Understand the device ecosystem
Assess device hardware, manufacturer SDKs, operating-system constraints, communication protocols and enterprise requirements.
Built from
the device up
Mobile Device Management
Manage connected enterprise devices with greater control, visibility and flexibility.
We design Mobile Device Management solutions that connect enterprise applications with physical devices, proprietary SDKs and platform-specific APIs. From device onboarding and communication to policy, lifecycle and management workflows, the focus is on building a reliable foundation for connected-device operations.
- Device Enrollment
- Device Connectivity
- Policy Management
- Device Lifecycle
- SDK Integration
- Platform Bindings
- Remote Device Management
- Enterprise Mobility
- Connected Devices
- Wearable Device Integration
Our approach
Device Management Starts With Reliable Connectivity
Connected-device solutions are only useful when communication, control and lifecycle workflows are dependable. We start with the physical device and SDK, establish reliable application-to-device communication, and then build the management capabilities around it.
Establish reliable communication
Build and validate application-to-device connectivity using platform-specific APIs, SDK bindings and device interfaces.
Build management workflows
Add enrollment, configuration, policy, lifecycle and operational workflows around the connected devices.
Design for reuse and scale
Create an extensible architecture that can evolve from a validated device integration into a reusable enterprise-management platform.
Validated with physical devices
Selected Case Study
A working proof of concept demonstrating enterprise application communication with physical smart wearable devices.
Smartwatch Mobile Device Management Platform POC
Business Problem
An enterprise mobility use case required centralized management and communication with smart wearable devices.
The solution needed to establish reliable communication between an enterprise application and physical smart watches using the device manufacturer's SDK, creating the technical foundation for remotely managing connected wearable devices.
Solution / Approach
Trupti Solutions designed and developed a working Mobile Device Management proof of concept.
The team sourced physical smart watches and their SDK directly from the manufacturer and developed the device-integration layer using .NET Android / .NET MAUI and platform-specific bindings.
The solution successfully established application-to-device communication with the physical smart watches and provided the foundation for building centralized device-management capabilities.
- Physical smartwatch and SDK integration
- .NET MAUI / Android platform bindings
- Application-to-device communication
- Device connectivity and management workflows
- Extensible foundation for enterprise wearable-device management
Outcome
Successfully established communication between the enterprise application and physical smart watches and developed a functional MDM proof of concept, validating the technical feasibility of centrally managing connected wearable devices.
POC status: This work validated technical feasibility and did not proceed to production deployment.
Technology / Capability
- .NET MAUI
- .NET Android
- Platform Bindings
- Device SDK Integration
- Smart Wearables
- Mobile Device Management
- Connected Devices
- Enterprise Mobility
Future product direction
Evolving Into a Trupti Solutions Product
Building on the successfully validated POC, Trupti Solutions plans to evolve the MDM platform into a reusable product for organizations that need centralized management of enterprise-connected devices and wearables.
- Reusable device-integration architecture
- Centralized device-management workflows
- Extensible SDK/device support
- Enterprise policy and lifecycle management
- Potential support for connected wearables and other enterprise devices
From feasibility to scalable management
Exploring a Connected-Device or MDM Opportunity?
We can help assess the device ecosystem, SDK integration requirements and architecture needed to move from technical feasibility to a scalable management solution.