Built to Improve Awareness, Speed Response, and Help Save Lives.
EMB Military presents a connected battlefield concept built around a smart intelligent visor helmet, live combatant awareness, threat alerting, medic notification, and command-level visibility.
THE BATTLEFIELD PROBLEM
What This System Is Designed to Address
EMB Military
Slow Casualty Awareness
Research revealed that a high percentage of combatants died on the battlefield, as they had no medical attention due to not being located quick enough.
Hidden Threats
Landmines, UEOs, and IED risks can remain hidden until personnel or vehicles are already in danger.
Fragmented Information
Commanders, medics, and combatants often rely on separate systems instead of one shared operational picture.
Helmet and Sensory Limits
Fatigue, reduced hearing awareness, limited visibility, and the practical limits of conventional helmets can all affect performance.
THE EMB RESPONSE
A Connected Battle Platform
The EMB concept is built as a system, not a single product. It links combatant awareness, visor-based information, warning pathways, medic notification, command visibility, and supporting battlefield technologies into one operational framework.
4
CORE PATENT AREAS
1
INTEGRATED SYSTEM STORY
24/7
OPERATIONAL FOCUS
CORE CAPABILITIES
What the System Delivers
Each combatant will have the smart intelligence visor on the EMB Military helmet, which will give a real time live map of all combatants on the battlefield, Medics, OIC, 2IC Gunners, Signals, Snipers, vehicles, tanks and location of fellow combatants and the enemy and their direction of travel. Smart directional hearing is on the helmet; a combatant can hear voices on both sides right and left even if there is noisy background. The smart visor will give landmine warnings displayed on the visor, irrespective if the landmine has a plastic pin or metal pin, the drones have quantum software to detect the landmines. Data transmitted to command post and landmines are destroyed. Sensors on the helmet will detect chemical warfare which will activate oxygen when required. Alert will be transmitted to the nearest medic on the battlefield from the injured combatant’s microprocessor on his/her EMB biosensory garment. Once their biosensory garment has completed an ECG and EEG, results of the injured combatant vital signs will be transmitted to the nearest medic, command post, hospital and the exact location of the injured combatant. This will save a lot of lives.
Smart Visor HUD
Battlefield Maps, icons (Medic, Sniper, OIC 2IC etc), landmine alerts, and role-based information displayed directly to the wearer.
Night Vision and Infrared
Alternative visual modes intended to improve low-light and hazard-response capability.
Directional Hearing
Allows the combatant to hear voices on his/her right-hand side and left-hand side. (Example if a machine gun is being operated on the right side of the combatant, he/she will still be able to hear voice on his/her right side. Once again in box number 4 Threat Alerting, etc .
Threat Alerting
Warnings of locations of landmines on heads up display on Helmet in vehicles, tanks etc, supporting personnel faster.
Medic Notification
Earlier awareness of casualty location and initial condition after EMB Biosensory garment has activated a tourniquet to prevent bleeding and perform ECG and EEG, then preparation as to what is required and a faster response, will saves lives.
Command Visibility
A broader operational picture for OIC, 2IC, and other command-linked roles.
The central aim is simple: better information, delivered faster, so action can happen sooner.
Faster Casualty Location
Provides exact location of the injured combatant.
Better Medic Response
Pump activated tourniquet to prevent bleeding, ECG and EEG performed on injured combatant, medical team can have better preparations and faster evacuation from battlefield.
Earlier Threat Warnings
EMB Drones with quantum technology will scan the battlefield ahead of the combatants and transmit the locations of the landmines to command post and each individual combatant in real time.
Stronger Command Picture
Gives commanders a more connected operational view.
Improved Sensory Support
Sensors for direction hearing, sensors for chemical warfare which will activate oxygen, sensors activate warnings for landmines, biosensory garment sensors, prevent bleeding and provide ECG, EEG and transmits results from garment microprocessor to smart intelligence visor. Iris identification for the wearer and voice identification 2 step identification if helmet was taken by the enemy.
