We define the behavior that matters, test representative and critical cases, and give your decision owner evidence they can review and reproduce.

Some of the 500+ brands we've worked with. Our delivery runs on 100+ AI workflows in production.

See all references
  • MediaMarkt
  • LC Waikiki
  • Memorial
  • TRT
  • Bernardo
  • Vispera
The 10 offerings test different parts of system behavior, from prompts and RAG to agents, safety, model selection, and launch readiness.

Assure & Operate

AI Agent Evaluation& Reliability

A confident demo proves almost nothing about the next run. We tie a regression suite to the build you want to release and trace what the agent does across repeated tasks, so tool behavior, recovery, escalation, and run-to-run variation stay visible where the release decision gets made.

Take this route when the agent build is release-bound and the same task must run repeatedly, exposing tool behavior, recovery, escalation, and run-to-run variance.

RAG Evaluation &Groundedness Testing

A fluent RAG answer can rest on the wrong document, an unsupported claim, a citation that points nowhere useful, or a retrieval the reader's role never allowed. We score each of those separately, so a failure lands on the layer that owns it instead of blurring into one quality number.

Score retrieval, groundedness, citation, access, and abstention separately here, so each RAG failure lands on the layer whose team can fix it.

AI EvaluationStrategy

Teams often score an AI system for months without agreeing what any number should change. For one AI use, we settle that first: acceptable behavior, the failures that matter, the cases that represent real work, how reviewers judge the evidence, and who may approve release.

Start with evaluation strategy when teams collect scores but have not agreed acceptable behavior, representative cases, critical failures, thresholds, or release authority.

Golden DatasetDevelopment

Model scores are only as honest as the cases behind them. We build a versioned set of representative cases and record where each one came from, what behavior is expected, how ambiguity gets handled, who adjudicates disagreement, and who keeps the set current.

Build a golden dataset when evaluation cases need traceable sources, calibrated labels, protected splits, ambiguity decisions, coverage checks, and a refresh owner.

Independent AIAgent Evaluation

The team that built an agent grades its own homework more kindly than anyone else will. Under a documented independence charter, we test the existing agent across tasks, trajectories, tools, policies, and recovery, with scope and conclusions the implementation team doesn't control.

Independent agent evaluation fits when the build team cannot control test scope, execution, or conclusions for a high-stakes release decision.

Safety &Policy Evaluation

A written safety rule is a claim until someone watches the system follow it. We turn each material rule into paired tests, a misuse attempt and a legitimate lookalike, then examine refusal quality and severity, retest what gets fixed, and record the risk that remains.

Written safety rules become testable here, paired as a misuse attempt and a legitimate lookalike, then judged for severity, false refusals, and residual risk.

AI LaunchReadiness Review

The launch case usually exists, just not in one place. Evaluation reports sit with one team, security and privacy inputs with others, runbooks and support plans somewhere else, and open findings have owners nobody can name. We assemble the current evidence, test whether the case is complete enough to decide, and put go, conditional-go, or no-go in front of the release authority you designate.

Run launch readiness when quality, security, privacy, support, and operations evidence is scattered and the release authority needs one dated dossier for a go, conditional-go, or no-go decision.

Prompt Evaluation& QA

A prompt edit that dazzles in one chat can quietly break three other tasks. We give prompt changes a stable baseline, representative cases, explicit rubrics, calibrated reviewers, failure slices, versioned experiments, and a regression gate, so an improvement is something you can show, not remember.

Prompt evaluation fits version changes that need fixed cases, recorded settings, shared rubrics, reviewer calibration, failure slices, and a regression gate.

LLM Evaluation& Benchmarking

A leaderboard can't tell you which model fits your workload, users, language mix, and latency budget. We run every candidate on the same representative tasks, slices, rubrics, safety constraints, and cost conditions, then show what each option gains and what it gives up to get it.

Benchmark LLMs when public scores cannot answer which model fits your workload, language mix, safety constraints, latency budget, and cost conditions.

Bias, Fairness &Explainability Testing

An aggregate score can look acceptable while one group quietly absorbs the errors. Fairness testing starts with choices only your organization can make: who may be affected, which outcomes matter, and which tradeoffs are acceptable. We test the comparisons those choices create, examine explanation behavior, and say plainly where the evidence is too thin for a conclusion.

Reach for this when an aggregate result may hide which group absorbs the errors, and your owner has defined affected groups and acceptable trade-offs.

A useful evaluation keeps critical cases and user slices in view. It also documents uncertainty and disagreement, with enough context for another reviewer to reproduce the result.

We start with the person who will use the evidence, the failures they cannot accept, and the coverage their decision requires. Only then do we choose metrics, rubrics, and graders.

We start from the person who will use the evidence and the failures they cannot accept.

