To manage security risks, treat AI agents like new employees. Provide them with their own isolated environment—separate accounts, scoped API keys, and dedicated hardware. This prevents accidental or malicious access to your personal or sensitive company data.

For CISOs adopting agentic AI, the most practical first step is to frame it as an insider risk problem. This involves assigning agents persistent identities (like Slack or email accounts) and applying rigorous access control and privilege management, similar to onboarding a human employee.

To build trust and prevent errors, treat AI agents like new employees by starting them with limited, read-only access to your systems (e.g., calendar, email). Only after they have demonstrated understanding of your workflows and priorities should you grant them write access.

Frame your relationship with AI agents as an employer-employee dynamic. This involves proper onboarding, creating documentation for processes, and defining clear roles and communication protocols to ensure they operate effectively and align with your goals.

Giving a new AI agent full access to all company systems is like giving a new employee wire transfer authority on day one. A smarter approach is to treat them like new hires, granting limited, read-only permissions and expanding access slowly as trust is built.

Treat your agent like a new employee to enforce security. Instead of giving it your personal credentials, create dedicated accounts for it (e.g., a unique Google account, X account, etc.). This follows the 'principle of least access' and creates a clean, secure separation between the agent's workspace and your personal data.

Instead of treating the AI as a faceless tool, assign it a full name (e.g., "Zane Calder"). Use this name to create its dedicated Mac user account, email address, and other logins. This reinforces the concept of a separate, autonomous digital assistant.

To address security concerns, powerful AI agents should be provisioned like new human employees. This means running them in a sandboxed environment on a separate machine, with their own dedicated accounts, API keys, and access tokens, rather than on a personal computer.

AI agents can cause damage if compromised via prompt injection. The best security practice is to never grant access to primary, high-stakes accounts (e.g., your main Twitter or financial accounts). Instead, create dedicated, sandboxed accounts for the agent and slowly introduce new permissions as you build trust and safety features improve.