Resources

Practical references for AI agent security and control.

The launch resources page defines the category and key concepts while the full research and article library remains a future editorial expansion.

AI agent security and control is the practice of identifying agents and assistants, understanding context, governing actions, preserving evidence, and responding to detections or decisions.

Direct answers

Definitions buyers and crawlers can read without JavaScript.

Framework agents are agents built in application code through frameworks, SDKs, tools, models, and orchestration patterns.

Coding agents are assistants operating from developer endpoints with access to repositories, terminals, files, credentials, networks, browsers, cloud tools, and MCP servers.

The Local MCP Broker is Pavri's endpoint-sensor component for routing configured MCP tool calls through local policy and approval behavior.

Gateway comparison

Gateways see traffic routed through them. Pavri focuses on identity-to-action context across framework and endpoint control points.

EDR comparison

EDR sees endpoint events. Pavri adds agent, assistant, MCP, workspace, policy, and session context.

Observation vs enforcement

Observation records evidence. Enforcement changes action outcome where a control point supports it.

Launch resource paths

Start with the artifacts that answer buyer and reviewer questions.

The public resource library is intentionally narrow at launch. Each path points to a concrete page that can be reviewed without a generated deck or placeholder download.

Coverage matrix

Review framework and endpoint coverage by integration path, operating system, control point, and limitation.

/coverage

Security review path

See data handling, auditability, access controls, and current certification boundaries.

/security

Integration definitions

Map framework agents, coding agents, MCP, SIEM, response, and MDM into the launch workflow.

/integrations
Next step

Move from definitions to implementation.

Review the platform model or request a walkthrough.