Component + End-to-End
Separate retrieval, context and answer failures before judging the complete workflow.
DataConsultant evaluates retrieval-augmented generation systems to show whether the right evidence is retrieved, whether answers are supported by that evidence, where failures originate and what must change before a release, model update or knowledge-base change. The engagement connects retrieval quality, answer quality, citation fidelity, safety, privacy, latency, cost and regression evidence to the decisions your product, engineering, risk and governance teams need to make.
Evaluation conclusions are bounded by the tested system version, data, scenarios and evidence. No evaluation can guarantee that an AI system will never produce an incorrect or unsafe response.
Separate retrieval, context and answer failures before judging the complete workflow.
Connect test cases, assumptions, observed behaviour and remediation to traceable evidence.
Combine repeatable measurement with expert judgement where business meaning matters.
Evaluate the architecture and use case rather than treating one framework score as the answer.
RAG failures are rarely one-dimensional. A wrong answer may start with weak retrieval, stale content, poor reranking, incomplete context, incorrect synthesis, a misleading citation or an access-control problem. A useful evaluation isolates those failure modes and connects them to the release decision.
Queries retrieve semantically similar passages but omit the authoritative source, key exception or most recent document needed to answer correctly.
The response cites a source, but the cited passage does not support the claim, is incomplete, or comes from a lower-authority document.
The model fills gaps, merges conflicting sources or answers beyond retrieved evidence instead of abstaining or escalating appropriately.
A model, prompt, embedding, chunking, index or knowledge update improves some cases while degrading others without a repeatable baseline.
Authorisation filters, sensitive content, prompt injection or indirect instructions in retrieved documents create privacy, security or control concerns.
A higher-quality configuration may introduce latency, token use, infrastructure cost or review effort that changes the production trade-off.
RAG evaluation tests the complete evidence chain: how a user question is interpreted, what documents or chunks are retrieved, how they are ranked and filtered, what context is passed to the model, how the model uses that context, and whether the final answer and citations satisfy the intended task.
It is broader than a hallucination score. Depending on the system, a defensible evaluation may need retrieval labels, answer expectations, source-level evidence, human reviewer rubrics, risk scenarios, operational measures and explicit acceptance criteria. The right metric set depends on the business consequence of a poor answer and on what evidence is actually available.
Share the decision you need to make and the evidence you already have. We can define a proportionate evaluation scope around the most material retrieval, answer-quality and control questions.
The aim is to create evidence that product, engineering, AI, security, risk and business owners can use together. Outcomes depend on scope, system maturity and the quality of available test evidence.
Separate retrieval, source, context, prompt and generation problems so the improvement backlog is technically actionable.
Use consistent queries, evidence and criteria to compare retrievers, rerankers, prompts, models or knowledge-base changes.
Connect test coverage, limitations, failures, remediation, owners and acceptance conditions to a visible decision record.
Retain representative tests and expected behaviour so future changes can be checked against known requirements.
The layers are adapted to the architecture and risk profile. Not every engagement needs every test, but separating the layers prevents a single headline score from hiding the true source of failure.
Review whether the source estate can support reliable answers before blaming the model.
Test whether relevant evidence is found and ordered for representative information needs.
Evaluate whether the assembled context contains the evidence the model actually needs.
Assess whether the answer uses the context correctly and satisfies the user task.
Test how the RAG workflow behaves at the boundaries of expected and adversarial use.
Connect quality evidence to the production constraints and change cadence.
RAG evaluation commonly combines retrieval measures, answer measures, operational measures and expert review. Ground truth, source evidence and business consequences determine what can be measured reliably.
Metric names and scoring methods vary by platform and evaluation framework. DataConsultant can combine deterministic checks, retrieval labels, model-assisted judging and calibrated human review, but automated scores should not be treated as a substitute for domain judgement where the decision is material.
When teams only review the final answer, remediation becomes guesswork. A component-level assessment can isolate the weakest stage before you change models, prompts or indexes unnecessarily.
The same RAG architecture can require very different evidence depending on the user, source authority, consequence of error and expected response behaviour.
Test authoritative-source retrieval, policy versioning, exception handling, citations, abstention and access boundaries across role-specific questions.
Evaluate product and policy retrieval, answer relevance, unsupported commitments, escalation behaviour, multilingual cases and human override.
Measure source coverage, ranking, citation fidelity, synthesis across documents, conflicting evidence and traceability to reviewed material.
Test version-aware retrieval, code or configuration context, long-tail queries, source freshness and completeness for troubleshooting tasks.
Evaluate current product evidence, attribute completeness, variant handling, unavailable information, regional rules and citation or source links.
