Developer Tools

zeqsdk.com

Provides tools to explore, call, and manage a Zeq node's public API endpoints and state contracts.

1 endpoint20 known toolsFirst detected July 12, 2026Last detected July 12, 2026

ENDPOINT 1

https://zeqsdk.com/api/mcp

No auth detected

Known tools 20

zeq_api_catalog

THE MAP - search the FULL public API surface of this Zeq node (557 public endpoints; admin routes are not exposed).

zeq_http

THE DOOR - call ANY public /api/* endpoint on this node directly (the full 557-endpoint public surface, not just the curated tools).

zeq_spin_up

Spin up your own ZeqVM state machine and get a REAL, account-backed API key.

zeq_contract_generate

Draft a state contract from a plain-English description.

zeq_contract_templates

List the 316 built-in state-contract templates (id + name) across every industry category.

zeq_contract_deploy

Deploy a state contract to your machine.

zeq_contract_list

List the state contracts on your machine — id, name, current state, and fire count.

zeq_contract_get

Get one contract's full state + definition by id.

zeq_contract_fire

Fire a contract's next transition now.

zeq_observer

Read the live entangled-state chain — your proof-of-computation feed.

zeq_publish_page

Publish a live HTML page/app to your machine — instantly hosted at /s/<machine>/p/<pageSlug>/ and added to your machine launcher.

zeq_compute

Compute physics results using the Zeq.dev HulyaSync framework.

zeq_list_operators

List available Zeq.dev physics operators for a given domain, or list all 65 domains.

zeq_pulse

Get the current ZeqPulse state — live Zeqond counter, HulyaPulse phase φ, and R(t) value.

zeq_verify

Verify a ZeqProof HMAC returned by zeq_compute.

zeq_lattice

Compute a ZeqLattice — a multi-node coherence grid.

zeq_shift

Compute a ZeqShift — a deterministic forward time-series projection of R(t) across up to 64 Zeqond steps.

zeq_field_status

Query the ZeqField security system status — cipher algorithm, key source, and protocol versions.

zeq_solve

Integrates the geodesic in the KO42-tensioned metric ds² = gμν dxμ dxν + α·sin(2π·1.287·t)·dt² and returns the trajectory φ(t), the register dump, the HULYAS functional energy E = P_φ · Z(M,R,δ,C,X), and the term-by-term diagnostic.

zeq_multibody

Run the vector master equation: N coupled φ_i(t) trajectories with pairwise inverse-square coupling.