coordination engine

Optimal execution with Raiku's coordination engine

Raiku’s Coordination Engine is led by the Ackermann node, forming a decentralized network transforming how transactions flow on Solana

coordination layer

Reliability at lightning speed

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Raiku’s Coordination Engine acts as an intelligent traffic controller, finding optimal execution paths for each transaction type and coordinating with validators to guarantee inclusion. 


This coordination layer operates across multiple regions with 500+ nodes distributed globally, ensuring optimal latency performance and network load-balancing.

Jump into the Docs
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how it works

From check-in to touch down, ensure your transactions arrive as planned

Raiku’s Coordination Engine uses a sophisticated scheduling system that tracks transaction status in real-time, automatically reroutes transactions if network failures occur, and ensures all processed transactions reach finality commitment level—meaning they won't end up in minority forks.

This eliminates the need for applications to spam RPCs or validators, dramatically reducing network congestion while improving overall service quality.

Raiku lets you book blockspace ahead of time, send rush transactions, and trust that your transaction will land on time (or receive cryptographic proof if anything’s amiss).

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Powered by Raiku’s Ackermann Node

Every transaction, landing precisely where you need it

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Intake & Validation

Receives native Solana transaction requests via the Ackermann SDK. Checks for validity/authentication before they enter the scheduling flow

Scheduling Module

Assigns each transaction to a slot based on timing (siQoS), priority (swQoS), and user intent

Guarantee Engine

Issues a cryptographic receipt, guaranteeing slot/time for delivery

Execution Routing

Directs transactions to the sidecar or selected validator for inclusion in the target slot

Health/Exit Monitoring

Monitors for slot delivery, reroutes if the path is blocked, and ensures on-time inclusion

Intake & Validation

Receives native Solana transaction requests via the Ackermann SDK. Checks for validity/authentication before they enter the scheduling flow

Scheduling Module

Assigns each transaction to a slot based on timing (siQoS), priority (swQoS), and user intent

Guarantee Engine

Issues a cryptographic receipt, guaranteeing slot/time for delivery

Execution Routing

Directs transactions to the sidecar or selected validator for inclusion in the target slot

Health/Exit Monitoring

Monitors for slot delivery, reroutes if the path is blocked, and ensures on-time inclusion

benefits

From vision to execution, with nothing left to chance

Created for the teams shaping tomorrow, so you can trust every transaction to support your vision

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Developer

Build workflows requiring precise slot timing and coordination

Coordination Engine
siQoS, AOT
Explore the Docs

Validator

Gain predictable, higher-margin order flow and unlock new revenue

Sidecar
siQoS, swQoS
Join Testnet

Institutions

Deterministic, auditable settlements; latency advantage

Coordination Engine
swQoS, JIT
Request a Demo

“Raiku's core belief is that applications should be built around what they need—determinism, performance, locality — not what the base chain forces.”

Robin A. Nordnes

Robin A. Nordnes

CEO & Co-Founder

“What’s been missing is a programmable coordination layer, one that gives validators more consistent revenue opportunities and plugs into Solana’s native architecture without compromising its low-latency, high-throughput properties.”

Shoal Research

Shoal Research

July 2025

Take control of transaction delivery

Leave uncertainty behind by building with programmable scheduling and cryptographic slot guarantees