Hyperbrowser vs Steel
Steel scores higher on the AgentReady, 90/100 against 67/100. They differ on 10 of the 41 signals. Which ones decides whether an agent can adopt them without a person watching.
What each one is
Hyperbrowser. Fast, reliable cloud browsers and sandboxes for AI automation, large-scale web scraping, and agentic code execution.
Steel. Steel is an open source browser API that lets you control fleets of browsers in the cloud.
Where Hyperbrowser is ahead
Hyperbrowser passes limits / constraints documented, and Steel does not. That is understand, whether an agent can read the docs and work out how the API behaves before calling it.
Where Steel is ahead
Steel passes clear product positioning and mcp discoverable, and Hyperbrowser does not. That is discover, whether an agent can find the product at all without being told it exists.
It also holds adopt: no mandatory sales call, fast time to first request, copyable quickstart, official typescript sdk and mcp integration available. Hyperbrowser misses those.
And on operate, observable execution and agent compatibility verified. Hyperbrowser misses those.
What neither does
Both fail authentication documented, retry behavior documented, idempotency support, rate-limit behavior predictable. If your agent needs any of those, you will be building it yourself either way.
Score, pillar by pillar
The AgentReady splits into four pillars, scored separately, because a product can be easy to find and still impossible to adopt.
Discover. Steel leads 100 to 73. Hyperbrowser misses clear product positioning, mcp discoverable; Steel misses nothing.
Understand. Hyperbrowser leads 92 to 85. Hyperbrowser misses authentication documented; Steel misses authentication documented, limits / constraints documented.
Adopt is whether an agent can get a key and make its first successful call without a human in the loop. Steel leads 100 to 55. Hyperbrowser misses no mandatory sales call, fast time to first request, copyable quickstart, official typescript sdk, mcp integration available; Steel misses nothing.
Operate. Steel leads 76 to 47. Hyperbrowser misses retry behavior documented, idempotency support, rate-limit behavior predictable, observable execution, agent compatibility verified; Steel misses retry behavior documented, idempotency support, rate-limit behavior predictable.
Pricing
Hyperbrowser starts at $0 and has a free tier. Steel does not publish one and has a free tier.
| Hyperbrowser plans | Steel plans |
|---|---|
| Free $0 | - |
| Startup $30/Month | - |
| Scale $100/Month | - |
| Enterprise Custom | - |
Signal by signal
| Signal | Hyperbrowser | Steel |
|---|---|---|
| AgentReady | 67 | 90 |
| Discovery | 73 | 100 |
| Understanding | 92 | 85 |
| Adoption | 55 | 100 |
| Operability | 47 | 76 |
| Public API | Yes | Yes |
| MCP server | No | Yes |
| OpenAPI spec | Yes | Yes |
| CLI | Yes | Yes |
| llms.txt | Yes | Yes |
| Self-serve signup | Yes | Yes |
| Free tier | Yes | Yes |
Which to pick
Steel clears more of the signals an agent needs, so it is the safer default for unattended use. Full profiles: Hyperbrowser and Steel. Alternatives to each: Hyperbrowser, Steel.
An agent can fetch this as data: POST /v1/compare {"slugs": ["hyperbrowser", "steel"]}