Table of contents

• Brief facts: NodeOps (NODE) ??Overview
• What is NodeOps?
• How many NODE tokens are there?
• What is the function of NODE tokens?
• NodeOps' core products and services
• NodeOps (NODE) ??and Ethereum (ETH): A Two-Level Story
• The technology behind NodeOps
• Team and Origin
• Is NODE a potential quality investment? A balanced perspective
• Potential Advantages
• Risks and challenges to consider
• in conclusion

In a complex and rapidly evolving Web3 world, infrastructure that supports decentralized applications, blockchains, and AI is often as complex as the technology itself. For developers and protocols, managing this underlying “computing” layer can be a major obstacle to innovation. The NodeOps project is working on this challenge, positioning itself as the foundational layer of the next wave of decentralized development.

NodeOps aims to be the leading DePIN (Decentralized Physical Infrastructure Network) coordination protocol to simplify the management of cloud infrastructure. With its native token NODE as the economic core, the project provides a set of tools for node operators, developers and the entire protocol. This article provides an objective and educational overview of NodeOps, explaining its technology, purpose, and role in the broader Web3 ecosystem.

Brief facts: NodeOps (NODE) ??Overview

• Stock Code: NODE
• Chain: Ethereum
• Contract address: 0x2f714d7b9a035d4ce24af8d9b6091c07e37f43fb
• Circulation supply at the time of issuance: approximately 133.4 million
• Total supply at the time of creation: approximately 678.8 million (Note: This is dynamic supply, not hard upper limit)
• Main use cases: DePIN coordination protocol for verifiable, universal computing.
• Current market value: /
• Availability on Phemex: Not available yet (as of this writing).

What is NodeOps?

In short, NodeOps is a dedicated platform for managing the computer resources (i.e., "computing") needed to run blockchain and decentralized applications. Blockchain relies on computer networks (i.e. "nodes") to operate safely. Setting up and maintaining these nodes has high technical requirements and resource consuming, which has brought bottlenecks to many projects.

NodeOps strives to solve this problem by creating a permissionless, blockchain-free network to coordinate these resources. The mission of the project is to enhance the builder’s experience and allow developers to focus on innovation rather than complex operations.

The project provides a very apt metaphor: The NodeOps network is like a large, secure playground . Protocols and dApps are like "parents", bringing their "children" (nodes, applications) to play. These "parents" use "pocket money" (tokens) to rent "toys" (computing resources) from the playground's shop (NodeOps market). The "Guardian" (surveillance system) protects everything to ensure its safety and normal operation.

The entire NodeOps ecosystem is organized around four key pillars:

• NodeOps Network: DePIN coordinator for general purpose computing, protected by Active Verification Service (AVS).
• Core Service Suite: A collection of products for developers, node operators and users.
• NodeOps Foundation: a governance layer centered on NODE tokens to support the network.
• Partner ecosystem: computing providers and consumers that form the lifeblood of the network.

Through these pillars, NodeOps provides a platform designed to abstract the challenges of decentralized computing infrastructure.

How many NODE tokens are there?

NODE's token economics is designed to be dynamic and responsive to network activities, unlike a model with a fixed maximum supply.

In its Token Generation Event (TGE), the total supply at the time of creation was 678,833,730 NODE and the initial circulation supply was 133,390,828 NODE (approximately 19.65%).

The core characteristics of its economic model are dynamic coin minting and destruction mechanisms . The system is inspired by the popular "BME" framework in DePIN, directly linking the creation of new tokens to on-chain revenue. When users pay for service fees on the network, a portion of the NODE tokens they use are destroyed (permanently exited from circulation). After that, the system will mint the corresponding number of new tokens and allocate them according to the "destruction/mint ratio" to be distributed as rewards to the network participants. This ensures that token inflation is supported by real economic activity, creating a sustainable model where supply only expands based on real demand.

The initial allocation of Genesis supply is as follows:

1. Community and ecosystem (47.5%):

• Ecosystem Growth (30%): The largest allocation for contributor incentives, partnerships and marketing, TGE unlocks 10%, followed by 6 months of cliffs and 60 months of linear attribution.
• Airdrop (15.5%): Reward early supporters and community members, 80% of whom are unlocked in TGE.
• IDO (2%): Used for initial public sale, 100% unlocked after completion.

2. Protocol incentives (15%): Provides a core reward system for computing providers and stakeholders.

3. Initial Contributor (15%): For the core team, there is a 12-month cliff period and a 60-month vest period to coordinate long-term interests.

4. Early supporters (22.5%): For investors who provide seed funds, there are 12-month cliff periods and 36-month vest periods.

This structured distribution and dynamic supply model is designed to balance initial growth incentives with long-term economic stability, directly linking NODE prices and supply to the utility of the platform.

What is the function of NODE tokens?

NODE tokens are an indispensable part of the platform's functions, and their functions are far more than simple speculation. Its design makes it the main economic engine of the NodeOps network. The core use cases of NODE can be understood through the following four main functions:

• Service Access (Destroy and Generate Points): All services on the NodeOps platform are denominated in US dollars. When a user accesses the service, he or she needs to destroy an equal amount of NODE token and receive non-transferable points. This directly links platform usage to token demand.
• Computation Binding: In order to contribute resources to the network, the computing provider must "bind" or stake NODE tokens. This sets an economic threshold for participation, ensuring that providers are involved and aligned with the healthy development of the network.
• Ensure network security (verified computing): NodeOps integrates with AVS ecosystems such as EigenLayer. This allows NODE to be restaked, providing economic security for computing workloads. If a provider fails to meet performance or integrity standards, its pledged tokens may be "cut" or forfeited as a penalty.
• Governance: NODE holders can participate in agreement governance and vote on key parameters such as destruction/casting ratios, reward policies, and other operational decisions that affect the future of the network.

