MeshMine

MeshMine is a no-hard-fork, independently templated Handshake mining overlay. It is being rebuilt around the standalone Rust Handshake stack: MeshMine uses the exact external handshake-rs/hns-node-rs revision pinned in Cargo.lock and does not embed a node implementation or JavaScript consensus oracle.

The current code is not production-ready. The Rust protocol components and the authenticated native node/Core/operator path are substantial, and the local HNSA/HNSR named-route adapter is specified and implemented in handshake-rs/hns-rs. The public multi-operator daemon and live HNSR reservation/publication/lookup path are implemented. Independent deployment evidence, security review, and physical ASIC qualification are still release gates.

The workspace currently identifies as private version 0.1.0; it has no release tag, and no workspace package is configured for publication. See the release-readiness inventory and the changelog before changing that identity or producing an artifact. A bounded private candidate contract now defines a credential-free Ubuntu 24.04 x86-64 evaluation archive; it is not a release or production deployment format.

hns-node-rs authoritative mining snapshot
                  |
                  v
          meshmine-cored
          private signed Core link
                  |
                  v
  meshmine-corelink-operatord
       |                     |
       v                     v
HandyStratum ASIC      signed public statistics
private LAN ingress    HTML + bounded JSON feed
                             |
                             v
                 meshmine-operatord peers
             authenticated QUIC + live HNSR

The main implemented boundaries are:

• meshmine-hsrd-bridge: consumes coherent active-chain and mining state from the pinned external Rust node and invalidates work on authority or tip change.
• meshmine-core-link: authenticated, signed, durable Core/operator assignment and capture transport.
• meshmine-corelink-operatord: supervised ASIC ingress, fallback behavior, local dashboard, and optional public pool-statistics publisher.
• meshmine-gateway: bounded HandyStratum parsing and device profiles. Remote ASICs require an explicit private/link-local CIDR allowlist.
• meshmine-network: authenticated QUIC transport, lane isolation, bounded admission, replay, peer accounting, and a separately bounded HNSR stream.
• meshmine-operatord: pinned multi-operator QUIC sessions, durable signed operator-record replacement, live HNSR relay/rendezvous service, and optional fail-closed reserve/publish/verified-read-back cycles for pool-stats.
• meshmine-pool-stats: endpoint-signed, bounded statistics objects associated with the draft HNSA identity chain implemented in handshake-rs/hns-rs.

The protocol specification remains MeshMine.md. The exact native node ownership boundary is in docs/external-node-boundary.md, and the live template-to-ASIC path is in docs/live-parent-and-unified-operator.md.

The companion handshake-rs/hns-rs workspace implements the draft HNSA proposal from HIP pull request 79. MeshMine's pool-stats profile binds every signed snapshot to the HNSA service-authorization ID, endpoint-delegation ID, endpoint sequence, network, and profile ID. The operator serves the opaque HNSA proof objects with the snapshot so an HNSA-aware client can validate the complete chain.

HIP pull request 78 currently submits unnamed-node rendezvous for upstream review. The local companion HIP draft now defines version-2 named routes that carry the exact HNSA authorization and delegation while leaving unnamed route version 1 unchanged. handshake-rs/hns-rs implements that adapter with stable service-derived route keys, profile-aware tickets, bounded storage admission, and complete client verification. meshmine-operatord pins that implementation revision and carries canonical HNSR packets only after mutual QUIC authentication. The public-statistics route publisher reloads the HNSA authorization, delegation, and current authority context before every cycle, persists a new route sequence before signing, and requires a verified read-back from each rendezvous peer.

See specs/pool-stats-profile.md for the private profile used while an official HNSA profile assignment is pending.

This is a narrowly scoped, read-only discovery path for MeshMine pool statistics. HNSA and HNSR remain draft protocols, and the private profile is not an accepted interoperability assignment. MeshMine does not expose wallet controls, transfers, name management, exchange settlement, an order book, or a P2P marketplace. The hns-denuo-market-relay package present through the external node's locked dependency graph is not integrated into MeshMine.

When public_stats is configured, the operator exposes:

• GET / — a responsive, read-only view for desktop and mobile browsers;
• GET /api/v1/pool-stats — bounded JSON containing the opaque HNSA authorization, endpoint delegation, and signed snapshot.

The HTML page labels its decoded values as unverified because JavaScript served by the operator is not an independent trust root. The browser extension and mobile native host must validate HNSA and the snapshot signature before showing the data as verified. MeshMine now pins the committed handshake-rs/hns-rs hns-service-authority source exactly; independent browser/mobile integration qualification remains a release gate for verified client presentation.

The public publisher uses a separate secp256k1 endpoint key, short-lived snapshots, bounded request handling, no cookies, no persistent browser state, and a sequence counter reserved in the service database before signing. A public-feed failure disables only that feed; it never blocks the mining path.

Example public_stats section:

{
  "listen": "0.0.0.0:8080",
  "network_magic": 1533997779,
  "endpoint_signing_key_file": "/absolute/private/endpoint-key.hex",
  "service_authorization_file": "/absolute/public/service-authorization.hex",
  "endpoint_delegation_file": "/absolute/public/endpoint-delegation.hex",
  "authorization_id": "64 lowercase hex characters",
  "delegation_id": "64 lowercase hex characters",
  "endpoint_sequence": 1,
  "delegation_expires_at": 1800000000,
  "snapshot_lifetime_seconds": 60,
  "publish_interval_ms": 2000
}

Keep the operator dashboard on loopback. For an ASIC on a private LAN, bind the gateway to the LAN address and allow only the smallest applicable private network:

{
  "gateway_listen": "192.168.50.10:3008",
  "gateway_allowed_cidrs": ["192.168.50.0/24"],
  "profile": "hs3"
}

The standalone gateway has the equivalent --allow-cidrs 192.168.50.0/24 option. Public or overly broad networks are rejected. The HS3 and generic Goldshell profiles are still experimental until tested against physical hardware, so begin on an isolated VLAN and confirm job parsing, nonce layout, stale-job retirement, capture persistence, reconnects, and accepted shares before any production use.

Rust 1.97.1 is required. The workspace is private (publish = false); these commands qualify source and do not publish crates or create a release.

cargo +1.97.1 fmt --all -- --check
cargo +1.97.1 clippy --locked --workspace --all-targets --all-features -- -D warnings
cargo +1.97.1 test --locked --workspace --all-targets --all-features
python3 scripts/validate-release-source-pins.py
python3 scripts/validate-release-metadata.py
python3 scripts/validate-external-node-boundary.py
python3 scripts/validate-core-link-source.py
python3 scripts/validate-live-parent-and-unified-operator-source.py
python3 scripts/validate-work-fabric-source.py

Some GPU tests require Vulkan and may skip when no suitable device exists. The full release build, performance gates, and pinned RustSec audit remain required CI checks even when a local source-only pass is used to conserve build space.

Before calling the system production-ready, all of the following remain required:

• operate the multi-operator daemon against independent nodes;
• operate live HNSR publication across independent relays/rendezvous nodes and measure renewal, expiry, read-back, partition, and authority-rotation behavior;
• qualify independently verified extension/mobile clients against the exact pinned HNSA source and settle its publication/distribution contract;
• complete physical ASIC acceptance and sustained-load testing;
• run public-WAN partition, replay, churn, eclipse, and resource-exhaustion tests;
• complete independent protocol and implementation security review; and
• deliberately enable production eligibility only after every fail-closed authority gate is satisfied.

MeshMine is available under the MIT license.