Challenge
Industrial teams are blocked by rigid legacy control stacks that are hard to integrate, update, and scale across modern IT environments.
Solution
Contributed to a software-defined automation direction with modular architecture, open connectivity, and modern development workflows.
Outcome
Teams can modernize incrementally, keep real-time behavior where required, and unlock more flexible integration paths.
Xentara demonstrates how automation can move from monolithic control systems toward modular, software-defined architectures without losing deterministic behavior where it matters.
The approach supports both control and data scenarios, helping teams bridge established machine infrastructure with modern software engineering practices.
Practical value
- Better integration between OT assets and IT systems
- Easier rollout of advanced analytics and AI capabilities
- Faster iteration compared to legacy-only automation stacks
Further documentation planned
- Add the concrete machine and controller context this work supported.
- Add example integration flows between real-time runtime behavior and higher-level IT services.
- Add rollout and migration outcomes that can be shared publicly.
Early implementation notes
- Deterministic control paths and flexible orchestration layers need different engineering constraints.
- Open interfaces matter because analytics, AI, and enterprise systems evolve faster than machine control layers.
- Incremental modernization is usually more realistic than replacing the full control stack at once.
