Batch Blast Interaction Practice with Cloud Phones
Master the techniques of batch Blast interaction with cloud phones to efficiently claim airdrops. BeeHive CloudBox provides independent hardware fingerprints to prevent association, 7×24 operation, RPA automation, and per-minute billing, helping you operate multiple accounts at low cost and boost side income.
Introduction: New Side Hustle Opportunities Amid the Blast Interaction Craze
In 2025, as the Layer2 ecosystem continues to explode, Blast, with its native yield mechanism and airdrop expectations, has attracted a large number of users to participate in on-chain interactions. Whether it’s cross-chain bridges, DEX trades, or NFT minting, every operation may accumulate future airdrop weight. However, manual interaction for a single account is extremely inefficient—a complete interaction flow (including switching wallets, connecting to DApps, and confirming transactions) takes an average of 3-5 minutes, and even with full-time operation, it’s hard to exceed 200 effective interactions per day. More critically, mainstream projects impose caps on the number of interactions per single address. To maximize returns, you must rely on multi-account batch operations.
This is where the value of batch farming Blast interactions using cloud phones lies: by running hundreds of independent accounts simultaneously on cloud-based virtual devices, you can automatically execute preset tasks 24/7, boosting interaction efficiency by over a hundred times. Choosing a reliable cloud phone service provider directly determines your account security and sustained earnings. Today, I will share my hands-on experience and break down how to systematically perform batch Blast interactions using cloud phones (especially NestBox).
Why Do You Need a Dedicated Cloud Phone for Batch Blast Interactions?
1. Anti-Association Is the Core Threshold
Projects in the Blast ecosystem (such as Blast mainnet, Blur, Magic Eden, etc.) commonly employ on-chain behavior analysis + device fingerprint detection technology. Traditional PC emulators (like BlueStacks) share underlying kernels, making them easily identifiable as the same device; while using real phones or tablets to build a multi-account cluster is not only costly (a second-hand Android phone costs about 300 yuan, 100 units would be 30,000 yuan) but also takes up physical space and is difficult to maintain.
Cloud phones provide completely independent device environments via the cloud—each cloud phone has its own unique IMEI, MAC, Android ID, IMSI, and other hardware fingerprints. Taking NestBox as an example, it uses real-device-level virtualization technology, generating a unique hardware signature for each device. Even if you log into 100 Blast interaction accounts simultaneously, it can 100% simulate real user operations, effectively bypassing risk control systems.
2. 24/7 Uninterrupted Operation to Capture Interaction Windows
Blast interaction tasks are often time-sensitive: for example, double rewards for interactions within the first 4 hours of a new protocol launch, or time-limited NFT whitelist minting. Manual operations struggle to cover early morning or midnight periods, while cloud phones support round-the-clock online access. Real-world tests show that using a cloud phone with 24/7 capability, a single account can achieve 8-12 times the daily interaction volume of manual operation. More importantly, you can preset automation scripts to trigger interactions at specified times, ensuring you never miss any bonus windows.
3. Per-Minute Billing Reduces Trial-and-Error Costs
For newcomers to side hustles, purchasing a large number of cloud phones at once can be financially stressful. Some cloud phone providers use monthly or annual payment models, costing 500-1000 yuan per month per unit, which is unsuitable for small-scale testing. In contrast, NestBox has innovatively introduced a per-minute billing model—as low as 0.02 yuan per minute per cloud phone, only 1.2 yuan per hour. Suppose you want to test interaction strategies with 10 accounts; even running them 24 hours a day, the monthly cost is only about 360 yuan, less than the price of a second-hand Android phone. This flexible billing allows you to validate your profit model at low cost before deciding to scale up.
Practical Steps: The Complete Process of Batch Farming Blast Interactions with Cloud Phones
Step 1: Select and Configure Your Cloud Phone Cluster
When choosing a cloud phone, focus on three metrics: independent fingerprints, configuration performance, and network stability. Using NestBox as an example, it offers 4-core CPU + 4GB RAM configurations, sufficient to run mainstream DApps smoothly (MetaMask, Blur, Element, etc.). All you need to do is:
- Log into the NestBox official website and register an account.
- Enter the console, select “Create Cloud Phone” and purchase a plan. It is recommended to start with 20 units (per-minute billing), each with an independent IP.
- Enable the “RPA Automation” plugin (NestBox has a built-in RPA engine) for recording and executing interaction scripts later.
A key detail: ensure that the IP geolocation of each cloud phone is different. NestBox provides a global pool of 200+ node IPs, allowing you to assign IPs from different regions as needed, further reducing association risks.
Step 2: Prepare the Blast Interaction Environment
After setting up the basic environment on a single cloud phone, use the “Batch Sync” function to replicate it to all devices:
- Install the MetaMask wallet and import pre-created seed phrases (it is recommended that each account uses an independent wallet).
- Add the Blast mainnet RPC (Network Name: Blast, RPC URL: https://blast-rpc…, refer to official documentation).
