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Observe AI in Production.
Improve Quality, Performance and Cost.

Our AI Observability Services give enterprises end-to-end visibility into AI applications, models, agents, retrieval workflows, quality, performance, usage, and operational cost — so teams can identify issues before they impact users or business operations.

AI Observability, Performance and Cost Management Services

AI Observability Services for
Reliable and Cost-Efficient AI Operations

Our AI Observability Consulting Services help enterprises instrument, monitor, evaluate, and optimize production AI systems across applications, RAG, agents, models, tools, infrastructure, and business workflows.

AI Observability Strategy & Instrumentation

Build telemetry, tracing, metrics, evaluation, and operational visibility into AI systems from the beginning rather than adding monitoring after production issues appear.

End-to-End AI & Agent Observability

Trace model calls, retrieval steps, agent decisions, tool usage, retries, and application workflows from user request through final business outcome.

RAG & Knowledge Retrieval Monitoring

Monitor retrieval quality, source usage, context relevance, latency, and retrieval failures so poor responses can be traced back to the knowledge layer when necessary.

AI Agent & Tool Call Observability

Track agent execution paths, tool calls, retries, handoffs, and task outcomes to identify failures, unnecessary complexity, and inefficient workflows.

AI Performance Optimization

Improve AI responsiveness and reliability by monitoring end-to-end latency, time to first response, model execution, tool execution, throughput, and capacity.

AI Cost & Unit Economics Management

Measure AI spend across models, applications, agents, workflows, teams, and business processes — then optimize cost per request, workflow, customer, or completed task without compromising required quality.

AI Regression & Release Evaluation

Compare model, prompt, retrieval, agent, and workflow changes against defined evaluation baselines before and after production release.

Complete Visibility Across
the AI Application Stack

Modern AI systems require visibility across the entire execution path, not only infrastructure health or individual model calls.

Application Layer Monitoring

Monitor user interactions, application workflows, failures, business-process outcomes, and overall task completion.

RAG & Knowledge Layer Monitoring

Track retrieval quality, source usage, context relevance, citation behavior, retrieval latency, and knowledge-source performance.

Agent & Workflow Monitoring

Understand agent paths, decisions, tool usage, retries, escalation, handoffs, and execution behavior across multi-step workflows.

Model Performance Monitoring

Track model usage, latency, response behavior, token consumption, version changes, reliability, and failure patterns.

Infrastructure & Capacity Monitoring

Monitor availability, quotas, throughput, errors, capacity, provider limits, and infrastructure conditions that can affect production AI performance.

Business Outcome Monitoring

Connect AI telemetry with task completion, workflow success, customer outcomes, and operational KPIs so teams can evaluate whether the AI system is creating business value.

AI Monitoring Solutions Built for
End-to-End Production Visibility

Our AI Monitoring Services provide visibility into AI behavior, quality, performance, reliability, security, and cost across production environments.

AI Request Tracing & Telemetry

Track AI execution across application logic, retrieval, agents, tools, models, and final responses using correlated traces and telemetry.

AI Quality & Reliability Monitoring

Measure application-specific quality signals such as correctness, groundedness, relevance, task success, failure rates, refusal behavior, and user feedback.

AI Cost Attribution & Budget Controls

Attribute spend by application, team, feature, customer, agent, or workflow, with budgets and usage thresholds to prevent unexpected cost growth.

Secure AI Telemetry & Data Controls

Manage how prompts, responses, tool inputs, retrieved context, and business data are captured, accessed, retained, and protected within observability systems.

AI Observability Capabilities

Latency, Throughput & Capacity Monitoring

Measure end-to-end latency, time to first response, model and tool execution times, throughput, error rates, quotas, and production capacity.

Token, Model & Usage Tracking

Monitor model selection, token consumption, embedding usage, application usage, agent activity, and business-level AI consumption.

Anomaly Detection & Alerting

Detect unusual patterns in latency, quality, cost, usage, agent behavior, or failures and alert teams before they become wider production issues.

Standards-Based Observability Integration

Use standards-based telemetry and integrate AI observability with existing enterprise monitoring platforms rather than creating another isolated operational dashboard.

Balance AI Quality, Performance
and Cost in Production

Successful AI operations require visibility across four connected dimensions.

