The carrier automation exchange for modern telecom operations.
Carrierly.io gives enterprises, MSPs, TEM providers, and AI agents one normalized layer to order devices, manage wireless services, check carrier status, map catalogs, and eliminate one-off carrier integrations.
The Problem
Wireless ordering is fragmented. Carrierly turns it into a controlled operating model.
Every carrier has its own systems, contracts, account structures, SKU rules, portals, and eBonding flows. Carrierly sits between enterprise demand and carrier execution so teams can move from approved request to completed order without manual portal work or custom code for every carrier.
Unified API
One normalized interface for wireless ordering, status checks, service actions, and carrier workflow automation.
MCP layer
Agent-ready tools that let approved AI workflows order, check, validate, and manage services safely.
PWA dashboard
A clean command center for order history, exception handling, customer access, and operational visibility.
Catalog mapping
Translate customer-specific devices, plans, features, SKUs, FANs, BANs, and carrier rules into one model.
Security & governance
Approval gates, role-based access, credential isolation, audit history, and action controls for real-world procurement.
Reports & KPIs
Track order volume, status aging, carrier performance, exceptions, and executive-level procurement metrics.
Unified data flow
From request to order status in one unified workflow.
Carrierly solves the N x M integration problem by giving every workflow, portal, and agent one clean path into many carrier systems.
Request originates
Business rules & approvals
Carrierly normalization layer
Carrier adapters
Carrier execution
MCP layer that enables ordering and manage services via AI agents.
Carrierly exposes safe, structured tools that AI agents can discover and use to turn approved intent into controlled carrier actions. Instead of teaching every agent how to navigate carrier portals, ServiceNow flows, or custom eBonding logic, Carrierly gives them one permissioned action layer.
Wireless onboarding request
For every audience
Built for developer workflows, operations teams, and executive visibility.
Developers
Operations
Executives
Pricing
Pricing that matches how carrier automation creates value.
Carrierly combines platform access, carrier connectivity, and usage-based execution so customers can start with one workflow and scale across carriers, business units, and customers.
Launch
For teams proving the first automated carrier workflow with one carrier and a controlled user group.
Scale
For enterprises and MSPs running multiple workflows, customers, and carrier environments.
Enterprise
For complex carrier environments requiring advanced governance, security, integrations, and dedicated rollout support.
Product architecture
A normalized carrier execution rail between demand systems and carrier systems.
Carrierly is designed as a sidecar platform that can work with Temforce, ServiceNow, internal apps, PWA portals, MSP dashboards, and AI agents while shielding users from carrier-specific complexity.
Demand side / users
Carrierly.io
Unified API + MCP + PWA for carrier ordering and service management
Supply side / carrier systems
Let’s map your first carrier automation workflow.
Tell us where carrier ordering breaks down today. We’ll help identify the cleanest first workflow, whether that starts inside Temforce, ServiceNow, an internal app, an MSP dashboard, or an AI agent using MCP.
Best first workflow
Approved wireless request to carrier order, status sync, exception handling, and inventory update.
AI-ready roadmap
Explore MCP tools for order validation, status checks, service changes, and governed agent actions.
Contact Carrierly
Use this page as the native Carrierly contact experience for preview requests, pilot conversations, and partnership inquiries.
Start with one workflow. Scale into the carrier automation exchange.
Begin with approved wireless orders, normalized carrier submission, status return, and inventory update. Then expand across carriers, customers, service actions, and agentic workflows.