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Ada — a local-first, privacy-first personal AI assistant with voice, user-controlled memory, and permissioned computer control.

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Overview

Ada is a local-first, privacy-first personal AI assistant project named after Ada Lovelace. It aims to feel like a capable personal companion with natural voice interaction, persistent user-controlled memory, contextual awareness, and useful computer control, while keeping privacy, transparency, and human control as first-class requirements. The architecture is designed so that the AI model is not the final authority: permissions are deterministic, with AdaGuard using the Cedar policy engine to decide whether proposed actions are allowed. Learning does not silently create new rights, and private data is not automatically shareable. Memory is user-controlled, file-native, and Markdown-first, with current human-editable files as authoritative. The project follows principles such as local first, cloud optional and explicit, privacy by architecture, least privilege, and evidence before decisions. It reuses existing maintained systems where possible, including PydanticAI for agent runtime, Cedar for permissions, DBOS for durable external actions, and Ollama for local model serving. The current status is an initial implementation foundation, with some protections implemented and others being implemented incrementally.

Pricing

Free

Detailed plans have not been confirmed in our catalog. Check the official website for current limits and billing terms.

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Prices and limits may change. Confirm the currency, billing period, seat minimum and usage caps on the official website.

Use Cases

  • Individuals use Ada as a personal AI assistant for natural voice interaction and contextual awareness.
  • Users rely on Ada to manage personal memory that is inspectable, editable, exportable, and deletable.
  • Teams or families use Ada to control computers with deterministic permissions and approval gates.
  • Developers use Ada to integrate replaceable agent runtimes like PydanticAI behind an Ada-owned adapter.
  • Administrators use Ada to enforce authorization policies with the Cedar policy engine behind AdaGuard.
  • Users use Ada to manage calendars through standard CalDAV with provider profiles.
  • Developers use Ada to run local models via self-hosted Ollama with configurable model profiles.

Features

Provides personal AI assistance

Supports voice interaction

Keeps user controlled memory

Controls computers with permission

Follows a local first approach

Prioritizes user privacy

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