CONNECTED AMBULANCE SYSTEMS
Edge Spark® delivers uninterrupted on the move connectivity for ambulance fleetseliv
DELIVERING continuous GPS, telemetry and live video from pick up to hospital, even in zero network zones
Why It Matters
Eliminates communication failures in hilly terrain, cyclone belts, rural black spots and monsoon outages
Supports faster triage, real-time specialist input and improved hospital load balancing
Proven uptime
99.5%+ using bonded Starlink + 5G/4G
Seamless Integration
Installs in 60 minutes per vehicle
No changes to OEM wiring
Fully API-ready with no modification to dispatch software
Scalable for district and state wide EMS rollouts
The router inside Edge Spark Connect Pod has EN61000 Electromagnetic Compatibility certification
The Outcome
A fully connected ambulance fleet that reduces delays, improves patient outcomes, strengthens command centre coordination and increases EMS operational reliability across all terrains
The Problem
An ambulance is often the first point of critical care — yet once it leaves the scene, it can become digitally isolated
In many urban, regional and remote environments, connectivity can be inconsistent or unavailable. This limits the ability of ambulance crews to share clinical information, access specialist support, transmit patient data or prepare receiving hospitals before arrival
The result can be a break in the chain of care at exactly the time when information matters most
THE OPPORTUNITY
Connected Ambulances can turn travel time into productive clinical time.
By providing resilient connectivity between the ambulance, clinicians and receiving facilities, ambulance services can strengthen communication, clinical decision-making and patient handover.
The opportunity is not simply to put internet into an ambulance.
It is to create a reliable digital link between the patient, the paramedic and the wider health system.
How Connected Ambulances Work
A Connected Ambulance uses multiple available communications networks and intelligent connectivity technology to maintain the strongest practical connection during a journey.
Depending on local requirements, this can support:
secure voice and video communication
transmission of patient observations and clinical information
remote clinical consultation
access to digital health systems
communication with emergency departments and specialist teams
improved coordination before hospital arrival.
The technology is designed to complement existing ambulance equipment and communications systems rather than requiring wholesale replacement
Why It Matters
Better connectivity can support better continuity of care.
For ambulance crews, it provides another tool when clinical advice or information is needed.
For hospitals, it can provide earlier visibility of the patient's condition and likely requirements.
For health systems, it creates an opportunity to improve coordination between pre-hospital and hospital care.
For patients — particularly those travelling long distances — it can reduce the clinical isolation that exists between the point of collection and the point of treatment.
In remote and regional settings, where transport times may be significant, that opportunity becomes even more important.
How a Pilot Could Work
The most practical starting point is a small, controlled pilot.
A pilot could involve a limited number of ambulances operating across selected routes or service areas where connectivity challenges and clinical need can be clearly assessed.
Stage 1 — Understand
Work with the ambulance service to identify operational requirements, existing systems, coverage challenges and priority use cases.
Stage 2 — Connect
Install and configure the connectivity solution within a small number of nominated vehicles.
Stage 3 — Test
Operate the system under real service conditions and assess connectivity, usability, clinical applications and operational reliability.
Stage 4 — Evaluate
Measure what worked, what did not and where the greatest value was demonstrated.
Stage 5 — Scale
If the pilot demonstrates value, develop a practical pathway for broader implementation.
The objective is straightforward:
Start small. Test in real conditions. Measure the value. Scale only when the case is clear.
Who Is Behind It
Connected Ambulances is being developed through Network Equity, an initiative of FNC Projects, working with specialist technology and implementation partners.
The approach brings together experience in remote service delivery, telecommunications, digital connectivity, health systems and project development.
Our role is not simply to introduce technology.
It is to work with ambulance services and health partners to understand the operating environment, identify where connectivity can make a meaningful difference and develop a practical pathway from concept to implementation.
Let's Talk
Every ambulance service operates in a different environment.
The first step is therefore not a technology proposal — it is a conversation.
If your organisation is exploring improved ambulance connectivity, telehealth, clinical information exchange or better communication between ambulances and receiving hospitals, we would welcome the opportunity to discuss what a small pilot could look like.
Connected Ambulances
Network Equity | FNC Projects