How it works

Calypso (Adenza) Operations in one operating flow

  1. Engine health

    Event, Pricing, Position, and Task engines monitored

  2. Scheduled tasks

    EOD tasks and report generation tracked to completion

  3. Trade lifecycle & feeds

    Trade flow and downstream messaging kept flowing

  4. Governed recovery

    Engines restarted and queues cleared within policy

Capabilities

What Calypso (Adenza) Operations delivers

Engine monitoring

Observe the Event, Pricing, Position, and Scheduled Task engines for health, backlog, and processing delays.

Scheduled task & batch

Track EOD tasks, report generation, and scheduled processing, restarting failed tasks through approved runbooks.

Trade lifecycle & interfaces

Monitor trade flow, downstream messaging, and interface exceptions across the trade lifecycle.

Database & JMS

Watch the Oracle database and JMS queues that carry Calypso events and messages.

Governed recovery

Restart engines and clear queues within policy, escalating material actions with evidence.

Live operations dashboard monitoring Calypso
Continuous assurance

Calypso engines and tasks, continuously watched

Engine backlogs, scheduled tasks, and trade-lifecycle interfaces are observed continuously — with governed restarts and queue clearing that keep trades flowing and reports on time.

  • Event, Pricing, Position and Task engines
  • Scheduled tasks and EOD processing
  • Trade flow and downstream interfaces
  • JMS queues and database health
Operating approach

From visibility to governed action

Discover and baseline

Connect the agreed estate, map dependencies, and establish normal operating behaviour before automation is enabled.

Govern the response

Translate operating policies, maintenance windows, approvals, and escalation paths into explicit automation boundaries.

Operate and improve

Correlate signals, recommend or execute approved actions, verify recovery, and use the evidence to improve future response.

Governance

Autonomy expands only when you authorize it.

AAQUILIX is designed to make operational authority explicit, reviewable, and reversible.

  • Role-based access and least-privilege integrations
  • Observe-only, approval-required, and autonomous operating modes
  • Immutable action history and human-readable decision evidence
  • Customer-defined maintenance windows, escalation paths, and change controls
Business outcomes

Designed to improve how operations perform

Continuous trade flow

Keep trades processing by detecting engine and queue backlogs early.

On-time EOD & reporting

Protect scheduled tasks and report generation with governed recovery.

Auditable operations

Retain evidence for every recovery action across the trade platform.

AI-led autonomous support delivered globally
AI-led support, globally

Autonomous support operations, delivered worldwide

Follow-the-sun coverage from AAQUILIX AI resolves the majority of L1/L2 toil around the clock — with specialists on the exceptions and a complete, regulator-ready evidence trail for every action.

  • Over 70% of incidents resolved autonomously
  • 24×7 unattended, follow-the-sun coverage
  • Immutable, regulator-ready audit trail
  • Human approval gates on material actions
Technology fit

Works with the platforms your teams already operate.

  • Calypso (Adenza)
  • Calypso engines
  • Oracle Database
  • JMS / ActiveMQ
  • Application server
  • Scheduled tasks
  • Trade interfaces
  • Downstream feeds
Questions

What teams usually ask

Can Calypso (Adenza) Operations work with our existing tools?

Yes. AAQUILIX is designed to connect to existing monitoring, ITSM, identity, and collaboration systems through supported APIs and controlled service accounts.

Do we need to enable autonomous actions immediately?

No. Teams can begin in observe-only mode, introduce approval-based actions, and expand autonomy only after policies and evidence meet their risk requirements.

Next step

See how Calypso (Adenza) Operations fits your operating model.

Bring one priority service, workflow, or operational challenge. We’ll map a practical starting scope and the controls it requires.