Public institutions and research organizations run mission-critical systems where data cannot be lost and services cannot stop. The Akka Agentic AI Platform runs high-volume, fault-tolerant workloads and the AI agents built on top of them — for months at a time, without a break.
The systems that run accelerators, utilities, and public services can't lose data or stop for maintenance. They handle enormous volumes of telemetry and records, run continuously, and are held to a standard of reliability and accountability that few commercial systems face.
Survives infrastructure maintenance and failure with virtually no data loss on mission-critical acquisition layers.
Gathers, stores, and analyzes millions of signals or records a day, and grows with volume.
Clusters shut down and recreate themselves when the network returns, with no operator intervention.
Data residency and control across regions for institutions with sovereignty and accountability obligations.
Governments hold themselves to explicit AI accountability, responsible-use, and procurement standards — and public authorities are high-risk deployers under the EU AI Act. Akka tracks 189 AI regulations worldwide, mapped to enforceable controls and monitored as they change.
The same platform that runs mission-critical systems keeps the agents on it safe and accountable — a real-time check on every action, and a record that holds up.
Runtime filters catch prohibited or unsafe content before an agent can act on it.
Personal and confidential data is automatically removed from what agents read and write.
Every agent action is checked inline as it happens — pass, block, or flag — so an unsafe action never executes.
High-stakes actions escalate to a person for approval, and halt switches let a human stop an agent instantly.
Scenario, replay, stress, and adversarial red-team tests gate every change before production.
Every decision is written to a tamper-evident, hash-chained log, retained for years with legal hold.
Fault-tolerant acquisition of millions of signals a day with near-zero loss.
Real-time monitoring and control of critical infrastructure and equipment.
Responsive, reliable digital services that act on live case and account state.
Agentic workflows across public-service casework with a full, reconstructable record.
Ingest and analyze large-scale scientific data continuously and without loss.
Detect and contain fraud and error in benefits and payments in real time.
CERN runs the acquisition layer for its seven particle accelerators — including the 27-km Large Hadron Collider — on Akka, keeping them reliable for 12,000+ researchers with virtually no data loss, and self-recovering after network maintenance.
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