Least privilege
Issue short-lived, task-specific access instead of inheriting a user's full authority.
Strict sandboxing and comprehensive logging form the foundation of our architecture, minimizing deployment risks while elevating productivity.
Features strict, network-restricted, air-gapped deployment architecture and staging simulations.
Air-gapped deployment architecture with strict, real-time outbound network controls.
Local dry-run rehearsal environment to deeply validate workflows before pushing them live.
Full, immutable audit trailing capturing all agentic operations and reads.
Features focused on access control, strict corporate guardrails, and human-in-the-loop validation.
Here's your morning briefing:
Do you want to schedule this tasks?
| Name / Email | Role | Department | Status |
|---|---|---|---|
|
SC
Sarah Chen
sarah.chen@openclaw.com
|
Admin | Operations | Active |
|
MT
Michael Torres
m.torres@openclaw.com
|
Staff | Sales | Active |
|
EW
Emily Wright
e.wright@openclaw.com
|
Custom Admin | Finance | Active |
|
JP
James Park
james.p@openclaw.com
|
Staff | Marketing | Suspended |
Immutable approval checkpoints preceding all external data writing and workflow execution tasks.
Role-Based Access Control (RBAC) tightly locks down access permissions to specific user blocks.
Secure, enterprise-grade capability skills pre-approved and locked down by super-admins.
Features focused on monitoring costs, configuring AI behavior, and orchestrating tasks from a single interface.
Here's your morning briefing:
Do you want to schedule this tasks?
Command-center UI to configure, orchestrate, and manage all background tasks and connections.
Precise consumption monitoring and budgetary limits enforced on LLM compute pools.
Specialized administrator panel to rapidly tune, configure, and refine custom AI behaviors.
Security is an operating model
Enterprise agents read records, call tools and can change business state. That expands the risk surface beyond content accuracy. Security therefore has to govern identity, data, actions, runtime isolation, third-party content and the people responsible for every consequential workflow.
Issue short-lived, task-specific access instead of inheriting a user's full authority.
Classify what the agent may retrieve, retain, transform and disclose for each workflow.
Run code, files and browser activity in controlled environments with network and resource limits.
Treat web pages, documents and messages as untrusted data—not instructions that can expand authority.
Require human review according to action risk, data sensitivity, value and reversibility.
Monitor anomalous behaviour, preserve traces, suspend agents and investigate with reproducible evidence.
Resolve the user, agent and service identities.
Calculate permitted data, tools and actions for this task.
Create a controlled workspace with explicit network and runtime limits.
Screen external content and proposed actions for policy violations.
Escalate sensitive or irreversible steps to an accountable reviewer.
Record behaviour, outcome and anomalies for audit and response.
| Risk | Enterprise control | Evidence for assurance |
|---|---|---|
| Excessive access | Scoped credentials and policy enforcement | Access decision and resource log |
| Prompt injection | Untrusted-content isolation and action review | Source trace and blocked instruction record |
| Wrong or incomplete result | Outcome tests and human exception queue | Evaluation score and reviewer decision |
| Unapproved external action | Approval gate and allow-listed destinations | Approval identity, time and payload |
| Runaway cost or activity | Time, token, tool and transaction budgets | Budget alerts and termination reason |
Can one compromised document cause the agent to acquire more authority?
Can administrators see every connected system, credential, skill and scheduled run?
Can a run be stopped centrally and reconstructed afterwards?
Are high-risk actions blocked by policy, not merely discouraged in a prompt?
Does the deployment model meet residency, retention and key-management requirements?
A secure enterprise agent is not an unrestricted digital employee. It is a constrained operator whose authority, environment and evidence are continuously governed.