Slava Iurchenko

Designed and developed complex backend systems for logistics digital twin in close collaboration with product managers and analysts, and coordinated the cross-functional team. • Architected and implemented a monitoring system of cars’ states based on multiple data sources, enabling data-driven decision-making for fleet managers. The implemented system allowed the client to reduce maintenance costs by 8%. • Developed a health monitoring service for a complex microservice-based product integrated with 20+ corporate legacy systems.

Led a team of software engineers, managing tasks and the team’s performance, and fostering a collaborative environment. Did hiring and onboarding to expand the team. Ensured high code quality and adherence to best practices through technical guidance, code reviews, and mentoring. Managed the development of features involving more than 20 contributors from various teams. • Led the architecture and development of an interactive orchestration platform that automated the deployment and configuration of complex distributed applications. The platform significantly enhanced user experience, reduced user man-hours by 90%, streamlined maintenance, and minimized configuration mistakes. • Architected and developed a centralized monitoring service for a complex distributed product, enabling efficient collection and aggregation of anonymized operational metrics to gain valuable insights into system performance and health. • Developed a data encryption and transmission solution based on symmetric and asymmetric encryption algorithms to ensure efficient and secure data transfer over unsecured channels. • Led the architecture and development of a build and deployment system for Debian installation package bundles (deb, Docker, data). This system expedited the shift of MaxPatrol SIEM to the new platform, and streamlined and formalized collaboration between multiple teams.

Established and maintained best practices for software development, including coding standards, testing, and deployment processes. Coordinated cross-functional teams, mentored and coached junior developers, and shared knowledge and expertise. Conducted recruiting activities, incl. job interviews and company presentations. Closely collaborated with stakeholders to analyze requirements and design scalable architecture. • Architected and implemented a scalable localization framework for MaxPatrol SIEM, enabling flexible management of localized data and seamless integration with existing components while minimizing implementation costs. This solution accelerated time-to-market for localized versions of MaxPatrol SIEM. • Architected and developed an Infrastructure as a Code (IaC) framework for creating Windows installation packages. This speeded up creation by over 3 times, saved 1+ months per release of a new product, simplified maintenance, and ensured best application deployment practices. • Developed a service discovery solution for a complex distributed product, enabling dynamic registration and management of application components across multiple geo-distributed clusters. • Investigated and resolved complex customer-reported issues, ensuring high product quality and customer satisfaction.

Designed, developed, and maintained critical backend components using microservice-based architecture. Implemented efficient algorithms and data structures to optimize system performance and scalability. Communicated with other teams and mentored junior developers. • Initiated and developed an IaC framework for defining the composition and behavior of installation packages. This freed up over 60% of team time and streamlined maintenance. Closely collaborated with six teams representing future users of the framework throughout the development process. • Developed a flexible licensing solution for MaxPatrol SIEM to accommodate different business scenarios. • Analyzed performance bottlenecks and optimized process architecture that improved system responsiveness and request handling speed by 30%

Developed and maintained backend components, conducted code reviews, troubleshot, and resolved complex issues. • Increased deployment logic development speed by over 2x via integrating a script interpreter engine into Custom Actions for MSI installers. • Optimized OS event handling and resolved several challenging bugs in the services implementation.

Developed a real-time high-load system backend, including core infrastructure for data transmission, load balancing, performance optimization, and process supervision. Сonducted code reviews, troubleshot, and resolved complex issues. • Developed a scalable licensing solution for the VideoNet 9 application. Applied kernel synchronization objects to enable on-the-fly license updates and product configuration changes. • Developed a Windows service for dynamic process adjustments based on real-time load monitoring to maintain the application's stability in case of any process failure.