Custom Cybersecurity AI Models

Train security models on your threat intelligence, incident data, and vulnerability records. Domain-specific fine-tuning for threat detection, investigation, and response tailored to your environment.

Cybersecurity Challenges

Alert fatigue and false positives

Evolving threat landscape

Skill shortage in security teams

Speed of response requirements

Data volume and complexity

How Custom Model Training & Distillation Solves Cybersecurity Challenges

Training domain models on curated corpora, applying NeMo and LoRA distillation, and wiring evaluation harnesses so accuracy stays high while latency and spend drop.

Domain-Specific Fine-Tuning

Train foundation models on your curated corpora for superior performance on specialized tasks.

Model Distillation

Compress large models into efficient variants using NeMo microservices and LoRA techniques.

Evaluation Harnesses

Automated testing frameworks measuring accuracy, latency, toxicity, and task-specific metrics.

Red Team Testing

Adversarial testing, jailbreak detection, and safety validation before production deployment.

Use Cases

  • Threat detection models trained on your network data
  • Incident triage models from your investigation history
  • Vulnerability prioritization from your asset context
  • Phishing detection fine-tuned on your email patterns
  • Malware classification from your threat intelligence

Key Benefits

Superior detection accuracy for your environment

Reduced false positives through environment-specific training

Lower inference costs for high-volume security data

Models that understand your network topology

Continuous improvement from SOC analyst feedback

Technology Stack

NVIDIA NeMo MicroservicesHugging Face TransformersLoRA & QLoRADeepSpeed & MegatronRAG Evaluation HarnessesPromptFlow & TruLensWeights & Biases

Ready to Deploy Custom Model Training & Distillation for Cybersecurity?

Let's discuss how our custom model training & distillation capabilities can address your cybersecurity challenges.

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