Digital and Interactive
Training
Unlimited Possibilities
Traditional training often relies on theoretical content and static practice. Although pedagogical methods have evolved to facilitate understanding of elements in a professional environment and integrate more interactivity, limitations remain. The degree of immersion remains too far from the reality of a real-life situation.
At Arktos Cat, our mission is to understand the stress of reality and pedagogically transcribe it into a digital solution. This way, the learner gradually trains on the various difficulties they may potentially encounter in their professional environment, while maintaining their motivation to progress.
Training with digital tools should allow training quality professionals, properly prepared for the future. Our approach is based on the integration of theoretical content, increased interactivity, and realistic situations, incorporating an element of entertainment that allows total user immersion and a desire to progress.
Complex and Realistic Scenarios
Realism is not limited to Hollywood-quality graphics. This vision is illusory. True realism lies in the user's reaction and conditioning. Thanks to our vast experience in software design and intelligent use of AI, we create rich and complex scenarios that are accessible to the learner. These scenarios allow the software to react realistically to given conditions, thus simulating real-life situations.
We use all available technological tools to provide an immersive experience. The more complex the scenarios, the deeper the immersion, regardless of the platform or visual style chosen during design. Our major advantage is our ability to analyze and develop rich and complex scenarios, generating the necessary immersion to train quality professionals.
Real Situation, Virtual Risk
In fields such as medicine, nuclear, maritime, and many others, real-life simulation is delicate and risky. Evaluating a learner's competence often requires confronting them with real-life situations, which can pose risks to equipment and personnel. With our digital solutions, we reduce these risks.
Our solutions allow users to immerse themselves in their professional environment very close to reality. We can also expose them to intense stress situations, such as a major industrial equipment failure, to test their reaction capacity. Reading this, you will most certainly think that the exercise is never the absolute reality. That’s correct. However, we know how to generate realistic stress through subtle means such as sound, image, and dialogue. These elements create total immersion, and this is our major asset in creating your digital solution.
Our design expertise allows us to achieve optimal realism, placing the learner in quasi-real situations without risking material or human damage.
Our Training Projects:
Medical Diagnostic Simulator
This project is a textual simulation of a medical consultation. A patient arrives with a list of symptoms, and the user can conduct a series of examinations to establish a diagnosis. Initially designed for medical students, this principle is applicable to many fields. The immersion here is textual and audio. The complexity of making a diagnosis lies in the ability to listen to the patient, sort through their statements, analyze their characteristics, and perform relevant tests to establish an accurate diagnosis.
Thanks to thoughtful use of artificial intelligence, we have created a variety of patients representative of the contemporary French patient population. A medical student, before their internship, does not have the opportunity to see patients. They learn the theory on semiology and various pathologies theoretically. This software allows them to face practical situations and develop their analytical skills. The principles used in this software are applicable to any field requiring in-depth learning and delicate practice. Generative AI allows creating rich and varied content, while being controllable by the professional teacher.
WindTurbine Breakdown
This project highlights the ability to visualize an industrial element in an exploded view. We can directly act on each component of the machine. Thus, the learner can learn the different parts of the machine and their operation, but also visualize the effects of these parts. In this simulation, if a part of the wind turbine is defective or damaged, the other elements react accordingly. We highlight the learning of an industrial element and the learner's analytical ability, who must know which checks to perform in case of a problem with the machine.
This low-stress situation complements or replaces purely theoretical solutions and allows the learner to visualize the equipment they will work on. This breakdown system can be applied to any industrial part. We have the skills to model or use photogrammetry on any type of component.
VR House Keeping
Imagine training staff in housekeeping for cruise ship cabins or handling on an oil platform. The simulation is particularly delicate. It is difficult to send a novice directly onto a ship, platform, or nuclear plant. We created this virtual reality project to offer maximum immersion.
Thanks to virtual reality, learners can familiarize themselves with complex and specific environments without the risks and costs associated with on-site training. This project allows users to navigate a high-quality virtual environment, accomplish specific tasks, and receive real-time feedback. The scenarios include various tasks such as cleaning ship cabins, handling materials on an oil platform, or managing work in sensitive industrial environments, the possibilities are indeed endless.
Technological Uses
Our training software designs use cutting-edge technologies to offer premium training experiences:
3D and 2D:
Multiplayer:
