X1 EcoChain is a decentralized, energy-efficient blockchain designed for Web4 infrastructure, utilizing low-powered X1Nodes and a Proof-of-Authority consensus mechanism. It aims to provide a scalable and environmentally friendly platform for decentralized applications. ^[1]

Overview

X1 EcoChain was founded in 2024 with the goal of addressing energy consumption and centralization challenges in blockchain technology. The project is supported by a foundation with over $90 million and has received over $1.5 million in development investment. It is positioned as a Web4 infrastructure layer, emphasizing environmental sustainability and decentralization through its unique hardware and consensus approach. The ecosystem holds registered intellectual property rights for components like DexCloud, DexSafe, DexMobile, and DexPN in over 180 countries. The infrastructure is designed to be scalable and compatible with Web4 and AI solutions.

The platform aims to enable widespread participation in network validation by deploying low-power X1Nodes that can be run from home. This plug-and-play node infrastructure is intended to foster a globally inclusive network. By combining energy efficiency with a scalable architecture and a Proof-of-Authority consensus mechanism, X1 EcoChain seeks to offer a decentralized and resilient network independent of traditional centralized data centers. ^[1]

X1 EcoChain and Being Environmentally Friendly

X1 EcoChain is designed to reduce the environmental impact commonly associated with blockchain infrastructure. Unlike traditional proof-of-work blockchains that rely on energy-intensive mining, X1 EcoChain uses a Proof of Authority (PoA) consensus mechanism, significantly lowering computational demands and energy use.

The network operates on X1Nodes—compact, low-power microservers consuming approximately 3Wh per node, which is significantly less than typical electronic devices. These nodes function without the need for active cooling systems or data centers, maintaining silent and efficient operations at modest temperatures.

By distributing nodes globally among individual users rather than relying on centralized infrastructure, X1 EcoChain minimizes its carbon footprint. This architecture enables scalable transaction processing (around 2,000 TPS) while remaining energy-efficient. ^[5]

Architecture

• X1Node Hardware: The network operates on low-powered hardware devices called X1Nodes, which consume approximately 3 watts per hour. These nodes are designed for easy deployment, allowing individuals to participate in the network by running a node from a standard power outlet.
• Proof-of-Authority (PoA) Consensus: The blockchain is secured by a Proof-of-Authority consensus mechanism. In PoA, transactions are validated by a set of approved validators. This mechanism is often chosen for its efficiency and speed compared to Proof-of-Work.
• EVM Compatibility: The chain is fully compatible with the Ethereum Virtual Machine (EVM), allowing developers to deploy existing Ethereum-based smart contracts and decentralized applications (dApps) with minimal modifications.
• Scalable Architecture: The network is designed with a scalable architecture to handle increasing transaction volumes and support integration with Web4 and AI technologies. ^[1]

Ecosystem

• EcoDex: The decentralized exchange platform.
• DexNET: The suite of decentralized network services (DexCloud, DexSafe, DexMobile, DexCards, DexPN).
• dApps: The platform supports the development and deployment of decentralized applications, with over 8 dApps reported to be growing on the network.
• X1Nodes: The hardware infrastructure supporting the network, with over 5,000 nodes reported in over 60 countries. ^[1]

Use Cases: DexNet

DexNet is a decentralized physical infrastructure (DePIN) project deployed on the X1 EcoChain. It leverages X1Nodes to provide wireless connectivity while also participating in block validation. Users within range of a node can access bandwidth by paying micro-fees in X1 Coin, with payments settled approximately every 7.5 seconds upon block finalization. Due to the low energy consumption of each node (~3 watts), deployment is accessible in everyday locations like cafés or streetlights, enabling participants to function as localized internet providers.

Tokenomics

The ecosystem includes three primary participant roles:

• Users: Interact with the network by submitting transactions, transferring assets, and minting DEX-20 tokens.
• Validators: Operate X1Nodes to produce and validate blocks under the PoA consensus model, ensuring network integrity with a typical transaction finality of approximately 7.5 seconds.
• Builders: Develop smart contracts and decentralized applications. Successful contributions can earn them protocol fees, ecosystem grants, and retroactive rewards based on network adoption and utility.

Token 2049 Dubai 2025

At TOKEN2049 in Dubai, X1 EcoChain hosted a Tier-1 side event on May 2 at the Emirates Golf Club. This private gathering brought together 150 invited guests, including investors, strategic partners, and industry influencers. The event served as a platform to outline X1 EcoChain’s development roadmap, unveil new strategic collaborations, and present its upcoming global expansion initiatives. This engagement marked a significant milestone in X1 EcoChain’s positioning within the broader blockchain industry. ^[6]

Partnerships and Backers

• Investors & Backers:
  • Cryptorsy
  • 100X Labs
  • 0G Labs
  • Open Ledger
  • Sanjar Group
  • Majestic Investment
• Partners & Sponsors (from X1 EcoDay event):
  • OpenLedger (Co-host)
  • Sigma (Sponsor)
  • 0G (Partner)
  • Aethir (Partner)
  • 100xLabs (Partner)
  • Animoca Brands (Partner) ^[1]