Healthcare IT · Air navigation systems
Critical systemsthat nevergo dark.
Vertexnova Technologies designs, supplies, integrates and supports the data, imaging and communication systems that hospitals and air navigation services depend on — around the clock.
[ Mission ]
Hospitals and airspace share one requirement: the system has to work every second. We combine network infrastructure, software platforms and communication layers into one unified environment — engineered for continuity, observable end to end and supported for its whole lifecycle.
[ 01 — Sectors ]
Two sectors. One standard of reliability.
Healthcare IT
A unified medical data system
PACS, RIS and MIS integration and AI-assisted diagnostics that connect polyclinics, regional archives and national e-health platforms into one system clinicians can rely on.
- PACS
- RIS / MIS
- AI diagnostics
- Teleradiology
Air navigation
Communication for air traffic management
Networks, voice communication, ATM software and airport hardware for air traffic operations that cannot pause — supplied, integrated and supported across their lifecycle.
- ATM networks
- Voice systems
- ATM software
- Airport hardware
[ 02 — Capabilities ]
Engineered for the moments that cannot fail.
- C.01
High-availability architecture
Redundant design across network, compute and power paths, so a single fault never becomes an outage.
- C.02
Real-time communication
Low-latency transmission of data and voice — coordination happens in the moment, not after it.
- C.03
Secure data transmission
Encrypted channels, controlled access and integrity checks for medical records and operational data alike.
- Availability design target
- 99.99%
- Latency design target
- <50 ms
- Monitoring & support
- 24/7
- Deployment capability
- Multi-site
[ 03 — Services ]
From first assessment to round-the-clock operation.
[ 04 — Architecture ]
One integrated stack, not a collection of parts.
Every engagement is planned as a whole system. Hardware, network, software and communication are designed together — and monitored together once they run.
- L1
Hardware & equipment
Medical-grade and aviation-grade devices, servers, storage and workstations.
- L2
Network infrastructure
Redundant, segmented networks for secure and uninterrupted data exchange.
- L3
Software platforms
PACS, information-system integration and ATM software for control, visibility and data management.
- L4
Communication layer
Real-time voice and data channels for coordination between people and systems.
- L5
Monitoring & support
Every layer below is observed continuously — faults are detected before they are felt.
[ 05 — Approach ]
A delivery process built around validation.
Six stages, each closed with a defined result. Nothing goes live that has not been tested against the requirements agreed at the start.
- Stage 01
Requirement analysis
We map the operational environment, existing systems, regulations and the outcomes you need.
- Stage 02
System design
Architecture, redundancy and interfaces are specified and agreed before anything is procured.
- Stage 03
Supply & integration
Equipment and software are delivered, installed and connected to your existing infrastructure.
- Stage 04
Testing
Components and interfaces are tested under realistic load and failure scenarios.
- Stage 05
Deployment
Go-live is planned site by site, with fallbacks, so operations never have to stop.
- Stage 06
Validation & support
The result is validated against the agreed requirements — then monitored, maintained and optimised.
[ 06 — Questions ]
Need help? Start here.
Healthcare — medical imaging, data integration and AI-assisted diagnostics — and aviation — air traffic management networks, voice communication, ATM software and airport hardware. Both share the same requirement: systems that operate continuously.
[ Next step ]
Let's build critical systems that perform.
From a single facility to a national network — tell us where you are today and where the system has to be.
Request a consultation