Our client is a leading conservation organization operating within a Kenyan national park spanning over 1 million acres. The conservancy manages wildlife protection, ranger operations, research activities, and multiple remote camps distributed across vast and rugged terrain.
Effective communication and real-time monitoring are critical to safeguarding wildlife and coordinating operational teams across the reserve.
The conservancy required a reliable, high-capacity core network connecting 10 major camps across the park.
The network needed to support:
Radio call communication systems
LoRaWAN solutions
Surveillance systems
IP telephony services
Prior to Fibrecom’s involvement, the organization relied on an analog communication system. This limited real-time visibility, complicated surveillance monitoring, and reduced operational efficiency across camps.
The terrain presented additional complexity, with some links spanning distances of over 120 kilometers across challenging landscapes.
Fibrecom designed and deployed a robust microwave-based Wide Area Network (WAN) to interconnect all 10 major camps into a centralized, high-performance core network.
Key components of the implementation included:
Deployment of high-capacity microwave backhaul links
Long-distance point-to-point connectivity spanning over 120KM
Centralized traffic aggregation for real-time monitoring
Structured integration of surveillance, communication, and telephony services
Network optimization and testing to ensure stability and redundancy
The new infrastructure enabled all traffic from remote camps to be securely backhauled to a central monitoring location for coordinated oversight and management.
The network was engineered for resilience, scalability, and minimal latency despite environmental and geographical challenges.
The deployment delivered measurable operational improvements:
10 camps fully interconnected under a unified core network
120KM+ long-distance microwave links successfully deployed
Real-time surveillance monitoring enabled
Enhanced LoRaWAN and radio communication performance
Centralized IP telephony integration
Improved communication between remote camps
Faster and more coordinated response times
Increased staff efficiency and field performance
Reduced support and maintenance turnaround time
Lower overall communication and internet service costs
Strengthened wildlife protection efforts through real-time surveillance visibility
The improved communications backbone contributed to more proactive monitoring and a reduction in poaching incidents due to enhanced surveillance coordination.
Expertise in long-distance microwave deployments
Experience in rugged and remote terrain installations
Centralized network design for unified traffic management
Structured project execution and performance testing
Focus on reliability and long-term scalability
This project demonstrates Fibrecom’s ability to design and deploy mission-critical Wide Area Networks in challenging environments where reliability directly impacts operational success.
By transitioning the conservancy from an analog system to a centralized digital network backbone, Fibrecom enabled real-time communication, improved monitoring capability, and strengthened conservation operations at scale.
