We have a ready farm for registering Instagram accounts based on ZennoDroid.
Locally, the system works stably and without critical issues. After transferring to the Hetzner server, stability problems arose — mainly related to proxies, network, connections, and multithreading.
We are looking for a specialist with experience in:
- ZennoPoster / ZennoDroid
- Android emulators
- anti-detect / mobile farming
- proxy infrastructure
- registration automation
- server optimization (Linux / Windows Server / Hetzner)
Current task:
It is necessary to reconfigure the farm so that the system operates as autonomously and stably as possible without constant manual intervention.
What needs to be implemented:
- stable operation of ZennoDroid on the Hetzner server
- correct operation of a large number of proxies
- stable connections and handling of network/proxy errors
- ability to launch multithreaded registration
- automatic error/reconnect handling
- server load optimization
- connection and verification of all necessary APIs/services
- ability to "upload" a large list of proxies and launch mass account registration without manual control
Expected result:
After configuration, the system should:
- operate stably 24/7
- automatically register the specified number of Instagram accounts
- scale across threads
- minimize manual intervention
- work stably with proxies and the network
It would be a plus:
- experience with Instagram automation
- experience with mobile/device farming
- understanding of anti-fraud / anti-detect mechanisms
- cases with ZennoDroid / emulators / mass registrations
In your response, please indicate:
- relevant experience
- what you have worked with
- whether you have experience with ZennoDroid / Instagram
- approximate plan for solving the problem
- estimated cost and timelines
