Can we trust LLM-as-judge evaluation?
LLM judges are useful when calibrated with human-reviewed sets and deterministic checks. We combine both to avoid blind spots.
Sython AI Services
We build practical evaluation systems for LLM and RAG workloads so teams can release faster with confidence. Our benchmark approach combines offline scoring, task-level checks, and live telemetry—and we surface common failure modes early: benchmark overfitting, train/test leakage, LLM-as-judge bias, and distribution shift between staging and live traffic.
Define benchmark sets aligned to your core user workflows, failure classes, and acceptance thresholds.
Evaluate context relevance, groundedness, and answer faithfulness (DeepEval, RAGAs, and similar libraries) to identify where quality breaks down.
Layer expert-reviewed golden sets and periodic calibration on top of automated and LLM-as-judge signals so high-stakes workflows keep a credible ground truth.
Pair model-centric scores with operational signals—task success, escalation or deflection, latency SLOs, token cost—and reserve human review lanes for high-risk segments.
Set automated pass/fail gates in CI/CD to prevent quality regressions during prompt, model, and retriever changes.
Track p95 latency, token spend, and quality deltas together so optimization decisions are evidence-based.
We adapt architecture to your constraints, model family, and compliance profile.
A customer support assistant shipped frequent prompt changes. We introduced a benchmark gate combining answer correctness, groundedness, and p95 latency budgets. Deployment confidence increased and rollback incidents dropped.
LLM judges are useful when calibrated with human-reviewed sets and deterministic checks. We combine both to avoid blind spots.
At minimum, run before each release and on a regular cadence (daily/weekly) for drift detection in live conditions.
We help teams move from demos to measurable business outcomes with robust quality, latency, and cost controls.