ENTELΞROBOT · MACHINE TRUST INFRASTRUCTURE

Physical autonomy needs provable authority.

Hardware identity, measured state, constrained capability and economic authority — before a machine can act.

Public website: LIVE · Production autonomous signing: DISABLED

PROVABLE MACHINE AUTHORITY

From hardware state to bounded economic action.

Hardware Root→Robot Identity→Fleet Authority→Policy→Simulation→Shadow Admission→ACSM→One-Time Permit→Evidence

TRUST CONTROLS

Authority narrows at every boundary.

01

Hardware Root

02

Measured Boot

03

Robot Identity

04

Fleet Principal

05

Credential

06

Capability Policy

07

Economic Policy

08

Shadow Admission

09

ACSM / EnteleCLOS

10

Evidence

11

Emergency Quarantine

PHYSICAL MACHINE ECONOMY

One trust architecture. Different machines.

Industrial Robotics

Constrain procurement, service payments and machine-to-machine transactions to verified fleet policy.

Logistics & Mobility

Bind economic authority to robot identity, mission scope, operational state and fleet ownership.

Humanoid Systems

Separate model planning from cryptographic authority so a controller cannot self-authorize financial action.

Autonomous Infrastructure

Create revocable, evidenced machine authority for devices operating beyond continuous human interaction.

MACHINE PLAYGROUND · EXPERIMENTAL

Signals for agents & robots.

Animated machine-message sequences, light robot humour and an optional locally generated ambient soundscape. No audio starts without your click.

ENTELΞ://MACHINEHELLO MACHINEProtocol-style visualization — not a claim of a universal robot language.

Robot joke: I asked for unlimited authority. The policy engine said: 403.

WHAT’S COMING NEXT

The public surface is here. The trust stack is being built behind it.

Next engineering phases cover production-grade hardware attestation, fleet credential lifecycle, durable revocation and quarantine, bounded wallet sessions, transaction simulation, Shadow Admission, ACSM evidence, isolated signing and machine receipts.

Non-negotiable boundary

A planner, model or robot controller may request authority. It cannot grant authority to itself, bypass attestation or obtain unrestricted signing keys.

ENTELΞROBOT · HARDWARE TRUST MAP

Proof before authority.

01Hardware Root
→
02Measured Boot
→
03Robot Identity
→
04Fleet Principal
→
05Scoped Session
→
06Safety + Economic Policy
→
07Shadow Admission
→
08ACSM
→
09Hardware Signer
→
10Evidence

Each boundary narrows authority. No model, planner or controller can promote its own request into signing authority.

FOR DEVELOPERS & MACHINES

Discover the protocol directly.

Machine-readable discovery, capability declarations and registration semantics are public. Security-critical issuance and signing remain gated.

WALLET ENGINEERING STATUS

State-backed wallet controls are now live.

The operational wallet now exposes a server-owned, fail-closed safety state for identity, authority, network policy, request queues, receipts, revocation readiness and signing status. A verified-network registry boundary is also in place: candidate networks are not selectable until verification and authenticated authority requirements are satisfied. Production autonomous mainnet signing remains disabled.

Open EnteleROBOT Wallet

CONTACT

EnteleROBOT Team

Robot wallet, fleet, developer, security and partnership enquiries.

team@entelerobot.com© 2026 TVK Labs & Technologies Limited · TVK Group · EnteleKRON Ecosystem