Unified Telecom Intelligence
for AI Agents
Break down BSS/OSS silos with Model Context Protocol (MCP) orchestration.
Enable AI agents to see and control your entire telecom infrastructure as one.
$ mcp.service_qualification(
address={"city": "London", "street": "Warwick Rd", "number": "11"},
service={"id": "fiber_1000", "name": "1Gbps Fiber"}
)
# Telepath orchestrates across TMF637, TMF639, TMF621...
✓ Service available
✓ Network resources verified
✓ No active faults detected
✓ Ready for activation
The Challenge
Telecom BSS/OSS systems are fragmented across dozens of APIs and data silos,
making it impossible for AI agents to deliver intelligent automation.
• No context preservation
• Manual correlation required
• AI agents can't understand the full picture
• High activation failure rates
• Persistent context across domains
• Automatic cross-silo correlation
• AI sees complete network state
• Exceptional first-call resolution
Architecture
Built on TM Forum Open Digital Architecture and CAMARA standards
Key Features
Purpose-built for AI-driven telecom operations
Standards-Based Integration
Full TM Forum ODA compliance with CAMARA extensions
Transform Your Telecom Operations
Key benefits of unified BSS/OSS orchestration
Simple Integration
Connect your AI agents in minutes, not months
from telepath_mcp import TelephathClient
# Initialize the MCP client
client = TelephathClient(api_key="your-key")
# AI agent can now orchestrate complex workflows
async def smart_activation(customer_id, service_id, address):
# Check service availability
availability = await client.service_qualification(
address=address,
service={"id": service_id}
)
# Telepath automatically:
# - Checks network resources (TMF639)
# - Detects potential issues (TMF621)
# - Resolves conflicts
# - Provisions service (TMF640)
# - Updates inventory (TMF638)
return await client.activate_service(...)
Ready to Transform Your Telecom Operations?
Join leading telcos already using Telepath AI to enable
autonomous network operations and next-gen customer experiences.