Skip to main content

​
Overview

AgenticOrg is an enterprise AI agent orchestration platform with 35 agents across 6 domains, connected to 54 enterprise systems via 340+ tools. It is live at agenticorg.ai. AgenticOrg agents call real APIs — Salesforce, Jira, HubSpot, SAP, S3, Gmail, Stripe, and 47 more. Each agent has a shared service account credential for each system. The challenge: how do you prevent an AP Processor agent from deleting contacts when it should only read invoices?

​
The Problem

AgenticOrg’s 35 agents share the same underlying service account credentials for each connected system. The credentials themselves do not restrict what an agent can do:
  • Agent A (AP Processor) should only read invoices, not delete contacts
  • Agent B (Sales Rep) should create leads, not approve payments
  • Agent C (Recruiter) should post jobs, not terminate employees
Without per-agent enforcement, any agent with access to the Salesforce credential could call any Salesforce API — reads, writes, deletes, admin operations.

​
How Grantex Solved It

AgenticOrg integrated Grantex as the authorization layer between agents and their tool connectors: 
                     Grantex Token                                   Shared Creds
  +--------------+  ----------------->  +---------------------+  ----------------->  +------------+
  |  AI Agent    |                      |   Tool Gateway      |                      | Salesforce  |
  | (no creds)   |                      | verify token ->     |                      | S3, Jira    |
  |              |  <-- scoped resp --  | check scope ->      |  <-- response -----  | SAP, FTP    |
  +--------------+                      | connector           |                      +------------+
                                        +---------------------+
                                              |
                                              v audit
                                         Grantex Cloud
The flow:
  1. Agent creation — auto-registers on Grantex, gets a DID, tools mapped to scopes
  2. Human approves — Grantex issues an RS256-signed grant token with specific scopes
  3. Every tool call — Tool Gateway verifies the token, checks scopes against the manifest, then calls the connector
  4. Agent never sees the Salesforce/S3/Jira credentials — only the Grantex token
  5. Revoke a grant — agent immediately loses access across ALL connected systems

​
The Remaining Gap: Keyword Guessing

AgenticOrg’s initial Tool Gateway guessed read vs write from tool name keywords: 
# Fragile -- "process_refund" passes as "read" because no keyword matches
permission = "write" if any(w in tool_name for w in ("create", "delete", ...)) else "read"
This approach had real problems:
  • process_refund was classified as read because no keyword matched
  • file_gstr3b was classified as read (the word “file” as in “file a return” was not recognized)
  • void_envelope was classified as read (no “delete” keyword)
  • Any new tool defaulted to read even if it performed destructive operations
Grantex solved this with tool manifests: explicit permission declarations for every tool on every connector, so no platform has to guess.

​
The Solution: Tool Manifests + enforce()

AgenticOrg replaced the keyword-guessing logic with Grantex’s pre-built manifests: 
from grantex import Grantex
from grantex.manifests.salesforce import manifest as sf
from grantex.manifests.hubspot import manifest as hs
from grantex.manifests.jira import manifest as jira
# ... all 54 connectors

grantex = Grantex(api_key=os.environ["GRANTEX_API_KEY"])
grantex.load_manifests([sf, hs, jira, ...])

# In the tool execution hot path -- before every tool call:
result = grantex.enforce(
    grant_token=agent_token,
    connector=connector_name,
    tool=tool_name,
)
if not result.allowed:
    raise PermissionError(result.reason)

# Proceed with tool execution...
Every one of AgenticOrg’s 340+ tools now has an explicit permission level declared in a manifest. No guessing, no keywords, no ambiguity.

​
Architecture

  Agent Pool (35 agents)
  ├── Finance Domain
  │   ├── AP Processor      → scopes: tool:netsuite:read:*, tool:banking_aa:read:*
  │   ├── Revenue Analyst   → scopes: tool:stripe:read:*, tool:quickbooks:read:*
  │   └── Tax Filing Agent  → scopes: tool:gstn:write:*, tool:income_tax:write:*
  ├── Sales Domain
  │   ├── Lead Generator    → scopes: tool:salesforce:write:*, tool:hubspot:write:*
  │   └── Deal Closer       → scopes: tool:salesforce:write:*, tool:docusign:write:*
  ├── HR Domain
  │   ├── Recruiter         → scopes: tool:greenhouse:write:*, tool:linkedin_talent:write:*
  │   └── Payroll Admin     → scopes: tool:darwinbox:admin:*, tool:keka:admin:*
  └── ...

  Tool Gateway
  ├── grantex.enforce() on every call (< 1ms)
  ├── 54 pre-built manifests loaded at startup
  ├── 3 custom manifests for internal APIs
  └── Fail-closed: unknown tools denied

​
Results

“35 AI agents, 54 connectors, 340+ tools — all scope-enforced through one grantex.enforce() call per tool execution. The keyword-guessing approach misclassified 12% of our tools. With manifests, it is zero.”— AgenticOrg engineering team
Key metrics after deploying Grantex scope enforcement:
MetricBeforeAfter
Tool misclassification rate12%0%
Enforcement latency (p99)N/A (keyword regex)< 1ms
Permission coverage~60% of tools (others defaulted to read)100% of tools
Time to add a new connectorWrite keyword regex + manual reviewLoad pre-built manifest (1 line)
Incident response (revoke access)Per-connector credential rotationSingle grant revocation
Enforcement in the hot path: grantex.enforce() runs on every tool call in AgenticOrg’s production pipeline. The call decodes the JWT, resolves the permission from the manifest, and checks scope coverage — all in under 1 millisecond, with no network round-trip required for the manifest lookup.

​
Try It Yourself

  1. Browse the manifests — see all 54 connectors and their tools: 
    grantex manifest list
  2. Add enforcement to your agent — five lines of code: 
    from grantex import Grantex
from grantex.manifests.salesforce import manifest as sf
grantex = Grantex(api_key="gx_...")
grantex.load_manifest(sf)
result = grantex.enforce(grant_token=token, connector="salesforce", tool="delete_contact")
  3. Read the full guide — Scope Enforcement