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The HEXXIOS Platform
Autonomous systems that operate across physical and digital environments
Infrastructure is becoming autonomous. Machines, edge devices, enterprise software, and physical systems increasingly need to sense conditions, make decisions, and coordinate actions in real time. HEXXIOS provides the platform for building, testing, and operating autonomous systems across physical and digital environments.
The HEXXIOS Platform
The HEXXIOS Platform
HEXXIOS brings together the core capabilities required to create and operate autonomous systems.
1
Build
Design autonomous workflows and system logic
2
Test
Simulate behavior with digital twins
3
Run
Operate across distributed infrastructure
4
Connect
Integrate with enterprise and industrial systems
1
Build Autonomous Systems
Developers use HEXXIOS to design autonomous workflows and system logic. The platform provides visual and AI-powered tools to go from intent to executable logic — without starting from scratch.
Define system intent with low-code and no-code tooling
Model workflows visually with drag-and-drop process design
Use AI to generate process blocks and entire models from prompts
Continuously evolve system behavior as requirements change
2
Test System Behavior
Before deployment, teams can simulate autonomous systems using digital twins of real-world environments. Catch failures before they reach the shop floor.
Test system behavior under realistic conditions
Model operational scenarios and edge cases
Validate workflows against expected outcomes
Identify failure conditions before production deployment
3
Run Autonomous Systems
Once deployed, HEXXIOS operates autonomous applications across distributed infrastructure. Running processes can be observed, humans in the loop can be alerted, and systems adapt autonomously based on real-time data.
Coordinate robots, drones, edge nodes, and distributed systems as a single fleet
Monitor AMRs, inspection drones, and weld stations with real-time observability
Alert human operators when intervention is needed
Adapt autonomously — reroute AMRs around a failed station or swap in a backup drone
4
Connect Infrastructure and Enterprise Systems
Autonomous systems must interact with existing technology environments. HEXXIOS provides connectors and APIs that bridge the gap between operational technology and enterprise IT.
Integrate with enterprise software, ERP, and fleet management systems
Connect to PLCs, robot controllers, and drone autopilots
Bridge sensor telemetry, messaging platforms, and event buses
Extend with third-party APIs and custom connectors
What Makes It Different
The magic happens at runtime
The platform's real power emerges when autonomous systems are running, adapting, and coordinating in production.
01
Low-code and no-code system design
Build complex autonomous applications without writing code from scratch. Visual process designers and composable building blocks put system creation in the hands of domain experts — not just developers.
02
AI-powered process generation
Use AI to generate process blocks and entire process models from natural language prompts. Describe what you want the system to do, and HEXXIOS translates intent into executable logic.
03
Humans in the loop, always
Running processes can be monitored in real time. Human operators are alerted when intervention is needed, and oversight dashboards provide full visibility into autonomous decision-making.
04
Real-time autonomous adaptation
Deployed systems adapt autonomously based on real-time data from inside and outside the system. A downed machine triggers automatic production line reconfiguration — no manual intervention required.
Extend the Platform
Built for developers, designed for operators
Additional capabilities that extend the HEXXIOS platform for advanced use cases.
Intelligent Assets
Operational knowledge and digital resources that autonomous systems can access at runtime — from configuration data to trained models and decision rules.
Intelligent Assets
Operational knowledge and digital resources that autonomous systems can access at runtime — from configuration data to trained models and decision rules.
Intelligent Assets
Operational knowledge and digital resources that autonomous systems can access at runtime — from configuration data to trained models and decision rules.
