IPXCOM Installs 300-Man Compound
in Baghdad — January 2004
Turnkey IT and telecommunications infrastructure deployed inside an active insurgency zone. VSAT satellite backhaul, VOIP, structured cabling, Cisco core network, and UPS power — all installed and operational under armed escort in Baghdad's Green Zone and surrounding operational areas.
Clients Served
Scope of Work — Turnkey Deliverables
Tier 1 VSAT Satellite
C-Band satellite link Baghdad ↔ Germany ↔ global Internet. Reliable data and voice over satellite in a zero-terrestrial-infrastructure environment.
VOIP Phone System
4 trunk lines to Washington DC area US telephone network. Free calls home for troops — eliminating costly Thuraya satellite phone dependency.
PA / Paging System
Overhead public announcement speaker system integrated with VOIP for compound-wide communications and emergency alerts.
Cisco Core Network
Cisco Catalyst 48-port switches, Cisco firewalls, Cisco routers, 72-inch server racks. All Tier 1 US-branded equipment.
Structured Cabling
CAT 6 cabling from wiring closets to all jacks. All jacks, cables, and patch panels labeled. International-grade components throughout.
UPS Power & Backup
Surge protection, power conditioning, and online battery backup with external battery units providing 30 minutes of backup power across all nodes.
Local Support Contract
Next-day on-site service by qualified technician. Full in-country replacement capability for all equipment. Security-aware support protocols for insurgent-activity scenarios.
Policies & Procedures
Network management standards, security protocols, and maintenance procedures established from scratch — creating a functional operational framework where none existed.
Operational Context
In January 2004, IPXCOM arrived in Baghdad as part of a mission to help rebuild critical telecommunications and infrastructure systems in the aftermath of the Iraq War. The environment was unlike anything experienced before — an active operational zone where insurgents were actively targeting Americans. IPXCOM delivered stability, communications, and basic services in a zone where all basic services were in various stages of disruption.
One of the most immediate and meaningful objectives was to provide U.S. troops with free VOIP calling capabilities back home. By deploying robust VOIP systems over satellite backhaul, IPXCOM significantly reduced reliance on expensive Thuraya satellite phones while dramatically improving call quality and accessibility — giving soldiers consistent, affordable communication with their families during extended deployments.
Large portions of Iraq's telecommunications infrastructure had been damaged or rendered inoperable. Existing systems were fragmented, power was inconsistent, and there was little to no reliable terrestrial network coverage across many operational zones. IPXCOM designed and deployed end-to-end communications systems capable of functioning in a high-risk, low-infrastructure environment.
Power was a critical challenge. Grid electricity was unreliable or nonexistent in many locations, requiring deployment and integration of generator-based power systems with battery backup and redundancy. Every communications node had to be self-sustaining, capable of operating continuously despite fuel constraints, environmental conditions, and security risks.
Over the course of five years, IPXCOM played a key role in stabilizing and modernizing communications infrastructure across Baghdad. That experience reinforced a core principle: in complex and unstable environments, resilient communications are not a luxury — they are the foundation upon which everything else depends.
⚠ Operational Risk — Active Combat Zone
All deployments were conducted under armed escort. Insurgent and security activities required adaptive support protocols — local technicians were pre-positioned to maintain service continuity when travel to sites was precluded by security conditions. Equipment was modular and rapidly replaceable to ensure resilience under hostile-environment constraints. Zero personnel incidents across the full engagement.