WISEXR

Email	info@wisexr.eu
Phone	+3736988830
Address	Miron Costin 15/2
Contact name	Stefan Barbu

Technology we used:

01

Languages

02

IDE

03

Native Frameworks

04

Third Party Frameworks

05

AR Frameworks

How we works?

Creating 3D models

3D models are created in Autodesk 3ds Max using real architectural plans of galleries and exhibition halls. Quality textures with high-resolution allow you to create an authentic look of the interior.

Creating applications

Applications are developed in Unity 2019.02 using static and dynamic lighting. Due to the modular design of the models, the user can create galleries from different rooms in any order.

Backend

The backend was created taking into account the maximum data transfer speed from one application to another, thus minimizing the loading time of components and 3D models. Node.JS was chosen as the software platform for its simplicity and speed. For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Simplicity and speed

For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Technology we used:

01

Languages

02

IDE

03

Native Frameworks

04

Third Party Frameworks

05

AR Frameworks

How we works?

Creating 3D models

3D models are created in Autodesk 3ds Max using real architectural plans of galleries and exhibition halls. Quality textures with high-resolution allow you to create an authentic look of the interior.

Creating applications

Applications are developed in Unity 2019.02 using static and dynamic lighting. Due to the modular design of the models, the user can create galleries from different rooms in any order.

Backend

The backend was created taking into account the maximum data transfer speed from one application to another, thus minimizing the loading time of components and 3D models. Node.JS was chosen as the software platform for its simplicity and speed. For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Simplicity and speed

For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Technology we used:

01

Languages

02

IDE

03

Native Frameworks

04

Third Party Frameworks

05

AR Frameworks

How we works?

Creating 3D models

3D models are created in Autodesk 3ds Max using real architectural plans of galleries and exhibition halls. Quality textures with high-resolution allow you to create an authentic look of the interior.

Creating applications

Applications are developed in Unity 2019.02 using static and dynamic lighting. Due to the modular design of the models, the user can create galleries from different rooms in any order.

Backend

The backend was created taking into account the maximum data transfer speed from one application to another, thus minimizing the loading time of components and 3D models. Node.JS was chosen as the software platform for its simplicity and speed. For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Simplicity and speed

For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Technology we used:

01

Languages

02

IDE

03

Native Frameworks

04

Third Party Frameworks

05

AR Frameworks

How we works?

Creating 3D models

3D models are created in Autodesk 3ds Max using real architectural plans of galleries and exhibition halls. Quality textures with high-resolution allow you to create an authentic look of the interior.

Creating applications

Applications are developed in Unity 2019.02 using static and dynamic lighting. Due to the modular design of the models, the user can create galleries from different rooms in any order.

Backend

The backend was created taking into account the maximum data transfer speed from one application to another, thus minimizing the loading time of components and 3D models. Node.JS was chosen as the software platform for its simplicity and speed. For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Simplicity and speed

For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Technology we used:

01

Languages

02

IDE

03

Native Frameworks

04

Third Party Frameworks

05

AR Frameworks

How we works?

Creating 3D models

3D models are created in Autodesk 3ds Max using real architectural plans of galleries and exhibition halls. Quality textures with high-resolution allow you to create an authentic look of the interior.

Creating applications

Applications are developed in Unity 2019.02 using static and dynamic lighting. Due to the modular design of the models, the user can create galleries from different rooms in any order.

Backend

The backend was created taking into account the maximum data transfer speed from one application to another, thus minimizing the loading time of components and 3D models. Node.JS was chosen as the software platform for its simplicity and speed. For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Simplicity and speed

For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Technology we used:

01

Languages

02

IDE

03

Native Frameworks

04

Third Party Frameworks

05

AR Frameworks

How we works?

Creating 3D models

3D models are created in Autodesk 3ds Max using real architectural plans of galleries and exhibition halls. Quality textures with high-resolution allow you to create an authentic look of the interior.

Creating applications

Applications are developed in Unity 2019.02 using static and dynamic lighting. Due to the modular design of the models, the user can create galleries from different rooms in any order.

