Dark Fiber
Infrastructure
You Fully Control
Built, owned, and operated end-to-end with predictable performance and long-term scalability.
Strategic Solutions for Your Fiber Infrastructure
Dedicated conduit and dark fiber built for businesses that need full control, uncompromising reliability, and the freedom to scale without third-party dependency.
Dedicated Conduit
Your private duct system, isolated from congestion and third-party risk.
- Exclusive physical pathway
- High-count fiber capacity
- Future-proof expansion
- Maximum security and control
Dedicated Dark Fiber Cable
Dark fiber built exclusively for your network with full ownership.
- You decide how to light and scale
- Carrier- and vendor-neutral
- Engineered for long-term resilience
- Deployed by ARNet in-house teams
What makes us different?
We build, own, and operate our network end to end, so you can scale faster with confidence. With ARNet, you get direct ownership, predictable delivery, and always-on performance.
01
We Are Demanding Too
We apply carrier-grade standards across all partners.
02
Fast & Predictable Deployment
We deliver to fixed timelines with on-time activation.
03
Escrow & Station Ownership
We provide neutral access with long-term infrastructure ownership.
04
SLA & Real-Time Monitoring
We commit to >99.99% uptime with continuous monitoring and 24/7 alerts.
FiberGrid Architecture
FiberGrid is a carrier-neutral, multi-route fiber grid that securely interconnects data centers, cable landings, and AI infrastructure on licensed corridors for maximum resilience and long-term value.
Multiple Corridors
Highway, rail, and metro routes reduce correlated failure risks.
Orthogonal Routing
East–West and North–South paths for deterministic latency and traffic engineering.
Native Redundancy
Resilience by design, minimizing reliance on incremental backup builds.
Licensed Access
One door to wayleaves and landing rights, accelerating large-scale deployment.
Hyperscaler-Friendly Infrastructure Standards
Every detail from the type of fiber we deploy to the way we splice and manage our stations is held to the highest standard. By combining the latest fiber optic technology, strict quality control, and hyperscaler-friendly procedures, we ensure a foundation that’s not only reliable today but built to support growth for years to come.
Reliable Long Distance Connectivity
High performance fiber built for scale across key routes
Consistent Network Quality
Stable and dependable connections across the network
Hyperscaler Aligned Operations
Transparent access and governance built for large scale deployments
End to End Network Visibility
Smart infrastructure management for better planning and scalability
ARNet GIS
Fiber Network Management System
We provide comprehensive oversight through a GIS-powered inventory system that manages the entire infrastructure lifecycle. This ensures complete control, rapid fault location, and efficient provisioning.
End-to-End Network Visualization
Complete visualization and tracing of physical network paths, from manholes and ducts to cables, building entries, MDF rooms, and port-level connections.
Real-Time Monitoring
Live status of network assets with alerts and intuitive navigation. Includes monitoring of IoT and environmental sensors such as manhole sensors, temperature, flooding, and vibration.
Operational Support & Lifecycle Management
Tools to streamline network rollout, maintenance, and fault resolution. Covers the full lifecycle: planning, design, deployment, analysis, and ongoing maintenance.
Asset Inventory & Management
A single source of truth for all telco assets, with classification and tagging supported by RFID tracking. Centralized database for ducts, manholes, fiber cables, and connectivity points.
Capacity & Resource Control
Tracking of fiber cores, splices, and duct occupancy with real-time availability for expansion and leasing. Supports forecasting for future demand and growth planning.
Delivery Process
At ARNet, we believe a strong network starts with a strong delivery process built on strict timelines, careful planning, and zero disruption.