4Experience

3D reality.

Here's how it works: we color the selected picture in the booklet. We run a dedicated application on your phone or tablet. When we direct the device's camera to our image, the application changes the two-dimensional side into a three-dimensional scene. We can see everything on the screen of our device. In addition, the application recognizes what colors we used and displays the same colored objects on the screen of the device. Thanks to augmented reality, these coloring pages come to life.

distinguish the company in any way. Interactive AR catalogues allow you to present your destination in a completely new, original way. They illustrate selected locations, enabling them to experience them in real time.

The main purpose of the AR travel catalogue is to promote chosen places in unusual way. They engage the potential buyers in fun and exciting way, attaching interactive content to traditional paper catalogues. Now, the customer can read detailed description of their destination or just pull out their phone and start actually exploring it with movies, pictures or interactive AR models. 

application was to be made for the Microsoft HoloLens device, completed with gestures, eye movement tracking and voice navigation.

Navigation in the HoloLens training app is done using gestures or voice commands. The user has a range of options to choose from, which are combined with an interactive three-dimensional hologram.

nowadays. It is not just about the possibility of building a new engagement with the client. Now we can take the product we are interested with help of our virtual controllers, see it on a 1:1 scale, and even try it in the chosen environment.

It sounds like science fiction, but it is an innovative purchasing VR e-commerce platform that allows you to order items that you like, which you tested in virtual reality and know that in the real world their performance will be almost identical. That how it works.

In a well-defined work environment, it is possible to define a specific number of situations that may be related to the emergence of a crisis. 

A person who dives in a virtual environment, which is modeled in the smallest details, is immersing very quickly. A player easily gets into the whole situation and can use his knowledge and experience to deal with the crisis situation. In another case, VR leadership training is an excellent tool that tests resistance to stress and allows to see the effects of decisions in real time.

The client submitted materials related to the company’s current training courses. We analyzed them and proposed a scenario that conveyed the required message, taking advantage of our experience from previous training course developments.

conditions.

Wide functionality of the VR mine safety training includes moving around the realistic models of working equipment, which size and placement imitates the real working environment. As in real life, miner have his own set of virtual tools - which can be used in a few ways. All activities have their consequences, following a structure of logical tree - created under the client’s strict supervision.

There is also a possibility for an ‘exam session’, where all tips and instructions are hidden - forcing participant to provide the right order by they own. Such solution should be mandatory for all workers in order to avoid employee reluctance due to missing knowledge (as well as to avoid worst-case scenarios, including death).

VR mine safety training decreases the cost of training by eliminating the necessity of going 700 m down the mine (which costs 30 min one way and can distract other miners). The application successfully facilitates every health and safety training until this day.

and weapons. We see insurgents in the ruins of the city. We implemented destroyed buildings, dying people, planes that drop bombs.

It is the reflection of true events in which we can participate from the first person’s perspective. We have given up the controllers so that the player can focus on what is happening around him. There is no possibility of teleportation. A person can only move within the area that is scanned by HTC Vive or OCULUS. Subsequent sequences of events are triggered when the player looks at a specific area. For example, if we perform an action, such as reading a note or approaching an object, another chain of events is launched. The whole app is made in Unreal Engine.

mistakes and to know what to look out for. Such VR training should be made mandatory for workers to avoid employee reluctance due to missing knowledge.

Platform: HTC Vive

Tech: Unreal Engine