Open technologies. Real-world integration.

A practical integration stack spanning Digital Twins, Asset Management, industrial connectivity and intelligence.

Autodesk TandemDigital Twins
IBM MaximoAsset Management
MQTTIndustrial IoT
Modbus / RS485Industrial Protocols
REST APIs / PythonIntegration
Analytics / AIOperational Intelligence
Alejandro de Leon, founder of Chaura AI
Founder

Alejandro de Leon

Technology executive with a career spanning industrial automation, enterprise software and digital transformation. Former Autodesk Country Director for South Latin America and former Managing Director of Oracle Argentina. Current focus: Digital Twins, IoT, Asset Management and Artificial Intelligence.

Let's connect

Exploring ideas. Developing POCs.

Turning digital models into operational value.

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