We name the intended use, the important users, the unacceptable failures, the constraints, and the person who will act on the evidence, then inspect the current system, data, workflow, known failures, and available controls, keeping unknowns visible rather than counting them as passes. Representative cases and suitable checks are chosen only after that, and the critical slices and adverse behaviour that matter to the decision are tested alongside the average. Uncertainty and reviewer disagreement are documented with enough context for someone else to reproduce the result, and the record closes with open exceptions, residual risk, responsible owners, and the condition that would call for another look.

From a clear evaluation question to an owned decision
  1. Define the decision

    Name the intended use, important users, unacceptable failures, constraints, and the person who will act on the evidence.
  2. Review the starting point

    Inspect the current system, data, workflow, known failures, and available controls. Unknowns stay visible rather than counting as passes.
  3. Build and run the evaluation

    Choose representative cases and suitable checks, then test the critical slices and adverse behavior that matter to the decision.
  4. Record the result and owners

    Document the evidence, open exceptions, residual risk, responsible owners, and what condition would call for another look.

Every operational consultant at Zeo has secure LLM access and training, and AI sits inside the daily work. Five of them came through our AI Bootcamp and wrote down what they expect it to change.

Ozan Ketenci
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I see generative AI having an enormous effect on daily life and on every industry it touches. As the technology develops, the range of uses will keep widening across creativity, problem-solving, and innovation. We can already see that range in realistic image, video, and music production, pharmaceutical research, and design. I expect the effect on industries to become profound. E-commerce, healthcare, finance, and many other sectors will be able to create more engaging, personalized experiences and make their processes more efficient.

The ability to produce unique content and solutions will open new possibilities and increase efficiency.

Ozan Ketenci

Samet Özsüleyman
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Generative AI has the potential to transform SEO, digital marketing, and many other sectors. I expect it to play an important role in our lives in the near future, with more personal experiences, more effective marketing, faster interpretation of data, and quicker action. Products and services will improve. Processes such as customer communication will become more efficient, and organizations that fail to keep up will fall behind businesses that bring AI into their work.

Organizations should start planning the AI applications that make sense for their sector now.

Samet Özsüleyman

Hande Parmaksız
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We may be at a moment as significant as the computer revolution, with the potential to transform businesses and industries. Yet for many people, generative AI still means opening a tool such as ChatGPT for a task at work or in daily life. That is only the surface. Companies that integrate generative AI models into workflows and customer processes, and go beyond content production, will gain huge competitive advantages in the coming years.

I believe generative AI should be on the agenda of every board of directors as soon as possible.

Hande Parmaksız

Can Mutioğlu
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I see artificial intelligence as the most exciting technology of both the present and the future. Its potential is unlimited, and we're still at the tip of the iceberg. AI is developing quickly, while much of what it could mean for different sectors remains unexplored. The effect on digital work is already substantial. In the years ahead, I expect breakthroughs that change how entire industries work.

AI's potential will keep expanding. No sector can afford to ignore the opportunity for efficiency and progress. We will keep discovering new dimensions, and I don't see a saturation point.

Can Mutioğlu

Ezgi Gülsen Yaylı
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Work by major technology companies is likely to give generative AI a much wider role in the years ahead. It will create new dynamics in art and design, as well as in sensitive fields such as healthcare and finance. As the technology becomes part of daily life, the ethical and risk questions will grow with it. Being able to follow and experience those developments up close is what makes generative AI so exciting to me.

I look forward to seeing more uses of generative AI that benefit society.

Ezgi Gülsen Yaylı

Three speakers look at the pace of AI change and what it means for e-commerce and content teams.

Models, retrieval, evaluation and observability are separate layers of a working system. These are the ones we build and operate on.

Models and cloud platforms

  • Google GeminiLLM Evaluation & Benchmarking's comparisons include Gemini as a candidate model family, giving the benchmark suite a genuine multi-vendor spread rather than testing only the two providers this family defaults to elsewhere.

Agent and automation frameworks

  • LlamaIndexRAG Evaluation & Groundedness Testing needs to check what a system actually retrieved before generating, and LlamaIndex is the retrieval layer under test in that specific child's evaluation runs.
  • PromptfooSafety & Policy Evaluation's paired-test method, a misuse attempt and its legitimate lookalike judged for refusal quality on both sides, is exactly what Promptfoo's red-team test generation builds.

Application and prompt tooling

  • PromptLayerPrompt Evaluation & QA, tracks each prompt revision's scored outcome in PromptLayer, which is what lets a team compare a new prompt version against its predecessor on the same evaluation set rather than trusting a subjective read.
  • AgentaFor the specific repeated QA loop Prompt Evaluation & QA describes, testing several prompt variants against the same cases, Agenta's comparison workspace is what this page's account uses to keep human review and automated scoring in one place.