Reduced Preventable Delay
Aims to shorten the time between detection, warning and response for landmines destroyed.
SYSTEM FLOW
How the Platform Works
1. Combatant
Helmet, visor, and sensor inputs generate usable battlefield data.
2. Detection
Drones and supporting systems gather movement, hazard, and video information.
3. Processing
Information is built into a wider operational picture.
4. Distribution
Alerts and role-specific information are routed to the people who need them.
5. Action
Medics, commanders, and field operatives act faster with better awareness.
PATENT PORTFOLIO
A Four-Part Battlefield Technology Platform
The EMB Military portfolio is strongest when presented as one connected battlefield system spanning combatant awareness, drone-linked battlefield visibility, explosive threat detection, and medical response support — delivering integrated intelligence to every combatant equipped with the EMB Military Helmet with smart intelligent visor system, as well as to all military vehicles, vessels, and aircraft participating in the operation.
4
CORE PATENT AREAS
1
INTEGRATED BATTLEFIELD CONCEPT
2+
KEY JURISDICTIONS REFERENCED
Helmet and Visor
Drones and 5G Layer
Threat Detection
Medical Monotoring
Diagram shows the EMB Military Smart Helmet System, which includes advanced sensor-processing and battlefield communication and detection systems.
Map shows the integration of the EMB Military System between combatants, OIC and 2IC, and allied assets.
PATENT 1
EMB Military Helmet with Smart Intelligent Visor
Plain-English summary
This concept centres on a ballistic-style helmet with a smart intelligent visor designed to give the combatant direct battlefield information, threat alerts, and operational visibility without relying on disconnected equipment.
The clearest way to describe it is this: a helmet platform designed to help the combatant see more, know more, and react faster.
Key features
- Heads-up display for maps, icons, positions, and movement direction
- Voice-linked access to operational functions, including 2 step verification by iris and voice identification in case the helmet gets into the hands of the enemy
- Night vision and infrared capability
- Directional hearing allows the combatant to hear voices on his/her right-hand side and left-hand side. (Example if a machine gun is being operated on the right side of the combatant, he/she will still be able to hear voice on his/her right side
- Hazard warnings including landmine-related alert pathways
- Biometric and physiological information display potential
- Role-based visibility for combatants, medics, signal operators, OIC, and 2IC
Operational value
- Improves battlefield awareness at the point of action
- Supports earlier awareness of danger and changing movement around the user
- Creates a stronger path for casualty notification to medics
- Helps commanders and specialist roles work from the same broader picture
Capability Themes
HUD Display
Directional Hearing
Night Vision
Infrared
Biometric support
Hazard alerting
Threat Detection
PATENT 2
Drones Deployed as a Terrestrial Detection System
Plain-English summary
This concept adds an airborne battlefield layer. Drones deploy transponders, provide live video, and support the collection and transmission of movement and hazard identification across personnel, equipment, and vehicles. This “command and control” function is vital for coordinating battlefield superiority, maximizing mission effectiveness, and enabling secure communication across the battlespace.
Key features
- Drone-deployed transceivers dispersed across the operational area
- Personnel-carried and vehicle-linked transceivers
- Live video feed to command systems
- Real-time location and movement tracking
- Routing of GPR-derived landmine information back to command and field personnel
Operational value
- Expands awareness beyond the individual combatant
- Improves coordination between troops, vehicles, and command
- Supports earlier warning distribution across the battlefield
- Creates the wider information layer that makes the visor system more powerful
The drone and transponder system is the airborne support layer that feeds the battlefield picture.
PATENT 3
Landmine, UEO or IED Detection and Destruction System
Plain-English summary
This concept focuses on hidden explosive threats. Ground-penetrating radar is used to detect and locate buried danger, with that information then sent to command, nearby personnel, and connected field systems.