Backend

The backend was created taking into account the maximum data transfer speed from one application to another, thus minimizing the loading time of components and 3D models. Node.JS was chosen as the software platform for its simplicity and speed. For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Simplicity and speed

For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Technology we used:

01

Languages

02

IDE

03

Native Frameworks

04

Third Party Frameworks

05

AR Frameworks

How we works?

Creating 3D models

3D models are created in Autodesk 3ds Max using real architectural plans of galleries and exhibition halls. Quality textures with high-resolution allow you to create an authentic look of the interior.

Creating applications

Applications are developed in Unity 2019.02 using static and dynamic lighting. Due to the modular design of the models, the user can create galleries from different rooms in any order.

Backend

The backend was created taking into account the maximum data transfer speed from one application to another, thus minimizing the loading time of components and 3D models. Node.JS was chosen as the software platform for its simplicity and speed. For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Simplicity and speed

For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Creation of interactive three-dimensional galleries for the visualization of paintings. The project was created as an interactive game with elements of a first-person shooter. This product consists of three main parts:

The administrator can add 3D models of galleries, textures of walls and floors, as well as specify elements that will be selected by default.

Users (artists or galleries) can create galleries from various 3D models, which can consist of several rooms. Also, he can change the texture at his discretion and add different pictures from his personal account.

The administrator can add 3D models of galleries, textures of walls and floors, as well as specify elements that will be selected by default.

Step 3

Backend

The backend was created taking into account the maximum data transfer speed from one application to another, thus minimizing the loading time of components and 3D models. Node.JS was chosen as the software platform for its simplicity and speed. For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Creation of interactive three-dimensional galleries for the visualization of paintings. The project was created as an interactive game with elements of a first-person shooter. This product consists of three main parts:

The administrator can add 3D models of galleries, textures of walls and floors, as well as specify elements that will be selected by default.

Users (artists or galleries) can create galleries from various 3D models, which can consist of several rooms. Also, he can change the texture at his discretion and add different pictures from his personal account.

The administrator can add 3D models of galleries, textures of walls and floors, as well as specify elements that will be selected by default.

Step 3

Backend

The backend was created taking into account the maximum data transfer speed from one application to another, thus minimizing the loading time of components and 3D models. Node.JS was chosen as the software platform for its simplicity and speed. For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Creation of interactive three-dimensional galleries for the visualization of paintings. The project was created as an interactive game with elements of a first-person shooter. This product consists of three main parts:

The administrator can add 3D models of galleries, textures of walls and floors, as well as specify elements that will be selected by default.

Users (artists or galleries) can create galleries from various 3D models, which can consist of several rooms. Also, he can change the texture at is discretion and add different pictures from his personal account.

Step 3

Backend

The backend was created taking into account the maximum data transfer speed from one application to another, thus minimizing the loading time of components and 3D models. Node.JS was chosen as the software platform for its simplicity and speed. For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

Creation of interactive three-dimensional galleries for the visualization of paintings. The project was created as an interactive game with elements of a first-person shooter. This product consists of three main parts:

The administrator can add 3D models of galleries, textures of walls and floors, as well as specify elements that will be selected by default.

Users (artists or galleries) can create galleries from various 3D models, which can consist of several rooms. Also, he can change the texture at his discretion and add different pictures from his personal account.

The administrator can add 3D models of galleries, textures of walls and floors, as well as specify elements that will be selected by default.

Step 3

Backend

The backend was created taking into account the maximum data transfer speed from one application to another, thus minimizing the loading time of components and 3D models. Node.JS was chosen as the software platform for its simplicity and speed. For the API, speed is very important, therefore, we have chosen MongoDB, a document-oriented database management system, which allows us to easily save all values and also easily transfer them to the necessary applications.

About

3 year

30+

10

2 offices

Services

Exclusive Mobile Development

Mixed Reality Solution

Extender Reality Solution

Extender Reality Solution 2

Extender Reality Solution 3

Extender Reality Solution 4

Extender Reality Solution 5

Clients

VeryImportantLot

LOOKKOMFORT

AVIAtechnology

Title

Contacts