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Unlock the vault and run a command in the new tab

How signing works in Speed OS: on-device encrypted vault, session unlock, and using the optional terminal in the new tab. Placeholder screenshots; replace with real UI when publishing.

Speed OS stores trading material in an on-device encrypted vault; it is decrypted in memory for a session when you unlock—this is a standard “software wallet on your computer” model, not custodial storage on a Speed server. The new tab is where you run Ask and the optional terminal for CLI-like commands in the browser.

At a glance

  • Vault = local encrypted storage in Chrome, not a cloud account that holds your raw private key.
  • Unlock = time-bounded access for signing while you are actively using the session.
  • Optional MCP = environment merge (e.g. mcp.ispeed.pro patterns), not a replacement for the vault key.

Step 1 — Open the workspace

Open a new tab. The Speed OS UI should be your entry point: faster than hunting the extension icon for every small action.

New tab — placeholder image

Step 2 — Unlock for signing

When a flow needs a signature, complete the unlock step for the session and confirm you are on the right account and right network context for what you are about to do.

Vault unlock — placeholder image

Step 3 — Run a command, read the preview

Use Ask or the terminal to run a tool. If a preview is shown, treat it like any other wallet: do not sign if the calldata, spender, or destination is unexpected.

Command + preview — placeholder image

FAQ

Is this a hardware wallet?
No. Hardware wallets add a separate trust boundary. Speed OS is software on your device: your risk model includes malware, physical access, and extension updates.

What about MCP?
MCP is optional and is meant to merge non-custodial environment settings. It should not “take custody” of your private key. If anything suggests otherwise, stop and read the current docs and manifest for your installed version.

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