AutoViral July 27 th 2025 Content Farm - (Physical + Software Development) OVERVIEW The goal of the partnership can be broken down into three key objectives. First, to complete the construction of the physical device farm. Second, to develop the management software that enables effective use of the farm. And third, to create a marketing system that will utilize both the farm and the software. Together, these elements will allow [REDACT] to more efficiently achieve its organic marketing objectives, following the logic outlined in the equations below: 1 Content Piece × 1 Channel = 1 Output 1 Output = (X) Conversions 1 Content Piece × 100 Channels = 100 Outputs 100 Outputs = (X × 100) Conversions Once both the physical farm and the management software are complete, the system for utilizing the farm will need to be developed and tested. This includes posting strategies, and platform interaction methods, both of which will be part of the marketing system established after the first two objectives are achieved. GOALS 1. Develop a functionality device farm. 2. Develop and effective management software, 3. Consult to create an effective organic marketing system. P.1 Development Stages Stage 1 – Finding the foundation for a working automation system on a single device. 1.1 Establish standardized device models, OS versions, and application versions for the foundation of the operation. 1.2 Finding and experimenting with different methods of automation, balancing multiple factors such as ease of use, operational resilience, ban evasiveness, and cost. 1.3 Complete a working automation system for a single device, achieving desired outcomes. Stage 2 – Initial scaling of device count for further ban testing, content output stress testing, automation resilience testing, and potential edge-case bugs. 2.1 Choosing a method of IP spoofing. Either SIM, 4G proxy, or SIM proxy hub. 2.2 Increasing the device count gradually. 2.3 Testing for automation operational resilience on the devices. We will be looking for failures in achieving the desired outcomes and optimizing. 2.4 Repeating from 2.2 onward until the desired device scale is achieved. Stage 3 – Management, upkeep, and optimizations. 3.1 Looking for account banning, automation failures, edge-case bugs, and device failures. When identified, we will tweak the system to avoid or eliminate the undesired outcomes. 3.2 When accounts are banned, we will do the necessary sanitation steps to make the device “fresh,” then add new accounts to take their place. This will ensure the overall social media accounts and content output do not decrease. This will help keep performance metrics intact and stable for proper effectiveness analysis. P.2 Hardware There will be different options for the setup of the farm in terms of hardware. The choice between cost effectiveness to operational security will be determined in part by the hardware choices. To achieve the highest account trust factor and operational security we would be using the list below. You can find the other available options below. Our Choices Device - Iphone (Model TBD) Housing - Server rack style control / cooling box with LAN Internet - In-house SIM proxy hubs SIM - ATNT (best northeast data coverage) Automation - Appium IOS API exposing framework Alternative Choices Device - Iphone / Android / Chinese Alt. Housing - Server rack box / device shelving / standalone box Internet - SIM proxy hubs / SIM per device / 4G:5G Proxy Supplier SIM - ATNT / Verizon / Sprint / ETC Automation - Appium / Gesture via Speakers / Control Chips P.3 100 Device Farm Pricing Table: Hardware Price QTY TOTAL LINK EG25-G $37.08 25 $926.89 [CLICK] USB Adapter + SIM Slot $17.99 25 $450 [CLICK] Raspberry Pi 5 $159.99 2 $320 [CLICK] 10 Port 3.0 USB $49.99 3 $150 [CLICK] USB-C to USB Adapter $7.99 2 $16 [CLICK] ATNT SIM $51 Monthly 25 $1275 Monthly [CLICK] Phone Housing Box $553 + $312 Shipping 5 $2938.75 [CLICK] Lightning Cables $0.20 100 $20 [CLICK] Phones $ ??? 