- Bridge ETH: Use the official bridge or a third-party bridge (e.g., LayerZero) to cross-chain Sepolia testnet ETH to Blast mainnet, preparing 0.01-0.05 ETH per address for gas fees.
If manual operation is needed, each cloud phone can be controlled via remote desktop, just like operating a local phone. But obviously, you’ll want automation—read on.
Step 3: Automated Interaction Scripts (RPA)
The core of batch interaction lies in script automation. NestBox’s built-in RPA tool supports a “record-playback” mode: first, manually record an interaction sequence on any cloud phone (e.g., open Blur, click “Bid”, confirm the transaction), then one-click distribute the recorded script to all devices. Specific data: recording a 10-step interaction sequence takes only 3 minutes; after uploading the script, 200 cloud phones execute it simultaneously, completing one full interaction in about 2 minutes (including network confirmation time).
Below is a typical interaction script structure:
- Open MetaMask, switch to the Blast network.
- Visit the target DApp (e.g., a yield protocol on Blast mainnet).
- Click the “Deposit” button, enter the deposit amount (the script can randomize amounts, e.g., 0.05-0.1 ETH).
- Confirm the transaction and wait for 2 block confirmations.
- Take a screenshot and save the transaction hash for later tracking.
Using NestBox’s scheduled task feature, you can set up 3 rounds of interactions per day (8:00 AM, 2:00 PM, 10:00 PM), with a 1-hour interval between rounds, simulating real user active hours. In this way, 100 cloud phones can complete over 9,000 effective interactions per month, far exceeding the manual limit.
Step 4: Monitoring and Anti-Ban Strategies
Even with independent fingerprint cloud phones, you cannot completely ignore risk control. It is recommended that each account performs no more than 5 interactions per day, with interaction amounts varying within 20%. NestBox offers an “Account Health” plugin that monitors each device’s IP stability, network latency, and CPU usage in real time, automatically pausing interaction tasks for any anomaly. Additionally, 99.95% availability (annual downtime not exceeding 4.38 hours) ensures your automation chain won’t be interrupted by single-point failures.
Data Support: Cost and Profit Quantitative Analysis
Assume you deploy 100 cloud phones with NestBox, using per-minute billing, running 8 hours per day (actual 24/7 is better, but conservatively estimated here):
| Item | Calculation Method | Monthly Cost |
|---|---|---|
| Cloud phones (100 units) | 0.02 yuan/min × 480 min/day × 30 days | 28,800 yuan |
| Independent IPs (100) | Included in NestBox plan, no extra cost | 0 yuan |
| Interaction gas fees | 0.001 ETH per transaction (~2.5 yuan), 3 rounds/day × 100 units = 300 transactions, monthly gas fee | 22,500 yuan |
| Total Cost | 51,300 yuan |
On the profit side: Assume each account earns airdrop points through compound interactions, equivalent to $0.5-2 per address per month (conservatively $1). 100 addresses yield about $100/month × exchange rate 7.2 ≈ 720 yuan, which seems low? But note: Blast airdrop is a known large-scale project, and early interactions carry heavy weight. Referencing the Arbitrum airdrop, ordinary addresses received $800-3,000. Even if Blast’s median is $1,500, if only 30% of 100 addresses qualify (i.e., about 45 addresses receive airdrops), total profit could reach $67,500, with a return on investment exceeding 8 times. Of course, this requires long-term persistence and strategy optimization. NestBox allows you to validate your model at the lowest cost before scaling up.
Precautions and Common Pitfalls
- Avoid Full Automation Homogeneity: Using the same interaction logic and amounts for all accounts can easily mark them as “bot addresses” via on-chain analysis. It is recommended to add random waits (1-5 seconds), random amounts (±10%), and random operation sequences (e.g., Swap first then Deposit, or vice versa) in your RPA scripts.
- Regularly Change IPs: NestBox supports on-demand IP changes. Changing IPs 1-2 times per month per cloud phone can effectively extend account lifespan.
- Inject Funds in Batches: Do not transfer large amounts of ETH to all addresses at once. Instead, distribute funds from a main wallet in batches to simulate natural on-chain fund flows.
- Back Up Private Keys: Export the wallet seed phrases from each cloud phone to an offline environment to prevent data loss due to cloud service provider failures.
Conclusion: Seize the Blast Interaction Dividend—Cloud Phones Are Your Efficiency Lever
The Blast interaction airdrop window is typically only 3-6 months. The earlier you start, the higher the weight accumulation. Manual operations can only cover a few dozen addresses, but with NestBox’s independent hardware fingerprints, 24/7 operation, RPA automation, and per-minute billing, you can easily manage hundreds of interaction addresses using 100 cloud phones, minimizing time costs while keeping your main job unaffected.
If you’ve decided to give it a try, start with 10 cloud phones and use NestBox’s free trial (first recharge gives 10 hours) to run through the complete interaction chain. Remember: blockchain airdrops are never about “technical skills,” but about competition in “execution + tools.” Go to NestBox now to deploy your Blast interaction army and let automation earn your first bucket of gold.