Steel vs Hyperbrowser for browser infrastructure.

Steel and Hyperbrowser both provide cloud browsers. Both support common automation libraries. Both preserve reusable browser state. Both also offer live session review.

Their centers of gravity remain different. Steel starts from an open-source browser runtime. Teams can run that runtime locally. Steel Cloud adds managed operation.

Hyperbrowser starts from its managed cloud. It layers several hosted agent modes above browsers. It also offers an official MCP integration. That breadth changes the integration decision.

Start by naming infrastructure ownership. Then name the required agent layer. Next test state and observation. Compare pricing against one workload last.

Steel publishes an Apache-licensed browser runtime. Its integrations cover Playwright, Puppeteer, and Selenium. Steel Cloud runs the managed browser service. Steel Local runs on customer infrastructure.

Hyperbrowser publishes a managed browser platform. Playwright and Puppeteer receive direct support. Selenium access is available by request. Hosted agent modes extend beyond browser libraries.

Hyperbrowser documents Browser Use and HyperAgent modes. Claude, OpenAI, and Gemini modes also appear. Its MCP server provides another agent interface. Steel emphasizes browser infrastructure and tracing.

A longer feature list solves nothing alone. Self-hosting can outweigh every hosted convenience. Agent mode breadth can outweigh source access. The workload decides which difference matters.

Five decisions often collapse into one shortlist. That collapse creates noisy comparisons. Ownership differs from deployment location. Browser control differs from agent orchestration.

Observation also differs from execution. A recording does not control the browser. A trace does not replace a profile. Each requirement needs its own owner.

The compass separates these questions. It records the vendor's documented center. It also names the required proof. Unknowns remain visible throughout evaluation.

Steel and Hyperbrowser package usage differently. Steel lists hourly and traffic rates directly. Hyperbrowser packages usage through credits. Its pricing page also publishes equivalent rates.

Base plans create misleading anchors. Steel Launch has no monthly subscription. Hyperbrowser Startup has a lower subscription. Included credits and concurrency still differ.

Measure one representative monthly workload. Count active browser hours. Count transferred routing traffic. Record the highest concurrent session demand.

Then apply session duration requirements. A cheaper plan can still be ineligible. Finally add migration and operational work. Self-hosted operation creates internal costs too.

Steel Local is valuable and constrained. It provides direct runtime control. It also differs from Steel Cloud. Official documentation lists several material gaps.

Local concurrency is limited to one. Local routing uses customer supplied infrastructure. Some Cloud operational features remain unavailable locally. Production plans must account for those gaps.

Hyperbrowser centers its managed cloud. Its HyperAgent mode supports local Chromium. That does not create cloud feature parity. Treat local HyperAgent separately too.

A local demonstration proves little alone. Test capacity and operational ownership. Test updates and failure recovery. Test required state and observation paths.

Both platforms preserve reusable browser state. Steel names the feature profiles. Hyperbrowser also names the feature profiles. Similar names do not guarantee matching lifecycles.

Steel provides WebRTC live session views. Cloud recordings use MP4 and HLS. Agent Traces capture agent-specific activity. Those artifacts support debugging and review.

Hyperbrowser provides active live views. Rrweb recording is enabled by default. Optional MP4 recording supports video review. Each format answers different questions.

Test evidence through one failed task. Observe it while running. Replay it after completion. Share the evidence with another operator.

Steel fits teams requiring runtime ownership. Its source license enables inspection and modification. Steel Local supports direct operation. Steel Cloud remains available for managed use.

Steel also suits tracing-heavy agent operations. Agent Traces create focused diagnostic evidence. MP4 and HLS recordings support replay. Profiles support recurring browser state.

Hyperbrowser fits teams comparing several agent modes. Its managed geography supports distributed browser tasks. Static IP options support stable routing needs. MCP adds another agent integration path.

These strengths solve different constraints. Do not rank them without weights. Mandatory ownership makes Steel stronger. Mandatory global routing makes Hyperbrowser stronger.

Some evaluations start too broadly. The agent needs browser routing. The browser also needs isolation. Each session should remain task-scoped.

Legba packages that job as a skill. Sessions run on Legba's infrastructure. Legba claims no Steel integration compatibility. It claims no Hyperbrowser mode parity.

That makes Legba a separate path. It is not the self-hosting winner. It is not the agent-mode winner. It is the focused agent-skill option.

Review the agent-skill overview. Then inspect the current developer docs. Test one representative task completely. Preserve broader platform requirements when needed.