Anomaly detection at 3Ο
Statistical baselines + ML score deviations; only high-signal anomalies enter the pipeline.
π¬π§ Edinburgh
An AIOps platform (Artificial Intelligence for IT Operations) ingests telemetry from infrastructure and applications, applies machine learning to detect anomalies and correlate signals, and acts on those insights to keep systems healthy. Modern AIOps platforms execute remediation autonomously instead of merely paging an on-call engineer. SentienGuard detects infrastructure incidents, selects a remediation playbook, executes controlled fixes, verifies recovery and records the evidence.
Edinburgh fintech (banking, asset management, insurtech) operates under PRA operational-resilience rules. Autonomous remediation paired with immutable logs satisfies the impact-tolerance evidence requirement.
A representative 500-node Team deployment is approximately Β£18,960/year. Pro tier estimate: 500 nodes Γ $4/endpoint/month annual commit. FX rates as of 2026-05. See /pricing for canonical USD pricing.
Statistical baselines + ML score deviations; only high-signal anomalies enter the pipeline.
1536-dim vector embeddings match incidents to playbooks in ~165 ms with ~95% accuracy.
High-confidence playbooks run autonomously; lower-confidence ones request Slack approval.
Every action re-checks the original signal; failed verifications roll back and escalate.
Hash-chained, append-only β SOC 2 / HIPAA / PCI-DSS / GDPR evidence native.
Slack, PagerDuty, Datadog, Prometheus, Grafana, OpsGenie, AWS, GCP, Azure, Kubernetes day one.