How healthtech providers can move from a fragile, under-built setup to a scalable architecture – serving NHS trusts and GP practices – without disrupting live clinical services.
Across the NHS and the wider health ecosystem, digital services are expanding rapidly. Remote patient monitoring, shared care records, and digital triage tools are being deployed to meet rising demand and reduce pressure on frontline staff. But many of the organisations building and hosting these platforms are running into the same problem: infrastructure that was designed for a small, contained deployment and was never built to scale.
For healthtech providers serving NHS trusts, GP federations, and private healthcare organisations, the challenge is twofold. Web-facing clinical applications are exposed, often protected by little more than basic perimeter security. And every new customer or service requires manual network changes that slow growth and introduce risk. The architecture becomes the bottleneck.
This article sets out a practical framework for moving from a fragile, legacy-constrained setup to a scalable architecture – without disrupting live clinical services.
A healthtech provider operates a remote patient monitoring platform. Patients log symptoms and condition updates; clinical staff at NHS trusts and GP practices monitor the data for changes that need intervention. The platform is hosted across a small cloud presence and an on-premises data centre.
Security is minimal. A basic perimeter firewall sits at the edge with no web application firewall, no advanced threat protection, and no centralised security policy. The platform is accessed over a mix of HSCN and the public internet, with each connected trust or practice relying on its own point-to-point connectivity, manually configured.
At current scale it works. But the web-facing application is exposed, onboarding a new trust takes weeks of network engineering, and there is no clear path to growing the platform without replicating the same fragile setup. The architecture is not complex – it is under-built, and that makes it both vulnerable and difficult to scale.
Cloud Gateway is deployed as a centralised hub in front of the platform. All traffic – whether arriving over HSCN or the public internet – now routes through Cloud Gateway before reaching the application. The existing perimeter firewall stays in place during this phase, but Cloud Gateway immediately adds the protection that was missing: Secure Application Access (SAA/WAF), DDoS mitigation, and traffic inspection.
Nothing changes for end users or connected trusts. The application gains a proper security layer for the first time. Because Cloud Gateway supports HSCN natively, there is no need to bring in an additional connectivity partner – a single platform handles both public internet and health network traffic.
The network hub now handles all security functions. WAF protection, zero trust access policies via Secure Private Access (SPA), TLS inspection, and threat prevention are all delivered through Cloud Gateway. The original perimeter firewall is decommissioned or reduced to a minimal monitoring role.
For the first time, the provider has a centralised, consistent security posture. Every trust, every GP practice, every remote clinician connecting to the platform goes through the same inspection and access controls. The web application is no longer directly internet-facing.
Compliance posture improves significantly. Where the organisation needs to go through DSPT assessments or other submissions, Cloud Gateway’s team can support that process, reducing the burden that often comes with adopting new infrastructure.
This is the phase where the architecture starts paying for itself. A new NHS trust wants access to the monitoring platform – it connects as a spoke through Cloud Gateway, with policy applied centrally. A private healthcare provider wants to onboard – same process. There are no bespoke VPN tunnels to build, no firewall rules to hand-craft.
Onboarding a new consumer of the platform becomes a policy decision rather than a network engineering project. The provider can say yes to new customers without worrying about whether the infrastructure can support it. Growth is no longer gated by the network.
With a scalable, secure architecture in place, the provider is no longer limited to a single application. A shared care record, a diagnostic imaging viewer, or a secondary monitoring tool can all be published through the same hub. Each new application inherits the same security posture, the same access controls, and the same compliance framework – without duplicating infrastructure.
Publishing new clinical applications to existing customers no longer requires re-engineering connectivity. New customer organisations can be onboarded in days rather than weeks. A consistent compliance and security baseline is maintained across every service. Scaling into new regions or care settings does not require redesigning the network.
The architecture that was once the constraint on growth has become the thing that enables it.
NHS trusts and their technology partners are under pressure to digitise clinical pathways quickly, but the tolerance for security incidents in healthcare is effectively zero. By treating network architecture as a strategic enabler rather than a technical dependency, healthtech providers can turn infrastructure from a constraint on growth into a platform for it – protecting patient data while making it easier, not harder, to expand the services that depend on it.
For more on how Cloud Gateway works with healthtech and medtech organisations, see our Healthtech and Medtech sector page and our platform page.
