Design and build defense systems
Our goal is to fill the gap in the market by providing highly specialized solutions tailored to the defense sector. By understanding the unique needs and challenges faced by defense organizations, we aim to create customized solutions that specifically meet the requirements of these organizations. We believe that a company that can provide exceptional solutions can also success in product supply, making us a one-stop solution for our customers.
With the support of the CEO and the board of advisors, we have put together a team that is highly skilled, with a wide range of defense system knowledge. We can also add research to the project through our research and development department, which is led by Professor Jean Paul Gauthier and can be implemented by our team of electronic and software engineers.
1- Shooting range
We have the capabilities to deliver turnkey projects of shooting range indoor and outdoor private or public sector live shooting ranges and simulators which include the following:
- Select the location.
- Shooting range calculation (cone of fire, shooting range direction and caliber it will be used, etc.)
- Design the building and the facilities of the range.
- Build and execute the design
- Supply and apply shooting range ballistics
- Supply and apply the shooting range equipment
- Testing and commissioning
- Training
We can supply other services like the training of the shooting and special training for special security forces and military.
2- Armored vehicles
It is important to note that when we define a solution, we are not simply referring to armored sheets covering wheels and being able to transport soldiers; we are also talking about technology that can be added to this vehicle so that it will also function as a command and control center at the same time, such as servers, software, UPS, communication ,surveillance, and other accessories..
When you need to supply armored vehicles, you will find many suppliers in the world but when you need to add integration between many systems inside this vehicle you should reach us and be in touch with us.
We can convert your vehicle (armored or not armored) to:
- Rapid response vehicle
- Surveillance vehicles
- c2 vehicle
- C4ISR
3- Communications
Designing and building communication solutions can take various forms, from creating a robust infrastructure for a large organization to setting up secure and reliable communication channels for a small business. The process typically involves several key steps, from understanding the specific needs of the organization to implementing and testing the solutions. Here’s a general outline of how communication solutions are designed and built:
- Assessing Needs and Requirements
- Planning and Design
- Implementation and Integration
- Testing and Optimization
- Training and Documentation
- Monitoring and Maintenance
4- unmanned aerial systems
Unmanned Aerial Systems (UAS) refer to aircraft that are controlled without an onboard human pilot. These systems are operated remotely by a pilot on the ground or programmed to fly autonomously through software-controlled flight plans. UAS technology is rapidly advancing and is being increasingly used in various industries like military, agriculture, and surveillance. UAS can include small drones used for personal or commercial purposes and large unmanned aircraft used for military operations. UAS’s have a wide range of capabilities, such as surveillance, mapping, delivery, and even firefighting. They also have the ability to fly longer and farther than manned aircraft with less risk to human life. UAS’s use sensors, cameras, and software to collect data and transmit it back to the operator. The technology behind UAS continues to advance with significant progress in areas like artificial intelligence, battery technology, and communication. However, the use of UAS’s raises concerns about safety, security, and privacy, prompting the development of regulations.
5- Counter unmanned aerial systems
Counter Unmanned Aerial Systems (C-UAS) technology and manufacturing play a vital role in mitigating the potential threats posed by unmanned aerial systems. With the rapid advancement and accessibility of UAS technology, there has been a corresponding increase in the need for effective countermeasures to protect critical infrastructure, public safety, and privacy. C-UAS technology encompasses a variety of methods and systems designed to detect, track, identify, and neutralize unauthorized or malicious drones. Manufacturing C-UAS systems involves the development and integration of different components such as sensors, radars, cameras, jammers, and control systems. These components work together to detect and disrupt the flight of rogue drones. One key aspect of C-UAS technology is detection. Various methods are employed to detect unauthorized drones, including radar systems that can track the motion and location of UAS, electro-optical sensors that detect visual and thermal signatures, and radio frequency (RF) sensors that identify and analyze communication signals between the drone and its operator.
6- jammers
We are NEJM company have our partner, who can provide special solution in jamming through indoor Designing and building jamming system solutions involves the development of technologies that can disrupt or neutralize the functionality of various electronic systems. Whether it’s for military electronic warfare, cybersecurity, or other applications, the process involves several key steps, from understanding the threat environment to testing and deployment. Here’s a general outline of how jamming system solutions are designed and built:
- Threat Analysis
- Conceptual Design
- Detailed Design and Development
- Hardware and Software Implementation
- Testing and Validation
- Integration and Deployment
- Training and Support
- Maintenance and Upgrades
7- radar systems
Designing and building radar system solutions entails a structured approach to ensure the successful implementation of radar technology for specific applications. Whether it’s for military, industrial, meteorological, or other purposes, the process involves several key steps, from understanding the requirements to testing and optimization. Here’s a general outline of how radar system solutions are designed and built:
- Requirements Analysis
- Conceptual Design
- Detailed Design and Development
- Hardware and Software Implementation
- Testing and Validation
- Integration and Deployment
- Training and Support
- Maintenance and Upgrades
8- Firearms
Firearms and ammunition are regulated and controlled items that play significant roles in law enforcement, defense, sporting activities, and personal protection. It’s crucial to understand the responsibilities and regulations associated with the use, storage, and distribution of firearms and ammunition.
- Regulations and Safety
- Ammunition
- Importance of Training and Education
- Security and Accountability
- Technology and Innovation
- Community Safety and Public Awareness