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Connect OpenClaw to Perplexity AI

ClawLink connects OpenClaw to Perplexity AI in one click with managed credential setup, no manual app setup, and 9 tools your agent can call from chat.

ClawLink gives OpenClaw a more practical Perplexity AI setup than rolling your own integration. Instead of building auth, token refresh, and tool wiring yourself, you connect once and start using real Perplexity AI actions from chat.

  • Hosted setup — no custom app wiring
  • 9 tools available immediately.
  • First integration free.
OpenClaw
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OpenClaw connected to Perplexity AI through ClawLink

How to connect OpenClaw to Perplexity AI

Three steps. No developer needed.

1

Install ClawLink

Add the ClawLink plugin to OpenClaw once. Takes under a minute.

2

Connect Perplexity AI

Click Connect next to Perplexity AI in the ClawLink dashboard. Authenticate in a single click.

3

Use from chat

Ask OpenClaw to use Perplexity AI in plain English. ClawLink routes the call.

Why teams connect Perplexity AI to OpenClaw

These use cases change by integration category, available tools, and setup model. This page is not just a cloned template with the logo swapped.

Use case

Blend model workflows with real tools

Use Perplexity AI inside OpenClaw when you want model output and operational actions to happen in one flow.

Use case

Reduce glue-code work

ClawLink makes Perplexity AI accessible from chat so teams can test useful workflows before writing custom automation around them.

Use case

Keep experimentation practical

OpenClaw can call Perplexity AI, inspect the results, and help iterate without a separate integration project first.

What OpenClaw can do with Perplexity AI

9 Perplexity AI tools available the moment you connect. Every action is one chat message away.

perplexityai_create_async_chat_completion

Create Async Chat Completion (POST /v1/async/sonar). Submits an asynchronous chat completion request for long-running tasks. Returns immediately with a request ID that can be polled using the Get Async Chat Completion action. Only the 'sonar-deep-research' model is supported for async processing. Async jobs have a 7-day TTL. Deep research generates very long responses (10K-100K+ words) with exhaustive multi-source analysis. Use the idempotency_key to prevent duplicate submissions. Poll with Get Async Chat Completion using the returned request ID to retrieve results when status is COMPLETED.

perplexityai_create_chat_completion

Perplexity Sonar Chat Completions (POST /v1/sonar). Generates web-grounded conversational AI responses with citations. Supports multiple Sonar models optimized for different use cases: - sonar: Fast, cost-effective for simple queries - sonar-pro: Enhanced quality for complex questions - sonar-reasoning-pro: Chain-of-thought reasoning with <think> blocks - sonar-deep-research: Exhaustive multi-source research (generates very long responses, 10K+ words; prefer the async endpoint for this model) Features: web search grounding, citations, images, structured JSON output, search filtering by domain/date/language/recency, and streaming. Important constraints: - search_recency_filter and date filters (search_after_date_filter, search_before_date_filter, etc.) are mutually exclusive. Use one or the other, not both. - Messages with the 'tool' role must alternate with 'assistant' messages. A valid pattern is: system -> user -> assistant -> tool -> user. - The 'stop' parameter is not currently supported by the API.

perplexityai_create_contextualized_embeddings

Create Contextualized Embeddings (POST /v1/contextualizedembeddings). Generates document-aware embeddings where chunks from the same document share context. Unlike standard embeddings, these recognize sequential relationships within documents, improving retrieval quality. Models: pplx-embed-context-v1-0.6b (1024 dims) and pplx-embed-context-v1-4b (2560 dims). Both support Matryoshka dimension reduction and INT8/binary quantization.

perplexityai_create_embeddings

Generate vector embeddings for independent texts (queries, sentences, documents). This action takes one or more input texts and generates vector embeddings using Perplexity AI's embedding models. Embeddings are useful for semantic search, similarity matching, and machine learning downstream tasks. Supported models: - pplx-embed-v1-0.6b: Smaller, faster model (1024 dimensions) - pplx-embed-v1-4b: Larger, more accurate model (2560 dimensions) The output embeddings are base64-encoded for efficient transmission. Use the dimensions parameter to reduce embedding size for faster processing when full precision is not required (Matryoshka representation).

perplexityai_execute_agent

Create Agent Response (POST /v1/agent). Orchestrates multi-step agentic workflows with built-in tools (web search, URL fetching, function calling), reasoning, and multi-model support. Streaming is not supported by this action. At least one of 'model', 'models', or 'preset' must be provided. Available presets: 'fast-search', 'pro-search', 'deep-research'. The 'deep-research' preset generates very long responses (10K-100K+ words) with exhaustive multi-source analysis. Available models include Perplexity Sonar, OpenAI, Anthropic, Google, xAI, and NVIDIA models at direct provider rates. Use the List Models action to see available model identifiers.

perplexityai_get_async_chat_completion

Get Async Chat Completion (GET /v1/async/sonar/{id}). Retrieves the result of an asynchronous chat completion request by its ID. Use this to poll for the result after creating an async job. The response includes the status and, when completed, the full completion.

+ 3 more Perplexity AI tools available after you connect.

Example prompts for OpenClaw + Perplexity AI

Real examples based on the actual Perplexity AI tools exposed through ClawLink.

