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of NHS trusts still rely on legacy systems that can't be easily replaced
UK government spends annually on legacy system maintenance (50% of tech budget)
major NHS system failures in 2024 forcing manual paper-based methods
of workers waste 3+ hours daily due to inefficient systems
💡 The Hidden Costs: Special licensing (£7.15M for Windows XP), security breaches (£7.5M per incident), and 20-40% of tech budget diverted to technical debt.
Memory-safe binary reads legacy data. No runtime dependencies.
HL7 v2 → FHIR, custom formats → REST JSON. Real-time conversion.
Zero-trust encrypted tunnel. Legacy systems never exposed to internet.
Modern REST API with authentication, rate limiting, and monitoring.
Legacy systems stay completely isolated. No open ports, no direct web access. Attack surface reduced by 99%.
Critical systems never go down. No risk to patient care during implementation.
No system replacement (£50M+). No cloud migration (£20M+). Deploy in weeks not years.
Data sovereignty maintained. GDPR compliant. NHS DSPT ready. Full audit trail.
Legacy system continues working. Staff migrate at their own pace. Zero disruption.
Switch off old system, switch on new. If new system fails = complete chaos. Patient care stops. Careers end.
Staff hate new system. Critical features missing. Workflow breaks. Emergency rollback required. Massive disruption.
Emergency fixes cost 3x more. Overtime payments. Patient safety incidents. Regulatory fines. Reputational damage.
Old system never stops. New system runs alongside. Staff choose when to switch. No pressure, no risk.
If new system has issues, staff simply use old system. One click. No disruption. Patient care continues.
Early adopters love it. Tell colleagues. Organic adoption. No forced training. Higher satisfaction.
Traditional migration: 100% risk, 0% control. Our approach: 0% risk, 100% control.
Stuck with outdated tech, expensive support contracts, no innovation path.
Every fix adds more debt. Security patches break things. Innovation impossible.
Can't hire developers who want to work with 1990s technology. Brain drain continues.
Memory-safe, lightning-fast, future-proof. No more buffer overflows, no more crashes.
Scales infinitely, self-healing, globally distributed. No more single points of failure.
AI/ML ready, real-time analytics, modern APIs. Attract top talent, build amazing things.
Zero-risk bridge to modern infrastructure
Users move at their own pace, zero disruption
When ready, replace legacy with modern systems
Retire old systems when everyone has migrated
You're not just fixing a problem - you're building a platform for the next 30 years of healthcare innovation.
Old and new systems run simultaneously. Users choose when to switch.
Start with early adopters. Gradually roll out to other teams.
Migrate specific functions first. Add new features over time.
Staff migrate when ready. No forced deadlines or rush training.
If new system has issues, staff simply revert to legacy system instantly.
Staff migrate when they see benefits, not when forced.
Gather feedback from early users. Improve system based on real usage.
Staff actually using the system guide development. Features they need, not what we guess.
Spread costs over multiple years. Pay as you migrate.
Nurses reveal actual patient care workflows. We build what they really do, not what consultants think they do.
Staff uncover edge cases and critical features missed in initial planning. Better to find them early.
Users tell us what features matter most. Focus development budget on high-impact improvements.
Early adopters become champions. Their success stories drive wider adoption organically.
New NHS regulations? Update tunnel layer only. No legacy system changes needed. Compliance becomes simple software updates.
One tunnel connects multiple legacy systems. Create unified APIs, break down silos, enable enterprise data sharing.
Test AI/ML, analytics, new features in tunnel layer. Experiment freely with zero production risk. Future-proof innovation.
Not locked into legacy vendor. Swap components in tunnel layer. Control your destiny. Protection against vendor abandonment.
Modern tech stack attracts developers. Staff work with cutting-edge tech. Solve interesting problems, not maintain old code.
Tunnel layer provides backup APIs. If legacy fails, serve cached data. Gradual failover. Better business continuity.
Real-time streaming from legacy systems. Business intelligence without touching production. Predictive analytics on live data.
Fixed tunnel development costs. No surprise legacy maintenance. Reliable budget planning. Accurate ROI calculations.
Add modern security to old systems. Zero-trust architecture. Advanced threat detection. Quantum-safe encryption future-ready.
Start delivering value in weeks, not years. Compound returns as more departments join. Competitive advantage in healthcare market.
Enable secure patient access to legacy EHR data through modern web and mobile applications.
Provide real-time patient data to telemedicine platforms for remote consultations.
Connect legacy data to modern BI tools for healthcare analytics and decision support.
Give healthcare professionals secure mobile access to patient data during rounds and home visits.
| Feature | Cloud Migration | EDV Solution |
|---|---|---|
| Cost | £20M-£40M | £10M |
| Timeline | 1-2 years | 6-12 months |
| Ongoing Costs | High - Cloud subscription | Low - £1M/year support |
| Data Sovereignty | Data sovereignty risks | Data sovereignty maintained |
| Risk to Patient Care | Medium - Migration risk | Zero - Gradual migration |
Full enterprise-grade legacy system integration for NHS trusts and healthcare organizations
Enterprise implementation investment
Let's discuss your integration needs and find the perfect solution for your organization.