AI Safety by Design

EnOak prioritizes safety in AI development through proactive risk mitigation, alignment research, and rigorous safety testing of intelligent systems.

AI Safety Principles

Building trust in intelligent systems by ensuring robustness, reliability, and ethical alignment.

Robustness

Ensuring AI systems remain reliable under uncertainty through adversarial training and stress testing.

Safety Alignment

Ensuring AI systems remain aligned with human values through reinforcement learning from human feedback and preference learning.

Safety Technologies

AI Safety Monitoring
Real-Time Safety Monitoring

Dynamic monitoring systems detect dangerous behaviors and enforce safety constraints during model execution.

AI Safety Testing
Stress Testing Framework

Rigorous testing protocols that emulate adversarial attacks to identify vulnerabilities in AI systems.

Safety Standards

ISO 23894

Compliance with ISO standards for Trustworthy AI to ensure human-centric machine learning.

AI Safety Framework

Implementation of Google's AI Safety Framework to ensure safe model scaling practices.

Red Team Results

Independent third-party audits confirming our safety measures can withstand adversarial stress.

Current Safety Projects

Ongoing research and implementation initiatives that are pushing the boundaries of AI system safety and reliability.

Safety Project
Risk Modeling for Autonomous AI
by Dr. Alex Chen • Sep 8, 2025

Predictive modeling of catastrophic risk in large language models during deployment.

Safety Framework
Safety Governance Framework
by Safety Working Group • Sep 19, 2025

Enterprise-ready safety governance platform combining human oversight with automated constraints.

Build with Safer AI

Whether you're an individual developer or enterprise organization, EnOak's tools and research help you build AI systems you can trust.