Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

How AI Governance Reduces Security Risks

AI governance reduces security risk by enforcing least-privilege access, protecting the data and credentials AI systems handle and making every AI action auditable. This matters because most organizations deploy AI faster than they can govern it. Employees adopt unsanctioned tools, and autonomous AI agents are created under existing user identities. Each one adds unmonitored machine identities that expand your attack surface – the exact gap that governance closes.

AI's Hidden Identity Risk for MSPs

Organizations are rapidly integrating AI into everyday business operations. Teams are using Microsoft Copilot and Gemini to summarize meetings, developers are accelerating software delivery with coding copilots and customer service teams are deploying AI-powered chatbots to improve response times. While these initiatives are viewed through the lens of productivity and innovation, they are also reshaping organizations’ identity environments in ways that frequently go unnoticed.

AI Governance vs AI Compliance: What's the Difference?

The main difference between AI governance and AI compliance is that AI governance is the internal framework an organization develops to manage AI responsibly, while AI compliance is how organizations demonstrate to external regulators that they’re adhering to applicable laws and regulations. These two terms get used interchangeably, but they solve different problems. With compliance alone, an organization can satisfy regulators without meaningfully controlling how its AI behaves.

Manage Your Secrets With Keeper Security's Universal Secrets Sync

Developers, how are you managing your secrets? Keeper Security’s Universal Secrets Sync automatically distributes credentials and secrets stored in Keeper to external secrets managers and cloud platforms, including AWS Secrets Manager, Azure Key Vault and Google Cloud Secret Manager.

Cybersecurity Checklist for MSSPs

Managed Security Service Providers (MSSPs) operate across a broad, complex attack surface, simultaneously managing privileged access to multiple client environments while maintaining the security of their own infrastructure. This dual responsibility makes MSSPs valuable targets for attackers who understand that compromising just one MSSP can grant them entry into every client network the provider manages.