System Performance

Monitor:

  • End-to-end latency
  • Time to first response
  • Throughput
  • Errors
  • Availability
  • Capacity and quotas

AI Quality

Measure:

  • Correctness
  • Groundedness
  • Relevance
  • Task success
  • Refusal quality
  • User feedback

Usage & Cost

Track:

  • Token consumption
  • Model costs
  • Embedding and retrieval costs
  • Tool/API usage
  • Cost per request
  • Cost per workflow
  • Cost per successful task

AI Behaviour

Understand:

  • Agent execution paths
  • Retrieval steps
  • Tool calls
  • Retries
  • Guardrail events
  • Prompt and model versions
  • Human escalation

Optimize AI Cost Without
Losing Required Quality

AI cost optimization should focus on the economics of the complete workflow — not token reduction alone.

Optimize AI Cost Without Losing Required Quality

Business Benefits of
AI Observability and Cost Optimization

Our AI Observability Services help organizations improve reliability, manage cost, reduce production risk, and scale AI operations with greater confidence.

Faster Root-Cause Analysis

Identify whether problems originate in application logic, retrieval, agents, tools, models, providers, or infrastructure instead of troubleshooting each layer separately.

More Reliable AI Experiences

Monitor quality, latency, task success, failures, and user-impacting behavior against defined production thresholds.

Lower AI Operating Costs

Identify expensive prompts, unnecessary model calls, oversized context, inefficient agent loops, and costly execution patterns before usage scales.

Better Cost Accountability

Track AI usage and spend across applications, teams, customers, agents, features, and business workflows.

Safer Production Changes

Evaluate model, prompt, retrieval, agent, and application changes against baselines before broad production rollout.

More Predictable AI Scaling

Monitor throughput, quotas, capacity, and cost trends so growing AI usage does not unexpectedly degrade performance or inflate operating expense.

Stronger AI Governance

Maintain auditable visibility into AI behavior, usage, quality, security events, releases, and operational incidents.

Continuously Improve
Production AI

AI systems change as models, prompts, retrieval, data, traffic patterns, and business requirements evolve. KloudData uses closed-loop observability to continuously improve production AI.

Continuously Improve Production AI

Why Choose KloudData as Your
AI Observability Partner

Many production AI issues are difficult to resolve because teams cannot see which part of the system caused them — the application, retrieval layer, agent, tool, model, provider, or infrastructure.

KloudData connects AI telemetry with enterprise applications, data, and business workflows so teams can optimize not only model behavior, but the end-to-end outcome.

Enterprise AI Operations Expertise
End-to-End AI Execution Visibility
AI Quality, Performance & Cost Engineering
Enterprise Workflow Context
Platform-Agnostic Observability
Secure-by-Design AI Operations
Continuous Optimization Approach

Frequently Asked Questions About
AI Observability Services

What Do AI Observability Services Include?
AI Observability Services include instrumentation, request tracing, RAG and agent monitoring, performance measurement, AI-quality evaluation, cost attribution, anomaly detection, alerting, and operational insights across production AI systems.
What Should Enterprises Monitor in Production AI Systems?
Enterprises should monitor quality, latency, token and model usage, cost, retrieval performance, agent execution, tool calls, task success, failures, quotas, capacity, and relevant security or guardrail events.
How Can LLM Performance and Costs Be Optimized?
AI workloads can be optimized through workload-aware model selection, caching, model routing, context reduction, retrieval optimization, agent-flow improvements, and execution changes while maintaining required quality, latency, and reliability thresholds.
How Is AI Observability Different From Traditional Application Monitoring?
Traditional monitoring focuses primarily on infrastructure, availability, errors, and response time. AI observability also tracks output quality, retrieval behavior, model usage, agent decisions, tool execution, evaluation results, and per-workflow operating cost.
How Do You Monitor AI Agents?
Agent observability traces model calls, retrieval steps, tool usage, decisions, retries, handoffs, escalation, and task outcomes so teams can diagnose both technical failures and inefficient agent behavior.
Can AI Telemetry Expose Sensitive Data?
Yes. Prompts, responses, retrieved context, and tool inputs may contain confidential or regulated information. AI observability should therefore include controls for telemetry access, redaction, retention, encryption, and data governance.
How Do You Measure AI Quality in Production?
Quality metrics depend on the use case and may include correctness, groundedness, relevance, task completion, refusal quality, tool success, user feedback, and business outcomes. These should be evaluated against defined baselines and production thresholds.
How Do You Prevent AI Cost From Growing Unexpectedly?
Track usage and cost by model, application, agent, team, or workflow, establish budgets and thresholds, monitor capacity and quotas, and optimize model routing, context size, caching, and repeated execution before usage scales.

Ready to Improve AI Performance and Control Operating Costs?

Gain continuous visibility into AI quality, reliability, behavior, usage, and spend with AI Observability Services designed for production-scale enterprise AI.

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