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After Bless updates its roadmap, can the AI computing power network still see another round of growth?
Since the beginning of this year, AI infrastructure has remained one of the hottest tracks in the crypto market. From GPU cloud computing power to decentralized inference networks, more and more projects are competing for AI computing resources, hoping to become important infrastructure for next-generation AI applications.
According to Gate market data, BLESS experienced a notable rally this April, with its price briefly breaking above 0.03 USDT. However, as market sentiment cooled, the token price gradually declined and is now consolidating around 0.008 USDT. At the same time, the Bless team has been continuously updating its Roadmap and announcing new development progress around Mainnet, Desktop Node, and the developer ecosystem, but market performance has clearly become more rational compared to before.
This shift indicates that the focus of investors is changing. Compared to early trading centered on the AI concept, the market is now re-evaluating whether Bless can truly achieve its roadmap goals and build a sustainable AI computing network.
What important changes have occurred with Bless recently?
In May of this year, Bless released its latest Roadmap, listing Mainnet, Desktop Node, Anti-Sybil mechanisms, and the developer ecosystem as key priorities for the next phase, and adding plans for Docker deployment, WebGPU support, and Dynamic Rewards. This is also the most important product update for the project in recent times.
Entering June, the team began to steadily advance development around the roadmap, including Extension Node optimization, Developer API, ElizaOS Plugin, and other features, and repeatedly emphasized the development direction of "Shared Computer." Compared to the past, which mainly relied on browser nodes to expand the community, Bless is now putting more resources into building underlying network capabilities.
For the market, these updates mean that Bless's development focus has shifted. In the future, the focus of investors will likely no longer be just the number of nodes, but the speed of Mainnet progress, developer adoption, and whether real computing demand can continue to grow.
Why is Bless beginning to emphasize AI infrastructure?
The biggest change in Bless in recent months is not the addition of a specific feature, but a reorientation of the entire project positioning.
In the early stage, the team focused more on browser nodes, community growth, and point rewards, hoping to quickly establish a global node network. In the latest Roadmap and official updates, keywords like Shared Computer, AI Compute, Inference, and Developer have begun to appear frequently, gradually shifting the project goal toward building a distributed computing platform capable of hosting AI applications.
This change also reflects the development trend of the entire AI infrastructure track. As more and more computing power projects enter the market, merely having a large number of nodes is no longer enough to form a competitive advantage; developer ecosystem, computing tasks, and commercial capabilities are becoming new competitive focal points. For Bless, how to make these distributed computing resources truly serve AI applications may be more important than continuing to expand node scale.
Why hasn't Bless's price continued to rise alongside the roadmap?
From the Gate price trend, Bless has experienced two notable rebounds recently, but it has never been able to break through the important resistance zone formed in April, and subsequently entered a consolidation phase again. This forms a certain contrast with the team's continuous updates to the Roadmap.
An important reason for this phenomenon is that the market's focus has changed. In the early listing period, the concepts of AI computing power and shared computing networks brought a high valuation premium; currently, investors are more concerned about when Mainnet will go live, whether Desktop Node can be implemented, and whether the network can undertake real AI computing demand.
In other words, the market has not ignored Bless, but has begun to wait for the project to deliver the key goals in the roadmap. As the AI infrastructure track gradually enters the commercialization stage, what will truly affect valuation is no longer just concepts, but actual usage rate and ecosystem growth.
Why has Bless's mainnet become the biggest market catalyst?
For Bless at its current stage, the importance of Mainnet has surpassed any marketing campaign or roadmap update.
The core goal of the testnet is to verify network stability and attract community participation, while the mainnet launch means the network begins to undertake real computing tasks, developers can deploy applications, and nodes will truly participate in AI computing resource scheduling. The team placing Mainnet, Desktop Node, and Anti-Sybil mechanisms at the core of the next phase of the roadmap also indicates that the project is gradually moving from the testing phase to the actual operational phase.
For the market, Mainnet not only means a technical upgrade but also whether Bless can establish a true commercial closed loop. If it can continue to attract developers and AI applications and form stable computing demand in the future, the project's value will begin to be driven by network usage, not just market expectations.
