Colocation
Colocation is an infrastructure service that provides businesses with secure physical space, redundant power supply, carrier-grade cooling, and controlled environmental conditions for hosting client-owned IT and network equipment — such as servers, storage systems, and telecom hardware — inside certified, operator-neutral data center facilities. Unlike cloud or rented servers, colocation gives organizations full ownership and operational control over their hardware while enabling direct, high-performance network interconnects, cross-connect flexibility, and proximity to global carriers, IXPs, and cloud edges for building reliable, scalable, and jurisdiction-compliant digital infrastructure.
Clever Telecom delivers colocation as a long-term infrastructure service that enables businesses to deploy and operate their own IT and network equipment inside operator-grade and carrier-neutral data center facilities around the world. The service ensures dedicated physical space, stable power supply, cooling, climate control, and carrier-level physical security — removing the need for enterprises to build or maintain private data center sites to extend their digital edge internationally.
Colocation by Clever Telecom is designed to house:
| Equipment Class | Examples |
|---|---|
| Compute | 1U servers, blade servers, high-density server clusters |
| Storage | SAN/NAS arrays, distributed storage nodes, backup vaults |
| Network | Routers, switches, firewalls, edge PoP equipment |
| Telecom / Transport | Carrier hardware, signaling nodes, media gateways |
| Replication & Data Nodes | Cross-region storage replicas, data sync hubs |
Extending the Network Edge
Unlike traditional server hosting, Clever Telecom’s colocation model physically and logically connects client-owned infrastructure into a globally interconnected backbone fabric. This allows international traffic exits (IP breakouts), cross-regional transport, and direct adjacency to peering and cloud edges — building a true distributed edge instead of isolated hardware placement.
Customers receive transparent connectivity options engineered at the physical layer:
| Connectivity & Handover Model | Support |
|---|---|
| Unprotected cross-connects | ✅ |
| Dark fiber handover | ✅ |
| Patch-panel breakout (if pre-cabled) | ✅ |
| Metro Ethernet via fiber/access partners | ✅ |
| IXP/Peering fabric adjacency | ✅ |
| Cloud edge circuit builds | ✅ |
| Private VPN/IP-VPN extensions | ✅ |
This architecture makes deployments suitable for cloud-bridged networks, DIA/VPN hybrids, edge hosting, storage replication clusters, and low-latency Internet/VPN exits from multiple global regions.
Deployment Scale & Availability
Clever Telecom maintains a uniquely flexible deployment capacity model that allows clients to scale footprints across a wide range of physical formats — from minimal equipment form factors to fully private environments:
| Deployment Format | Typical Purpose | Availability |
|---|---|---|
| 1U / N×1U servers | Small deployments, edge nodes, initial PoPs | Supported in most locations |
| Private dedicated rack | Enterprise-grade hardware colocation | Supported worldwide |
| Cage colocation | Equipment isolation zone for network fabrics | Available with partners |
| Suite / Private suite | Full private infra footprint | Available by qualification |
| Multi-equipment modular footprint | Distributed infra clusters | Supported |
Security, Control & Operational Standards
The service is operated under carrier-grade transparency and control principles, giving clients predictable operational governance of their hardware and routing paths:
| Control & Transparency Domain | Support |
|---|---|
| Internet exit transparency | ✅ |
| VPN handover policy transparency | ✅ |
| 24/7 physical & network monitoring | ✅ |
| Rapid fault domain identification | ✅ |
| Duress-free physical isolation zones | ✅ |
| Optional: Network-level DDoS mitigation | ⚙️ (where engineered) |
| Optional: Remote peering engineering | ⚙️ |
| Optional: Cloud circuit chaining | ⚙️ |
Physical security includes equipment access isolation, facility ingress control, protected hardware placement zones, and secure cross-connect governance for Internet and VPN exits.
Global Footprint & Regional Presence
With backbone-level partnerships and interconnect agreements, Clever Telecom enables colocations in 320+ certified data centers globally, while providing full telecom network coverage across two strategic macro-regions.
| Region | Network Coverage | Data Center Presence |
|---|---|---|
| Europe | Full regional telecom routing | Multiple colocations via partners |
| United States | Nationwide integrated backbone routing | 320+ colocations via partner data centers |
| Canada | National backbone transport routing | Integrated exit points |
| Global | Cross-region transport via PoPs | 320+ facilities for colocation |
Use Case Qualification
Enterprises typically deploy Clever Telecom colocation for predictable networking and distributed IT workloads such as:
| Industry Segment | Common Scenarios |
|---|---|
| Finance & Trading | Low-latency exits, peering adjacency, international breakouts |
| Media & Streaming | Global CDN adjacency, storage replication, transport co-deployment |
| Telecom & Wholesale Carriers | Carrier racks, MMR cross-connects, signaling node co-deployment |
| High-Tech & Cloud Hybrid | Edge PoP extension, IXP peering, VPN → DIA → Cloud chain builds |
| Storage Systems | Backup routing hubs, cross-region replica placements |
Key Infrastructure Benefits
Clever Telecom gives clients commercially and operationally predictable infrastructure growth without unnecessary capital expenditure on private facilities:
| Benefit Class | Result |
|---|---|
| No private DC build cost | Scale hardware without building your own DC |
| Network exits worldwide | Route Internet/VPN edge internationally |
| Small-form support | Deploy 1U nodes for initial edge builds |
| Carrier neutrality | Multi-provider interconnect freedom |
| Predictable environment | Power, cooling, security guaranteed |