Case Study
Private 5G and The Water Sector: Building A Resilient Digital Foundation for AMP8 and Beyond
A strategic roadmap for UK water companies to leverage Private 5G as a resilient digital foundation for AMP8. It explores how high-capacity, low-latency connectivity enables the scaling of AI, IoT, and automation across complex operational sites. Move beyond incremental connectivity. Discover how Private 5G enables the scale, speed, and security required for modern water operations.
- Topic
- IT Management
- Published
- 21 Apr 2026
The objectives for AMP8 are clear: cleaner rivers, fewer leaks, and a more secure water supply. But for many water companies, the "how" is still hindered by "where." Legacy networks and fragmented cabling make it difficult to scale the very digital solutions like AI and IoT, needed to meet these ambitious goals.
Our strategic brief, "Private 5G and the Water Sector," explores how Private 5G provides the robust connectivity layer that fixed infrastructure simply can't. Learn how to create a flexible, high-capacity digital foundation that supports thousands of devices, automates critical processes, and prepares your organization for the next era of utility management.
Key Highlights:
The AMP8 Challenge: Navigating a massive increase in approved investment (£104bn) while meeting myriad regulatory objectives.
Connectivity as a Barrier: How legacy cabling and incremental tech layers are currently limiting the scale of digital transformation.
Modernizing for AI: Why Private 5G is the prerequisite for moving from AI experimentation to scalable, sustainable adoption.
Beyond Fixed Infrastructure: Reducing the cost and physical limitations of traditional "wired" network deployments in remote areas.
High-Density IoT: Supporting thousands of sensors and telemetry devices without compromising network performance or reliability.
Low Latency for Automation: Enabling millisecond-level response times for critical remote monitoring and automated spill prevention.
Enhanced Site Security: Using Private 5G to support high-definition video analytics and automated perimeter security for sensitive sites.
Resilient Architecture: Designing secure, private networks that are independent of public mobile congestion.
Workforce Empowerment: Improving safety and efficiency for field engineers through reliable, site-wide high-speed connectivity.
Sustainable Foundation: Creating a circular digital infrastructure that supports environmental goals and long-term operational confidence.
Outcome-Focused Adoption: A framework for adopting 5G as a strategic enabler of business outcomes, not just a technical upgrade.