PRODUCTS

Conduit Gateways

Interoperability protocols that enforce Trusted Execution Layer guarantees on every external interaction.

Conduit Gateways provide the interfaces into traditional fintech, IoT, cloud services, AI MCP, and more, acting as intelligent transducers that adapt information to comply with Conduit Network standards. Every external interaction that enters Conduit through a Gateway is subject to Authority evaluation, computable contract validation, and atomic settlement. Not a bridge that passes data through. A protocol enforcement layer that ensures external data meets Trusted Execution Layer requirements before it changes state.

THE TRUSTED EXECUTION LAYER CONNECTION

External data doesn't bypass the Trusted Execution Layer. It goes through it.

Every piece of external data that enters Conduit Network through a Gateway is evaluated the same way as any internal transaction. The Gateway transduces the data into a Conduit-native format. The Authority operation evaluates whether the source has the rights to trigger this state change. The computable contract governing the instrument determines whether the external event satisfies its predicates. If everything clears, the state changes - atomically, with settlement, with synchronized accounting.

An external payment processor reporting a settlement event doesn't make the settlement real on Conduit. The Trusted Execution Layer does, after the Gateway has verified that the report meets the Authority and predicate requirements of the computable contract. The Gateway is the trust boundary. The Trusted Execution Layer is the enforcer.

More than Bridges. Intelligent Transducers.

Gateways ensure that every interaction with external systems maintains Authority Rights, Property Rights, and Predicate Proofs - making interoperability compliant by design.

Web3 Oracles
Conduit Gateways
What They Are
Data bridges
Intelligent transducers
Authority Enforcement
None - data passes through
Authority Rights verified before state change
Property Rights
None
Property Rights enforced at the protocol layer
Predicate Validation
None
Predicate Proofs required before data is accepted
Settlement
External - not guaranteed
Atomic settlement as part of the same Trusted Execution Layer operation
Idempotency
Varies
Enforced - duplicate external events do not produce duplicate state changes
Multi-Phase Commit
None
Supported - external multi-step processes map to Trusted Execution Layer atomic operations
HOW GATEWAYS WORK

Protocol-Enforced Data Integrity

Every external interaction follows the same four-step Gateway process:

01
External Request

An external system sends data or a trigger to the Gateway - a payment confirmation, a market price, an IoT sensor reading, an AI agent action.

02
Transduction

The Gateway translates the external data format into a Conduit-native protocol event. This is not a pass-through. The data is structured to include the Authority context, property rights implications, and predicate values required by the Trusted Execution Layer.

03
Protocol Validation

The Trusted Execution Layer evaluates the transduced event: Authority Rights (does the source have the right to trigger this?), Property Rights (what rights does this affect?), Predicate Proofs (does this satisfy the governing contract?). If any check fails, the event is rejected.

04
Settlement

If all checks pass, the state changes atomically, including settlement and synchronized accounting. The external event triggered a Trusted Execution Layer operation. The Trusted Execution Layer's guarantees apply in full.

EXTERNAL SYSTEMPayment · IoT · AI · BankGATEWAYTransductionTRUSTED EXECUTION LAYERAuthority · Rights · PredicateVALIDATION✗ CHECK FAILSEvent rejected - no state change✓ ALL CHECKS PASSAtomic state change + settlement+ SYNCHRONIZED ACCOUNTINGAll counterparties updated
GATEWAY EXAMPLES

Trusted Data Pipes for Computable Contracts.

Each gateway type below represents a class of external systems that Conduit can integrate with, while enforcing the same Trusted Execution Layer guarantees as any internal transaction.

Traditional payment methods, Conduit Rewards integration, proof of financial activity. Payment events from external processors trigger computable contract predicates - the payment confirmation is validated by the Gateway and, if it meets the contract's conditions, the state changes atomically.

Cross-network redemption, points exchange, unified rewards management. External loyalty programs connect to Conduit Network through the Rewards Gateway - their events translated into Conduit-native CROP and Yield Rights operations.

Fiat and crypto exchange, commodity trading, external market access. Market price feeds and execution confirmations from external exchanges enter Conduit as Gateway-validated events - used as predicates in computable contracts governing settlement conditions.

Account aggregation, transaction management, unified wallet experience. Banking data enters Conduit through the Banking Gateway as Authority-verified events - account state from external banks used as a source of truth for computable contract conditions.

WHAT GATEWAY ARCHITECTURE DELIVERS

Capabilities

Integrate external systems (fintech, IoT, cloud services, AI frameworks) into Conduit Network without compromising Trusted Execution Layer guarantees.

Cross-network reward redemption and points exchange, with settlement that is atomic and authoritative - not subject to the external network's settlement timeline.

Execute financial operations that span Conduit and external systems - payment gateways, banking integrations, exchange feeds - with the same atomicity guarantee as internal operations.

Access external markets and price feeds as inputs to computable contracts, without trusting the external market's settlement. Conduit settles on its own Trusted Execution Layer terms.

The trust boundary is the Gateway.

The enforcer is the Trusted Execution Layer.

Explore Gateway integration patterns, supported external systems, and the transduction protocol.