Apply stricter evidence, review, access, record-keeping and uncertainty criteria where wrong or unauthorised answers can have higher consequences.
Outputs are tailored to the release, procurement, remediation or governance decision. Missing evidence and known limitations are recorded rather than silently assumed.
Intended use, system boundary, decision context, dimensions, acceptance logic, roles and limitations.
Representative queries, expected evidence or behaviour, edge cases, labels and version controls where in scope.
Relevance, coverage, ranking, source and failure evidence segmented by meaningful query or user groups.
Groundedness, correctness, completeness, relevance, citation, abstention and error-severity findings.
Reproducible failure categories linked to likely source, affected scenarios, severity and evidence.
Access, privacy, injection, unsafe behaviour and other scoped control observations with explicit boundaries.
Prioritised engineering, data, content, prompt, governance and review actions with re-test conditions.
Reusable test cases, baselines, change triggers and handover guidance for subsequent releases.
The exact sequence changes with system maturity and evidence availability. The process is designed to keep evaluation criteria, test execution, findings and decision ownership connected.
Clarify intended use, users, consequences, system boundary and the release or assurance question.
Output: decision contextReview corpus, index, retrieval, reranking, prompts, model, controls, logs and available ground truth.
Output: evidence inventoryBuild representative queries, expected evidence, edge cases, risk scenarios, rubrics and sampling rules.
Output: evaluation planMeasure and review relevance, coverage, ranking, source authority, filters and retrieval failure patterns.
Output: retrieval evidenceEvaluate groundedness, correctness, completeness, citations, abstention, injection and scoped risk behaviour.
Output: response evidenceConnect failures to content, indexing, retrieval, context, prompt, model, access or operating conditions.
Output: failure taxonomyRank changes by materiality, effort, dependencies and the evidence required to close findings.
Output: remediation backlogRe-run affected cases, document residual limitations and transfer regression assets and decision records.
Output: re-test evidenceA reusable baseline makes changes easier to compare and gives product owners a clearer way to distinguish real improvement from a shifted failure pattern.
A strong evaluation depends on evidence from the real workflow. Missing inputs do not automatically stop the engagement, but they change what can be concluded and should be recorded as limitations.
The engagement is platform-aware but requirements-led. Tool-provided evaluator scores can be useful evidence, but they should be interpreted alongside the use case, test set, system trace and human judgement.
Versioned test sets, reviewer guidance, calibration, sampling rules, reproducible runs, error analysis and explicit evaluation limitations.
Least-privilege access, indirect prompt-injection scenarios, protected credentials, source entitlements and controlled evidence handling.
Data minimisation, sensitive-data handling, appropriate test data, access constraints, retention considerations and escalation to authorised specialists.
Acceptance criteria, decision ownership, exceptions, residual limitations, release conditions, re-test triggers and evidence traceability.
Applicable laws, standards and regulatory expectations depend on the jurisdiction, sector, use case, data and organisational responsibilities. RAG evaluation can provide technical and governance evidence, but it does not itself constitute legal advice, regulatory approval, formal certification or statutory audit.
DataConsultant does not publish a fixed fee for RAG Evaluation. Current public market information does not provide a reliable like-for-like INR benchmark for a standalone enterprise RAG assurance engagement, so a Request a Quote approach is more defensible than presenting an invented range.
For one defined workflow or release question where a bounded evidence baseline and priority failure analysis are needed.
For teams that need broader evidence across retrieval, answers, risk, operations, release criteria and documented remediation.
For changing RAG systems that need reusable test assets, repeat evaluation cycles and evidence for controlled releases.
Tell us the RAG workflow, decision deadline, available test data and material concerns. We can scope the depth of evaluation, evidence and re-testing required before preparing a commercial proposal.
The service is designed to connect technical evaluation with business accountability, risk evidence and practical remediation without overstating what a test can prove.
Tests begin with the real task, users, source evidence and consequence of failure rather than a generic benchmark alone.
Retrieval, context and answer evidence are separated so teams can address the stage that is actually failing.
Coverage, assumptions, limitations and unresolved questions remain visible alongside results and recommendations.
Evaluation can fit existing cloud, model, search, vector, observability and governance environments without forcing one tool.
Acceptance criteria, decision ownership, residual limitations and re-test triggers can be built into the evaluation process.
Deliverables can extend from independent findings into remediation priorities, regression assets and knowledge transfer.
Practical answers for product, AI, engineering, risk, security, governance and procurement teams considering an independent RAG evaluation.
Share your contact details and requirement. DataConsultant can review the likely evaluation depth, evidence needs, stakeholders and commercial next step.