Secure Connectivity for the Modern Retail Estate

11 Nov 2026
Theatre 5
Retail stores are changing quickly. What was once a relatively simple connectivity requirement has become a critical operating layer for point-of-sale systems, staff devices, guest WiFi, cameras, sensors, digital signage, smart devices, payments, stock systems and in-store analytics. Yet many retailers still approach store networking as a traditional project: scope the site, install equipment, configure access, hand it over, and repeat the same process again for the next location.
This creates unnecessary cost, inconsistency and operational risk. Different sites can end up with different configurations, unclear ownership, weak segmentation, poor visibility and limited ability to scale new digital services quickly. As stores become more connected, the network needs to become more repeatable, secure and manageable.
This seminar will explore how retailers can move from “store WiFi” thinking to a broader store infrastructure model. It will cover the practical building blocks of modern retail connectivity, including wired and wireless access, identity-based access control, guest and staff segmentation, IoT onboarding, secure device policies, deployment workflows and multi-site operational visibility.
The session will also consider how retailers can reduce friction in store rollouts by standardising the way sites are designed, deployed and operated. Rather than treating every store as a bespoke technical exercise, retailers can define repeatable models for different store types, infrastructure requirements and access policies.
Attendees will leave with a practical framework for assessing their current store connectivity model and identifying where security, consistency and operational efficiency can be improved. The session is designed for retail leaders, technology teams, operations teams and digital transformation stakeholders who need store infrastructure to support innovation without increasing complexity.
Speakers
Will Kirby
Will Kirby, Founder - Ombiy