Confident AI is a pioneering technology company and platform specializing in evaluation frameworks for large language models (LLMs). Established in 2024 and headquartered in San Francisco, Confident AI empowers developers and enterprises to rigorously test, benchmark, and optimize their LLM applications using an open-source evaluation framework known as DeepEval. The platform alleviates the challenges of deploying reliable AI services by providing customizable, data-driven metrics and collaborative dataset curation capabilities. Its innovative approach ensures AI systems can be deployed with confidence, offering extensive safeguards and performance insights. In this article, discover how Confident AI shapes LLM evaluation, its unique features, impact on production workflows, and its role in the future of AI deployment.
Confident AI was founded by Jeffrey Ip and Kritin Vongthongsri in 2024, with a mission to solve the persistent problem of evaluating large language models effectively. Both founders bring extensive technical backgrounds from Google, Microsoft, and Princeton research, combining AI engineering and research expertise. They created DeepEval, an open-source unit testing framework customized for LLM applications, to bring structure and rigour to AI evaluation. Confident AI serves as the cloud platform that extends DeepEval’s capabilities, focusing on collaboration and iteration for teams building LLM-powered products.
At the heart of Confident AI lies DeepEval, a Python-based open-source LLM evaluation platform that supports unit and integration testing of language models. Inspired by popular software testing libraries, DeepEval leverages research-backed metrics such as G-Eval and RAG metrics to assess correctness, relevance, hallucination, bias, and safety. It enables complex evaluation scenarios, including multi-turn conversations and retrieval-augmented generation (RAG) pipelines. Users can define custom metrics and benchmarks to tailor testing to specific production use cases.
Confident AI offers over a dozen specialized metrics to quantify different facets of LLM output quality. These include:
A unique strength of Confident AI is its integrated dataset curation platform, allowing cross-functional teams—engineers, QA, product managers, and domain experts—to jointly curate and annotate test datasets known as "goldens." This collaborative approach ensures evaluation is grounded in realistic, relevant scenarios and helps standardize benchmarks across the organization. The platform tracks dataset evolution enabling continuous improvement from real-world user feedback and deployment monitoring.
Designed for modern AI development workflows, Confident AI integrates effortlessly with continuous integration and continuous deployment (CI/CD) environments. This enables automated LLM evaluation at every model update or prompt tweak, accelerating iteration speed up to 10x. Teams can catch regressions early, compare model versions via A/B testing, and generate detailed reports to guide decision-making, reducing deployment risks and costly post-launch fixes.
Confident AI is trusted by leading global enterprises including Microsoft, BCG, Astrazeneca, and AXA, spanning sectors from healthcare to financial services. Its evaluation platform supports production-scale workloads, running over 1.4 million LLM evaluations monthly. Customer benefits include reducing reliance on expensive models like GPT-4o by safely transitioning to cheaper alternatives, and saving significant hours in support by centrally analyzing LLM performance across queries.
Beyond accuracy and quality metrics, Confident AI’s platform embeds advanced red-teaming capabilities to identify security vulnerabilities and misuse scenarios in LLM applications. It supports testing against more than 40 safety risks — such as SQL injection, bias, and toxic content generation — helping organizations harden AI systems before release. This holistic evaluation strengthens user trust and regulatory compliance.
Confident AI plays a critical role in the growing ecosystem of LLM Operations (LLMOps), where maintaining and improving model performance in production is paramount. The platform complements existing monitoring and observability tools by providing structured, benchmark-driven evaluation that is both rigorous and repeatable. It enables teams to iterate with datasets reflective of actual user interactions rather than relying solely on subjective feedback or static benchmarks.
Since its launch, Confident AI has rapidly grown, fueled by a $2.2 million seed funding round in April 2025 and active participation in Y Combinator’s Winter 2025 batch. The company continues developing new functionality, such as multi-turn conversational goldens and improved collaborative tooling. Future outlook includes expanding metric libraries, optimizing support for agentic workflows, and deeper cloud platform capabilities to support enterprise-scale LLM deployment assurance.
Confident AI’s commitment to transparency and community is reflected in its open-source DeepEval framework hosted on GitHub, with thousands of users worldwide. This approach accelerates innovation, allowing developers to contribute new metrics and integrations, and promotes widespread adoption of best practices. Confident AI not only democratizes access to robust LLM testing tools but also fosters a collaborative culture to refine AI evaluation standards industry-wide.
Confident AI stands at the forefront of addressing a critical challenge in artificial intelligence: reliably evaluating and assuring large language model performance at scale. By providing a comprehensive, collaborative, and customizable evaluation framework through DeepEval, backed by a modern cloud platform, Confident AI enables teams to ship safer, more accurate, and cost-efficient AI products with confidence. As language models become increasingly embedded in high-stakes applications, the need for rigorous testing platforms like Confident AI will only grow. How Confident AI evolves to meet the expanding complexity of AI systems could shape the trustworthiness and success of next-generation AI deployments.