Milko Lorinkov

The platform represents a paradigm shift in healthcare reimbursement, offering a comprehensive solution to the challenges of value-based care. The application drives improved healthcare outcomes, financial sustainability, and patient satisfaction by facilitating collaboration between payers and providers.
Closely collaborating with a committed team of 10 individuals, encompassing the CEO, project manager, and technical experts, I undertook a transformative 2-year endeavor to pioneer this innovative solution. Operating entirely remotely, our team exerted unwavering effort to realize the company's mission, adeptly navigating the dynamic landscape of the healthcare sector.

BeeThere empowers parenthood through community collaboration. As the lead full-stack developer, architect, and team lead, I spearheaded the development of BeeThere, an innovative platform redefining childcare support.

At its heart, BeeThere cultivates "Circles of Trust," connecting parents within communities to coordinate childcare arrangements seamlessly. Through intuitive features like a shared calendar and a point-based exchange system, BeeThere facilitates efficient childcare management, allowing parents to prioritize quality time with their children.

Built with cutting-edge technologies, including Node.js, Express, MongoDB, React, Next.js, and Material UI, BeeThere offers a seamless user experience, blending robust back-end functionality with an intuitive front-end interface.

Embodying the essence of inter-neighborly cooperation, BeeThere empowers communities to come together and support one another in the fulfilling journey of parenthood.

The project focuses on developing a cutting-edge business credit builder platform using Stripe as the payment gateway.

As a back-end developer, my responsibility involves architecting and implementing core functionalities to ensure a seamless user experience. Leveraging MongoDB for data management, I handled intricacies, guaranteeing integrity and scalability. Integrating Stripe for payment processing, I prioritized secure transmission and robust error handling. Security measures, including encryption and access controls, fortify user data protection. Challenges like scalability are met through cloud-based infrastructure and containerization technologies. Real-time updates on payment statuses are facilitated using WebSockets for enhanced user transparency.

In conclusion, my contributions have been vital in crafting a sophisticated platform empowering businesses to streamline credit-building processes and unlock growth potentials.

Revolutionizing the banking experience with seamless mobile accessibility, the project introduces a sophisticated web banking application. Users effortlessly register, establish bank accounts, manage debit cards, and conduct transactions—all within their mobile device's intuitive interface.

At its core, the system comprises a dynamic web application with OAuth 2 authentication and a suite of microservices housing intricate business logic. Built on a robust RESTful architecture using Java 8 and Spring Boot, the framework ensures agility and scalability.

As the architect and principal developer, I was responsible for:

• Crafting the architecture and conceptual design for a seamless user experience.
• Fortifying the system's security through rigorous mechanisms.
• Spearheading RESTful API design for seamless mobile integration.
• Conducting performance testing and optimization for efficiency.
• Resolving bugs and overseeing code reviews to ensure reliability.

This project sets a new standard in mobile banking, merging innovation with user-centric design to reshape the digital finance landscape.

This Azure cloud-based SaaS solution enables nonprofit organizations to track progress, manage and organize projects' information throughout their lifecycle, organize, tag, and search media content, and collaborate on documents online through Office 365.

As the lead front-end developer, I had the following responsibilities:

• Analysis of requirements and project scope definition.
• Design and implementation of core AngularJS models, services, and components.
• Architectural decisions and implementation of the security and communication layers with the server.
• Authentication and communication with Office 365 using Adal.js and single sign-on architecture.
• Performance testing and optimization of AngularJS components and DOM activities.
• Maintaining quality and best practices.

A secure, flexible, and highly reliable solution that offers online all the features of a physical branch office at any time and from anywhere. iBanking implements a modular approach and uses up-to-date technologies to guarantee excellent performance and superior user experience. The system implements a three-layer security mechanism that relies on OAuth 2 authentication mechanism, RESTful services for retrieving and storing the data from and to the legacy or third-party systems, and a modern and intuitive front-end experience.

As a lead developer, I was involved in the following:

• Architectural decisions and implementation of the core modules in the system.
• Securing the communication between JavaScript clients and a web server using OAuth 2 and AngilarJS.
• Design and development of reusable AngularJS models, services, and components.
• Performance testing and optimization in different layers, including server scalability, HTTP(S) data transfer, data rendering, and JavaScript execution speed.

A secure, flexible, and highly reliable online solution that offers all the features of a physical branch office anytime and from anywhere. The application implements a modular approach and uses up-to-date technologies to guarantee excellent performance and superior user experience. The system implements a 3-layer security mechanism that relies on an OAuth 2 authentication mechanism, RESTful services for retrieving and storing the data from and to the legacy or 3rd-party systems, and a modern and intuitive front-end experience.

As the software architect and consultant, I was involved in the following:

• Architectural decisions and implementation of the core modules in the system.
• Securing the communication between JavaScript clients and a web server using OAuth 2 and AngilarJS.
• Design and development of reusable AngularJS models, services, and components.
• Performance testing and optimization in different layers, including server scalability, HTTP(S) data transfer, data rendering, and JavaScript execution speed.

An intuitive and functional, easy-to-learn, and easy-to-extend platform that aims to increase the speed and quality of services at the bank's branch offices. The system was built to replace Oracle FlexBranch and bring the bank's customer service to a higher level. One of the significant benefits of the system is that it provides access to all back-end bank systems from a single front end.

As a software architect and lead developer, I collaborated closely with database administrators, the card department, and front office managers to define the highly flexible architecture and seamless workflow.

A web-based application used to generate dynamic user interfaces and serve as front- and middle-tier for FLEXCUBE retail and corporate modules. Built using Java programming language, it communicates directly with Oracle 11g database server. The system is developed in close relationship with the Oracle FLEXCUBE transaction model. This model gives the ability for fast and precise communication between both systems. Also, it is designed for internal usage in the bank industry and has a strong authentication and authorization mechanism, providing high flexibility for FLEXCUBE-related functionalities and third-party integrations.

As the architect and lead developer, I oversaw the execution of the project and integration process with FLEXCUBE and other external systems.

A flexible reporting solution that supports both online and offline reporting architectures. It is a Java-based web application developed for front officers working with Oracle FlexBranch. This business reporting system (BRS) has a mechanism to work with multiple resources and communication channels, including data warehousing and online production reporting. In addition to its reporting interface, the BRS has a form generator, virtual accounting interface, and extended customer data manipulation. With its powerful email notification service, the BRS supplies a subscription mechanism serving customers, users, or whole bank departments.

As an architect and lead developer, I oversaw the architecture and development of the system. Under my leadership, the project was integrated into two banks, where it serves as the management and operational reporting platform.

This system simplifies the internal processes in the organization by providing customizable forms for workflow automation, reports, and document management and facilitating communication with customers or partners.

As the architect and lead developer, I was involved in the following:

• Analysis of requirements, project scope definition, and communication with the client.
• Architecture and development of server-side components and database communication layer.
• Design and development of client-side components, visualization, and security layers for server communication.
• Performance testing and optimization.