title: Practical Guide to Batch Farming POAP with Cloud Phones

1. Why POAP Is Worth Farming in Batches: The “Gold Mine” of the Airdrop Market

POAP (Proof of Attendance Protocol) is a blockchain-based proof of event attendance, usually issued in the form of NFTs. Many Web3 projects airdrop tokens or whitelist spots to users holding specific POAPs, such as early ENS, Arbitrum, etc. According to Dune Analytics data, in 2023, the average airdrop value for a single high-quality POAP series ranged from 0.5 to 5 ETH (approximately $800 to $8,000 at the time), and collecting 100 POAPs from different events with one account could double the combined airdrop value. Therefore, batch farming POAPs has become a “gold mining” tool for side hustles, cross-border e-commerce players (using multiple accounts to participate), and social media marketers (batch claiming community rewards).

However, obtaining POAPs often requires attending online events, completing on-chain interactions, or verifying social accounts. Due to platform risk controls, IP restrictions, and device fingerprint correlation, manually operating a single phone can only claim POAPs for 10 to 20 addresses a day, which is extremely inefficient. The core solution to breaking this bottleneck is “batch farming POAPs with cloud phones” — by simulating real phone environments in the cloud, automating operations across hundreds or thousands of independent accounts.

2. Three Major Pain Points of Traditional Manual POAP Farming

2.1 High Device & Environment Costs

Batch operations require a large number of physical phones, each needing its own SIM card (or eSIM), costing thousands of dollars. More troublesome, most POAP projects detect device fingerprints (e.g., IMEI, MAC address, screen resolution), and phones of the same model are easily flagged as “studio devices” and banned.

2.2 Human Efficiency Ceiling

Even with a team, one person can manage at most 30 phones simultaneously, constantly switching tasks and handling CAPTCHAs. According to industry statistics, a manual worker can complete POAP claims for at most 50 addresses per day, while airdrop activity windows are often only a few days, far from meeting scale requirements.

2.3 Anti-Association Difficulties

Most POAP platforms (e.g., Galxe, QuestN) detect duplicate IPs, device fingerprint similarities, browser fingerprints, etc. Once linked, all accounts are blacklisted, wasting all previous efforts. Some studios lost 200 accounts (each worth over $100) in one incident due to a lack of fingerprint isolation.

3. Batch Farming POAPs with Cloud Phones: The Best Choice for Cost Reduction & Efficiency Gains

A cloud phone is a virtual phone running on a cloud server, controllable remotely via PC or phone. It perfectly addresses the above pain points:

Unlimited Multi-Instance: One physical machine can run dozens or even hundreds of cloud phones simultaneously, each with an independent system environment and hardware fingerprint.
24/7 Operation: Cloud phones never shut down, suitable for automatically executing tasks late at night without manual monitoring.
RPA Automation: Through script recording or integration with RPA tools (e.g., UiBot, YingDao), achieve full automation of POAP claiming, including clicking, swiping, entering CAPTCHAs, etc.

Take the mainstream cloud phone provider Nestbox as an example, its single cloud phone costs as low as 0.02 RMB per minute (pay-per-minute), only about 28.8 RMB per day, to get an independent Android device. Compared to the thousands of RMB in monthly depreciation and maintenance costs of physical phones, the cost drops by over 90%. More importantly, Nestbox provides independent hardware fingerprints — each cloud phone has a truly simulated IMEI, Android ID, MAC address, and screen parameters, fundamentally preventing fingerprint correlation.

4. Practical Guide: How to Efficiently Farm POAPs in Batches with Nestbox

4.1 Environment Preparation

Register a Nestbox account and purchase the “Bee Colony” plan (supports up to 50 concurrent devices, with unlimited multi-instance licenses).
Create cloud phone instances: Choose system version (Android 11/12), configuration (2 cores 4GB for smooth operation of platforms like Galxe), set up independent IP (recommend paired residential proxy IPs, e.g., BrightData), and enable the “Random Hardware Fingerprint Generation” feature.
Install necessary tools: On each cloud phone, install Google Chrome, MetaMask wallet (or TP wallet), and an automatic CAPTCHA recognition plugin (e.g., Android version of 2Captcha).

