Plivo

Plivo MCP Connector for Claude

A+

Equip AI with native telecom powers. Send SMS, manage SIP trunks, and audit voice calls autonomously.

10 tools Official Updated Jun 28, 2026 Official Vinkius Partner

Grant your AI agent the absolute capacity to bridge code into the global telecommunications network via Plivo. Circumvent visual dashboards entirely. You can instruct your personal LLM (Cursor, Claude) to dispatch real SMS text messages, bridge live VoIP calls across E.164 formats, or pull heavy financial billing limits proactively from the console.

What you can do

  • Live SMS Outbound — Instruct your bot to dynamically dispatch send_sms payloads mapping precise strings to specific international destination variables without writing boilerplate bindings.
  • Voice Operations — Push strict XML logic routing into active PSTN grids. Initiate (make_call), actively trace connection lengths (get_call), or vaporize stuck voice sessions (cancel_call).
  • Telecom Auditing — Dive into messaging analytics. Query list_messages extracting exact 5xx delivery failures, retrieving explicitly why a telecom carrier rejected the frame (get_message).
  • Inventory & Capacity — Force the agent to interrogate your account for its exact active DID numbers (list_numbers), map VoIP registration footprints (list_endpoints), and monitor billing funds natively (get_account).

How it works

  1. Enable the explicit Plivo integration module on Vurb
  2. Supply your Plivo Auth ID alongside its Auth Token
  3. Start dictating telecom operations exclusively via AI chat prompts

Who is this for?

  • DevOps Engineers — script your local LLM to run diagnostics, ping get_account to evaluate low balances, and instantly message admins on their phone.
  • Backend Architects — verify SMS integrations dynamically by demanding the AI send you test payloads bridging directly to your mobile device.
  • Telecom Ops — purge phantom active calls stuck in loop states by conversing directly using list_calls followed by sweeping cancel_call operations.
voice-apisip-trunkingsms-gatewaytelecom-infrastructuree164-formattingreal-time-communication

10 tools expose this connector's capabilities to your AI agent.

terminate_call

Hang up an active call

get_account_info

Get Plivo account details

get_call_details

Get specific call details

get_message_details

Get details for a specific message

list_calls

List recent voice calls

list_sip_endpoints

List SIP endpoints

list_messages

List sent and received messages

list_plivo_numbers

List phone numbers in the account

make_voice_call

Initiate an outbound voice call

send_sms

Send an SMS message

See how to talk to your AI agent using Plivo.

Check Plivo account status and let me know my remaining wallet balance.

Retrieval confirmed via `get_account`. Primary Plivo account is active securely. Current remaining balance mapped to `$412.55`. Would you like me to ping the `list_calls` node to verify active expenses burning constraints right now?

Send an SMS message to `15551234567` from our main `15559876543` local number saying the servers are online.

Action logged and sent. Executed the mutation `send_sms` seamlessly passing source E.164 and target destinations simultaneously. Plivo acknowledged payload receipt queue mapping it successfully holding object UUID: `a7d-22r9`. I will monitor the background if required.

Check Plivo network to list all presently active voice phone calls.

Query deployed against the active telecom trunk node (`list_calls`). Result: Empty array bounding currently parsed instances. The network endpoints are clean, reporting identically 0 concurrent routing states or phantom SIP loops tied to your active parameters.

Yes. When anomalous delivery states occur, the AI can query `list_messages` identifying problematic entries. Then, executing `get_message` feeding the discrete UUID returns explicit structural insights straight from Plivo’s carrier networks (e.g., 'Destination Not Found', 'Blocked by telecom firewall').

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