How long does it take to build a platform like this?

A lean MVP can take a few months. A full-scale system like Sprii - mobile apps, overlays, interaction tools, admin panel, payments, integrations, and streaming infrastructure, takes longer. Timeline depends on your required scope and scale.

Can you develop multi-channel streaming (Facebook, Instagram, website, OBS)?

Yes. We built Sprii with multi-destination output, including iOS, Android, and OBS streaming. If you need to stream to YouTube, TikTok, or custom RTMP endpoints, we can integrate that as well.

How do you handle high-traffic campaigns without the platform crashing?

Sprii regularly handles thousands of concurrent viewers and heavy purchase activity. We achieve this through load balancing, adaptive bitrate streaming, message queueing, and a scalable cloud architecture. If you expect large campaigns, we'll design the system so it stays stable even under peak load.

Can sellers add product links, buttons, and overlays during the live stream?

Absolutely. We built interactive overlays for Sprii that update in real time without interrupting the stream. Sellers can add product cards, CTAs, and visuals to boost engagement and conversions.

Is it possible to manage thousands of products and orders inside the platform?

Yes. Sprii handles millions of product listings and large order volumes. The admin panel allows for inventory management, product syncing, pricing, and full control over live events. We can tailor the system to match your catalog size and business model.

Can you integrate with Shopify, WooCommerce, or custom e-commerce systems?

Yes. Sprii connects with external e-commerce platforms, and we've built custom integrations for payment flows, inventory sync, and orders. We can plug into your current system or help you create a standalone e-commerce backend. Features depend on the external platfforms' integration restrictions.

How much does it cost to build a live video shopping platform like Sprii?

Costs depend on features, integrations, and complexity. After a quick call to understand your goals, we provide a clear estimate, timeline, and roadmap.

Android MDM – Remote Device Management Platform

Remote Screen Control and Operator Assistance

When a field device has a problem, waiting for physical access costs time. Operators can connect to any enrolled device, simulate touch and swipe interactions, and resolve issues without sending a technician.

Real-time screen mirroring across enrolled Android devices
Touch and swipe emulation for hands-free remote assistance
Session-based operator access with role-controlled permissions
Supports Android 4.2 and above across heterogeneous hardware

Real-Time Device Status Monitoring

The platform surfaces live status data for every connected device, so support teams can prioritize issues before they escalate.

Live battery level tracking across the full fleet
Available storage monitoring with per-device visibility
Key system indicators displayed in a unified dashboard
Status updates delivered in real time via Socket.io event streams

Centralized Hardware Policy Enforcement

Manual configuration across a large fleet creates inconsistency. The platform enforces hardware policy from a single control point, eliminating configuration drift.

Remote toggle control for Wi-Fi, NFC, GPS, and Airplane Mode
Policy changes pushed to individual devices or device groups simultaneously
DevicePolicyManager integration for native Android compliance enforcement
Configuration state reflected immediately in the operator dashboard

Application and Settings Access Control

The platform enforces access boundaries at the system level, keeping devices focused on their intended purpose without manual intervention on each unit.

Granular control over which applications are accessible on enrolled devices
Settings access restrictions configured and enforced remotely
AIDL-based inter-process communication for low-latency command delivery
Role-based permissions separate admin, MDM user, and Android user access

Fleet Inventory and Device Lifecycle Management

Without a centralized record, a growing fleet creates operational blind spots. The platform tracks device state, ownership, and connectivity status across the entire deployment.

Enrolled device registry with per-device status and assignment records
MDM user workflow for connecting and registering new Android devices
Device data stored in MongoDB for flexible fleet scaling
Supports fleet sizes from pilot deployments up to 10,000 devices

Technologies

The system connects the operator web dashboard, Android device agents, and the real-time command infrastructure into one unified management pipeline, enabling remote control, live monitoring, and policy enforcement without physical device access.

🖥 Platform
Web (Chrome, Firefox), Android

🔮 Frontend
Next.js, React.js, Material UI

⚙️ Backend
Node.js, TypeScript, Express.js, C++

📱Mobile
Kotlin, Android Jetpack

🔁 Real-time communication
Socket.io, RabbitMQ

🗃️ Database
MongoDB

🗃️ MDM Layer
DevicePolicyManager, AIDL (Android Inter-Process Communication)

Delivery and Outcome

We developed Android MDM from the ground up as a full production platform, built initially as a proof-of-concept for the client's board of directors ahead of planned B2B distribution.

The system enables a support team to manage, monitor, and assist thousands of Android devices simultaneously, eliminating the operational delays that come with no remote access.

The architecture is designed to support multi-tenant distribution as the feature set expands, without requiring a rebuild of the core management layer.