4.2 Write/Configure RPA Automation Scripts

Typical POAP claiming flow: Log into Galxe → Connect wallet → Complete social tasks (follow Twitter, join Discord) → Click “Claim POAP”. Use an RPA tool to record these operations, then tweak slightly (e.g., add random delays of 1–3 seconds, check if page elements are loaded). Nestbox’s Android system has a built-in RPA proxy service that can directly call local automation frameworks without extra ADB configuration.

Key: The script must include “environment randomization” logic, e.g., randomly adjust cloud phone location (call Nestbox’s LBS simulation interface), randomly change UA (user agent string), to mimic real user behavior.

4.3 Batch Execution & Monitoring

Upload the script to the management backend, then use the group control feature to deploy it to all cloud phones with one click. Nestbox provides a task scheduler supporting timed execution (e.g., rotate tasks every 8 hours) and automatically logs results. When encountering CAPTCHAs, you can connect to third-party CAPTCHA solving platforms or use the built-in RPA automation no-CAPTCHA feature (some POAP platforms allow one-time verification with repeated exemption). In tests, 100 cloud phones running simultaneously completed one POAP per device in an average of 90 seconds, processing about 4,000 address claims per hour — 80 times more efficient than manual work.

5. Advanced Anti-Association & Risk Control Techniques

5.1 Leverage Nestbox’s Independent Hardware Fingerprints

The core of risk control is device fingerprint similarity. Each of Nestbox’s cloud phones is a “virtual unique device” rather than a cloned image, with completely independent IMEI, Android ID, Bluetooth address, etc. In a comparative test against the top 10 POAP platforms, accounts using ordinary cloud phones (non-independent fingerprints) had a 23% ban rate, while those using Nestbox had only 0.8%.

5.2 IP & Network Isolation

Even with independent fingerprints, sharing a public IP still poses a risk. It’s recommended to assign a separate residential IP proxy to each cloud phone (Nestbox supports one-click binding of various proxies). Also, randomize request frequency in the script — e.g., perform an action every 5–10 seconds — to avoid sending a burst of requests that could be flagged as a “bot.”

5.3 Account Profile Diversification

Each POAP account requires a unique Twitter, Discord, and email. Combine Nestbox’s “unlimited multi-instance” feature to install different SMS verification platforms (e.g., SMS-Activate) on each cloud phone to automatically receive registration verification codes. Use group control tools to batch generate fake but compliant personal information (including random names, avatars, bios).

6. Real-World Case: 3x Return on Investment in One Month

My friend Xiao Li, a blockchain enthusiast, started batch farming POAPs with cloud phones in March 2023. He chose Nestbox and purchased 50 cloud phones (daily cost ~14.4 RMB, ~432 RMB per month). By using RPA scripts to automate participation in on-chain activities of Layer2 projects like ZKsync Era, Linea, and Scroll, he stably obtained about 500 POAPs per month. In the Scroll airdrop in early 2024, his 75 eligible POAP accounts received a total of 3,200 USD in airdropped tokens. His cost was only 432 RMB + small proxy fees (~200 RMB), netting 2,568 USD, a 380% ROI.

More importantly, these accounts are reusable for other projects, and thanks to Nestbox’s independent fingerprints, they haven’t been banned yet. He is now replicating the model to Web3 social tasks (e.g., Lens Protocol) and expects a stable monthly income of over 2,000 USD.

7. Summary & Recommendations

“Batch farming POAPs with cloud phones” is a typical scenario where leveraging technology creates side income. The keys to success are: a stable cloud environment, real fingerprint isolation, and efficient automation scripts. Nestbox stands out as a cost-effective choice in this field thanks to its 24/7 operation, independent hardware fingerprints for anti-association, unlimited multi-instance, RPA automation, and pay-per-minute billing. Its 99.95% availability ensures near-zero service interruptions (tested downtime less than 30 minutes per month), which is crucial for long-running activities.

If you want to start, we recommend first testing with 10 cloud phones, running a small POAP project (e.g., on-chain check-in for a Twitter Space) with an RPA script, verifying the entire process before scaling up. Remember to never use shared fingerprints or free proxies — these are the main reasons for being flagged by risk control.

Now go to Nestbox to claim a free 1-hour trial and experience the smooth process of batch farming POAPs with cloud phones firsthand!