NuConstruct offers an innovative approach to executing transactions directly on the blockchain. It introduces a “trustless on-chain orderflow execution layer” designed for traders, dApps, and enterprises, aiming to enhance security, privacy, and efficiency in transactional workflows. By leveraging Trusted Execution Environments (TEE) and a mediator-free architecture, the project ensures transparency and protection against MEV attacks. NuConstruct lays the foundation for a new generation of decentralized financial and trading protocols.
Contents
- NuConstruct Project Overview
- Technical Foundation of the Project
- Funding and Team
- Use Cases
- Competitive Advantages
- Conclusion
1. NuConstruct Project Overview
NuConstruct is a blockchain infrastructure project that provides a trustless transaction execution layer for Ethereum and BNB Chain. Since its launch in 2020, the platform has processed over 500,000 transactions, ensuring privacy, MEV resistance, and reliable on-chain performance.
The core technology relies on a Trusted Execution Environment (TEE) supported by Intel TDX, enabling secure execution of transactions in an isolated environment. NuConstruct offers a decentralized and verifiable alternative to solutions like Flashbots MEV-boost, enhancing the structure of on-chain workflows.
Designed for traders, dApps, and enterprises, the platform provides accessible APIs and SDKs for seamless integration. Its mission is to enhance transparency, security, and control within the Web3 ecosystem.
2. Technical Foundation of the Project
According to the documentation, NuConstruct's architecture is based on a Trusted Execution Environment (TEE) using Intel TDX. This enables secure, verifiable execution of transactions in a hardware-isolated space, immune to external interference. Such infrastructure is essential for handling sensitive data and high-frequency operations.
With built-in compatibility for dApps and DeFi protocols, the platform offers APIs for automated processes and has already proven itself by successfully processing over half a million transactions.
Key Technical Components:
| Component | Description |
|---|---|
| Trusted Execution Environment (TEE) | Secure transaction processing using Intel TDX |
| Integration with Ethereum and BNB Chain | Support for major L1 blockchains ensures wide compatibility |
| APIs for traders and developers | Simplified integration and on-chain process automation |
| Proven Performance | 500,000+ transactions processed in live environments |
This architecture reduces MEV-related risks while enabling fast and reliable execution. NuConstruct's execution tools support building secure on-chain logic without reliance on centralized parties.
3. Funding and Team
NuConstruct was founded in 2022, with active development starting in Q3 2020. Early on, the project received backing from respected venture firms. In June 2025, it raised $6 million in a seed round led by cyber Fund, with participation from Maven 11 Capital, Digital Currency Group, Greenfield Capital, and Eden Block. These details are confirmed by platforms such as ICO Drops, Crypto-Fundraising, and ChainCatcher.
The team combines strong technical and strategic expertise. The founder, known as 0xprincess, focuses on protocol architecture and infrastructure vision. Sergey Klimov leads development, specializing in Ethereum APIs and service-oriented systems. Their collaboration supports NuConstruct's growth and market expansion.
4. Use Cases
NuConstruct is built as a versatile tool for Web3 users—from individual traders to enterprises. With a secure architecture and support for major blockchains, it enables complex on-chain workflows that previously required centralized coordination or exposed users to data leakage risks.
NuConstruct Enables:
- Trading Automation: Traders can define precise execution sequences to minimize delays and prevent external interference, especially valuable in high-frequency and algorithmic trading.
- dApps Integration: Developers gain access to APIs for executing transactions securely, shielded from mempool manipulation.
- Enterprise Solutions: Businesses can run secure and compliant on-chain processes with full transparency and control.
This flexibility allows NuConstruct to meet diverse needs—from mobile traders requiring privacy to fintech firms executing regulated operations.
Moreover, its TEE-based design offers a decentralized alternative to traditional execution environments, eliminating intermediaries, resisting MEV, and enabling verifiable logic directly on-chain.
5. Competitive Advantages
Amid the multitude of blockchain solutions in the transaction execution space, NuConstruct stands out with its well-designed architecture, technological rigor, and focus on practical application. The project goes beyond narrow goals like MEV protection or private execution, offering a versatile platform for building trusted on-chain logic.
Core Advantages:
- Trustless Architecture: Transactions are executed without intermediaries and are fully verifiable on-chain.
- High Security: Intel TDX-based TEE ensures strong data protection and isolation from external threats.
- Proven Throughput: More than 500,000 transactions have been processed with consistent reliability.
- Strong Investment Backing: Support from top-tier funds reinforces confidence in the platform's potential.
Unlike projects that focus solely on infrastructure or privacy, NuConstruct offers seamless dApp integration, cross-chain compatibility, and enterprise-grade tools—making it a flexible and robust solution for Web3 innovation.
6. Conclusion
NuConstruct represents a significant step forward in trustless on-chain execution. Its combination of TEE-based security, ecosystem adaptability, and solid investor backing makes it a compelling alternative to current solutions. Over 500,000 processed transactions attest to its operational maturity.
With rising interest in secure and private transaction flows, NuConstruct is well-positioned to serve as a foundational layer in the Web3 stack. It appeals to algorithmic traders, DeFi developers, and institutions requiring compliant infrastructure and execution transparency.
As the project evolves—potentially introducing tokenomics and supporting more networks—it may become a standard for trusted on-chain execution. Both users and investors would do well to follow its development closely.
