Curated bundle
Wallet
Exercise production namespace webhook delivery.
sha256:wallet-root-fb7f03ab
Cross-protocol market view
This view compresses the live catalog into protocol snapshots, current leaders, and market-wide tradeoffs across MPP, L402, x402, A2A, and MCP.
Curated bundles
These four namespaces now have dedicated bundle surfaces, revision history, and signed snapshots. Use them as the fastest way into the directory when you already know the capability lane you need.
Curated bundle
Exercise production namespace webhook delivery.
sha256:wallet-root-fb7f03ab
Curated bundle
AI-powered web search, content retrieval, and answers.
sha256:55f82cd0deb...c04402ee49c0dc17f3
Curated bundle
Multi-chain x402 micropayment infrastructure for AI agents. 60 pay-per-call API services for crypto analytics, trading signals, security audits, satellite data (NASA/ESA), real estate, banking, market intelligence, prediction markets, IoT/DePIN data, and AI inference. Native Coinbase Agentic Wallet compatible. Pay with USDC on Ethereum or Base - prices from $0.05 to $10.00 per request.
sha256:9644ee28821...b0c987cbd4a3b6f9f9
Curated bundle
Image, video, and audio generation with 600+ models (Flux, SD, Recraft, Grok).
sha256:1cbce63f9e1...d124e607f5dd534544
Each row combines fresh proof, verification, docs sync, and access posture so the protocol mix is easy to read at a glance.
Public execution, payment-challenged routes, auth-gated remotes, and broken surfaces are separated here so protected MCP servers do not read like dead ones.
The ranker now distinguishes official registries, public well-known protocol surfaces, curated directories, and docs-watchlist coverage. These slices let you read the market by how trustworthy the listing substrate is before corroboration kicks in.
VAP
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
Import-time gate stats and live proof counts now sit side by side. This is the quality control panel for expansion: how much raw supply each source offered, how much survived gating, and how much is actually verified or protected in the public lens.
Docker MCP Registry
This source is gated at 10 metadata/corroboration points before new rows are admitted, then re-checked against the live read gate.
ToolHive Registry
This source is gated at 10 metadata/corroboration points before new rows are admitted, then re-checked against the live read gate.
Smithery
This source is gated at 10 metadata/corroboration points before new rows are admitted, then re-checked against the live read gate.
PulseMCP
This source is gated at 10 metadata/corroboration points before new rows are admitted, then re-checked against the live read gate.
Remote MCP
This source is gated at 10 metadata/corroboration points before new rows are admitted, then re-checked against the live read gate.
Remote MCP Servers
This source is gated at 12 metadata/corroboration points before new rows are admitted, then re-checked against the live read gate.
Awesome Remote MCP Servers
This source is gated at 8 metadata/corroboration points before new rows are admitted, then re-checked against the live read gate.
Corroboration is now a first-class market signal. These slices separate services seen in multiple registries from strong single-source standouts and newly aligned entries that just picked up a second trustworthy view.
VAP
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
Proof-first leaders in the current lens. This cuts the market down to surfaces with public runtime proof or strong certification evidence before price and popularity settle the order.
VAP
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
A2A
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
Public well-known
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
Fresh additions in the last 7 days so you can see new cross-protocol supply before it disappears into the long tail.
VAP
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
Newly verified public runtimes and newly confirmed protected-but-live surfaces in the last 7 days.
Largest endpoint health-score changes over the last 7 days, useful for spotting fast-rising surfaces and sudden slippage.
VAP
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
A2A
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
Single-source
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
Public well-known
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
One current leader per protocol so cross-ecosystem winners are easier to scan.
A2A
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
Topic leaders derived from declared service tags, useful for moving between search, browser, media, and tooling clusters quickly.
Pricing Unknown
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
Best currently executable public surfaces in this lens, weighted by runtime proof first.
Reachable surfaces that currently require credentials. This is especially useful for MCP and A2A hosts.
Live surfaces that exposed a payable challenge instead of allowing free execution.
Best overall blends of price, health, docs quality, and verification across the current lens.
VAP
Execution Control Layer for AI Agents. VAP is where nondeterminism stops. If your agents call paid APIs directly, you don't have cost control. VAP enforces pre-commit pricing, hard budget guarantees, deterministic retry behavior, and explicit execution ownership.
Lowest visible reference pricing right now, useful for budget-first browsing across protocols.
Secondary activity signals are not canonical truth, but they are still useful for ranking and discovery queueing.