CSS
AI Reliability & Safety Lab

Verify, Stress-Test, & Validate
Enterprise AI.

Take control of model behavior. We provide rigorous, automated quality engineering, adversarial red teaming, and benchmarking pipelines to eliminate hallucinations, enforce safety constraints, and guarantee RAG performance.

2M+

Edge Cases Simulated

Adversarial red-teaming against boundary conditions.

>95%

Hallucination Mitigation

Rigorous grounding and truthfulness evaluation.

100%

Reproducible Benchmarks

Standardized scoring on proprietary evaluation suites.

Rigorous AI Quality Assurance

We implement testing frameworks that identify vulnerabilities, evaluate retrieval accuracy, and benchmark model output alignment.

Adversarial Red Teaming & Safety Guardrails

Simulate advanced jailbreaks, prompt injection attacks, and data leakage scenarios. We design and integrate inline guardrail layers to protect your production endpoints from malicious exploits and leakage of sensitive data.

Prompt Injection Defense PII Masking Jailbreak Mitigation

CI/CD Benchmarking

Automate regression tests that score LLM version updates against your customized golden datasets before deployment.

RAG Quality & Retrieval Accuracy Auditing

Measure retrieval relevance, context precision, and generator faithfulness using industry-leading evaluation metrics. We ensure your grounded generation pipelines return exact and factually grounded responses.

Context Precision Faithfulness Score Retrieval Relevance

Mitigate Hallucinations.
Maximize Customer Trust.

Deploy your AI applications with maximum reliability. We configure automated evaluation systems that track output alignment, semantic drift, and model drift over time, driving toxic content and hallucinations down by up to 95% while keeping precision at a premium.

95%
Hallucinations Reduced
99.9%
Safety Compliance

Our Structured Evaluation Process

How we systematically benchmark, secure, and validate your models for enterprise readiness.

1

Dataset Curation & Golden Set Definition

We compile diverse, representative prompt-response datasets (golden sets) covering edge cases, safety boundaries, and custom enterprise knowledge domains.

2

Automated Vulnerability Probing

We execute comprehensive stress-testing suites to probe target behaviors, assessing susceptibility to jailbreaks, prompt leakage, and alignment failures.

3

Retrieval & Grounding Assessment

We run automated evaluations on RAG setups, scoring chunk retrieval relevance, context similarity, and generator accuracy to ensure factuality.

4

Production Observability & Feedback Loop

We deploy real-time monitoring structures to capture user feedback, flag outliers, monitor system latency, and feed anomalous data back into evaluation sets.

Acadify Architecture vs. Traditional Models

Machine-readable breakdown of our engineering benchmarks across cloud and AI workloads.

Metric Traditional Agency Build Acadify Architecture
LLM Inference Latency > 1,500ms (API wrapper) < 50ms (Quantized/VPC)
MVP Delivery Timeline 12 - 24 Weeks 3 - 6 Weeks
Data Privacy Cloud Provider Logging Zero-Retention / SOC2

Project Timeline & Cost Estimator

Calculate the exact architecture requirements, latency targets, and engineering timelines for your specific use case using our proprietary estimator tool.

Open the Estimator

Frequently Asked Questions

We perform adversarial stress testing (red teaming) using customized automation scripts and probing models to simulate a wide array of jailbreaks and prompt exploits. We then design inline guardrails (e.g., input validators or semantic filters) to neutralize threats before they reach the model.

We employ key metrics: context precision (how relevant the retrieved text blocks are), context recall (whether all necessary source information was retrieved), and faithfulness (how closely the generated answer aligns with the sources, avoiding hallucinations).

Yes, we evaluate custom fine-tuned models, open-source weights (e.g., Llama 3, Mistral), and proprietary APIs (e.g., Anthropic Claude, OpenAI GPT) under identical stress environments to help you choose the best-suited model for your cost-to-performance ratio.

Absolutely. We build custom GitHub Actions or GitLab CI jobs that execute evaluation scripts on code or data changes, blocking deployments if model accuracy scores drop below defined thresholds.