Key features
- GPR detection of buried landmines, UEOs, and IEDs
- Location information communicated to command, helmets, vehicles, aircraft, and vessels
- Warnings shown through visor-based battlefield displays
- Response support through guided systems or platform-linked weapons
- Embodiments spanning combatant-carried, unmanned vehicle, and tank-linked options
Operational value
- Pushes hidden explosive threat awareness closer to real time
- Supports safer movement for both personnel and vehicles
- Improves the path from detection to warning to action
- Adds real operational weight to the visor warning concept
This is a detection-to-warning-to-response system designed to help stop people moving blindly into danger.
PATENT 4
EMB Biosensory Undergarment
Plain-English summary
This concept adds the medical layer. It is a wearable undergarment system with physiological sensors and a central processor designed to monitor the combatant’s condition (ECG and EEG) and if a combatant has been shot, a sensor will activate a tourniquet the limb to stop the bleeding. The microprocessor on the garment will transmit the results of the ECG and EEG to command post, medics on the battlefield (including the nearest medic), or connected systems. This patent is a live saver.
Key features
- ECG, temperature, blood flow, blood pressure, oximetry, and galvanic skin response sensing
- Wireless transmission of physiological data
- Potential linkage to implanted medical devices
- Inflatable pressure-control / tourniquet support concepts
- Heating and portable power support
- Use cases spanning injury response, rescue, recovery, and evacuation planning
Operational value
- Extends the platform from awareness into active medical support
- Gives medics earlier visibility of injury condition and urgency
- Supports quicker triage and more informed response
- Strengthens the “Golden Hour” story by reducing delay between injury and awareness
This is the medical response layer of the EMB Battlefield System.
STRATEGIC VALUE
Why this Portfolio Matters
Defensive Protection
Supports a stronger competitive position in a battlefield technology space.
Exclusivity
Creates clearer differentiation across connected operational concepts.
Partnership Leverage
Can support licensing, collaboration, and development discussions.
Future Build-Out
Provides a framework for continued software, systems, and hardware development.
PRIORITY ALIGNMENT
Broader Defence Relevance
Integrated Intelligence, Surveillance and Reconnaissance
Shared operational visibility, role-based awareness, and connected battlefield data access.
Medical Countermeasure Products
Physiological Monitoring. A microprocessor designed to monitor the combatant’s condition (ECG and EEG) and if a combatant has been shot, a sensor will activate a tourniquet the limb to stop the bleeding. Sensors to detect radiation and chemical warning support and provide oxygen if required. This is the faster casualty visibility.
Enhanced Human Performance
Supports resilience and battlefield interpretation through targeted information delivery.
Materials and Protection
EMB Military’s helmet system is a modular AI-powered, augmented reality (AR) Smart Intelligence visor integrated into tactical helmets to provide real-time, 360-degree battlefield situational awareness. Not only will the system consisting of four patents will make the operation a success but will more importantly save countless lives.
Quantum, Trusted Autonomy and Cyber
Positions the platform around future secure communications, autonomous support, and broader sensor-driven coordination.
ABOUT EMB MILITARY
One Mission: Help Save Lives
The EMB concept is built as a modular AI-powered, augmented reality (AR) visor integrated into tactical helmets and is not a single product (FOUR Patents to this system) It links Combatant awareness, visor-based information, warning pathways, medic notification, command visibility, and supporting battlefield technologies into one operational framework.
CONTACT
Request a Confidential Overview
Contact Details
JJ1 Holdings Trust Pty Ltd t/a EMB Military Pty Ltd
Jeanette Jones CEO
Enquiries
For non-confidential summaries, preliminary review, or further discussion regarding the EMB Military concept and patent portfolio, please get in touch.
IN MEMORIAM
In memory of John Chamberlain
No: 6024 WW1 Australian Imperial Forces Unit 17 in 26th Battalion who fought in the trenches in France. He was the Grandfather of the Inventor.
In memory of Private Kevin Biddle
QX42630 Unit 2/2 AGH WW2. He was the Father of the Inventor.
