Cisco and PSA Singapore will build a proof of concept of an AI-powered observability and incident management platform at Tuas Port, which the release calls the world's largest fully automated container terminal.

Cisco and PSA Singapore will build a proof of concept of an AI-powered observability and incident management platform at Tuas Port, which the release calls the world's largest fully automated container terminal. The platform pulls real-time performance data from PSA's applications, infrastructure and network into one view and uses AI to map service interactions so that, during an incident, technical teams can see which services are affected, diagnose the root cause and get resolution recommendations. It is meant to reduce and eventually pre-empt outages such as Terminal Operating System (TOS) failures, starts at the Tuas Port Phase 2 Living Lab, and is justified with Cisco research putting average annual downtime cost per organisation at US$300 million.

Stage: pilot. A named operator (PSA Singapore) is building a proof of concept, and the release says it will be implemented first at the Phase 2 Living Lab, which it describes as a place to test, validate and refine. No day-to-day use at the operating terminal is claimed.

For the pattern ai-ops-observability-incident-management in maritime, this is the first signal: the AI is applied to the port's IT stack (applications, infrastructure, networking) rather than to cranes or vessels, and the stated output is identification, diagnosis and recommendations to technical teams, who remain the ones resolving the incident. The release's own framing ties the value to TOS outages and to a US$300 million downtime figure from Cisco research, so the business case is a vendor figure, not a PSA number.

The source does not say how recommendations are approved or executed, whether any automated remediation is in scope, or how long the PoC runs.