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AT&T IoT MCP Server

Name: AT&T IoT
Availability: InStock
Author: Vinkius

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IoT Control Center -- Manage SIM devices, activation, data pools, shared plans, and connectivity diagnostics via AT&T IoT API.

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What is the AT&T IoT MCP Server?

The AT&T IoT MCP Server gives AI agents like Claude, ChatGPT, and Cursor direct access to AT&T IoT via 10 tools. IoT Control Center -- Manage SIM devices, activation, data pools, shared plans, and connectivity diagnostics via AT&T IoT API. Powered by the Vinkius - no API keys, no infrastructure, connect in under 2 minutes.

Built-in capabilities (10)

activate_devicediagnose_connectivityget_data_usageget_device_statusget_pool_usagelist_data_poolslist_devicesresume_devicesuspend_deviceupdate_device_settings

Tools for your AI Agents to operate AT&T IoT

Ask your AI agent "List all my IoT devices and show me which ones are suspended." and get the answer without opening a single dashboard. With 10 tools connected to real AT&T IoT data, your agents reason over live information, cross-reference it with other MCP servers, and deliver insights you would spend hours assembling manually.

Works with Claude, ChatGPT, Cursor, and any MCP-compatible client. Powered by the Vinkius - your credentials never touch the AI model, every request is auditable. Connect in under two minutes.

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AT&T IoT MCP Server capabilities

10 tools

activate_device

Returns activation timestamp and assigned IP. Use to onboard new devices or restore service after maintenance. Activate a suspended or deactivated IoT SIM

diagnose_connectivity

Returns diagnostic results and recommended actions. Use for rapid troubleshooting of offline devices. Run automated diagnostics to troubleshoot IoT device connectivity

get_data_usage

Use to monitor plan limits, identify heavy users, or forecast billing. Retrieve current and historical data usage for an IoT SIM

get_device_status

Use to troubleshoot offline devices or verify data allowance. Get real-time connectivity and data status of an IoT SIM

get_pool_usage

Use to prevent pool exhaustion or reallocate unused data. Get detailed usage metrics for a specific data pool

list_data_pools

Use to manage enterprise data sharing across fleets. List shared data pools configured for IoT devices

list_devices

Use to audit fleet inventory, identify inactive SIMs, or verify provisioning status. List all IoT SIMs/devices managed in AT&T Control Center

resume_device

Use to restore service after troubleshooting or policy clearance. Resume network access for a suspended IoT SIM

suspend_device

Use for lost/stolen devices, cost containment, or decommissioning. Suspend an IoT SIM to block network access

update_device_settings

Requires ICCID and JSON settings object. Use to optimize performance or migrate devices between plans. Update configuration settings for an IoT device

What the AT&T IoT MCP Server unlocks

Connect your AT&T IoT account to any AI agent and take full command of your IoT SIM fleet through natural conversation.

What you can do

Device Inventory -- List all IoT SIMs with ICCIDs, statuses (active, suspended, deactivated), data plan names, and last activity dates
Real-Time Status -- Get live connectivity state, IP address, signal strength, data used/remaining, and suspension reasons for any SIM
Activate & Suspend -- Instantly activate suspended devices or suspend compromised SIMs to block network access and contain costs
Resume Devices -- Restore network access to suspended SIMs after troubleshooting or policy clearance without reprovisioning
Data Usage Tracking -- Retrieve current and historical usage per SIM with daily breakdowns, overage alerts, and cycle forecasts
Data Pool Management -- List shared data pools, monitor aggregate consumption, identify top-consuming devices, and prevent pool exhaustion
Device Configuration -- Update rate limits, APN settings, and pool assignments to optimize performance or migrate devices between plans
Automated Diagnostics -- Run connectivity troubleshooting checks including network registration, APN config, data session status, and known outages

How it works

1. Subscribe to this server
2. Enter your AT&T IoT API Key and Client ID
3. Start managing your IoT fleet from Claude, Cursor, or any MCP-compatible client

No more logging into the IoT Control Center portal for every SIM check. Your AI agent becomes your IoT operations console.

Who is this for?

IoT Fleet Managers -- monitor device health at scale, track data pool consumption, and prevent SIM exhaustion before it happens
Field Engineers -- diagnose offline devices remotely, activate new deployments, and suspend lost or stolen SIMs instantly
Network Operations -- troubleshoot connectivity issues with automated diagnostics, review APN configurations, and check known outages
Finance Teams -- audit data usage across the fleet, forecast billing cycles, and reallocate unused pool capacity to save costs

Frequently asked questions about the AT&T IoT MCP Server

What information do I need to identify an IoT SIM?

Each IoT SIM is uniquely identified by its ICCID (Integrated Circuit Card Identifier) -- a 19-20 digit number printed on the SIM card or available in your IoT Control Center dashboard. The ICCID is required for all device-specific operations like activation, suspension, and usage queries. You can list all your devices with list_devices to discover ICCIDs for your entire fleet.

How do data pools work and how can I prevent pool exhaustion?

Data pools are shared data plans across multiple IoT SIMs. Instead of each SIM having an individual cap, all devices in the pool draw from a common data bucket. Use list_data_pools to see your pools, get_pool_usage to check consumption and identify top-consuming devices, and set up alerts before reaching the limit. If a pool is near exhaustion, you can suspend low-priority devices with suspend_device or migrate high-usage devices to a different pool with update_device_settings.

Can I automatically diagnose why an IoT device went offline?

Yes. Use the diagnose_connectivity tool with the device's ICCID. It runs automated checks for network registration status, APN configuration, active data session, signal strength, and known network outages in the device's area. The tool returns detailed diagnostic results with recommended actions -- helping your field engineers resolve connectivity issues without manual portal navigation.