Create Async Chat Completion (POST /v1/async/sonar). Submits an asynchronous chat completion request for long-running tasks. Returns immediately with a request ID that can be polled using the Get Async Chat Completion action. Only the 'sonar-deep-research' model is supported for async processing. Async jobs have a 7-day TTL. Deep research generates very long responses (10K-100K+ words) with exhaustive multi-source analysis. Use the idempotency_key to prevent duplicate submissions. Poll with Get Async Chat Completion using the returned request ID to retrieve results when status is COMPLETED

Search Perplexity AI for what I need, summarize the results, and tell me the next best action.

Perplexity Sonar Chat Completions (POST /v1/sonar). Generates web-grounded conversational AI responses with citations. Supports multiple Sonar models optimized for different use cases: - sonar: Fast, cost-effective for simple queries - sonar-pro: Enhanced quality for complex questions - sonar-reasoning-pro: Chain-of-thought reasoning with <think> blocks - sonar-deep-research: Exhaustive multi-source research (generates very long responses, 10K+ words; prefer the async endpoint for this model) Features: web search grounding, citations, images, structured JSON output, search filtering by domain/date/language/recency, and streaming. Important constraints: - search_recency_filter and date filters (search_after_date_filter, search_before_date_filter, etc.) are mutually exclusive. Use one or the other, not both. - Messages with the 'tool' role must alternate with 'assistant' messages. A valid pattern is: system -> user -> assistant -> tool -> user. - The 'stop' parameter is not currently supported by the API

Search Perplexity AI for what I need, summarize the results, and tell me the next best action.

Create Contextualized Embeddings (POST /v1/contextualizedembeddings). Generates document-aware embeddings where chunks from the same document share context. Unlike standard embeddings, these recognize sequential relationships within documents, improving retrieval quality. Models: pplx-embed-context-v1-0.6b (1024 dims) and pplx-embed-context-v1-4b (2560 dims). Both support Matryoshka dimension reduction and INT8/binary quantization

Create it in Perplexity AI for me, then confirm the important fields before you finish.

Generate vector embeddings for independent texts (queries, sentences, documents). This action takes one or more input texts and generates vector embeddings using Perplexity AI's embedding models. Embeddings are useful for semantic search, similarity matching, and machine learning downstream tasks. Supported models: - pplx-embed-v1-0.6b: Smaller, faster model (1024 dimensions) - pplx-embed-v1-4b: Larger, more accurate model (2560 dimensions) The output embeddings are base64-encoded for efficient transmission. Use the dimensions parameter to reduce embedding size for faster processing when full precision is not required (Matryoshka representation)

Search Perplexity AI for what I need, summarize the results, and tell me the next best action.

How ClawLink compares to manual Perplexity AI setup

The alternative to ClawLink is usually manual API key setup plus your own token handling, permission troubleshooting, and tool plumbing for OpenClaw. That is fine if you want to build and maintain the integration yourself. Most teams just want Perplexity AI working from chat.

Credential handling

Manual setup

Collect, validate, store, and rotate the Perplexity AI API key yourself, then make sure every tool call uses the right account.

With ClawLink

Users complete the hosted ClawLink setup once and the connected Perplexity AI account becomes available to the agent without you building credential management.

Ongoing maintenance

Manual setup

You own refresh logic, permission debugging, environment config, and every provider-specific edge case for Perplexity AI.

With ClawLink

ClawLink handles the repetitive integration plumbing so your team can focus on the workflow instead of the infrastructure.

Agent usability

Manual setup

You still need to expose the right Perplexity AI actions to the runtime in a format your agent can reliably use.

With ClawLink

9 tools for Perplexity AI are already exposed through ClawLink, so the agent can read and act from chat immediately.

More AI & ML connections for OpenClaw

If Perplexity AI is only one part of the workflow, these nearby integrations are the next places to look.

What setup looks like for Perplexity AI

Connect perplexity-ai through ClawLink's hosted Composio setup.

Perplexity AI relies on an API key connection, but ClawLink still keeps the setup in one place and exposes the tools to the agent after the account is linked.

OpenClaw works best when the request is concrete. Ask for a specific outcome in Perplexity AI instead of a vague "check this" instruction.

Common connection issues

Connection succeeds but no tools appear

Reconnect Perplexity AI from the dashboard, then start a fresh chat if the runtime still has the old tool catalog loaded.

The Perplexity AI account is connected but the action fails

Check whether the connected account has access to the workspace, inbox, store, or project you are trying to use. Most failures at this stage are permission mismatches, not ClawLink bugs.

API key setup works but results look incomplete

Double-check that the API key for Perplexity AI has the right scopes or account access. A valid key can still be too limited for some reads or writes.

Using Hermes Agent?

Also available for Hermes Agent

Perplexity AI

Ready to connect Perplexity AI?

Your first integration is free. Get OpenClaw talking to Perplexity AI in under two minutes.

Connect Perplexity AI to OpenClaw

No credit card required for the first integration.

ClawLink is the simplest way to connect OpenClaw to Perplexity AI. Page canonical: https://claw-link.dev/openclaw/perplexity-ai.