Telerik

Telerik

Telerik by Progress is an AI observability platform for debugging and monitoring AI agent failures, reducing token waste, and shipping faster with .NET, Python, and JavaScript support.

What is Telerik?

Telerik by Progress is an AI observability platform built specifically for production AI agents, LLM apps, RAG systems, and copilots. It gives engineering teams a way to trace execution paths, debug failures, control AI spend, and evaluate output quality across real workflows. The platform supports teams working in .NET, Python, and JavaScript, and promises a 5-minute setup with no credit card required to start. In short, it turns production evidence into reliable releases by connecting every signal across the AI production loop.

Application scenarios

  • Production AI debugging

    Teams can pinpoint exactly where an agent workflow breaks, from skipped tools to retrieval issues and error loops.

  • Cost control

    Developers track token usage and estimated costs per model, provider, and agent to reduce AI spend.

  • Quality assurance

    LLM-as-a-Judge evaluations measure whether outputs are good enough to ship, catching hallucinations and ungrounded responses.

  • Workflow optimization

    Teams analyze workflow patterns to understand how prompts, models, and tools interact in multi-step agent runs.

  • RAG system monitoring

    Engineers diagnose retrieval issues and bad context that degrade answer quality.

  • Multi-agent orchestration

    Users can see how decisions unfold across multi-step and multi-agent workflows, not just simple request-response paths.

Core Features

  • Trace Explorer

    Captures the full path of an agent run across prompts, models, tools, retrieval steps, and outputs, measuring spans, model calls, latency, token usage, and more.

  • Workflow Debugging

    Pinpoints where behavior broke down using trace-level context from real agent runs, including errors, failed spans, retries, and workflow status.

  • Cost Attribution

    Tracks token usage and estimated cost tied to execution paths, showing spend by models, providers, agents, and workflow patterns.

  • Quality Scorecards

    Uses LLM-as-a-Judge evaluations to produce quality scores and measure prompt, model, and workflow changes.

  • Datasets & Experiments

    Supports repeatable evaluations connected to production traces, so teams can test changes against real data.

  • Prompt Management

    Lets users manage and iterate on prompts within the observability workflow.

  • Model Optimization

    Provides performance metrics to help teams choose and tune models effectively.

  • AI Playground

    Offers a hands-on space to explore and test AI behavior within the platform.

  • Data Export

    Allows teams to export observability data for further analysis or integration.

Target users

Telerik is built for engineering teams shipping AI features in production. That includes backend developers working in .NET, Python, or JavaScript, as well as ML engineers, DevOps teams, and AI platform owners who need visibility into agent behavior. It's also valuable for product and QA teams responsible for evaluating whether AI outputs meet quality bars before release. Essentially, anyone who needs to answer "what did the agent do, why did it fail, what did it cost, and is it good enough?" will find a use here.

How to use Telerik?

Getting started is straightforward. Go to the Telerik AI observability platform page and hit Start Free—no credit card is required. The site promises a 5-minute setup, so you can connect your AI workflows quickly. Once connected, use the Trace Explorer to see execution paths, the debugging views to diagnose failures, cost views to analyze spend, and quality scorecards to evaluate outputs. If you want a guided walkthrough, you can also schedule a demo from the site.

Effect review

Telerik addresses a real gap in AI operations: production agents fail in ways that don't look like traditional errors, and standard logging tools miss the context teams need. The platform's strength is tying together trace, cost, and quality data into one view, which is exactly what teams need to move from guessing to evidence-based decisions. The 5-minute setup and free tier lower the barrier to trying it, and the focus on .NET, Python, and JavaScript covers the mainstream AI development stacks. For teams already shipping AI agents, the combination of workflow debugging and cost attribution alone justifies a look. The quality evaluation features add an extra layer that most observability tools lack, making this a genuinely useful addition to the AI toolchain.

Frequently Asked Questions

What is Telerik by Progress?
Telerik by Progress is an AI observability platform designed to debug and monitor AI agent failures, reduce token waste, and accelerate shipping for applications built with .NET, Python, and JavaScript.
Which programming languages does Telerik support?
Telerik supports .NET, Python, and JavaScript, allowing developers to integrate AI observability into their existing tech stacks seamlessly.
How does Telerik help reduce token waste?
Telerik monitors AI agent interactions to identify inefficient or redundant token usage, providing insights that help optimize prompts and reduce unnecessary costs.
Can Telerik debug AI agent failures?
Yes, Telerik offers debugging tools that trace AI agent behavior, pinpoint errors, and provide detailed logs to help developers quickly resolve failures.
Is Telerik suitable for production environments?
Absolutely, Telerik is designed for production monitoring, offering real-time observability to ensure AI agents perform reliably and efficiently at scale.
Does Telerik integrate with existing development workflows?
Yes, Telerik provides SDKs and APIs for .NET, Python, and JavaScript, making it easy to integrate with popular development frameworks and CI/CD pipelines.

Telerik - AI Tool Detail

Telerik by Progress is an AI observability platform for debugging and monitoring AI agent failures, reducing token waste, and shipping faster with .NET, Python, and JavaScript support.

Category:Large Model Platform

Visit Link:https://www.telerik.com/ai-observability-platform

Tags:AI observability、AI debugging、AI monitoring、token waste reduction、.NET AI tools