Retrieval, embeddings and memory

  • ChromaRAG Evaluation & Groundedness Testing's evaluation runs query Chroma directly to check what a passage under test actually retrieved, kept lightweight enough to run inside the evaluation session itself.

Gateways and hosted inference

  • OpenRouterLLM Evaluation & Benchmarking needs to run an identical evaluation set against many candidate models without a separate integration per vendor, and OpenRouter's unified routing is what makes that comparison practical at the scale this page's benchmarking work runs at.
  • GroqWhen LLM Evaluation & Benchmarking includes latency as a comparison dimension, Groq's inference speed gives that specific benchmark a real high-end reference point rather than an estimate.

Evaluation and observability

  • Weights & BiasesThis page's own hero says a claim needs proof before it's made, and Weights & Biases is where the evaluation history behind that proof lives across LLM Evaluation & Benchmarking and AI Evaluation Strategy, run over run rather than a single snapshot.
  • DatadogAI Launch Readiness Review's sign-off depends on what the system actually did under real conditions, not what a design document claims, and Datadog's production monitoring is where that operating evidence is pulled from before a launch decision.
  • LangfuseThe hero says representative and critical cases both get tested, and Langfuse's per-run trace is what AI Agent Evaluation & Reliability and Independent AI Agent Evaluation use to reproduce a specific failure rather than re-describe it after the fact.
  • Arize PhoenixThe hero's warning that averages can hide the failure that matters is precisely what Arize Phoenix's slice analysis is built to counter, used in AI Agent Evaluation & Reliability and Bias, Fairness & Explainability Testing to find the specific condition where a system's behavior diverges from its average.
  • BraintrustIndependent AI Agent Evaluation and LLM Evaluation & Benchmarking both run their scored comparisons in Braintrust, since the page's claim-needs-proof standard means a suite has to be pinned to one named build, not a general impression of capability.
  • HeliconeLLM Evaluation & Benchmarking needs a model comparison that accounts for operating cost, not just output quality, and Helicone's per-call cost tracking is what fills in that second half of the comparison.
  • TraceloopAI Launch Readiness Review has to confirm a system behaves in production the way its design claimed, and Traceloop's execution traces carry that evidence into the sign-off review.
  • Confident AI / DeepEvalNearly every child on this page routes through Confident AI's DeepEval at some point, since a grader's own reliability has to be established, checked against human judgment, before its output counts as evidence for a claim about the system under test.
  • RagasRAG Evaluation & Groundedness Testing lives under this page, and Ragas is the metric suite purpose-built for exactly that question: whether a generated answer is supported by what was actually retrieved, not just relevant-sounding.
  • GalileoFor RAG Evaluation & Groundedness Testing and Bias, Fairness & Explainability Testing, Galileo's span-level hallucination detection is what turns a vague quality complaint into a precise, located claim about which part of an answer is unsupported.
  • Patronus AILLM Evaluation & Benchmarking sometimes needs a comparison against an industry-standard suite, not only the client's own scenarios, and Patronus AI's benchmark evaluations are what this page's account uses for that external reference point.

Training, serving and MLOps

  • DVCGolden Dataset Development needs its held-out set versioned and separated from any training split, and DVC's dataset versioning is what makes that separation claim checkable after the fact rather than assumed.

Safety and security testing

  • GiskardBias, Fairness & Explainability Testing, runs its core scan through Giskard, which is what turns 'this might be unfair to some group' into a specific, reproducible finding the team can act on.
  • Guardrails AIAI Launch Readiness Review and Safety & Policy Evaluation both need proof a mitigation works, not just that it exists, and Guardrails AI is where a proposed control gets run against the harm it claims to stop before it counts toward sign-off.
  • Lakera GuardSafety & Policy Evaluation's retest step, confirming a fix held under real conditions, runs against Lakera Guard's live classification of refusal behavior, distinct from the original test case that first found the gap.
  • MindgardWhere AI Launch Readiness Review and Independent AI Agent Evaluation need a security finding that holds up under a second, independent look, Mindgard's continuous red teaming is what supplies a reproducible attack path rather than a one-time report.

Data, labeling and development

  • Label StudioGolden Dataset Development, Bias, Fairness & Explainability Testing, and Prompt Evaluation & QA all route disputed or sampled automated gradings into Label Studio for a human check, the calibration step that keeps an automated grader honest.
  • Scale AIGolden Dataset Development sometimes needs more human-review throughput than a client's own team has, and Scale AI's managed workforce is what this page's account uses to keep the held-out evaluation set's quality bar consistent at volume.
  • TonicWhere Golden Dataset Development needs to cover a sensitive scenario the team can't use real records for directly, Tonic's synthetic generation fills that specific coverage gap.
  • JupyterGolden Dataset Development's coverage checks and LLM Evaluation & Benchmarking's score aggregation both run as notebook analysis, so the resulting numbers trace back to inspectable steps rather than an opaque calculation.
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