Logo
  • Cases & Projects
  • Developers
  • Contact
Sign InSign Up

Here you can add a description about your company or product

© Copyright 2025 Makerkit. All Rights Reserved.

Product
  • Cases & Projects
  • Developers
About
  • Contact
Legal
  • Terms of Service
  • Privacy Policy
  • Cookie Policy
Development of a Multi-Instance Secure Mobile Environment Using OS Virtualization for Enterprise Devices
  1. case
  2. Development of a Multi-Instance Secure Mobile Environment Using OS Virtualization for Enterprise Devices

Development of a Multi-Instance Secure Mobile Environment Using OS Virtualization for Enterprise Devices

apriorit.com
Telecommunications
Government
IT Services

Challenges in Securing and Isolating Business and Personal Environments on Enterprise Devices

The client requires an advanced solution enabling users to switch seamlessly between multiple independent OS environments on a single device, ensuring strict isolation between corporate and personal data. Existing solutions lack flexibility, security, or ease of use, posing risks to data integrity and compliance.

About the Client

A large research institution focused on cybersecurity solutions, aiming to enhance corporate device security through innovative OS virtualization techniques.

Goals for Implementing an Isolated Multi-Instance Mobile Environment

  • Design and implement a system allowing switching between two independently operating instances of Android OS on the same device.
  • Ensure secure isolation of business and personal environments through OS virtualization techniques.
  • Develop a pilot prototype within a 6 person-month timeframe demonstrating the core functionality.
  • Create a solution that sparks market interest, paving the way for commercialization with hardware partners.

Core Functional Specifications for the Multi-Instance OS Virtualization System

  • Independent operation of two Android OS instances on the same hardware.
  • Seamless switching capability between the two OS instances without data leakage.
  • Robust security measures ensuring environment isolation and data protection.
  • Compatibility with mainstream hardware manufacturers for potential integration.
  • Minimal performance overhead to guarantee user experience and device functionality.

Technological Foundations and Architectural Approaches

OS virtualization techniques for environment separation
Android OS platform with virtualization support
Modular architecture enabling environment switching

External System and Hardware Integrations

  • Hardware manufacturers for device validation and potential commercialization
  • Security modules for environment integrity verification

Critical Non-Functional System Requirements

  • System must support switching within seconds to ensure usability
  • Security standards compliant with enterprise and government data protection policies
  • Scalability to support deployment on a wide range of devices and future updates
  • Minimal impact on device performance and battery life

Anticipated Business and Market Benefits

A successful implementation will demonstrate a secure, flexible solution for BYOD environments, attracting interest from major hardware manufacturers. It is expected to accelerate market adoption, potentially leading to integration into flagship devices, and establish a competitive edge in enterprise mobile security solutions.

More from this Company

AI-Powered Chatbot for Customer Support and Engagement in Electric Vehicle Charging Services
Development of a Lightweight Data Collection and Threat Detection Platform for Cybersecurity Applications
Enterprise-Grade Managed Development Service for Scalable Cybersecurity Applications
Development of a Cross-Platform Remote Access and Multimedia Redirection System for Enhanced Virtualization Solutions
Development of a Cross-Platform Data Backup Solution with Hardware Interaction for Multiple Operating Systems