ENI Reshapes Enterprise Blockchain: From High Performance to Global Trust

At the TEAMZ 2025 Web3/AI Summit in Tokyo, ENI showcased its enterprise blockchain innovations. As a ZK-driven modular ecosystem, its new high-performance Layer 1 architecture achieves 10,000 TPS throughput. A three-layer composite consensus mechanism, combined with a ZK coprocessor, addresses traditional blockchain pain points in performance, privacy, and scalability. This provides secure and efficient solutions for scenarios like cross-border trade, reshaping the global commercial trust network.

Arion HO, Co-Founder of ENI, stated, “Decentralization is the future of governance.” He stressed that the “mainnet + AppChain” architecture enables one-click deployment of exclusive chains, balancing mainnet security with enterprise customization needs.

The summit attracted over 12,000 global leaders. ENI’s booth welcomed more than 2,000 developers and enterprise representatives. Its three-layer ecosystem offers end-to-end solutions from technology to industry applications, including templates for carbon footprint tracking. This accelerates the integration of blockchain into the real economy.

The Enterprise Blockchain Shift

As Web3 technologies scale globally, enterprises are moving beyond the “proof of concept” stage. Blockchain is now expected to function as critical business infrastructure — demanding unprecedented levels of performance, privacy, and scalability.

However, most legacy public blockchains fall short. Limited by their core architectures, they can’t keep pace with complex enterprise needs.

ENI is designed to change that.

With a next-gen Layer 1 + Layer 2 architecture, built-in zero-knowledge proofs (ZKPs), and a throughput of up to 10,000 TPS, ENI delivers a holistic, enterprise-grade solution — combining speed, security, and scalability.

Enterprise Blockchain’s Three Key Bottlenecks

1. Performance Limits

Traditional chains cap out at a few hundred TPS — far too low for high-frequency use cases like fintech, IoT data streaming, or supply chain automation. During peak traffic, congestion delays finality and degrades reliability.

2. Security Risks

Enterprises face threats at both network and application levels. Public chains often trade off decentralization for efficiency — leading to vulnerabilities like chain halts or compromised nodes.

3. Poor Scalability

Without dynamic scaling models, most blockchains can’t expand horizontally. Even with sharding or L2s, the validation workload on core nodes remains heavy — limiting performance and smooth integration between enterprise chains and mainnets.

ENI’s Core Architecture: High-Performance by Design

Three-Layer Consensus Stack

ENI pioneers a hybrid consensus model integrating:

EPoS (Enhanced Proof of Stake): Fair and decentralized block production via dynamic staking pools and randomized validator selection.

VRF (Verifiable Random Function): Injects cryptographic randomness into node elections, improving finality and responsiveness.

ETurboBFT: An optimized BFT algorithm that boosts fault tolerance and detects malicious behavior under stress.

Together, these components offer a resilient, high-speed backbone for ENI’s Layer 1 — delivering security without sacrificing performance.

Parallel Execution Engine

ENI replaces traditional sequential transaction processing with a parallelized model — running multiple transactions simultaneously. Intelligent conflict detection and scheduling algorithms enable up to 10,000 TPS, addressing enterprise throughput needs.

Modular Growth: AppChains for Business-Specific Needs

Mainnet + AppChain Architecture

ENI supports a modular structure where enterprises can launch dedicated AppChains — each with customizable consensus, privacy settings, and smart contract environments. These AppChains inherit the mainnet’s security, enabling:

● Tailored governance

● Adaptive fee models

● Seamless scaling

With coordinated interoperability across mainnet, AppChains, and L2s, ENI forms a flexible, high-performance ecosystem.

Privacy Meets Compliance: ZKPs at the Core

Balancing data privacy with regulatory compliance is one of the biggest hurdles in enterprise blockchain.

ENI tackles this by deeply integrating Zero-Knowledge Proofs:

Prove It Without Revealing It: ZKPs verify transaction authenticity without exposing underlying data — ensuring auditability without breaching confidentiality.

One-Click Compliance: Configurable privacy modules let enterprises adjust disclosure levels to meet local or sector-specific regulations.

The result? Trust, transparency, and full control over data privacy.

Beyond Infrastructure: ENI as a Blockchain Operating System

ENI’s ecosystem architecture supports enterprise needs at every layer:

Infrastructure Layer — SDKs, APIs, and smart contract toolkits

Elastic Scaling Layer — AppChains with modular consensus and privacy

Application Layer — Plug-and-play modules for cross-border payments, carbon tracking, e-government, and more — accessible via subscription for SMEs

With a 10,000 TPS backbone, modular AppChains, and compliance-ready privacy features, ENI empowers enterprises to go live fast — without compromise.

ENI isn’t just a blockchain — it’s the operating system for enterprise-grade Web3.By solving real-world pain points with speed, security, and compliance at its core, ENI is setting the standard for a scalable, trustworthy, and future-ready enterprise blockchain ecosystem.

 

 

 

 

 

 

Media Contact

Organization: ENIAC

Contact Person: Ankie

Website: https://eniac.network/

Email: Send Email

Country:Singapore

Release id:27022

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