Enterprise authorization and agent control planes
Broader products that combine approvals with IAM, MCP/model control, agent runtime, credentials, or fleet operations.
Dated, source-linked buyer guide
AI agent approval products do not all control the same boundary. Some combine approval with identity and agent or MCP operations; others own credentials and tool execution; focused products optimize review UX or system-of-record governance. ActionProxy Community is narrower: a developer-preview component for deterministic policy, exact-action approval, controlled execution, and reported outcome evidence across its documented HTTP, JavaScript SDK, and MCP paths.
Compare the boundary each product owns before comparing feature labels. Seven products met the current public-evidence gate. This is a curated, dated subset—not a complete market census—and the products are grouped by scope rather than ranked.
Category map
These groups organize the approved comparison set; they are not an exhaustive map of the market.
Broader products that combine approvals with IAM, MCP/model control, agent runtime, credentials, or fleet operations.
Platforms that own tool authorization, credentials, execution, or the MCP runtime in addition to action controls.
Simpler intervention UX or deeper system-of-record governance for a narrower workflow.
At-a-glance comparison
| Product | When teams evaluate it | What the reviewed sources demonstrate |
|---|---|---|
| Permit.io MCP Gateway | MCP adoption needs identity, consent, fine-grained authorization, exact-argument approval, and enterprise deployment controls. | Permit documents exact-argument approve/reject and pause/resume. Reviewer payload editing with original/final lineage was not demonstrated in the reviewed material. |
| Preloop | Multiple agent clients or MCP servers need one policy, approval, audit, session, and model-control plane. | Preloop documents argument-aware policy and multi-channel asynchronous approval. Reviewer edit lineage and exact approval-to-execution binding need further verification. |
| RunAgents | Custom runtime and approval contracts are diverging and the organization wants one full agent control plane. | RunAgents publicly describes approval, payload-hash verification, time-limited grants, credential injection, and audit. Edited-payload and unknown-outcome semantics need verification. |
| Arcade | Shared credentials and broad scopes fail security review or the agent needs reliable end-user-authorized tool execution. | Arcade documents contextual allow/deny/modify controls and a Duo step-up over a specific tool request. A general external business-approval case-management flow is not its primary documented boundary. |
| Peta | MCP server operations and credential management have become the bottleneck, not only human review. | Peta documents per-agent/per-action policy, argument-aware approval, managed runtime, vault, and audit. Reviewer-edit and unknown-outcome semantics need verification. |
| Forsig | The team needs intervention UX without building pages, notification delivery, and callbacks itself. | Forsig documents approve, reject, edit, instruct, and take-over decisions. Its published SDK returns the decision to agent code rather than documenting gateway-owned final execution mediation. |
| ActionPlane | Operators need field-level diffs, approval matrices, pre/post images, audit lineage, and rollback planning for material writes. | ActionPlane documents approval, connector execution, field previews, pre/post images, and rollback plans for supported systems. Reviewer-edit and binding details need verification. |
Feature comparison criteria
What tool identity, arguments, policy state, reviewer requirements, nonce, and expiry does an approval authorize?
Can work pause outside the agent process and resume through a queue or notification channel?
Are original and edited payloads retained, is policy evaluated again, and does approval bind to the final version?
Does the product mediate dispatch, issue a bounded grant, or return a decision to trusted application code?
Can evidence correlate proposal, policy, review, dispatch attempt, and reported outcome, including unknown states?
Does the product hold provider credentials and execute tools, or leave those responsibilities with an existing runner?
Is the boundary MCP-specific, cross-protocol, or part of a broader identity, model, session, or agent platform?
Is it hosted, self-hosted, enterprise-oriented, or a developer preview, and which limitations are documented?
Documented product comparisons
Source coverage describes the completeness and clarity of the reviewed public evidence. It is not a rating of product quality, security, popularity, or competitive risk.
Broader products that combine approvals with IAM, MCP/model control, agent runtime, credentials, or fleet operations.
Permit documents exact-argument approve/reject and pause/resume. Reviewer payload editing with original/final lineage was not demonstrated in the reviewed material.
ActionProxy OSS is a smaller approval-first component across supported HTTP, SDK, MCP, and external-runner paths; Permit is a much broader enterprise authorization platform.
The customer already has identity and needs a lightweight, self-hosted exact-action approval/execution boundary, especially beyond MCP-only workflows.
The account needs mature IAM, consent, RBAC/ABAC/ReBAC, multi-tenancy, enterprise deployment choices, and MCP governance in one system.
