Genesis-4 JSON-RPC
https://posternlabs.com/g4rpcStart with getcapabilities and getchaininfo. For transactions, query gettxstatus; verify each method against the active release.
OPSBloch Inc ↗BLOCH NETWORK / OPERATIONS PORTAL
One entry point for Genesis-4 RPC access, node operations, validator onboarding and integration work. Each surface is marked by its actual stage.
Published access and source components exist today. Managed Ops APIs, delegation setup and cross-chain PQ Shield services need further qualification.
01 / NETWORK ACCESS
The public endpoint is a published gateway. Confirm reachability, method support and chain identity in your own integration.
https://posternlabs.com/g4rpcStart with getcapabilities and getchaininfo. For transactions, query gettxstatus; verify each method against the active release.
Inspect blocks, transactions, validators and network data before building operational decisions around them.
Open explorer ↗Run a local RPC behind your access controls. Node RPC is not a key service and should remain on loopback or behind an authenticated proxy.
Read node setup ↗The gateway is operated outside this static site. A listed URL is not an uptime commitment, write entitlement or guarantee of transaction acceptance.
02 / VALIDATOR OPERATIONS
A synchronized node and an admitted validator are different states. Onboarding must check the current release, checkpoint, keys and admission conditions.
Review release artifacts, genesis identity and the latest valid weak-subjectivity checkpoint before sync.
Keep validator signing, withdrawal authority and backups in distinct operational controls. No secrets enter this portal.
Query getvalidatoradmission on a synchronized node; review stake, fees and queue before any deposit.
Track peer health, slot progress, finalized checkpoints and the complete exit and withdrawal path.
The guide contains version-specific commands and documents unresolved qualification for the full exit and withdrawal cycle. Refresh the checkpoint instructions before use.
03 / STAKING + WALLET INTEGRATION
Protocol code and an operational service are separate milestones. These workflows are described for integrators without implying that they can be used to move value today.
The protocol contains delegation accounting, but the deployed transaction admission path still rejects delegation. A self-service setup will follow verified activation and tested entry, exit and withdrawal flows.
A future API can provide network configuration, address validation and unsigned transaction preparation. Key creation and signing must stay on the client device or the integrator's controlled signer.
Use the Genesis-4 integration references and wallet SDK components while confirming the active API contract. A managed, versioned Ops endpoint is still a roadmap item.
04 / PQ SHIELD
A non-custodial PQ Shield reference API can build and verify unsigned Bitcoin vault and anchor artifacts from public inputs. Customer-facing hosting, other-chain adapters and security review remain future work.
Vault address and witness-script construction
Unsigned transaction and sighash preparation
Bloch anchor commitment and verification
Partner adapters and managed policies Proposed
The reference API never takes a mnemonic or private key and never signs. On a chain that validates only classical signatures, an external PQ approval or anchor does not change that chain's native consensus rules or make its assets unconditionally quantum secure.
05 / DELIVERY SEQUENCE
Published entry points are a starting point. Service claims follow repeatable release and security evidence.
RPC gateway, explorer, operator documentation and source components. Verify current runtime behavior.
Versioned method catalog, health checks, onboarding artifact freshness and transaction status examples.
Only after transaction activation, lifecycle testing, wallet security review and clear signer boundaries.
Chain-specific adapters, threat models, independent review and controlled pilots before managed deployment.
OPERATIONS BEGIN WITH VERIFICATION
Bloch Ops connects published access to the next set of reliable operator interfaces.