Acropolis of Athens - Development FTTH /FTTB network - Fiber Optic Network Study & Supervision
A case study on CITROBC’s implementation study and on-site supervision for a discreet, secure fiber optic infrastructure across the Acropolis surroundings and the Sacred Rock, supporting reliable internet connectivity.
Site context and supervision approach for a sensitive archaeological environment.
Project Overview
This project focused on the engineering study and supervision of a fiber optic network implementation within the wider Acropolis area and on the Sacred Rock itself, with the goal of enabling stable internet connectivity across key operational and visitor-related points.
Due to the unique archaeological significance of the site, the approach required a careful balance between technical performance, strict safety requirements, and minimal visual impact.
CITROBC’s role was limited to study deliverables and on-site supervision, ensuring alignment with the approved design intent and site constraints.
Scope of Work (Study & Supervision)
CITROBC’s scope included a complete study and supervision package covering:
- Fiber optic network routing study across the surrounding area and the Sacred Rock
- Identification of points of interest requiring connectivity (service and operational nodes)
- Conduit infrastructure study to support fiber installation with minimal disruption
- Safety-first methodology aligned with a high-sensitivity archaeological site
- Aesthetic integration principles to preserve the visual integrity of the environment
- On-site supervision to support compliance with the study, methodology, and site constraints
Conduit infrastructure study enabling protected routing and future-ready expansion.
Technical Approach
The study leveraged multi-duct conduit infrastructure to enable fiber blowing (air-assisted installation) to multiple points of interest. This approach supports efficient deployment planning, reduces the need for repeated intrusive works, and provides flexibility for future upgrades.
Multi-Duct Conduit Design
- Segmented routing strategy to reach multiple connectivity endpoints
- Protected pathways to reduce risk of accidental damage
- Provisioning for maintenance access with controlled intervention
Aesthetics & Safety in an Archaeological Site
- Discreet routing choices to minimize visible infrastructure
- Methodology prioritizing visitor and staff safety during works
- Respectful integration aligned with the site’s conservation needs
Key Outcomes
The study and supervision framework delivered a clear, implementable plan for a robust fiber optic backbone that supports reliable internet connectivity while preserving the character and safety of a highly sensitive cultural heritage environment.
Connectivity Enablement
A structured plan to provide stable internet access across selected points of interest.
Future-Ready Infrastructure
Multi-duct conduit strategy designed for expansion and simplified maintenance.
Minimal Visual Impact
Routing and methodology designed to respect aesthetics and conservation constraints.