Saito Blockchain Launches Mainnet, Pioneering Decentralised Web3 Infrastructure

TheNewsCryptoPublicado a 2025-12-16Actualizado a 2025-12-16

Resumen

Saito has successfully launched its mainnet, introducing a next-generation blockchain platform designed to deliver truly decentralized Web3 infrastructure. Unlike traditional blockchains, Saito uniquely compensates nodes for routing, storage, and compute work, enabling fully on-chain applications without reliance on centralized services. Key innovations include Automatic Transaction Rebroadcasting (ATR) to combat chain bloat, Block Staking for enhanced security, and Smart NFTs for efficient on-chain functionality. The network has proven stable, processing over 70 million blocks with no known issues. Saito’s architecture allows developers to build scalable, browser-native Web3 applications—such as social, gaming, and messaging apps—using familiar web tools, without proprietary stacks or external APIs.

Saito, a next‐generation peer‐to‐peer blockchain platform, today announced the successful launch of its mainnet, ushering in a new era of truly decentralised Web3 infrastructure built for efficient, sustainable, and scalable decentralised applications.

Unlike traditional blockchains that reward miners or stakers for block production alone, Saito uniquely compensates nodes for routing, storage, and compute work, enabling developers to build and power fully on‐chain applications without reliance on centralised cloud services, external APIs, or off‐chain backends.

Saito’s mainnet launch marks a pivotal milestone in blockchain infrastructure and real‐world Web3 adoption.

“Today represents a major moment for Web3,” said Richard Parris, Co‐Founder of Saito. “We started this project because we believed existing systems couldn’t deliver on decentralisation at scale. Now Saito is live, stable, and delivering what others can’t; a network that works for developers and users alike.”

New Infrastructure Designed for Scalable, Decentralised Applications

Saito’s mainnet launch introduces several key innovations intended to address long‐standing challenges in decentralised application infrastructure:

Automatic Transaction Rebroadcasting (ATR): a novel mechanism that combats chain bloat and ensures long‐term data availability through incentive‐based rebroadcasting of transactions.
Block Staking: a low‐overhead, non‐inflationary mechanism that enhances network security even when transaction volumes are low.
Smart NFTs: dynamic, logic‐bearing assets that eliminate the need for complex virtual machines, enabling efficient on‐chain functionality.

These features collectively create a true peer‐to‐peer computing layer, where developers can build with familiar web‐native tools, without proprietary stacks, special languages like Solidity, or hidden backend services.

Proven Network Stability and Real‐World Testing

Saito’s network has processed more than 70 million blocks with consistent uptime and no known exploits, demonstrating robustness and reliability in real‐world conditions. All core components of Saito’s consensus mechanism have been publicly open and reviewed, with full documentation available at wiki.saito.io.

Mainnet status was declared after the network met key self‐defined benchmarks, including full decentralisation of participating nodes, successful ATR pruning cycles in production, and stability under real‐world load.

“With Saito in Mainnet, the world finally has a production blockchain without rich-get-richer economics and majoritarian attacks. I couldn’t be prouder of our community for helping us make Saito a reality, and would like to think that Satoshi would be proud too,” said David Lancashire, co-founder of Saito.

Developer‐Ready, Open For Innovation

Saito’s architecture enables developers, startups, and enterprises to build the next generation of Web3 applications – from social and messaging apps to gaming and encrypted communication – entirely on‐chain and browser‐native. No centralised APIs, backend servers, or external services are required, keeping user data and experience sovereign.

“We designed Saito so developers can ship fast, with payments built in and data ownership preserved,” added Parris. “This is decentralisation in action; practical, powerful, and open.”

About Saito

Saito is a decentralised blockchain protocol purpose‐built for peer‐to‐peer web applications and sustainable Web3 infrastructure. Built to eliminate dependencies on centralised services and unsustainable token models, Saito’s mainnet combines economic incentives with developer usability to support scalable, fully decentralised applications.

