Techniques for building safe AI systems with runtime supervision, guardrails, bias protection, and risk mitigation.
Illinois SB 315, the Artificial Intelligence Safety Measures Act, makes first-in-nation annual independent AI audits law for frontier developers. It doesn't regulate carriers. The audit standard it sets is the part carriers should read.
Examiners do not want philosophical discussions of fairness. They want disparate impact ratios, documented data lineage, validated proxies, and remediation history. Here is the artifact set.
The history of AI is a history of bolting on safety after deployment. From hand-coded rules to static guardrails, the pattern repeats. Supervision infrastructure breaks the cycle.
Direct prompt injection gets the headlines, but indirect prompt injection is the threat most enterprise AI deployments aren't built to handle. It requires supervision infrastructure, not better filters.
The FS AI RMF is the first sector-specific framework to codify GenAI risks within financial regulatory context. Learn how it addresses hallucinations, prompt injection, deepfakes, and agentic AI with specific control objectives.
Prompt injection is the number one threat to LLM applications according to OWASP. Testing for vulnerability before deployment is essential.
Hallucinations are outputs generated by LLMs that lack factual accuracy. Monitoring them is fundamental to delivering correct, safe, and helpful applications.
Most guardrails today are probabilistic systems policing other probabilistic systems. That's not defense in depth—it's multiplied failure modes. Here's what actually works.
AI guardrails are safety mechanisms that constrain AI system behavior, preventing harmful outputs, enforcing policies, and ensuring AI operates within acceptable boundaries.
AI hallucinations occur when models generate confident but factually incorrect, fabricated, or nonsensical outputs—a fundamental challenge for enterprise AI deployment.
Adversarial testing simulates malicious or tricky inputs to measure how your AI behaves so you can fix weaknesses before customers or attackers find them.
AI bias occurs when models produce systematically unfair outcomes for certain groups. Fairness is the practice of detecting, measuring, and mitigating these disparities.
AI red teaming is structured, adversarial testing of AI systems using attacker-like techniques to surface failure modes, vulnerabilities, and unsafe behaviors so you can fix them before real-world damage occurs.
AI safety ensures AI systems behave predictably, align with human intent, and resist causing harm. Learn how Swept makes AI safety practical for enterprises.
Prompt injection is when an attacker embeds malicious instructions in plain language so your LLM or agent follows their orders instead of yours.
Real-time supervision and guardrails to keep AI on spec in production.
Policies, frameworks, and supervision strategies for governing AI systems at enterprise scale.
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