Aethryx is a multi-layered enterprise AI infrastructure company focused on applied agentic systems, governance, decision observability, and temporal reasoning. We build the foundational technologies that allow organisations to deploy intelligent systems that are not only powerful but accountable, explainable, and aligned with regulatory expectations.AI systems are no longer static models. They are evolving, autonomous, and deeply embedded in enterprise workflows.Aethryx exists to ensure they remain controllable.
Being an enterprise AI infrastructure company building the foundational control layer for agentic and intelligent systems operating in regulated and high-impact environments. As AI evolves from static models to autonomous, decision-making agents embedded within enterprise workflows, organisations require infrastructure that ensures governance, traceability, and accountability are engineered directly into system architecture. Aethryx exists to make autonomy scalable, controllable, and regulator-aligned.At the core of the company is AssureTrust, our AI Trust & Decision Assurance platform, which transforms regulatory and internal policy requirements into executable controls embedded within AI systems.
Complementing this is Aethryx Observability, an infrastructure layer that provides deep visibility into AI and agent behaviour, enabling full decision traceability, dependency tracking, and operational monitoring across environments.Our shared intellectual property is the Temporal Knowledge Graph Platform, a reasoning and memory layer that enables state reconstruction, decision replay, and causal analysis across time.
Building on this foundation, Applied Agentic AI delivers bounded, policy-aware agents designed for enterprise deployment in regulated contexts.
Finally, Aethryx Academy equips leaders and technical teams through executive education, certification programs, and specialised training in agentic governance and AI infrastructure.Together, these pillars position Aethryx as the control architecture for responsible, scalable, and temporally accountable intelligent systems.