hi-tech

Powering Connectivity Through Control

5G as a Service | MVP Design

Results

Delivered a self-service platform that replaced manual support calls with real-time visibility and automated escalation.

Reduced operational costs and support response times by digitizing 5G monitoring workflows.

Empowered clients to manage their private networks with full data transparency and uptime reliability.

Designed both light and dark themes for enterprise use across web and mobile devices.

Highlights / Intro

Betacom provides private 5G networks for industrial environments, where speed, reliability, and control are mission-critical.

However, their support model depended entirely on human assistance via phone, creating inefficiencies and high service costs.

unosquare partnered to design and build a self-service monitoring platform that gave Betacom’s enterprise clients full autonomy over their systems. The solution provided real-time performance insights, proactive alerts, and escalation pathways to Betacom’s internal teams; all within an elegant, mobile-friendly interface.

Challenge

To transition from reactive to predictive operations, Betacom needed to:

Automate network monitoring for customers with minimal human intervention.

Provide unified data visibility across multiple 5G access points.

Create a scalable, intuitive interface for both enterprise users and field technicians.

Solution

unosquare designed and developed a responsive web and mobile app built on Angular, featuring dynamic dashboards and AI-ready data structures for future scalability.

Scope:

Strategy & Design
Front-End Development
Enterprise Web & Mobile App
Light & Dark UI Themes
~20 Views

Tech Stack

Angular Front-End

Centers of Excellence Involved

Solution Architecture COE → Defined the digital roadmap to transition Betacom from reactive, phone-based support to a scalable self-service monitoring platform aligned with enterprise operational efficiency.

Cloud & Infrastructure COE → Designed secure data flows and ensured network reliability across distributed private 5G environments, supporting real-time monitoring and high-availability performance.

Data COE → Structured telemetry and performance datasets to enable unified visibility across multiple access points, real-time dashboards, automated alerting, and future predictive capabilities.

Software Engineering COE → Developed a responsive Angular-based web and mobile application capable of handling dynamic dashboards, live system updates, and enterprise-grade usability.

Design COE → Translated complex 5G network analytics into intuitive visual dashboards for enterprise users and field technicians, delivering both light and dark themes optimized for operational environments.