Cido

What Is Cido?

Cido is a real-time blockchain indexing and querying protocol built for the next generation of decentralized applications. Founded in November 2024 and built by a team led by CEO Mike West and CTO Tyler Hawkes, Cido exited stealth that same month with the launch of its core indexer product. The project's stated mission is to make on-chain data accessible at "the speed of now" — tackling the slow sync times and high query latency that throttle everything from DEX frontends to high-frequency trading bots.

Beyond the indexer, Cido is extending its infrastructure with a quantum computing optimization layer that exposes quantum annealing capacity to on-chain applications through a utility token called $QUBO.

Core Mechanism: The Indexer

Cido's indexer is chain-agnostic, supporting both EVM and non-EVM networks. Its architecture is designed so that developers can switch indexers without rewriting their application codebase, lowering the integration cost for projects that need to migrate away from competitors.

Under the hood, the system uses several concurrency techniques to push throughput well beyond what single-threaded indexers can achieve:

• Parallelized processing — multiple chains are indexed simultaneously rather than sequentially.
• Bulk indexing — hundreds of blocks are ingested at once rather than one at a time.
• State caching between transactions — avoids redundant RPC calls by retaining intermediate state, reducing dependency on node response times.
• Pre-computation of blocks — multi-threaded processing prepares blocks ahead of query time, cutting response latency.

The result, according to Cido's launch announcement, is that the protocol can index Ethereum Mainnet 100 times faster than competing indexers, delivers a 25x speed improvement on individual queries versus The Graph, and maintains a 7x advantage when six concurrent queries are run in parallel.

Proof of Truth

A distinctive design choice is what Cido calls "Proof of Truth" — a data integrity layer built into the caching system. Rather than serving cached state without attestation, Cido requires proof of its indexing before data is surfaced to callers. This lets downstream applications — wallets, block explorers, oracle feeds — verify data accuracy quickly without sacrificing query performance.

The QUBO Token and Quantum Optimization Layer

Alongside the indexer, Cido is developing a second product tier: a quantum-powered optimization layer built on top of its data pipeline.

The mechanism draws on a class of mathematical problems called Quadratic Unconstrained Binary Optimization (QUBO). Quantum annealers, most prominently those produced by D-Wave, excel at solving QUBO-class problems — combinatorial optimization tasks where classical computers scale poorly. Cido's system ingests real-time market data (order book snapshots, price feeds, on-chain signals, and social sentiment) and reformulates it as QUBO problems that are then submitted to a D-Wave quantum annealer via cloud API.

The $QUBO token is the access mechanism for this quantum computation capacity. Each token represents a single quantum annealing call, tying the token's value directly to demand for quantum-assisted computation rather than to governance voting rights or speculative supply mechanics.

Practical use cases for the quantum layer described by the project include:

• Crypto arbitrage — encoding multi-exchange trades as QUBO variables to identify pricing discrepancies faster than classical heuristics.
• Graph optimization in DeFi — speeding up subgraph selection, routing, and partitioning across large on-chain graph structures.
• AI agent data feeds — serving structured, optimized market intelligence to autonomous agents operating on-chain.

Cido has announced a partnership with Kaizen Finance to build a quantum-powered crypto arbitrage trading bot, combining Kaizen's execution infrastructure with Cido's optimization layer.

Target Applications

Cido's documentation positions the protocol as infrastructure for a broad range of on-chain use cases:

• Decentralized exchanges (DEXs) requiring real-time order book data
• Block scanners and on-chain explorers
• Wallets and portfolio tracking applications
• DePIN (Decentralized Physical Infrastructure Network) storage systems
• Decentralized social media platforms
• AI agents and autonomous market participants
• Oracle networks
• High-frequency trading systems

The non-EVM scope of the indexer means high-throughput chains — which include Solana — are within the intended addressable network set, though the project has not published chain-specific integration timelines.

Partners at Launch

At the time of its stealth exit in November 2024, Cido named five launch partners:

• Liquify — RPC node infrastructure provider
• Influx — on-chain asset ecosystem
• DataHive — on-device AI agent network
• Equo AI — open-source AI model provider
• Spielworks — web3 gaming studio

The mix of AI, infrastructure, and gaming partners reflects Cido's positioning as general-purpose data middleware rather than a chain-specific tool.

Team

Cido's publicly identified leadership consists of two people named in the November 2024 press release:

• Mike West, CEO — described the problem Cido solves as one where "waiting days or weeks to sync historical blockchain data can cripple development timelines."
• Tyler Hawkes, CTO — framed the protocol as "the indexer for the future" designed to scale alongside growing transaction volumes as "the world comes onchain."

No additional team members, advisors, or investors have been disclosed in public sources reviewed.

Security and Audit Status

No third-party security audits or formal smart contract audit reports have been disclosed in publicly available sources. The "Proof of Truth" mechanism addresses data integrity at the indexing layer but is distinct from a smart contract security audit.

Solana Ecosystem Fit

Cido's chain-agnostic architecture is built to accommodate non-EVM high-throughput networks, a category that includes Solana. The combination of parallelized block ingestion, state caching, and pre-computation maps naturally to Solana's high transaction volume and sub-second slot times. The quantum optimization layer adds a differentiated capability for Solana-native traders and AI agents seeking faster signal processing on DEX and DeFi data.

At the time of writing, Cido's official sources do not confirm a live Solana integration, but the architectural direction and stated product scope place it squarely within Solana's data infrastructure landscape.