100 $ ??? - MacBook $500-2000 1 ~ $1400 [CLICK] Contingency Budget - - $2500 - TOTAL - - $8,700.64 $1275 Monthly - EG25-G - The network chip enabling the SIM to be used as a modem USB Adapter + SIM Slot - The network chip and SIM housing with a USB control adapter Raspberry Pi 5 - The main computer controlling the 4G modems allowing IP rotation 10 Port 3.0 USB - USB bus to extend Raspi 5 USB slots for modem connections USB-C to USB Adapter - USB bus adapter from USB-C to USB P.4 ATNT SIM - Highest Coverage 4G SIM for northeast region ( NJ / NY ) Phone Housing Box - Housing box for proper organization, fallback controlling, and cooling of devices Phones - iPhones determined by [REDACT] supply MacBook - MacBook for use of IOS exclusive Xcode and other initial device control capabilities Contingency Budget - Budget for possible unforeseen costs such as account buying, hardware issues or other. Will return unused excess funds. Proxy Setup: The proxy setup enables us to build 25 4G proxy modems which are controlled centrally by the Raspi 5. The Raspi 5 uses Linux kernel scripts to rotate the SIMs IP which is a requirement for avoiding platform flagging and banning. We can hookup the devices to proxies at a rate of 1:4 safely. This greatly saves costs monthly rather than 1:1 phone to SIM connections. The proxy setup consists of these items. Items: - EG25-G - USB Adapter + SIM Slot - Raspberry Pi 5 - 10 Port 3.0 USB - USB-C to USB Adapter - ATNT SIM P.5 Device Farm Setup: This is the main part of the device farm. The housing, devices, backup controllers, cooling, LAN connection, and device connection is the result from the items. Software development features, control features, and IOS based interactions are achieved with the added MacBook. The devices and housing for the devices are listed below. Items: - Phone Housing Box - Phones - Lightning Cables - MacBook Contingency Budget: This budget is reserved for unexpected costs that may arise during the development and scaling of the content farm. These may include account replacements, hardware failures, additional components, or any unforeseen issues that impact performance or require quick resolution. The contingency budget ensures the operation remains stable and uninterrupted, even in the face of unexpected challenges. Any unused funds will be returned. P.6 Timeline ● Initial Software - ( 1-2 weeks ) Getting a working software concept for IOS control and interaction. ● Working Automations - ( 2-4 weeks ) Developing the software to a point where we have working automations achieving the goals we set out to achieve. For example this may be the automations having the ability to post to all platforms. ● Device Farm Creation - ( 2-6 weeks ) The real timespan of this stage depends largely on the supplier shipping times. Building on the prior timeline achievements we will experiment with scaling the device farm operation to 10-100 devices for further resilience testing of our software automations. ● Further Automation Testing - ( 1 week ) Testing the automations with the enlarged device count. Checking for KPIs such as automation resilience, account ban rates, shadowban rates, content flagging, etc. ● Additional Device Farm Scaling - ( 2-3 weeks ) Depending on results of the prior timeline points we will continue the device farm scaling. P.7 Scope Of Work 1. Hardware Development and Setup Source and purchase all required physical components for the device farm. Manage shipping logistics and supplier communication. Assemble and configure the hardware into a functional device farm. Ensure proper cooling, power, and connectivity. 2. Proxy Infrastructure Development Build and configure in-house SIM proxy hubs for IP rotation. Integrate EG25-G modules with Raspberry Pi controllers. Develop Linux-based IP rotation scripts. Test and validate proxy stability and ban-evasion effectiveness. Implement 1:4 safe device-to-proxy ratio for cost efficiency. 3. Software Development Phase 1 — Initial iOS Automation Foundation Standardize device OS versions, app versions, and configurations. Research and test automation frameworks (Appium, API exposure, gesture simulation). Build working automation for a single device to achieve key marketing actions. P.8 Phase 2 — Automation Scaling Extend automation to multiple devices (10 → 100). Optimize for ban resistance, error handling, and operational resilience. Develop a centralized management interface for device monitoring and control. Phase 3 — Full Management Platform Implement features for: Multi-device scheduling Content posting automation Account management Performance analytics dashboard Integration with proxy rotation system. 4. Testing, Optimization & Maintenance Perform resilience, stress, and edge-case testing on the entire system. Identify and fix hardware failures, software bugs, and automation breakdowns. Implement sanitation procedures for banned devices/accounts. Continuously optimize for higher conversion rates and reduced ban risk. Provide ongoing technical support, updates, and system improvements. 5. Deliverables Fully functional device farm (hardware + proxy infrastructure). Operational iOS automation software with scaling capability. Centralized farm management system. P.9