NodeOps' core products and services

NODE's utility is achieved through its product suite:

• Agent Terminal: Developer sandbox for building and deploying AI solutions.
• NodeOps Cloud: A market for verifiable computing without permission.
• NodeOps console: A raw node-as-a-service (NaaS) dashboard for no-code node deployment.
• Security Center: An artificial intelligence tool for scanning code and application sequence vulnerabilities.
• Staking Hub: A platform that allows users to pool their tokens to meet the minimum requirements for running validator nodes.
• NodeOps Enterprise: B2B service for enterprise-level RPC and validator nodes.

For those who wish to trade NODE , understanding this deep utility is key to assessing its role in the market.

NodeOps (NODE) ??and Ethereum (ETH): A Two-Level Story

Comparing NodeOps with industry giants like Ethereum is not because they are direct competitors, but because it clearly demonstrates the unique symbiotic relationship between them. Understanding this difference is key to understanding the position of NodeOps in Web3 architecture.

The key to comparing NodeOps with Ethereum is that they run at different and complementary levels of the technology stack. NodeOps is not an attempt to become the new Ethereum; rather, it is a professional service that utilizes Ethereum security to provide the necessary infrastructure to the multi-chain world.

The technology behind NodeOps

NodeOps is built on advanced technologies designed for security and scalability. Its core innovation lies in its position as an active verification service (AVS) on EigenLayer . EigenLayer is a protocol on Ethereum that introduces a "restaking" mechanism that allows the use of staking ETH to protect the security of other applications.

By running as AVS, NodeOps allows new blockchain projects to leverage this shared security pool without building their own security pool from scratch. NodeOps AVS is a decentralized operator network focused on deploying and managing nodes. This process is guaranteed by restaking ETH and pledged NODE tokens, thus building a powerful dual security model. This framework positions NodeOps as a "layer 0" infrastructure solution, providing basic services to a variety of other networks.

Team and Origin

The credibility of a project usually depends on its founding team. NodeOps was co-founded by Naman Kabra and Shivam Tuteja , who have a background in software engineering and focus on solving infrastructure-level problems in the field of encryption.

The project has a strong momentum after receiving a $5 million seed round . This round of financing was led by well-known cryptocurrency native venture capital firm Borderless Capital , Wormhole , and other strategic investors. This funding and strategic support provides NodeOps with the resources needed to achieve its ambitious roadmap.

Is NODE a potential quality investment? A balanced perspective

This section explores the potential advantages and disadvantages of NodeOps, but must be viewed from the perspective of the high risk and high reward nature of early crypto projects.

Potential Advantages

DePIN and Infrastructure Layout: NodeOps operates in the DePIN field, providing the necessary "picks and shovels" infrastructure. Its success is closely related to the overall growth of the Web3 industry, not the success of a single application.

Integration with EigenLayer: As AVS on EigenLayer, NodeOps is at the center of a strong restaking narrative that may benefit from its growth and capital flows.

Clear revenue model: Destruction/mint mechanisms and service fees create direct links between platform use and token economy, providing a clear pathway to sustainable income.

Diverse product suite: A range of services from artificial intelligence development to node deployment meets a variety of needs in the Web3 field and creates multiple approaches to adoption.

Risks and challenges to consider

• Execution Risk: The project’s vision is ambitious, but its success is not inevitable. It depends heavily on the team’s ability to execute its complex roadmap, maintain security, and attract a large number of computing providers and consumers.
• Fierce competition: The node-as-a-service and DePIN markets are fiercely competitive. NodeOps faces challenges both from established centralized players and from other emerging decentralized solutions. Whether it can maintain its competitive advantage is still uncertain.
• Technology dependency: The success of this project is closely related to the security and ongoing application of EigenLayer. Any unforeseen vulnerability or failure in the underlying restaking agreement can have a serious negative chain impact on all AVSs, including NodeOps.
• Extreme market fluctuations: Like all altcoins (especially newly issued altcoins), NODE prices are prone to drastic fluctuations. Its value may be severely affected by the overall trend of the cryptocurrency market and may experience substantial fluctuations in the short term. Investors must be prepared to deal with huge losses.

in conclusion

NodeOps (NODE) ??is a technology-focused project designed to solve a fundamental problem in the Web3 field: the complexity of decentralized infrastructure management. By creating the DePIN coordination layer, which has a well-established token economic model and a clear product suite, it is building the basic services for developers and protocols.

Although the project is still in its early stages and faces inherent risks of pioneering technology, its strategic positioning in DePIN and its restaking narrative make it an important project worthy of attention. For anyone interested in the underlying infrastructure that drives the future of decentralized applications, it is crucial to understand projects like NodeOps. However, any potential interest must be balanced with a clear understanding of the significant risks involved. As the ecosystem matures, information on how to buy NODE on platforms like Phemex will become richer, reflecting its growth and market influence. You can follow NODE's news to keep up with its latest developments.

Here is the article about what is NodeOps (NODE)? Is it worth investing? This is the article about the comprehensive introduction of the NodeOps (NODE) ??project. For more related NodeOps (NODE) ??content, please search for previous articles on this site or continue to browse the related articles below. I hope everyone will support this site in the future!

The above is the detailed content of What is NodeOps (NODE)? Is it worth investing? A comprehensive introduction to NodeOps (NODE) ??project. For more information, please follow other related articles on the PHP Chinese website!