Most healthcare IT systems were designed for a world that no longer exists. Built in the 1990s and incrementally patched since, they impose prohibitive transformation costs, deliver poor user experiences, and create the very fragmentation and data silos that modern healthcare needs to eliminate. Clinicians spend time battling their own systems instead of caring for patients. Administrators manage manual workarounds for processes that should be automated. And patients interact with a digital experience that falls far short of what they encounter everywhere else in their lives.
OX.DH was built to change this. Our cloud-native solutions serve both NHS and private healthcare providers - from GP practices and NHS trusts to private hospitals, clinic groups, and international fertility providers. We design not to replicate legacy platforms in the cloud, but to replace them with something genuinely modern, intuitive, and built for the future. This article sets out what each OX.DH solution delivers, who it is designed for, and how healthcare organisations are using them to build coherent digital infrastructure - incrementally, without large-scale transformation risk.
The Hidden Cost of Standing Still
Before examining what modern digital healthcare looks like, it is worth being clear about what legacy systems are actually costing NHS organisations today.
The scale of the problem is visible in the workforce data. NHS England's September 2025 figures show 76,242 FTE administrative and non-clinical staff working in general practice across England - compared to 38,860 FTE GPs. Admin staff now outnumber qualified GPs by almost two to one. This is not a reflection of deliberate workforce strategy - it is the accumulated cost of systems that cannot automate routine processes, cannot integrate with each other, and cannot give patients the self-service digital experience that would reduce demand on practice staff. Every appointment reminder sent manually, every consent form processed on paper, every referral chased by phone rather than tracked digitally, represents administrative overhead that modern technology should have reduced years ago.
The most visible costs of legacy systems are licensing and maintenance - typically £15,000 to £40,000 per year for a single GP practice, before hardware, support contracts, and upgrade fees are factored in. But the less visible costs are often larger: clinical administration time consumed by system workarounds, manual data re-entry between systems that cannot interoperate, and did-not-attend rates that persist because automated patient communication is absent or poorly implemented.
Rotherham NHS Foundation Trust, for example, saved £30,000 in administration time alone by replacing a paper-based school vaccination consent process with OX.DH's digital consent platform - a single workflow in one care setting. Somerset NHS Foundation Trust eliminated manual appointment tracking spreadsheets entirely after deploying OX.Waiting Room. Monash IVF removed approximately 50,000 paper forms annually through OX.ar's digital patient onboarding.
These are not transformation programme outcomes. They are the results of targeted, incremental digital adoption - one pathway, one workflow, one care setting at a time.
The NHS Microsoft Foundation: Infrastructure You Have Already Paid For
In 2023, the NHS committed £800 million over five years to its Microsoft partnership - a substantial investment in cloud infrastructure, security, and productivity tools that already underpins the working lives of NHS staff across the country. OX.DH's solutions are built directly on this existing foundation.
This matters for procurement and deployment in practical terms. Because OX.DH operates within the NHS's existing Microsoft Azure environment, organisations avoid separate infrastructure procurement, duplicate licensing costs, and complex on-premise deployments. Clinical staff work in interfaces they already recognise. Patients access care through a browser, with no application download required. And the security and compliance framework is Microsoft's enterprise-grade architecture - one of the most robust available anywhere in the world.
For NHS organisations considering digital investment, OX.DH is not an additional infrastructure commitment - it is a way of extracting significantly more value from an infrastructure commitment the NHS has already made. For private healthcare providers, OX.DH's Azure foundation delivers the same enterprise-grade security, scalability, and compliance capabilities without requiring membership of the NHS ecosystem. Private hospitals, clinic groups, and international providers can deploy OX.DH solutions within their own Microsoft Azure environments, benefiting from the same architecture and the same vendor relationships that underpin the NHS's national digital strategy.
OX.DH's Core Solutions: What Each One Delivers and Who It Is For
OX.gp - Next-Generation Primary Care EPR
Designed for: GP practices and PCNs under the NHS Technology Innovation Framework, and independent or private GP practices seeking a modern clinical system without NHS-specific constraints.
OX.gp is OX.DH's NHS England Tech Innovation Framework-approved electronic patient record system. It was designed from the ground up as a cloud-native alternative to legacy systems that were not built for the data-driven, population-health-focused NHS of today.
Key capabilities include real-time reporting dashboards, seamless interoperability with other care settings via open APIs, smart automation including built-in patient messaging and appointment reminders, and a customisable architecture that adapts to different practice workflows. OX.gp was developed in direct collaboration with GP practices and PCNs, and is faster to implement and easier to scale than its legacy predecessors - with no hardware procurement or on-premise deployment required.
For practices operating mixed NHS and private patient cohorts, OX.gp supports private fee structures, self-pay workflows, and direct patient access alongside NHS activity - removing the need for parallel systems.
For private and independent GP practices, OX.gp removes the dependency on NHS commissioning structures that make legacy systems poorly suited to private-model operations. It supports private appointment types, self-pay workflows, insurance-linked billing, and direct patient access - while maintaining full clinical record quality and integration depth. For mixed-model practices operating across both NHS and private patient cohorts, OX.gp's unified platform removes the need for parallel systems, reducing complexity, cost, and clinical risk.
OX.Waiting Room - Virtual Consultation Infrastructure
Designed for: NHS trusts, ICSs, and outpatient departments delivering virtual or hybrid consultation programmes - and private hospitals and clinic groups seeking a secure, integrated virtual care platform without the overhead of legacy telemedicine systems.
OX.Waiting Room enables NHS organisations to deliver secure, verified, integrated virtual consultations via the NHS Microsoft national tenant. It manages the complete patient engagement workflow - scheduling, confirmation, reminders, consultation, follow-up, and PROMs collection - in one place, integrated with existing EPRs through HL7, FHIR, and other standard formats.