For more information about Saito’s architecture, live applications, and development tools, visit https://saito.io or explore technical documentation at wiki.saito.io.

Media Contact:

Richard Parris
info@saito.io
Oliver Mills
ollie@growthy.io

Disclaimer: TheNewsCrypto does not endorse any content on this page. The content depicted in this Press Release does not represent any investment advice. TheNewsCrypto recommends our readers to make decisions based on their own research. TheNewsCrypto is not accountable for any damage or loss related to content, products, or services stated in this Press Release.

Lecturas Relacionadas

Single-Day Plunge of 30%, Arthur Hayes Suddenly Liquidates: Why Did ZEC Get Exploded by Security Issues?

On June 5th, Zcash founder Zooko Wilcox disclosed a critical soundness vulnerability in the project's latest Orchard privacy pool. This flaw, found in the elliptic curve multiplication constraints, could allow an attacker to create unlimited counterfeit ZEC within the shielded pool, with transactions appearing valid. The vulnerability was discovered in late May by security researcher Taylor Hornby, who utilized Anthropic's new Opus 4.8 AI model for a targeted audit. The Zcash ecosystem had already performed an emergency network upgrade to patch the issue. However, the detailed disclosure triggered severe market panic, causing ZEC's price to plummet over 30% in a single day. Notably, prominent investor Arthur Hayes announced he had sold his entire ZEC position following the news. The incident starkly challenges the "technological trust" narrative central to privacy coins. Despite years of top-tier cryptographic audits, the bug persisted until uncovered with advanced AI-assisted research. This highlights the growing gap between theoretical perfection and practical implementation in privacy technology. The event serves as a industry-wide warning: in an AI-driven security landscape, the assumption that "undiscovered equals safe" is obsolete. It underscores the urgent need for continuous, proactive security practices combining AI audits, formal verification, and rapid response mechanisms.

foresightnews_apiHace 59 min(s)

Single-Day Plunge of 30%, Arthur Hayes Suddenly Liquidates: Why Did ZEC Get Exploded by Security Issues?

foresightnews_apiHace 59 min(s)

Breaking the Curse of DeFi Cascading Liquidations, Vitalik Proposes a New Solution

**Vitalik Buterin Proposes New DeFi Design to Eliminate Forced Liquidations** Ethereum co-founder Vitalik Buterin has published a proposal for a new decentralized finance (DeFi) architecture aimed at removing the automatic liquidation mechanisms prevalent in current lending protocols. The core idea involves creating synthetic assets using options as building blocks, fundamentally avoiding the抵押借贷结构 that triggers forced sell-offs. The proposal responds to a recurring flaw in DeFi: during sharp market downturns, mass自动清算 of under-collateralized positions can exacerbate price declines, creating systemic selling pressure and market instability, as evidenced by recent crypto market volatility. Buterin's model would split an asset like 1 ETH into two option-like derivatives, P and N, pegged to a price index with a set strike price and expiration. At expiry, an oracle determines the settlement price to allocate the underlying ETH between P and N holders. This design eliminates the "cliff" of instant liquidation. Instead, a position's value would gradually drift from its target peg if not actively rebalanced by the user, transferring the rebalancing decision from the protocol to the user or automated tools. A key advantage is the reduced reliance on high-frequency, real-time oracle price feeds, which are vulnerable to manipulation and errors in current systems. The delayed settlement in the options model allows for more robust, fault-tolerant oracle designs. However, significant challenges remain for practical adoption. High transaction costs (slippage) from frequent rebalancing on automated market makers (AMMs) could erode user funds. The model may not be suitable for stablecoins requiring a strict 1:1 dollar peg, as it inherently allows for value drift. Success would depend on developing new liquidity provisioning models and deep markets for these synthetic assets. The proposal represents a fundamental rethinking of DeFi risk management, challenging the industry to explore alternatives to被动集中平仓 rather than merely optimizing existing liquidation processes. It remains a theoretical framework awaiting implementation and testing by development teams.