Advanced Automation
Development Solutions.
Android, Emulator, Real Device & Browser Automation Systems. We engineer massive, undetectable command centers that execute programmable intelligence at scale.
Custom Engineering vs Standard RPA
Commercial automation tools generate easily trackable fingerprints. To orchestrate true enterprise-grade scale without detection, you require deep protocol manipulation, raw hardware interfacing, and rigorous programmatic execution.
We bypass UI fragility entirely by interacting natively via ADB, Playwright headless arrays, and dedicated Linux network orchestration.
Standard Visual RPA
Prone to breaking on UI updates. Incredibly resource-heavy (requires GPU rendering). Extremely high detection rates by modern anti-bot algorithms.
MAB TECH Architecture
Headless optimization. Low-level DOM/API targeting. Strict WebGL/Canvas spoofing. Bound directly to dedicated residential IPs for zero trust-score degradation.
Android Automation Vectors
Secure mobile ecosystems demand precise interception. We manipulate Android operating systems at the core level, enabling massive parallel task scheduling and multi-account synchronization.
Native App Interaction
We extract precise XML hierarchies and dispatch synthetic UI payloads (Taps, Swipes, Form Fills) at machine speed, completely bypassing front-end app protections.
Task Scheduling & Cron
Execute continuous 24/7 background lifecycles. We build decentralized crontabs that wake specific devices, execute strict logic, and return to deep sleep.
Multi-Account Safety
Dynamically wipe `com.android.providers.settings`, spoof Android IDs, and clear Dalvik cache via raw ADB shell commands to emulate entirely new device profiles per loop.
Emulator Farm Orchestration.
When hardware signatures are less stringent, scale exponentially. We programmatically generate, control, and destroy Android Emulators via heavy-duty virtualization servers.
- ✓
Multi-Instance Scaling
Spin up 100+ concurrent VMs on Threadripper infrastructure.
- ✓
Headless Execution
Disable VNC/Display rendering to slash RAM consumption by 60%.
- ✓
Properties Spoofing
Automated manipulation of `build.prop` (Brand, Model, Manufacturer).
  emulator -avd instance_$i -no-window -no-audio &
  adb -s emulator-$((5552 + i * 2)) wait-for-device &
  await Virtualization.injectPayload(target);
Real Device Phone Farming
The ultimate evasion architecture. We wire massive arrays of physical Android phones together, stripping software virtualization entirely. Pure silicon hardware signatures that algorithms cannot detect.
Raw ADB Orchestration
Our Node.js command hubs interface directly with physical devices via TCP/IP ADB protocols over high-speed local networks.
- ✓ Parallel Script Execution via Thread Pools
- ✓ Wireless Orchestration (No USB hub limits)
- ✓ Continuous `logcat` monitoring & error recovery
Hardware Box Arrays
Centralized management for racks of physical mobile devices. We architect the networking infrastructure required for uninterrupted power and data delivery.
- ✓ Strictly enforced Proxy-Per-Device routing
- ✓ Automated Power cycling & thermal management
- ✓ Cellular SIM pool integration orchestration
Headless Arrays & Playwright.
Beyond mobile environments, we build high-capacity headless Chromium arrays using NodeJS, Playwright, and Puppeteer. Ideal for mass web scraping, complex form submissions, and highly-evasive programmatic rendering.
Isolate Profiles
Secure local storage, cookies, and cache isolated natively per process session.
Anti-Detection Arrays
Modded Chromium builds that mask CDP (Chrome DevTools Protocol) signatures to clear Cloudflare.
Captcha & AI Resolvers
External API routing to 3rd party farms for hands-off reCAPTCHA and hCaptcha decoding.
Multi-Threading
Node.js clustered workers orchestrating hundreds of concurrent active browser objects safely.
Isolation & Evasion Protocol.
Algorithms hunt for repeating patterns; our architecture breaks them. Every instance operates in a strict vacuum.
- ✓ Total IP Address Routing Isolation (SOCKS5/HTTP)
- ✓ Dynamic DNS Leaking Prevention
- ✓ GPS / Geolocation Sensor Spoofing
- ✓ Carrier Network Signature Spoofing
Deployment Infrastructure
We utilize whichever hardware topology best suits your operational risk profile.
Centralized Command Dashboards.
Executing raw code blindly is dangerous. We build stunning Next.js graphical interfaces (Local Dashboards) that bind locally to your worker arrays. You can pause swarms, inject new proxy lists, and view live database logs directly from your browser.
Minimum Hardware Reqs
- ProcessorIntel i7 / AMD Ryzen 7+
- Memory (RAM)32GB DDR4 Minimum
- Network Line1 Gbit/s Fiber Local
- ArchitectureLinux Ubuntu 24.04 / Win 11
- Heavily scales per concurrent device requirements.
Engineering Pipeline
Requirement Assessment
Analyzing target platform defenses, required throughput velocity, and identifying evasion vectors.
Flow Engineering
Drafting precise execution logic. Mapping DOM selectors, XML hierarchies, and fail-safe recovery paths.
Architecture Construction
Writing the core Node.js application, integrating ADB/Playwright binaries, and attaching the SQLite tracking database.
Sandbox Testing
Running dry simulations across single instances to monitor memory leaks, proxy latencies, and ban rates.
Production Deployment
Handover of executable scripts, GUI dashboards, and training the client on hardware maintenance.
Pricing Architecture
Custom software demands custom evaluation, but we rely on a standardized core architecture cost.
Base Engine
One-time engineering cost for custom Node.js automation script.
- ✓ Core Automation Logic
- ✓ Anti-Detection Bypass
- ✓ Command Line Output
- ✗ Visual Dashboard
Network Hub deployment
Perfect for 50+ Phone Farming devices & massive emulator swarms.
- ✓ Heavy Multithreading scaling
- ✓ React/Next.js Live Dashboard
- ✓ SQLite Ledger & Error handling
- ✓ Remote Architecture Setup
Maintenance SLA
Platforms frequently update layouts. We deploy hotfixes within 48h.
- ✓ Priority Code Hotfixes
- ✓ Server/Node Restarts
- ✓ Phone Hardware debugging via AnyDesk
Technical Protocol FAQs
What is the main advantage of Real Device Automation over Emulators?â–¼
Do you use Playwright or Puppeteer for browser tasks?â–¼
Can you confidently scale raw ADB execution?â–¼
What languages do you strictly develop these scripts in?â–¼
Compliance & Legal Responsibility
MAB TECH solely provides infrastructural engineering, network orchestration, and developmental frameworks. The execution of automated workflows must strictly adhere to all relevant local legislation, platform Terms of Service (ToS), and cybersecurity boundaries. We decline all liability concerning client deployment parameters. We do not construct mechanisms intended to breach secure firewalls, distribute spam, or execute DDoS methodologies.
Abstract Deployments
We sign strict NDAs. Provided below are sanitized generalizations of active infrastructures.
Competitor Intelligence Farm
A fully headless Playwright cluster spanning 3 VPS nodes parsing thousands of competitive e-commerce pricing adjustments per minute behind rotating residential proxies.
Social Ecosystem Management
Orchestrated 60 physical Android devices (ADB) managed via a single Linux hub responding intelligently to inbound organic interactions matching AI-generated sentiments.
Automated Load Verification
Constructed an emulator-farm lifecycle generating 120 synthetic user personas interacting synchronously with a client's React Native beta application to test severe edge-case breakage.
Architect Your Hub.
Define your operational parameters below. Our core engineering architects will review the scope and reach out regarding absolute feasibility.
Request Consultation
Our architects will review your requirements and respond within 24 hours.