Explore
Find your way into Saint
Start with the fundamentals, jump into a workflow, or compare Saint with the nearby tools. The structure stays simple so the path is obvious.
Work from the screen you already have
Why desktop AI assistants need live screen understanding, continuity, and native workflows instead of another web chat experience.
For coding teams
How Saint can support coding workflows with live desktop context, memory, voice, and continuity across editors, terminals, and browsers.
Choosing between Saint and Screenpipe
An honest comparison of Saint and Screenpipe, including where each product is strongest and which layer of the desktop AI stack each one serves.
Start with the core ideas
Foundational reads on how Saint handles local context, memory, privacy, and the active screen.
See Saint in real work
Follow the workflows where Saint is easiest to understand in practice: coding, research, and operations.
Compare the nearby options
Clear decision notes on where Saint fits against adjacent tools and categories.
Guides
Start with the core ideas
Foundational reads on how Saint handles local context, memory, privacy, and the active screen.
Keep AI close to the machine
What a local AI assistant should do for private desktop work, and why Saint focuses on live context, memory, voice, and native performance.
Work from the screen you already have
Why desktop AI assistants need live screen understanding, continuity, and native workflows instead of another web chat experience.
Run the useful parts locally
Why an on-device AI assistant needs more than local inference, including local memory, private voice, and screen-aware workflow context.
Keep sensitive work under tighter control
How private AI assistants should handle sensitive desktop work, on-device memory, screen context, and voice without defaulting to the cloud.
Let the screen carry more context
What screen-aware AI means, why OCR alone is not enough, and how Saint is designed to stay grounded in live desktop context.
Use Cases
See Saint in real work
Follow the workflows where Saint is easiest to understand in practice: coding, research, and operations.
For coding teams
How Saint can support coding workflows with live desktop context, memory, voice, and continuity across editors, terminals, and browsers.
For research work
How Saint can support research workflows by staying grounded in open tabs, notes, documents, citations, and memory on the desktop.
For operations teams
How Saint can support operations work by staying grounded in inboxes, calendars, dashboards, documents, and recurring team procedures.
Comparisons
Compare the nearby options
Clear decision notes on where Saint fits against adjacent tools and categories.
Choosing between Saint and Screenpipe
An honest comparison of Saint and Screenpipe, including where each product is strongest and which layer of the desktop AI stack each one serves.
Choosing between Saint and Rewind
Compare Saint and Rewind for local desktop memory, AI assistance, meeting capture, and how each product approaches context on the user's machine.
Choosing between Saint and Limitless
Compare Saint and Limitless for local desktop workflows versus wearable audio capture, meeting memory, and AI recall.
Choosing between Saint and Recall
Compare Saint and Microsoft Recall for local snapshot memory, Copilot+ requirements, privacy controls, and assistant behavior on the desktop.