Clinicians access consultations from within the native Microsoft Teams environment they already use daily. Patients join via browser with no application download, authenticating via personal identifiers such as date of birth or appointment ID. Real-time KPI dashboards track DNA rates, appointment volumes, and patient satisfaction - replacing manual Excel tracking entirely.
NHS organisations with an NHS.net account can access a free one-month trial via Microsoft AppSource.
For private hospitals and clinic groups, OX.Waiting Room delivers the same capabilities outside the NHS national tenant - deployable within a private organisation's own Microsoft Azure environment, with the same patient verification, EPR integration, and KPI dashboard functionality. The platform's browser-based patient access and single sign-on for clinical staff make it well suited to the premium patient experience expectations of private healthcare.
OX.Patient Consent - Digital Consent at Scale
Designed for: NHS trusts, research institutions, fertility clinics, and any organisation managing high-volume clinical or research consent processes.
OX.Patient Consent is a scalable digital platform for secure, auditable consent management. It replaces paper-heavy, error-prone manual consent processes with a patient-centred digital alternative that provides the transparency and accountability required to meet stringent regulatory standards.
The platform has been deployed across school vaccination programmes, neuroscience research consent, and fertility clinic consent workflows. Rotherham NHS Foundation Trust's deployment for electronic vaccination consent delivered £30,000 in administration time savings, replacing a manual paper process that required significant staff resource to manage across a large catchment area.
For organisations subject to HFEA regulation, ICH GCP research standards, or NHS information governance requirements, OX.Patient Consent provides a compliant, auditable record of every consent interaction - eliminating the risk and administrative overhead of paper-based processes.
OX.ar - Fertility Clinic Management
Designed for: HFEA-regulated fertility clinics in the UK, private fertility clinic groups, and international fertility providers seeking end-to-end digital workflow management.
OX.ar is OX.DH's comprehensive solution for fertility clinics, covering patient registration, digital HFEA consent, treatment scheduling, test result integration, folliculogram management, and regulatory reporting. It replaces the fragmented combination of legacy clinic management systems, paper consent forms, and manual data processes that characterise most fertility clinic operations today.
Monash IVF in Australia - one of the largest fertility service providers in the Asia-Pacific region - went live with OX.ar in September 2024, eliminating approximately 50,000 paper forms annually and significantly improving patient engagement across its network. In the UK, Kingston Hospital NHS Foundation Trust and the Bristol Centre for Reproductive Medicine are among the organisations that have adopted the platform. OX.ar is equally well suited to private fertility clinic groups and independent clinics - providing the HFEA compliance infrastructure, digital consent workflows, and patient engagement capabilities that the regulatory environment demands, regardless of whether the organisation operates within or outside the NHS.
Choosing the Right Starting Point: A Practical Guide
One of the most common questions healthcare organisations ask is where to begin. The answer depends on where the greatest operational pain or transformation opportunity lies today - and whether you are operating in the NHS, private, or mixed-model context.
If you are an NHS GP practice or PCN seeking a modern alternative to EMIS or TPP, OX.gp is the natural starting point. The TIF early adopter programme provides a structured pathway for practices ready to make the transition.
If you are a private or independent GP practice - or a mixed NHS/private practice running parallel systems - OX.gp removes the NHS-specific constraints of legacy EPRs while maintaining full clinical capability. Deployment is faster and total cost of ownership significantly lower than legacy alternatives.
If your primary challenge is virtual consultation delivery - whether in an NHS outpatient setting or a private hospital or clinic group - OX.Waiting Room offers the fastest route to measurable improvement. Deployment is typically achievable within days, and NHS organisations can access a free one-month trial via Microsoft AppSource.
If you operate a fertility clinic - whether NHS, private, or international - and are managing HFEA regulatory obligations, paper consent processes, and fragmented clinical workflows, OX.ar provides an end-to-end solution designed specifically for the regulatory and operational complexity of assisted reproduction.
If your primary challenge is consent process compliance or administration overhead - across any care setting, NHS or private - OX.Patient Consent can be deployed as a standalone solution with no dependency on other OX.DH products.
Importantly, each OX.DH solution can be adopted independently. Organisations typically begin with one solution in one care setting, demonstrate value quickly, and expand from there - building coherent digital infrastructure incrementally rather than through a single high-risk transformation programme. This approach works equally whether you are an NHS trust managing procurement governance, a private hospital group with a defined technology roadmap, or an international fertility provider at the start of a digital transformation journey.
Real-World Results from the OX.DH Community
- Somerset NHS Foundation Trust goes live with OX.DH virtual consultations
- Case Study: Barnsley Hospital - improved patient and clinician experience with Microsoft Teams and OX.DH
- Case Study: Bristol Centre for Reproductive Medicine - digital innovation with OX.ar
- The Male Fertility Clinic: streamlined appointment booking and test results
- Monash IVF goes live with OX.ar digital patient onboarding
- Rotherham NHS Foundation Trust: electronic vaccination consent - £30,000 saved in administration time
Begin Your Digital Journey with OX.DH
Whether you are a GP practice exploring a modern EPR, an NHS trust looking to improve virtual consultation delivery, a private hospital or clinic group seeking a premium digital patient experience, or a fertility clinic ready to move beyond paper - OX.DH has a solution that can be live and delivering value faster than you might expect.
Book a demo or contact our team to start the conversation. NHS organisations can also access a free one-month trial of OX.Waiting Room via Microsoft AppSource.
About the Author
John Kosobucki is CEO and Founder of OX.DH (Oxford Digital Health). Learn more about OX.DH's founders.