Rivault vs tavily: Features, Pricing & Which Is Better (2026)
A side-by-side comparison of Rivault and tavily — features, pricing, and ideal use cases — to help you decide which AI tool fits your workflow.
Rivault
Rivault
A zero-knowledge vault that lets AI agents request sensitive data on demand, unlocked by Face ID or passkey and redacted after each task.
Key features
- Zero-knowledge Vault: Sensitive data is encrypted client-side so Rivault never has access to the underlying values by default.
- Per-request Auth: Every agent access triggers a fresh authorization request that you approve with Face ID or a passkey.
- Deterministic Redaction: Data is scoped to a single task and redacted from the agent's context after completion.
- Agent-agnostic Integration: Works with chat-based AI agents and Computer Use Agents that automate browser or desktop flows.
- Ownership of PII: Store SSN, payment info, phone numbers, and emails once and reuse without leaving copies in session logs or memory.
- Biometric Unlock: Face ID or passkey approval keeps the human in the loop for every sensitive field release.
Best for
- Agent-driven Bookings: Approve passport and card details on-demand when an agent books flights or hotels.
- Automated Form Fill: Let CUAs complete government or insurance forms without leaving PII in browser logs.
- Customer Support Delegation: Grant scoped access to account numbers when an agent handles a service call for you.
- Recurring Task Automation: Reuse stored credentials across many agent workflows without pasting them each time.
- Enterprise Agent Deployments: Add a consent + audit layer for teams deploying agents that touch sensitive employee or customer data.
tavily
Tavily
Real-time web search and content extraction APIs optimized for LLM agents and RAG workflows.
Key features
- Real-time Search Engine: Low-latency, relevance-optimized web search API that returns contextual results tailored for LLM consumption and agent workflows.
- Intelligent Content Extraction: Extracts structured data and summarized content from URLs, returning relevant passages, metadata, and evidence for use in RAG and agent responses.
- Crawl and Map Capabilities: Configurable site crawling with depth/limit and instruction controls to discover, index, and map site structure and content for downstream use.
- Ranked Results and Filtering: AI-driven ranking and filtering options (topics, domains, date ranges, result limits) to prioritize the most relevant web content for queries.
- SDKs and Language Support: Official client libraries (Python and TypeScript/JavaScript) and examples for quick integration into applications, agents, and MCP servers.
- MCP Integration Tools: Atomic tool endpoints (e.g., web_search, answer_search, news_search) and example MCP servers to expose Tavily search capabilities to LLM toolchains.
- Credit-Based Usage Model: API access controlled via API keys and credits, with documentation and client wrappers that surface credits usage and request parameters.
- Developer-Focused Documentation and Examples: Guides, tutorials, and example repositories (conversational agents, notebooks) to accelerate adoption in production agents and RAG systems.
- Real-time web search API optimized for relevancy and low latency
- AI-powered content extraction that returns structured data from URLs
- Web crawler with configurable depth, limit and instructions
- Web mapping tool to create structured site maps
- MCP server distribution exposing atomic tools (search, extract, map, crawl)
- Official SDKs: Python wrapper (tavily-python) and TypeScript/JavaScript library
- Search options: topic, time_range/days, search_depth, max_results, include/exclude domains, include images/descriptions
- Authentication via API key; supports environment variable or .env configuration
- Remote MCP server option to avoid local installation
- ESM-only JS package compatible with Node.js >= 18, bun, deno, Cloudflare Workers
Best for
- RAG Augmentation: Enrich vector-retrieval or knowledge-store results by fetching fresh, ranked web passages and structured extracts to improve answer accuracy.
- Agent Tooling: Provide LLM agents with an external web-search tool for real-time facts, citations, and evidence when answering user queries or performing tasks.
- Conversational Agents with Live Web Context: Build chatbots that fuse conversation history with up-to-date web results (search + extract + crawl) to maintain accuracy on recent events.
- News Monitoring and Summarization: Search recent news, extract key content and metadata, and generate evidence-backed summaries or alerts for trending topics.
- Site Understanding & Data Extraction: Crawl and map sites to extract structured product, article, or metadata for analytics, indexing, or content migration tasks.
- MCP Server Deployment: Deploy Tavily-backed MCP servers to expose atomic search and answer tools to LLM orchestration systems and toolchains.
- Grounding LLM agents with real-time web results for up-to-date responses
- Retrieval-Augmented Generation (RAG) workflows for up-to-date context
- Conversational agents that fuse chat with live web search and extracted evidence
- News monitoring and discovery with AI-extracted relevant content
- Web data extraction and structured scraping for analytics and knowledge bases
- Integrating web search/extract into MCP-based agent frameworks and Neo4j knowledge graphs