Bless is a decentralized edge computing network known as the world’s first “shared computer.” It lets users share unused computing power—like CPU and GPU resources from their personal devices—to support high-demand applications like AI, machine learning, and data analytics. In return, users are rewarded for contributing their resources.

For developers, Bless provides an alternative to traditional cloud services by bringing computation closer to users—cutting down on latency and infrastructure costs. In this article, we’ll break down Bless’s core technology, how it works, its positioning in the market, and how its reward system functions. We’ll also take a look at its recent developments, investment prospects, and potential risks.

Source: https://x.com/theblessnetwork

Bless Technical Architecture

Adoption of WebAssembly (WASM) Modules

In the Bless network, each participating device functions like an independent mini-computer, collectively forming a powerful “shared computer.” For example, your phone, laptop, or even a tablet at home can automatically contribute computing resources during idle periods by simply installing the Bless application and collaborating with other users worldwide to process tasks.

Developers package computing tasks into WebAssembly (WASM)—like a standardized toolbox that works across different device types. Additionally, the embedded node framework (“nnApp”) within the application automatically connects your device to the shared network when using a Bless-supported app, enabling it to contribute computing power.

Moreover, Bless allows each application to choose a suitable consensus algorithm based on its own needs for verifying tasks and distributing rewards, making the system more flexible and efficient. Its design is not limited to a single blockchain—it is compatible with various Layer 1 and Layer 2 chains, creating a diverse and open ecosystem.

Automatic Task Distribution to Multiple Nodes

The Bless network automatically assigns computing tasks to the most suitable devices. When a developer submits a task, the system first evaluates the required CPU, memory, bandwidth, and completion time. It then selects devices from global nodes that are geographically close and have sufficient resources to process the task. This is similar to food delivery services, which automatically assign the closest courier to ensure fast and efficient service.

If the task is large, Bless will split it into multiple smaller tasks, which will be processed in parallel by different nodes. This avoids overloading a single device and uses a randomized distribution method to ensure fairness.

During computation, all data is transmitted in encrypted form. If a node needs more data, it can retrieve it from decentralized storage solutions such as IPFS or Arweave. Once the task is completed, other nodes return and cross-verify the results. Only after verification is the result delivered to the developer, significantly improving the accuracy and reliability of the computation results.

Bless’s distributed computing mechanism and workload scheduling (Source: Bless Network Litepaper)

Comparison with Traditional Cloud Servers

Bless offers developers a brand-new platform, allowing them to build high-performance, low-latency applications without the need to invest in expensive traditional cloud servers.

Compared to centralized cloud services, Bless’s decentralized edge computing has three distinct advantages:

1. Lower Cost: By utilizing idle devices worldwide, Bless can provide computing services at a lower cost, reducing infrastructure expenses for developers.
2. Faster Response: Since tasks are executed on nodes closest to the users, it greatly reduces data transmission distance and latency—ideal for applications that require real-time responsiveness (such as IoT data processing or real-time interaction platforms).
3. Higher Data Sovereignty: Data processing on Bless is distributed across many nodes rather than being concentrated in a few large data centers. Users have greater control over their data and resources, and privacy and security are better protected through cryptographic techniques.

Developers can deploy their own decentralized applications (dApps) directly on Bless. Bless provides command-line tools and a WASM framework to help easily package computing tasks and submit them to the network. The system then automatically selects the most suitable nodes for processing and returns the results—eliminating the need to build your own servers.

In addition, Bless is blockchain-agnostic, meaning it’s compatible with multiple chains. This allows developers to run parts of their application (like token transfers or governance) on public chains, while offloading heavy computation to Bless’s off-chain environment—achieving a balance between performance and decentralization.

Even better, Bless encourages traditional Web2 developers to participate. With simple APIs or plugins, existing apps can be integrated into the Bless network, turning users into part of the shared computing power. This allows developers to benefit from the new model, focus on building great apps, and stop worrying about server costs.

