Ibrahim Taner KOSE

For: Papilon Savunma, Project: With COVID, banks, insurance companies, intermediary institutions, schools, universities, etc. many institutions have started to provide their services remotely, through online systems. On the other hand, telecommunication companies, digital broadcasting platforms, gyms, stores, special services (psychologists, dietitians, casting agencies, etc.) that have customer memberships also needed to make their contracts online. Therefore, an invention has been developed in which users can create their documents on a mobile or web platform and send them to anyone they want, for all kinds of contract and greement needs, whether for corporate or individual purposes (such as rental agreements).

To sign a contract within the scope of See&Sign, it is necessary to take a photo of the identity, passport, driver’s license or residence document of the person and then take a selfie photo of the person momentarily raising their hands as if in greeting. It is a digital verification system in which the signature process is completed if the photo we call gesture-selfie matches the photo on the ID. Developing the web application of the project, publishing the web project over the domain, improving the performance of the website (creating a subdomain, using CDN, etc.) and routing settings are the works carried out under my responsibility. The web project was developed with the MVC algorithm. All database operations are done with Rest API. Technologies used in the project: HTML, CSS, PHP, JavaScript, JQuery and Bootstrap libraries, Apache htaccess Configurations, PHP Mailler, Asynchronous JavaScript and XML (AJAX) and JWT (Json Web Token).

Project official website:

For:Papilon Savunma, Project:In this project, an application was developed by using the infrastructures of the See&Sign project, where you can securely collect your identity information, membership cards, city transportation cards, student ID and more on your phone instead of your wallet. In the developed mobile application, a need for a web admin panel arose, and within the scope of this need, the web project was carried out under my responsibility. The technologies used in this project are the same as See&Sign, as the See&Sign infrastructure is used.

For:Papilon Savunma, Project: Age2in is an age verification application powered by biometric technology and superior artificial intelligence algorithm. Age2in extracts the date of birth and face photo from government issued identification documents to calculate the person’s current age. With instant selfie, the face verification of the people is made and the age taken over the ID is presented to the institutions.

For:Papilon Savunma, Project: This project is a TUBITAK project. Developing the web application of the project, publishing the web project over the domain, improving the performance of the website (creating a subdomain, using CDN, etc.) and routing settings are the works carried out under my responsibility. The web project was developed with the MVC algorithm. All database operations are done with Rest API. Technologies used in the project: HTML, CSS, PHP, JavaScript, JQuery and Bootstrap libraries, Asynchronous JavaScript and XML (AJAX), JWT (Json Web Token), Apache htaccess Configurations and web location services.

To briefly talk about the project:
BiYokla is a service based on person tracking, location detection and biometric authentication technologies. The system consists of a mobile application and web services that will allow authorized personnel and managers of institutions using the service to perform the necessary operations and controls.
BiYokla is used for the fulfillment of signature obligations of those released under judicial control without going to the branch, for remote maintenance of notification programs implemented to ensure the safety of refugees, and for tracking people and vehicles in different areas.

For:Papilon Savunma, Project: The LMS project, which was previously developed by another team, was transferred to our company and I took part in the team assigned to continue the development of the project.

For:Papilon Savunma, Project: Within the scope of our company’s project, Unity’s 2019.3.0f6 version, Unity Render Streaming v2.0.2, WebRTC v2.0.2 and Input System 1.0.0 assets were used. Since our company is listed on the stock exchange and the final point of the project has not been announced yet, I cannot give more information about the project. This project is one of the projects that our company continues to develop actively.

For:Papilon Savunma, Project: Count2In is a holistic system that combines both hardware and software includes a 3D camera and a depth sensory. Count2In counts people in a specific area and uses these data to make marketing research, intra-organizational efficiency measurements, supply chains and regulation of supply, interior design, increment of service quality, branding, shift planning, maximizing profit, and educating staff more functional.

For:Papilon Savunma, Project: With the sensor used in our company, it is desired to develop an application where users can move the selected avatar in real time and in accordance with the skeleton system on android phones. Within the scope of the first phase of this application, it is aimed to create a virtual classroom environment and to provide training in a classroom environment thanks to the special avatar prepared by our company’s 3D artists. While developing the application, Unity’s 2018.3.14f1 version, Nuitrack Asset, Unity’s free avatar Unity Chan model and our company’s sensor were used.

For:Papilon Savunma, Project: For the Unity Chan model to move in accordance with the skeletal system of the users, the process of adding joints to the model has been made. However, there is a detail that needs attention during this process. The model’s skeleton usually has two collarbones, just like a human. Joint Type also has two types of collarbones (Left Collar, Right Collar). However, it should be noted that the skeleton from the sensor is just a “collarbone” located in the middle (as shown in the image first page).

For:Papilon Savunma, Project: With the help of the sensor of the model, the necessary C # script has been written so that the users can move in accordance with their skeleton systems. Since it is a product of our company, no code sharing can be made. After all these studies have been done, the android build has been taken and the initial version (v1.0.0) has been published to make this point in the project work on android devices.