No raw provider keys in prompts, terminals, or agent memoryFounders keep rebuilding custom OAuth and then handing broad provider tokens to agents. Waver replaces that pattern with one boundary: broker OAuth once, vault the real credential, mint short-lived phantom tokens, enforce policy, then proxy the provider call without exposing the underlying secret.
Every agent action is brokered, scoped, and proxied here before it can touch the real provider.
The old workflow is simple and dangerous: paste a broad provider token into the tool chain and hope the agent behaves. Waver replaces that with a controlled request path you can scope, approve, and verify later.
Waver handles the OAuth handoff, stores the live provider credential inside the vault, and stops your team from scattering raw tokens across prompts, scripts, terminals, and agent memory.
Bootstrap once, mint short-lived phantom tokens at execution time, and bind every request to an explicit identity, grant, approval path, and audit record.
Slack posts, GitHub PRs, Gmail drafts, calendar writes, and other risky operations pause inside Waver until an operator approves the exact action.
Waver makes the provider call itself, records the scope check, approval decision, and result, then seals the action into the audit chain.
Waver is built for the tools agents immediately ask to touch. The first public broker story centers on GitHub, Slack, and Google Workspace, with every provider call staying inside the proxy boundary.
GitHub is the live loop today. Slack and Google Workspace are the next broker-first set. Older Vercel and Supabase paths stay visually demoted until they deserve equal weight.
WaverBrand firstBring in the exact accounts and resources the agent needs, not every provider credential your team owns.
Every agent gets its own identity, phantom-token exchange path, grants, and history instead of hiding behind shared raw access.
Approvals appear before the proxy writes to Slack, GitHub, Google Workspace, or production surfaces, so every wait has a visible reason and a human owner.
See the exact request, the exact resource, the exact approval path, and the proxied provider result instead of reconstructing it later.
A developer should see where the request paused, which rule caught it, and what decision happens next. Latency becomes part of the product narrative instead of a dead zone.
Start free, connect one provider, create one agent identity, mint one phantom token, and watch one full governed request cross scope, approval, execution, and audit.