@ycombinator: StableBrowse is a new browser layer for AI agents. They enable agents to navigate the web with 70% fewer tokens and 3-4…

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Summary

StableBrowse is a new browser layer for AI agents that reduces token usage by 70% and speeds up execution by 3-4x by converting websites into reusable execution graphs.

StableBrowse is a new browser layer for AI agents. They enable agents to navigate the web with 70% fewer tokens and 3-4x faster execution. Congrats on the launch, @deepitshah5, @JayMehta446970, @_sarthak____, and @somanshshah! https://t.co/ectpPwvkJ6 https://t.co/X7kXswsU4h
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Cached at: 05/27/26, 12:58 AM

StableBrowse is a new browser layer for AI agents. They enable agents to navigate the web with 70% fewer tokens and 3-4x faster execution.

Congrats on the launch, @deepitshah5, @JayMehta446970, @sarthak___, and @somanshshah!

https://t.co/ectpPwvkJ6 https://t.co/X7kXswsU4h


StableBrowse | Browser Infrastructure Layer for AI Agents

Source: https://stablebrowse.com/ Browser Infrastructure Layer

Turn dynamic websites into structured execution graphs agents can navigate, query, and reuse across runs.

Trusted by Engineers at

What we solve

Browser agents fail because they do not understand websites.

01 · Site memory### Agents start from zero on every run.

Most web agents read the current DOM, act, and forget. They have no reusable model of page meaning, workflow state, or the paths that worked last time.

02 · Workflow drift### Small website changes trigger guessing.

A popup, renamed button, reordered form, or broken step can push agents into retries, stale assumptions, and misread page state.

03 · Execution cost### Every mistake burns tokens and time.

Without a verified map of what to do next, agents over-query pages, repeat actions, and spend expensive model context on browser mechanics.

Engineering

Websites become reusable execution graphs.

Switch to the view to see the live structure.

Persistent site memory

StableBrowse learns how a site works once, then gives every future agent run a reusable model of pages, state transitions, and successful paths.

Knowledge graphs

Page semantics, DOM anchors, forms, actions, and internal endpoints are encoded into a graph instead of sent as raw HTML.

Execution patterns

Repeated workflows become verified routes. When the UI shifts, agents can recover through known state, endpoint, and action patterns.

Use cases

Built for repetitive web work.

Form filling, custom data indexes, repetitive tasks, and workflow automation all run better when agents have a memory of the website.

Compliance

Enterprise-grade security & compliance.

Actively pursuing industry-standard certifications for regulated workflows.

HIPAAHealth data privacy and security safeguards for healthcare workflows.Compliant

SOC 2 Type IIndependent validation of security controls design and implementation.In Progress

SOC 2 Type IIOngoing operational effectiveness of security controls over time.In Progress

Build agents on a reusable site graph.

Show us the workflow. We’ll show you the execution map.

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