INDUSTRY // OPEN-SOURCE COMMUNITY

Open-Source
AI Models

Building on Llama, Mistral, or Zephyr? We provide the expert human evaluation and DPO datasets required to transform raw base models into frontier-aligned, community-ready fine-tunes.

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Model_Card_Audit.json
VERIFIED
BASE_MODEL Mistral-7B-v0.1
FINE_TUNE_METHOD QLoRA + DPO
SAFETY_REGRESSION PASSED
CATASTROPHIC_FORGETTING LOW RISK
ALIGNMENT METRICS
BASE MODEL42%
POST-DPO (JUDGEMYAI)96%
CORE COMPETENCIES

Open-Source Alignment

Semantic definitions of our open-source AI evaluation and community fine-tuning methodologies.

  • Open-Source LLM Alignment The process of taking base foundation models (like Llama or Mistral) and using human feedback to align them with specific safety and helpfulness standards. This is critical before deploying community fine-tunes in production environments.
  • DPO (Direct Preference Optimization) Datasets The creation of high-quality preference pairs used to train models directly without a separate reward model. DPO is highly popular for open-source fine-tunes, and we provide the expert-ranked data required to execute it successfully.
  • LoRA & QLoRA QA The evaluation of parameter-efficient fine-tunes. Human experts test the adapter weights to ensure the fine-tuning process improved specific capabilities (like coding or roleplay) without degrading the base model's foundational reasoning.
  • Model Card Auditing The human verification of the claims made in a model's model card. We ensure the stated capabilities, known biases, and safety limitations are accurate before the fine-tuned model is released to the open-source community.
IMPACT

The Fine-Tune Differential

Raw base models are unaligned. See how our human preference data transforms community fine-tunes.

UNALIGNED
Base Model Output
  • Highly susceptible to prompt injection and jailbreaks.
  • Frequently generates harmful or biased content.
  • Inconsistent formatting and instruction-following.
  • High hallucination rate on niche, un-trained topics.
  • Suffers from catastrophic forgetting after LoRA.
ALIGNED
Post-JudgeMyAI DPO
  • Robust safety guardrails against adversarial inputs.
  • Consistently refuses unsafe requests without being overly cautious.
  • Strict adherence to system prompts and user constraints.
  • Grounded in reality with heavily reduced hallucinations.
  • Retains base reasoning capabilities post-fine-tune.
SERVICES

OSS Evaluation Capabilities

DPO Preference Data

High-fidelity, human-ranked prompt-response pairs specifically formatted for Direct Preference Optimization training pipelines.

Regression Testing

Comprehensive QA to ensure your LoRA adapters or full fine-tunes don't introduce catastrophic forgetting or safety regressions.

Community Safety Audits

Red teaming services for model developers. We test your open-source release against the latest jailbreaks before you push to Hugging Face.

Benchmarking & Leaderboards

Custom human evaluation pipelines to accurately rank your model's performance against other open-source alternatives.

IMPACT

The Community Standard

50+
Open-Source Models Evaluated
1.2M+
DPO Preference Pairs Generated
0
Critical Safety Regressions Shipped
INTEL

Open-Source AI FAQs

How do you evaluate open-source AI models like Llama or Mistral?
We evaluate open-source models by running them through rigorous human-in-the-loop QA. Experts test the base model's reasoning and safety, and then evaluate community fine-tunes (LoRA adapters) to ensure the fine-tuning improved specific capabilities without degrading overall alignment or introducing new vulnerabilities.
What is DPO dataset generation?
Direct Preference Optimization (DPO) is a popular alignment method for open-source models that doesn't require training a separate reward model. We generate high-fidelity DPO datasets by having human experts rank multiple model outputs, providing the exact preference data needed for DPO training.
Can you help prevent catastrophic forgetting in fine-tunes?
Yes. When developers fine-tune open-source models on specific datasets, the model often 'forgets' its base reasoning or safety training (catastrophic forgetting). Our evaluators run comprehensive regression testing on the fine-tuned model to ensure foundational capabilities remain intact.
INITIALIZE ALIGNMENT

Ready to align
your open-source model?

Generate high-fidelity DPO data. Prevent safety regressions. Ship trusted fine-tunes.

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