Bless Market Positioning & Competitive Landscape

Competitors and Industry Landscape

In recent years, many projects have emerged in the decentralized computing space—Bless is not alone in this field. Within the DePIN (Decentralized Physical Infrastructure Network) sector, some early movers exist, such as Akash Network, which focuses on decentralized cloud and high-performance computing, and Golem Network, an early advocate of idle compute sharing. These are all potential competitors.

There are also newer projects like EdgeX, and even projects like Helium, which originally focused on decentralized communication, have recently begun exploring resource sharing.

Overall, the narrative of “providing services by leveraging idle resources” is quite popular, and the space is crowded. To stand out, Bless must demonstrate strong technical execution and performance.

Bless’s Strengths and Weaknesses

On the strengths side, Bless’s most notable feature is its network-neutral architecture and user-friendly participation model. With its WASM and an embedded node framework, Bless supports a wide range of blockchains and device types, enabling near-seamless integration for developers and users. Users can participate with extremely low effort—just by using an app or browser extension, they can contribute resources and earn rewards. This experience is similar to passive income, helping quickly expand the network’s node coverage.

Bless also focuses on edge computing, making it particularly attractive for AI and IoT use cases that require low latency and distributed processing. Regarding resource efficiency, its dynamic task scheduling and randomized assignment algorithms help distribute workloads across nodes fairly, avoid overloading any single point, and improve overall network stability.

However, Bless faces several challenges. The first is the network effect problem: only when enough diverse nodes join can Bless match traditional cloud services’ compute capacity and reach. In its early stages, the number and reliability of user devices may be insufficient, leading to unstable service quality (e.g., users reported unstable node connections during testnet).

Secondly, competition is intense. If other decentralized computing platforms offer higher rewards or easier integration, Bless must continue to innovate to retain developers and node operators.

Additionally, educating the market to adopt this new “shared computing” paradigm is a significant challenge—especially when it comes to helping non-technical users feel safe contributing their device’s compute power. Building trust and a sense of security is essential. Overall, while Bless has a strong conceptual and technical foundation, its success will depend heavily on execution and ecosystem growth to secure its position in this highly competitive market.

Bless’s Strengths and Weaknesses (Source: Gate Learn Creator John)

Market Opportunities and Development Potential

From a macro perspective, global demand for computing resources is experiencing explosive growth, especially in fields like artificial intelligence, machine learning, and large language models. Traditional centralized cloud computing models face issues such as high costs, data transmission bottlenecks, and single points of failure—creating opportunities for decentralized computing solutions.

The DePIN (Decentralized Physical Infrastructure Network) concept, to which Bless belongs, has received increasing attention from capital markets in recent years, indicating that investors are optimistic about blockchain-powered physical resource-sharing models. In this wave, the edge computing market, where Bless is focused, is the next big trend. With the widespread adoption of 5G and IoT, many devices with untapped computing potential could be integrated. If Bless succeeds in onboarding these devices, it will build a vast, globally distributed computing network.

On another front, as industries become more concerned with data privacy and data sovereignty, more enterprises may look to decentralized computing to reduce dependence on a few major cloud service providers. If Bless can offer enterprise-grade performance and security, it could expand beyond the blockchain space and into traditional industries seeking edge computing solutions.

It’s worth noting that Bless positions itself not just as a resource marketplace, but as an application-oriented computing platform. This means it aims to allow apps to run part of their workloads directly on user devices, unlike some competitors that merely provide compute leasing for developers to integrate themselves. This strategy could foster deeper collaborations with app developers. For example, embedding the Bless framework into games could allow users to contribute idle computing power while playing, with Bless’s low-latency design potentially improving real-time rendering. Likewise, Bless can help developers deploy AI models directly on users’ devices for efficient data processing in AI inference scenarios—especially useful for applications like autonomous driving or real-time voice recognition, where speed is critical.

