Bless (formerly Blockless) is a decentralized physical infrastructure network (DePIN) project that aims to build a global shared computing network by connecting users' idle devices. Users can support applications such as artificial intelligence tasks, data processing, and website hosting by sharing the idle computing resources of their devices, and receive corresponding rewards.

🧰 Preparation

Equipment requirements: A computer with internet access (Windows or macOS).

Browser: We recommend using Chrome.

Email address: used to register a Bless account.

Scientific Internet access tools: may be required in some areas.

📝 Step by step tutorial

Step 1: Register a Bless account

Visit the official website: https://bless.network/dashboard?ref=S7W4C5

Register an account: Use your email address to register.

Get invitation code bonus: S7W4C5

Step 2: Install the Bless browser extension

Download the extension: On the Bless official website, find and download the browser extension for Chrome.

Bless Project: New DePIN airdrop opportunity with low threshold and high return

Install the extension: Open the Chrome browser, go to the extension management page (chrome://extensions/), and drag the downloaded extension file into the page to install it.

Enable the extension: Make sure the Bless extension is enabled and has an icon showing in your browser toolbar.

Bless Project: New DePIN airdrop opportunity with low threshold and high return

Step 3: Start contributing bandwidth and earning points

Log in to your account: Click the Bless extension icon in the browser toolbar and log in using the account you registered previously.

Run a Node: Once logged in, the extension will run in the background, automatically sharing your unused bandwidth.

Check your points: You can check your accumulated points at any time through the extension interface.

Step 4: Invite friends to get extra points

Get your invitation link: Find your unique invitation link in the account settings of the Bless extension or official website.

2. Bonus points for binding social accounts:

https://bless.network/dashboard/achievements

🎁 Airdrop Mechanism Description

According to the incentive plan of the Bless project, users can earn points in the following ways, which may be exchanged for tokens in the future:

Shared bandwidth: Keep running the Bless extension to contribute idle bandwidth.

Invite friends: Invite others to join through a dedicated invitation link.

Complete tasks: Participate in other tasks or activities officially released.

📈 Project financing status

The Bless project raised a total of $8 million in early funding, as follows:

Pre-Seed round (March 2022): Led by NGC Ventures, it raised $3 million.

Seed round (May 2024): Co-led by M31 Capital and Frachtis, it raised $5 million. Other investors include MH Ventures, No Limit Holdings, Interop, Plassa Capital, etc.

🔍 In-depth analysis

The Bless project uses users' idle devices to build a global shared computing network in a decentralized manner, aiming to meet the growing computing needs in the fields of artificial intelligence and data processing. Its low participation threshold and incentive mechanism help to quickly expand the network scale and enhance the degree of decentralization.

Advantages:

Low barrier to participation: Users only need to install a browser extension to contribute resources and receive rewards.

Decentralization: Utilizes the devices of users around the world to avoid the bottleneck and single point of failure of centralized servers.

Incentive mechanism: Through points and future token rewards, users are encouraged to continue to contribute resources.

challenge:

Security: How to ensure the security of user devices and data is a key issue that decentralized computing networks need to address.

Performance stability: Due to its dependence on user equipment, network performance may fluctuate, requiring effective scheduling and optimization mechanisms.

Overall, the Bless project is innovative and has potential value in the DePIN field, but attention still needs to be paid to its performance in terms of security and performance stability.