Managed AI & Optimization | PlanckCyber

Service

Managed AI & Optimization

PlanckCyber provides managed AI and optimization for organizations that already have AI systems in production or are preparing to operate a new one. AI applications and agents require more than uptime monitoring: model behavior can change, prompts and retrieval logic evolve, data shifts, costs move and new failure modes appear as usage expands. Managed services can include evaluation, regression testing, monitoring, prompt and model version control, incident review, cost optimization, security-control review and controlled expansion into adjacent workflows. The service can support systems built by PlanckCyber or, after technical review, existing systems that need evaluation, repair or improvement. The operating model is scoped around the risk and complexity of the system rather than a fixed public package.

Problems We Solve

When this service fits.

  • An AI system is live but results are inconsistent
  • Model or prompt changes create regression risk
  • Usage and API costs are difficult to control
  • The team lacks a repeatable evaluation process
  • A successful pilot needs structured expansion and operating ownership

What We Can Deliver

Built around the requirement.

  • Evaluation suite and acceptance thresholds
  • Monitoring and incident workflows
  • Prompt/model/version change process
  • Cost and performance reviews
  • Security and control checks
  • Backlog for evidence-supported improvements

Use Cases

Concrete examples.

Monthly LLM evaluation and regression review

Scope, integrations, controls and acceptance criteria are defined for the actual workflow before scaling.

RAG retrieval-quality monitoring

Scope, integrations, controls and acceptance criteria are defined for the actual workflow before scaling.

Agent exception and tool-use review

Scope, integrations, controls and acceptance criteria are defined for the actual workflow before scaling.

Model migration validation

Scope, integrations, controls and acceptance criteria are defined for the actual workflow before scaling.

Cost optimization across model calls and retrieval

Scope, integrations, controls and acceptance criteria are defined for the actual workflow before scaling.

How an Engagement Can Start

Use the smallest responsible starting point.

Existing-system evaluation

For an AI system that needs independent review or repair.

Post-launch operations

For a newly released system requiring ongoing control.

Expansion program

For a proven system moving into additional workflows.

Process

From definition to evidence.

  1. Baseline current behavior
  2. Define measures and thresholds
  3. Instrument monitoring and evaluation
  4. Review changes and incidents
  5. Improve only where evidence supports it

Data, Integration & Security

Constraints are design inputs.

  • Production data handling
  • Audit and change records
  • Model/vendor updates
  • Cost and latency budgets
  • Escalation and human authority

Security and responsible engineering

Related Solutions

See the service applied to a business problem.

AI Customer Service

Support teams face repetitive questions, fragmented knowledge and inconsistent routing while customers expect fast answers.

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AI Workflow Automation

Business processes slow down when people repeatedly move information, interpret inputs and coordinate work across disconnected systems.

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Enterprise Knowledge Assistant

Employees waste time searching across documents and systems, while generic AI tools may answer without reliable access to approved company knowledge.

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FAQ

Questions buyers ask.

Can you manage AI systems built by another team?

Potentially. PlanckCyber first reviews architecture, access, documentation, security considerations and the current evaluation state to determine whether responsible support is feasible.

What do you monitor besides uptime?

Depending on the system, monitoring can include answer quality, retrieval quality, tool-use success, exceptions, latency, cost, model/version changes and business acceptance measures.

How do you decide what to optimize?

Changes should be tied to observed failures, user behavior, operating cost or new business requirements, then tested against defined acceptance criteria before release.

Start with the problem

Have a problem AI might solve?

You do not need a specification. Tell us what you are trying to improve.