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Project Overview:
The goal is to develop a robust system capable of automating interactions on social media platforms without being detected. This involves managing large numbers of accounts, implementing IP rotation using mobile and residential proxies, and ensuring compliance with platform-specific limits. The system should also include CAPTCHA solving mechanisms to handle security checks.
Responsibilities:
Develop an automation system using either hardware (physical phones) or software (emulators) based on the best approach for scalability and efficiency.
Implement dynamic IP rotation to simulate geographically distributed activity and avoid detection.
Integrate advanced automation tools like Appium for mobile automation and Selenium for web automation.
Create scripts that randomize actions to mimic human behavior and avoid triggering platform anti-bot mechanisms.
Set up and manage proxy configurations, ensuring a mix of mobile and residential proxies for high anonymity.
Provide ongoing maintenance and updates to adapt to platform changes and enhance system performance.
Requirements:
The ideal candidate should have proven experience in social media automation, with proficiency in Python, Appium, Selenium, or similar tools. Experience with proxy management and IP rotation is essential, along with a strong understanding of platform-specific limits and detection mechanisms.
When Applying, Please Include:
Examples of previous social media automation projects, highlighting your role and the technologies used.
Your recommendation on whether to use hardware (physical phones) or software (emulators) for this project, with a rationale based on scalability, cost, and efficiency.
Your approach to handling IP rotation, CAPTCHA solving, and avoiding detection on social media platforms.
Any additional tools or strategies you would employ to enhance the system’s effectiveness.
References and Background:
I am inspired by existing tools and strategies such as InstaInfantry and the concept of phone farms for generating ad engagement. InstaInfantry, for example, has evolved from a downloadable software to a web-based tool that automates mass DM campaigns, story reactions, and more. Similarly, phone farms utilize multiple devices to engage with content passively, generating income through various apps.
For more context, refer to the Vice article on phone farms:
https://www.vice.com/en/article/d3naek/how-to-make-a-phone-farm
and the InstaInfantry documentation here.
https://docs.google.com/document/d/1qbsSujPrfL2RLsbGYOYD6H-Kr_cOUqmHJgR9RIZOr5c/edit
more research can take place on blackhatworld as well as information regarding phone box farms
Specific Strategies and Actions to Implement:
Instagram:
Interactions: Story view, story like, follow, unfollow, comment like, send DMs, automatically send welcome DMs to new followers, save.
Posting: Ability to post, share to story, share post to DM, edit bio, edit profile picture, edit link in bio, tag in story, tag in post, comment.
TikTok:
Interactions: Follow, unfollow, like, share, repost, DM, comment, save, like comment, dislike comment, mentions, link search.
Posting: Ability to post videos and manage content.
Twitter:
Interactions: Follow, unfollow, like, retweet, DM, comment, save, like comment, mention.
Posting: Ability to post tweets, schedule tweets, manage profile and bio updates.
Methodology:
When applying, provide detailed examples of your past projects, specifically focusing on how you have handled large-scale automation and avoided detection. Share your insights on whether a hardware-based or software-based solution would be more effective for this project and explain your reasoning.
Posted On: July 02, 2024 00:27 UTC
Category: Scripting & Automation
Skills:Python, Automation, Bot Development, Bot Framework, PROXY Networks Remote Support Software, Social Media Account Integration, Docker, Virtualization, Software-Defined Networking
Country: United States
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