Technacy Solutions Lab, in collaborazione con Minerva Networks, ha implementato servizi IPTV per 8 sedi senza l’uso di STB:
- Piattaforma IPTV centralizzata con middleware Minerva
- Distribuzione del segnale attraverso 8 sedi
- Assenza di STB, con conseguente riduzione dell’ingombro hardware
- Progettazione di rete ottimizzata e scalabile
- Formazione e SLA per i team tecnici di Orange
Fornitura di una distribuzione IPTV di nuova generazione per le operazioni multisito di Orange Egypt.
Project Overview
Orange Egypt, one of the country’s leading telecom operators, partnered with Technacy Solutions Lab to expand its IPTV capabilities using Minerva Networks technology. Unlike traditional IPTV deployments relying on set-top boxes (STBs), this project required a multi-site IPTV distribution model serving eight separate locations with a centralized platform.
Our Role
Technacy Solutions Lab delivered an innovative IPTV architecture designed for efficiency, scalability, and simplified deployment across Orange Egypt’s sites.
Key Deliverables:
- IPTV Platform with Minerva Middleware: Centralized IPTV system providing unified service management across all locations.
- Multi-Site Signal Distribution: IPTV signal delivered to 8 sites directly, without the need for on-site STBs.
- Optimized Network Architecture: Central management of streams with secure delivery across Orange’s internal network.
- Future-Ready System: Architecture designed to integrate OTT services and cloud expansion.
- Operational Training: Provided training for Orange engineers and support teams.
- Support & SLA: Ongoing maintenance and support under Technacy’s SLA framework.
Impact
- Enabled Orange Egypt to operate an efficient, STB-free IPTV service across multiple sites.
- Reduced hardware and operational costs while maintaining premium service quality.
- Provided a scalable IPTV solution aligned with Orange’s strategy for enterprise and institutional clients.
- Reinforced Technacy’s role as a strategic partner for telcos seeking innovative IPTV delivery models.

