Hub companies working under this area, use cutting-edge tools and techniques to create concepts, prototypes and models of military systems.
In design and engineering, focus on the application of knowledge to develop innovative technical solutions. This may involve the use of emerging technologies such as artificial intelligence, machine learning, robotics, nanotechnology and additive manufacturing (3D printing). These tools and technologies enable the development of more efficient systems, and tailored to the specific needs of the military.
Advanced manufacturing companies use state-of-the-art production processes and techniques to build military components and systems. This can include high-precision manufacturing, automated manufacturing, the integration of complex systems and the adoption of agile production methods. These practices aim to improve quality, reduce production times and increase flexibility in flexibility in the manufacture of military equipment.
In general, this area of the Hub has long-established and highly solvent companies in the defense sector, which are characterized by the application of cutting-edge technologies, interdisciplinary collaboration and the constant search for innovative solutions. This enables the development of highly efficient military systems, tailored to the specific needs of the armed forces and capable of meeting the challenges of today’s security environment.
Companies in the field of combat medicine and combatant protection focus on safeguarding the health and well-being of soldiers and combatants in conflict or combat situations. The main objective of this area is to provide quality medical care, improve the physical and mental endurance of combatants, and minimize combat-related risks and injuries.
Personal protection: In addition to medical care, personal protective measures are implemented to minimize risks to the combatant. This may include the provision of personal protective equipment (PPE), uniforms , bulletproof vests, etc.
Research and development: The warfighter medicine and protection area also engages in research and development of innovative technologies and techniques to improve medical care and protection. This may include advances in the field of emergency medicine, telemedicine, prosthetics and rehabilitation, as well as the development of new biological drugs and personalized microbiota-based based on the microbiota as new therapeutic solutions for health.
Specialized medicalcare: Combatant medicine and protection is based on . a multidisciplinary approach that includes physicians, nurses, paramedics nurses, paramedics and other health professionals. These experts are trained to provide specialized medical care on the battlefield, where resources may be limited and conditions may be extreme.
The Hub companies in this area are engaged in the development, production and maintenance of a wide range of components, systems and services related to the use of weapons and ammunition: equipment designed for combat with the objective of increasing the offensive and defensive capabilities of military forces; projectiles, explosives and other elements that are used as payloads for weapons systems.
Within the defense systems, systems such as radars are developed, communication, surveillance and detection systems. Their main objective is to detect, track and neutralize any potential threat or aggression.
These companies are therefore in charge of and provide the necessary means to ensure the security and protection of an entity against potential threats. These areas are vital to maintaining the deterrence and operational capability of the armed forces in an increasingly complex security environment.
Under the Information Technology (IT) area are the Hub companies that work with computer and software-based tools and systems that are used to collect, process, store and communicate defense and homeland security related information, process, store and communicate information related to defense and homeland security. These technologies play a crucial role in supporting military operations, strategic and tactical decision making , as well as in the efficient management of resources and logistics.
As for virtual reality (VR) and augmented reality (AR), are immersive technologies that are used in the defense sector to simulate and train and training of complex situations and scenarios. Virtual reality makes it possible to create fully immersive virtual environments that provide an experience similar to reality, while augmented reality superimposes digital information on the user ‘ s view of the real world.
In the defense context, simulators play a key role in the training and education of personnel. These simulators use VR/AR technologies to recreate realistic scenarios, such as combat simulations, flight or tactical situations.
All this allows for safer and more economical training by reducing the need to use real resources and equipment. They also provide the ability to simulate different scenarios and conditions, which allows the military to prepare for situations that may be difficult to replicate in reality. They also offer instant feedback and the ability to repeat and to repeat and refine skills and tactics.
Asturian Technology Business Association for Defence Industry Development “Engineer Gonzalez-Hontoria” Initiative
