Emulator / Virtual Environment
- Fast to provision
- Repeatable development environment
- Useful for early-stage automation and training
Real Android Infrastructure / Mobile AI
Dedicated physical Android execution environments
Run, observe, and evaluate AI-driven mobile workflows on dedicated physical Android devices. Built for real-device execution, data collection, testing, and evaluation.
Why Real Android
Emulators are valuable for development and repeatable testing. Real devices add the physical app behavior, device state, cellular conditions, and interaction characteristics needed for real-world validation.
Execution Layer
ARMARRAY combines physical Android devices with device management and programmable interfaces for agent-oriented integration and POC workflows.
Infrastructure
The current ARMARRAY stack already provides the real-device foundation needed for integration work—without presenting roadmap features as shipped product.
Device list and status visibility for organized physical Android pools.
Remote control, streaming, shell access, device commands, and app launch.
Backend HTTP API, WebSocket, and MQTT interfaces for integration workflows.
Dedicated infrastructure for labs, offices, and customer-controlled environments.
S32 / Hardware Layer
S32 is the standard deployment unit behind ARMARRAY real-device infrastructure: 16 dual-SoC boards, 32 physical nodes, physical SIM support, and HUB / OTG communication.

Applications
Mobile AI is the current market focus. Existing testing, automation, validation, SIM, remote-operation, and integration use cases remain part of the platform.
Dedicated physical Android environments for agent execution, interaction evidence, real-device validation, and evaluation-oriented POC work.
POC First
Tell us your target workflow, device count, deployment region, and integration requirements.
Discuss a POCContact ARMARRAY
Choose the channel that works best for you. We usually start with your target node count, deployment region, and workflow.