What changes are occurring in the AI infrastructure track?
Bless's development direction is actually a microcosm of the changes in the entire AI infrastructure industry.
Over the past year, the AI computing power track has mainly revolved around competition over the number of GPUs and node scale, with projects like io.net, Aethir, and Akash continuously expanding network resources, hoping to build larger distributed computing platforms. However, as more projects enter this track, the market has begun to pay more attention to computing power utilization, developer ecosystem, and real business demand, rather than simply comparing node numbers.
Bless's latest Roadmap continuously strengthens development capabilities like Developer API, Docker, and WebGPU, also indicating that the team wants to focus competition on the implementation of AI applications, not just providing idle computing power. In the future, whoever can continuously attract AI agents, inference services, and development teams will have a better chance to establish long-term competitive advantages.
| Comparison Dimension | Early Stage of AI Computing Track | Current Development Stage | | --- | --- | --- | | Market Focus | Node count, GPU scale | AI applications, developer ecosystem, computing power utilization | | Project Competition | Expanding network scale | Enhancing commercialization capabilities | | Core Driving Force | Airdrops, community growth | Mainnet, real computing demand | | Value Source | Driven by expectations | Driven by usage rate and revenue | | Investment Focus | Node growth speed | Developers, AI tasks, ecosystem partnerships |
What risks should investors still watch for in Bless?
Although AI infrastructure is still a hot track, there are still many variables worth noting in Bless's future development.
The most direct risk comes from the pace of mainnet progress. If the Mainnet launch, Desktop Node deployment, or developer ecosystem construction falls short of market expectations, short-term sentiment may be affected again. In addition, AI infrastructure projects generally face the problem of a long commercialization verification cycle; whether real computing demand can continue to grow still needs more practical applications to prove.
Track competition is also not to be ignored. As more and more projects lay out distributed AI computing, Bless not only needs to continuously improve its product capabilities but also needs to continuously expand its developer ecosystem and partner network. For investors, instead of focusing on short-term price fluctuations, it is better to continuously track fundamental indicators such as Mainnet launch, developer growth, node activity, and real computing tasks; these data better reflect the project's long-term competitiveness.
Summary
The biggest significance of Bless's latest roadmap is not just the addition of several feature modules, but the further clarification of the project's development direction.
Compared to the past, which relied on browser nodes to rapidly expand the community, Bless has begun to advance commercial construction around Mainnet, developer ecosystem, and AI Compute capabilities. This means that the market's focus is gradually shifting from "how many nodes are there" to "how much actual value can these nodes create."
From Gate's price trends, BLESS is still in the valuation adjustment phase after listing, and the price has not yet returned to the previous highs. This indicates that the market is waiting for more fundamentals to materialize, not just new roadmap updates. In the future, the speed of Mainnet progress, AI application adoption, and real computing demand will remain the core factors affecting Bless's long-term value.
FAQ
What are the key updates in Bless's latest Roadmap?
The latest Roadmap focuses on Mainnet, Desktop Node, Anti-Sybil mechanisms, Developer API, Docker deployment, and WebGPU support, with the project's development focus gradually shifting toward AI computing infrastructure construction.
Why hasn't Bless's price continued to rise alongside the roadmap?
The market is currently more focused on Mainnet launch, developer ecosystem, and real computing demand, rather than just the roadmap itself, so the price has entered a consolidation phase waiting for fundamentals to materialize.
Why is Mainnet so important for Bless?
Mainnet means the network begins to undertake real computing tasks, and it is also an important milestone for Bless to move from testnet to commercial operation; future network usage will become a more important value indicator.
Is Bless an AI project or a DePIN project?
Bless is positioned as an AI infrastructure network, building a shared computing platform through distributed nodes, providing computing resources for scenarios such as AI inference, agents, and edge computing, combining both AI and distributed infrastructure attributes.
What indicators should investors focus on for Bless's future?
It is recommended to continuously monitor Mainnet launch progress, developer ecosystem growth, node activity, real computing task volume, and ecosystem partnerships; these fundamental indicators better reflect the project's long-term development potential than short-term price fluctuations.