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agentic control plane Beta

Use cases

Every industry deploying AI agents faces the same core problem: unidentified, unauthorized, unauditable tool calls. Here's how an Agentic Control Plane addresses it.

Healthcare SaaS

A hospital deploys an AI diagnostic assistant that queries patient records via tool calls.

Without an ACP

The AI tool queries patient records via a shared API key. Every clinician's request looks the same to the backend. There's no way to enforce that only licensed physicians access sensitive data, and no audit trail linking queries to specific users. A nurse practitioner and a radiologist have identical access. HIPAA compliance is a manual, after-the-fact process.

With an ACP

Every request is bound to the authenticated physician's identity. Role-based policies restrict tool access by license type — radiologists see imaging data, primary care sees full records. PII in prompts is detected and redacted before reaching the model. Every query is logged with the clinician's identity for HIPAA compliance review.

identifiabl — bind requests to licensed physician
transformabl — detect and redact patient PII
validatabl — enforce role-based tool access
explicabl — immutable audit trails for HIPAA

Fintech & lending

A lending platform uses an AI assistant that helps loan officers pull credit data and generate risk assessments.

Without an ACP

The AI assistant queries credit APIs with a shared service key. Any loan officer can pull any borrower's credit data — no scoping to their assigned accounts. Credit card numbers and SSNs flow through prompts to the LLM. There's no spend tracking per user, so one heavy user can exhaust the team's API budget. Regulators can't trace who accessed what.

With an ACP

Each loan officer's identity is verified and propagated. Tool access is scoped to their assigned borrowers. SSNs and credit card numbers are detected and masked before reaching the model. Per-officer rate limits prevent excessive data pulls. Every credit query is logged with the officer's identity, the borrower accessed, and the policy that authorized it.

identifiabl — verify loan officer identity
transformabl — mask SSNs and credit card numbers
validatabl — scope access to assigned borrowers
limitabl — per-officer rate limits
explicabl — audit trail for regulatory review

SaaS & AI integrations

A SaaS company exposes its product as tools in ChatGPT and Claude so customers can interact with their data through AI.

Without an ACP

The SaaS backend receives tool calls from ChatGPT with a shared API key. It can't tell which customer triggered the request. Tenant isolation breaks down — one customer's agent could access another customer's data. There's no way to enforce per-customer rate limits, and LLM-driven usage spikes are invisible until the bill arrives. Building OAuth token forwarding from scratch takes weeks.

With an ACP

Every tool call arrives with the customer's verified identity and tenant context. The control plane handles OAuth token verification so the SaaS backend always knows which customer is calling. Tenant isolation is enforced at the gateway — customers can only access their own data. Per-customer rate limits and budget caps prevent abuse. The SaaS team ships the integration in days instead of months.

identifiabl — bind tool calls to verified customer
validatabl — enforce tenant isolation per request
limitabl — per-customer rate limits and budget caps
proxyabl — route to SaaS backend with customer identity
explicabl — usage attribution per customer and plan

Enterprise copilot

A company deploys an internal copilot with access to HR systems, financial data, and engineering tools.

Without an ACP

The copilot has access to company tools but treats all employees the same. An intern can query the same financial data as the CFO. A runaway agent loop burns through the OpenAI budget in minutes. Usage can't be attributed to individuals or departments. When the security team asks who accessed salary data last week, nobody knows.

With an ACP

SSO identity flows through every request. Tool access is scoped to the employee's role and department — engineering sees engineering tools, finance sees financial data. Per-user spend limits catch runaway agents before they drain budget. Every action is logged to the individual for security review and cost attribution.

identifiabl — SSO identity binding per employee
validatabl — role-scoped tool and model access
limitabl — per-user spend caps and agent guard
explicabl — identity-level audit and cost attribution

Logistics & supply chain

A logistics company deploys AI agents that query shipment tracking, inventory systems, and carrier APIs on behalf of dispatchers and warehouse managers.

Without an ACP

The AI assistant queries carrier APIs and inventory systems with a shared service account. A regional dispatcher can see shipments for every region. Customer addresses and contact details flow into LLM prompts unfiltered. An agent loop re-querying a rate API burns through rate limits for the whole company. There's no way to trace which dispatcher triggered an incorrect reroute.

With an ACP

Each dispatcher's identity and region assignment flow through every request. Tool access is scoped to their assigned routes and warehouses. Customer PII is redacted before reaching the model. Per-user rate limits prevent agent loops from exhausting carrier API quotas. Every shipment query and reroute decision is logged with the dispatcher's identity for operational review.

identifiabl — bind requests to verified dispatcher
transformabl — redact customer addresses and PII
validatabl — scope access to assigned regions
limitabl — prevent agent loops on carrier APIs
proxyabl — route to carrier APIs with auth injection
explicabl — audit trail for reroute decisions

Construction & engineering

A civil engineering firm uses AI agents to query project management systems, safety inspection databases, and environmental compliance records.

Without an ACP

The AI assistant queries project databases with a shared key. A subcontractor can see the same financial and safety data as a licensed engineer. Environmental impact reports and site assessment data — including GPS coordinates and landowner information — flow into LLM prompts unprotected. There's no record of who queried safety inspection results or modified compliance documentation through the AI.

With an ACP

Each engineer's identity, license status, and project assignments are verified on every request. Tool access is scoped by role — licensed PEs access structural calculations, project managers see timelines and budgets, subcontractors see only their assigned scope. Landowner PII and sensitive site data are redacted before reaching the model. Every query is logged for regulatory and safety compliance review.

identifiabl — verify engineer identity and PE license
transformabl — redact landowner PII and site data
validatabl — scope access by role and project
explicabl — audit trail for safety and regulatory compliance

See how it's built

GatewayStack implements these patterns as composable npm modules. Start with identity and add layers as your requirements grow.