FRAMEWORK

Trusted Execution Layer

The substrate that enforces atomicity in silicon. Hardware anchors the boundary. Software conforms to the specification. Both are required.

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The Trusted Execution Layer / 02

Today, software trust is many separate conditions.

It reduces to a property of the device.

Operating system, hypervisor, admin, network, and validator votes each ask for faith on their own, with no shared anchor. Any single wrong condition breaks the stack.

trust = consensus across many software layers

a different category, not faster X.

The Appliance is hardware that contains the software it is permitted to run, with the binary verified before deployment and counter-party devices attesting to one another.

trust = property of the device, validated counter-party to counter-party

a property of the substrate, not a software promise.

transactiontrust meOS trusttrust mehypervisor trusttrust meadmin trusttrust menetwork trusttrust mevalidator voteAPPLIANCE · CONDUIT_HARDWARECONDUIT_SOFTWARE / ATOMICAUTHORITYAGREEMENTSRIGHTS ACCOUNTINGCOMMIT AS ONE OPERATIONBINARY VERIFIEDSTATE SEALED01VERIFIED BEFOREDEPLOY02TAMPER-EVIDENT03FIPS-GRADED TEEcounter-party attestationdevice ↔ deviceAPPLIANCECounter-party

The Trusted Execution Layer / 02

01status quo

Today, software trust is many separate conditions.

Operating system, hypervisor, admin, network, and validator votes each ask for faith on their own, with no shared anchor. Any single wrong condition breaks the stack.

trust = consensus across many software layers

OS trusthypervisor trustadmin trustnetwork trustvalidator vote
02appliance

It reduces to a property of the device.

The Appliance is hardware that contains the software it is permitted to run, with the binary verified before deployment and counter-party devices attesting to one another.

trust = property of the device, validated counter-party to counter-party

APPLIANCE

hardware shell

CONDUIT SOFTWARE / ATOMIC

AuthorityAgreementsRights Accounting

commit as one operation

binary verified · state sealed
FIPS-graded TEEtamper-evidentbinary verified
counter-party attestation↔counter-party · attested

Trust stops being a convention across software layers and becomes a property of the device.

Restricted hardware specifications, software verified before deployment, counter-party devices that attest to one another.

What this layer contains.

01 · Implementation

Conduit Software

The software distribution that implements the three primitives as one atomic operation, anchored in hardware attestation.

02 · Substrate

Conduit-compliant hardware

FIPS-graded trusted execution environments with tamper-evident physical protection and cryptographic anchoring across counterparty devices.

03 · Unit

The Appliance

Conduit-Specification-compliant hardware loaded with the Conduit Software; the turnkey unit of trust at this layer.

Where this layer fits in the stack.

Specifications live in the Primitive Definition Layer, hardware-anchored implementation in the Trusted Execution Layer, and the deployed network in the Economic Network Layer.

  1. Layer 1

    Primitive Definition Layer

    Specifications, patterns, standards, and DSLs that express Authority, Agreements, and Rights Accounting.

  2. Layer 2

    Trusted Execution Layer

    Two halves: hardware enforces the atomic boundary, software conforms to the specification. Both required.

    Hardware

    Conduit-Compliant Appliance

    Software

    Conduit Software

  3. Layer 3

    Economic Network Layer

    The privacy-preserving counterparty-oriented temporal ledger that emerges from many distributed appliances under aligned incentives.

See the Economic Network Layer

Maximizing the velocity of capital.

Private Alpha. Access by invitation.

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