By Jennie Francis, Chief Transformation Officer, Wifinity
Margaret did not move into her retirement community for the technology. She chose it for the garden outside her window, the café downstairs and the reassurance that support was close by if she ever needed it, without feeling intrusive.
She did not expect technology to become part of that promise. It works quietly in the background rather than in a visible or disruptive way.
Her heating adjusts before she feels the cold. Corridor lights rise gently as she walks to an early appointment. Over time, the system recognises subtle shifts in her routine, including slightly shorter walks and longer rest periods. It spots patterns and means that real people pop in proactively to see if she needs help.
The layer no one sees. But everything depends on
This is later living IoT at its best. It is not smart for its own sake, but purposeful, invisible and joined up. It works because of something even less visible, the network that carries and processes the data. No one sees this layer, yet everything depends on it.
In another community not far away, the ambition matched this vision. Teams installed sensors, deployed devices and procured platforms, but the experience fell short. Connections dropped, data arrived late or not at all, and systems failed to align. Staff lost confidence, and residents noticed the inconsistency, which undermined the brand and reputation.
The issue was never the idea of respectful, supported later living. The problem was the connectivity foundation beneath it, treated as boxes and cables, without proper thought for data analytics.
Every device in Margaret’s apartment, every sensor in a plant room and every dashboard used by a wellbeing team relies on a robust, secure connectivity network and clear presentation of information. Without this, later living IoT becomes fragmented and unreliable.
Operators should now treat connectivity as critical infrastructure. It should be designed to support dense device environments, full site coverage and secure separation between resident, operational and IoT traffic. This approach enables later living IoT to scale across portfolios as a consistent, trusted service rather than a few isolated pilots.
The turning point: when data becomes useful
Many later living IoT strategies stall after teams install the network. Devices go live, data flows, and dashboards appear, but the expected impact doesn’t happen as planned.
Teams often find themselves surrounded by new data without knowing how to use it. They generate reports and uncover insights, yet workflows remain unchanged.
A more effective approach focuses on application rather than collection. One later-living provider that I know uses movement data to understand patterns of decline over time, rather than trying to predict falls in isolation. The site team knows that no single device will do that reliably.
The organisation shares these insights with physiotherapists, wellbeing coordinators and operational staff. This collaboration enables earlier, more targeted interventions that improve outcomes, without being intrusive to independent living.
Later living IoT delivers value when teams embed it into daily decision-making. The data won’t change outcomes, but people acting on it differently will. Providers that succeed are aligning their operational processes with the data insights they generate from IoT sensors and devices.
The human side of governance
Margaret is happy to have these sensors and devices dotted around, because she understands how her life is more comfortable, she and her friends are happier and she’s given consent to share her data to maintain independence. She knows who sees it, why they see it and how it supports her.
Research from Cornell University highlights privacy as a defining factor in how older residents engage with technology. Some say that health technology is daunting and are concerned about scams and data misuse. Around 63 per cent worry about unauthorised access to their health data. Only 13 per cent are confident in existing protections.
These concerns show how unclear policies can erode trust and limit adoption, which would be a real shame for the potential of the technology to improve lives. Later living IoT depends on clear governance from the outset. Operators must define responsibilities and ensure that teams access only the data they need. Care teams, facilities teams and leadership require different datasets, not unrestricted visibility. Clear boundaries maintain trust and support effective use.
When providers handle governance well, residents remain engaged and confident. When they rush or overlook it, scepticism grows, engagement drops and the system loses the input it depends on.
Choosing what actually works
Later living providers face a crowded market of devices and platforms with similar claims. This level of choice often creates confusion. Some providers invest heavily across multiple solutions, only to discover that they do not integrate. Systems operate in isolation, leading to duplication, inefficiency and frustration.
Other providers take a more disciplined approach. They prioritise interoperability, test technologies in real environments and scale only what shows its value so that IoT supports operations rather than complicating them.
Collaboration between providers and operators plays a key role in shaping solutions, refining dashboards, improving analytics and aligning technology with real operational needs.
A strong connectivity foundation supports this ecosystem. A managed platform, flexible integration and ongoing optimisation enable providers to adapt as requirements evolve and ensure that later living IoT continues to deliver value.
The risk of doing too much, too quickly
A fast-moving sector often creates pressure to accelerate. Many communities respond by trying to implement too much at once.
The most successful providers take a more measured approach. They start with a clear outcome, such as reducing falls or improving resident wellbeing. They then build the right network foundation, integrate systems carefully and focus on making data actionable before expanding further.
This staged approach allows teams to learn, adapt and maintain control. It also ensures that IoT delivers meaningful results at each step.
Communities that skip these stages often face familiar challenges. Technology becomes fragmented, teams feel overwhelmed and residents struggle to see the benefits. Momentum slows, and confidence declines. A deliberate pace does not slow progress. A focus on outcomes, integration and usability creates more sustainable and effective IoT environments.
Where later living IoT creates real value
Margaret does not see the complexity behind IoT. She experiences a comfortable, warm home and a community that responds to her needs. Support arrives earlier without feeling intrusive.
This experience defines the real value of IoT in later living. It connects buildings, people and services in a way that improves everyday life without drawing attention to the technology itself.
The sector now faces a clear choice. Providers can treat later living IoT as a collection of devices to deploy, or they can shape it as a connected, governed system over time. The difference is not technical. It is strategic.
Wifinity is the connectivity supplier to Anchor, England’s largest later living provider. To discuss your later living connectivity network, contact [email protected]