Such a win-win model depends on close collaboration between Bless and app developers. It’s expected that Bless will partner with high-compute-demand Web3 games or AI platforms to launch pilot projects and validate its business model. Additionally, Bless may collaborate with public blockchain projects as a Layer 2 or plug-in computing network, providing off-chain computing power to blockchain systems.

In conclusion, Bless is operating in a high-growth market and benefits from riding two major waves: the rise of AI and the decentralization trend in Web3. Its development prospects look highly promising as long as it continues to refine its technology and expand its network.

Bless Tokenomics

BLS, as the core token of the Bless ecosystem, serves multiple functions including incentive rewards, transaction payments, and ecosystem governance. The system automatically distributes BLS tokens based on the actual performance of users contributing idle computing power. This mechanism allows users to enjoy passive income while also participating in the co-construction of the network. Beyond being a reward tool, BLS is also a governance credential, giving holders the right to participate in major decisions—such as future technical upgrades or adjustments to incentive mechanisms. Through this fair, transparent, and decentralized incentive model, the Bless ecosystem aims to ensure network security and stable operations while activating ecosystem-wide participation.

How to Obtain BLS Tokens

Installing and running the Bless Chrome extension is the simplest way to earn BLS tokens. When a user’s device is idle, the system automatically utilizes this idle compute power to participate in network operations, and BLS rewards are distributed periodically based on the contribution. This fully automated earning process is simple and efficient, allowing users to earn continuously without extra effort.

In addition, the project will occasionally run airdrop campaigns to attract early users and offer extra BLS rewards.

Get the Bless Chrome Extension

Staking, Holding, and Ecosystem Governance

In addition to earning tokens by sharing idle resources, users can also stake the BLS tokens they’ve earned. The staking mechanism provides users with additional returns and helps lock up tokens, stabilize market liquidity, and enhance the network’s security. Through staking, BLS holders can participate in the governance of the Bless ecosystem, voting on key decisions such as new feature development, advancement of partnership projects, or adjustments to incentive schemes. This governance model allows users to be more than just resource providers—they become co-builders of the ecosystem, further promoting the healthy development of Bless as a whole.

Bless: Latest Trends and Development Updates

Project Milestones

Since its founding in 2022, Bless has achieved several important milestones. The most notable recent development is the launch of its Incentivized Testnet in late 2024, along with the release of a Chrome browser extension that allows everyday users to easily join the network and contribute computing power. Once installed, the plugin automatically shares idle CPU/GPU resources with websites and services that support Bless—without affecting the device’s normal operations.

The testnet launch attracted many users to participate in airdrop events by running the extension (i.e., providing computing power), helping Bless build its early node community. At the same time, the Bless team released various tools and developer resources, including the open-source node client (b7s) and developer documentation, laying the groundwork for ecosystem growth.

Bless plans to officially launch its mainnet in Q1 2025. After launch, the team will focus on improving task scheduling, node management, and enhancing system stability and security.

Regarding technical updates, according to a post on X dated March 5, 2025, Blessnet has reached 3,000,000 active nodes, and final testing of its CLI and SDK versions is still ongoing.

Funding Status and Team Background

On the capital and partnership front, Bless has completed two funding rounds, raising a total of $8 million.

In March 2022, Bless completed a Pre-Seed round led by NGC Ventures, raising $3 million. In May 2024, it completed a Seed round led by M31 Capital, with Frachtis and others participating, raising an additional $5 million. Other participating investors include well-known crypto funds and infrastructure players such as MH Ventures, No Limit Holdings, Interop Ventures, Plassa Capital, and Chorus One. These strategic investors provide financial support, industry resources, and influence. For example: NGC Ventures, which focuses on blockchain infrastructure investments, may help Bless seek additional commercial partnerships. Chorus One, a leading validator operator, can offer professional guidance on cross-chain interoperability and validation strategies.