Preloop documents argument-aware policy and multi-channel asynchronous approval. Reviewer edit lineage and exact approval-to-execution binding need further verification.
ActionProxy OSS focuses on one exact business-action transaction without becoming the model gateway, session manager, or agent fleet console.
The team wants a small component for consequential business-system actions across existing runners and supported protocols.
The team wants a broad MCP/model/agent control plane and rapid client onboarding through one platform.
RunAgents publicly describes approval, payload-hash verification, time-limited grants, credential injection, and audit. Edited-payload and unknown-outcome semantics need verification.
RunAgents also owns agent deployment, model gateway, identity, credentials, and runtime operations; ActionProxy OSS remains a narrower component.
The buyer wants to retain its runtime, IAM, model gateway, and observability stack and add only the approval/execution boundary.
The buyer wants a complete hosted agent runtime and control plane rather than a component.
Platforms that own tool authorization, credentials, execution, or the MCP runtime in addition to action controls.
Arcade documents contextual allow/deny/modify controls and a Duo step-up over a specific tool request. A general external business-approval case-management flow is not its primary documented boundary.
Arcade is auth/tool-runtime-first; ActionProxy OSS is approval/evidence-first and delegates real provider execution to external runners or MCP.
The customer already has tools and credentials but needs durable operational review, original/edited lineage, and controlled execution evidence.
The primary job is delegated OAuth, tool construction, credential handling, and a supported secure execution runtime.
Peta documents per-agent/per-action policy, argument-aware approval, managed runtime, vault, and audit. Reviewer-edit and unknown-outcome semantics need verification.
Peta owns the MCP runtime and credential plane; ActionProxy OSS is lighter and can authorize external runners as well as supported MCP paths.
MCP is only one execution path and provider credentials should remain in existing runners or servers.
The customer wants one product to run MCP servers, vault credentials, and provide the policy/approval desk.
Simpler intervention UX or deeper system-of-record governance for a narrower workflow.
Forsig documents approve, reject, edit, instruct, and take-over decisions. Its published SDK returns the decision to agent code rather than documenting gateway-owned final execution mediation.
Forsig is a simpler intervention SaaS; ActionProxy OSS adds deterministic policy, approval authorization, one-use grants, attempt outcomes, and a self-hosted boundary.
The gateway rather than trusted agent code must authorize the exact execution and retain action/outcome evidence.
The team trusts its integration and only needs a fast hosted human-review experience.
ActionPlane documents approval, connector execution, field previews, pre/post images, and rollback plans for supported systems. Reviewer-edit and binding details need verification.
ActionPlane is vertically deeper for systems of record; ActionProxy OSS is generic and requires external execution for real SaaS tools.
The customer needs arbitrary tools, local/self-hosted OSS, and a generic execution-authorization contract.
The problem is packaged CRM/ITSM/ERP/finance write governance with field-level recovery and supported connectors.
Shortlist by primary job
Retain the existing IAM, runtime, tools, credentials, and observability stack while adding a narrow, self-hosted exact-action approval and execution boundary across supported paths.
The account needs mature IAM, consent, RBAC/ABAC/ReBAC, multi-tenancy, enterprise deployment choices, and MCP governance in one system.
The team wants a broad MCP/model/agent control plane and rapid client onboarding through one platform.
The buyer wants a complete hosted agent runtime and control plane rather than a component.
The primary job is delegated OAuth, tool construction, credential handling, and a supported secure execution runtime.
The customer wants one product to run MCP servers, vault credentials, and provide the policy/approval desk.
The team trusts its integration and only needs a fast hosted human-review experience.
The problem is packaged CRM/ITSM/ERP/finance write governance with field-level recovery and supported connectors.
ActionProxy boundary
ActionProxy Community v0.1.0 is an Apache-2.0 developer preview for local and self-hosted evaluation. It is not a complete production authorization boundary or hosted SaaS control plane.
Methodology
ActionProxy Community v0.1.0 compared with each competitor's publicly documented product or SaaS offering.
Competitor statements are based on the linked vendor-owned documentation, product, repository, and pricing pages. They were not independently product-tested. This is a curated subset rather than an exhaustive market review.
Last reviewed Jul 13, 2026. Review again by Aug 13, 2026. Product availability, pricing, documentation, and packaging can change, so re-check primary sources before making a buying decision.
“Not demonstrated,” “not documented,” and “needs verification” describe only the sources reviewed; they do not prove absence. Product names and trademarks belong to their respective owners; no affiliation or endorsement is implied.
Verify the boundary