On August 24, 2026, Britive introduced Britive ARC (Agentic Runtime Control), shifting the AI-agent security question from how to protect a credential to why an agent should hold privileged access between tasks. The product is aimed at enterprise agents that query databases, call APIs, change infrastructure, or act on work initiated by other agents.
ARC's core idea is to bind access to the work being performed. Britive says each grant is evaluated against the identity behind the request, the task, and the required scope. If authorized, the agent receives only what it needs, remains under control while the task runs, and loses the access when the task is complete. The agent therefore does not need to keep high privilege during idle time.
The product describes a continuous control loop of verify, assess, authorize, observe, and revoke. Britive says it captures identities, requests, authorization decisions, privileges, actions, and outcomes. For agent tool calls, the audit evidence can also include the prompt, tool, arguments, and the agent's stated intent. That puts the decision to allow an action and the record of what happened on one event chain.
ARC also promises control after access is granted. For systems that do not require long-lived credentials, it can elevate permissions inside the target system. For systems that do, Britive says it can create and inject credentials at runtime and revoke them when the task ends. Its MCP Gateway evaluates tool calls against centralized policy before they reach downstream systems; the release gives the example of allowing a database read while blocking an unauthorized destructive action.
This is an important direction for agent workflows because the overlooked risk is often not the model's answer. It is the durable authority an agent gains after it connects to real systems. Task-scoped access can reduce exposure from long-lived credentials and limit error propagation, but it is not a complete security design. Organizations still need to handle prompt injection, identity impersonation, mistaken intent, tool permissions, and human approval for high-impact actions.
Britive says ARC is available on its platform, with capabilities covering agent discovery and governance, MCP tool-call authorization, runtime elevation, access enforcement, delegated action, and signal-driven revocation. Those are vendor descriptions. The announcement does not provide an independent security assessment, cross-environment success rate, or incident data. For now, ARC is best understood as a zero-standing-privilege approach to enterprise agent authorization, not as an independently validated safety guarantee.
The larger shift is that agent permissions are moving from give an account and monitor it toward prove what each task needs. As agents enter CRMs, databases, cloud infrastructure, and internal automation, task-level authorization, continuous policy enforcement, and traceable records are closer to the real operational risk than another layer of login protection alone.