As for the team, Bless has a diverse founding group: CEO Li Butian was previously the COO of blockchain project WABI and has a background in traditional consulting. CTO Derek Anderson has many years of experience in the Web3 and cloud computing space (formerly Engineering Lead at Akash Network). Co-founder Michael Chen comes from the Binance incubation and research division. This combination of backgrounds gives Bless a strong foundation for long-term development.

Bless Investment Opportunities and Risk Assessment

Investment Opportunities

Although the price of BLS has continued to decline since its issuance, from an investment perspective, the decentralized edge computing sector that Bless operates in still holds significant potential.

On one hand, the AI and big data era has created a strong demand for computing power, drawing attention to innovative models of compute supply. On the other hand, blockchain-based economic models offer effective incentives for mobilizing individual resources. Bless combines both, and has already shown technical feasibility. If Bless can rapidly scale its node network while maintaining service quality, it has the potential to become a key player in decentralized infrastructure.

Additionally, since Bless is aligned with the DePIN concept, its performance may fluctuate with the sector’s overall popularity. If decentralized physical infrastructure becomes a mainstream narrative in blockchain, Bless could benefit from the rising tide—attracting more capital and partnerships.

As of 2025/03/10 – BLS Price Trend (Source: gate.io)

Risk Assessment

Despite its potential, investing in Bless requires careful consideration of several risks:

Technology Implementation Risk
While the concept behind Bless is solid, successfully operating it at scale requires overcoming various technical hurdles, including network stability, node security, and anti-fraud mechanisms. If the mainnet suffers from frequent disconnections or computational errors, it could undermine investor confidence.

Uncertainty of Network Effects
Bless must attract enough user nodes and developers simultaneously to create a positive feedback loop. Otherwise, it may fall into a “chicken-and-egg” dilemma: no users means no applications, and no applications means no demand for computing power. In contrast, centralized cloud services already have a large customer base and mature offerings, making it hard for Bless to change user habits.

Regulatory and Security Risks
Shared computing involves accessing user devices and potentially handling sensitive data. Regulators in different countries may scrutinize the legality and compliance of such models. Additionally, if hackers attempt to compromise Bless’s consensus or task assignment mechanisms, it could lead to service disruptions or misuse of compute resources—requiring constant security upgrades from the team.

Token Economy Risk
The future value of the BLS token will depend on real-world application demand and market speculation. If project progress lags or the crypto market weakens, BLS could experience significant volatility. Investors should be prepared to tolerate this level of risk.

In summary, Bless is an early-stage decentralized infrastructure project with high growth potential and inherent risks. Investors should monitor technical milestones, ecosystem adoption, and competitor developments. If you’re confident in the team’s ability to execute and the market’s need for such a solution, Bless may be worth watching—but don’t ignore the risks. A diversified and long-term investment approach is recommended.

Conclusion

Bless introduces a fresh decentralized force into today’s cloud computing landscape. Through its innovative technical architecture and incentive mechanisms, Bless aggregates idle computing power from around the world into a global computing network. It lowers cost and latency while empowering users to become active participants and beneficiaries of the ecosystem.

Compared to the traditional “centralized resources, users pay” model of cloud services, Bless offers a new paradigm of “decentralized resources, users earn rewards.” If this disruptive idea succeeds, it could reshape how people interact with the internet.

Of course, as an emerging project, Bless still faces many uncertainties in its future development. Time will be needed to validate the technology’s stability and the business model’s sustainability. However, positioned at the intersection of two major trends—AI and blockchain—Bless is tackling critical pain points with a clear solution, making it a noteworthy project to watch.

Bless provides a glimpse into a new computing world for those interested in the future of decentralized computing—one built and owned by its users, where value is shared across the network. With the mainnet launch and ecosystem expansion ahead, time will tell whether Bless can fulfill its vision and secure a spot in this highly competitive space, opening a new chapter in distributed computing.