Staff Software Engineer in Azul Vulnerability Detection team focusing on various parts of the product such as:

• Backend performance and scalability to gain the maximum system throughput minimizing latencies

• Overall backend architecture in terms of data processing

• Infrastructure of product backend including problems related to the changes of product basement technologies(DBs, service runtimes etc.)

• Minimizing of backend costs by changing of implementation, architecture and middleware

• Working on a vulnerability data processing and formalization for the VM analysis needs

• Integrating various AI's into projects core logic and code development

• Actively working on a vulnerability knowledge base data processing and releasing

• Design and development on projects DevOPS part to implement CI/CD model for automatic software delivery to the production

Basic technologies used:

• Java SE/EE, Kotlin

• JUnit, TestNG, Mockito, Spring Test, TestContainers

• Spring Framework: Data, Security, Web

• PostgresDB, MongoDB, AWS S3, AWS DDB, DocumentDB,

• AWS SQS, Kinesis, ActiveMQ

• Redis + Caffeine

• ElasticSearch, Loki, Grafana, Prometheus

• Flyway

• Gitlab CI/CD, Jenkins

• Docker and Kubernetes

• Gradle and Maven

Development of following products:

• Oracle IoT cloud platform. Large enterprise cloud product with a high availability, scalability and high performance of operations.

• Oracle Java ME Embedded product which includes: APIs, libraries, native and platform layer.

Base knowledges and technologies are used:

1. Programming languages: Java, C, C++, ARM assembly language;

2. Docker as a container solution and Kubernetes as container orchestration solution;

3. Oracle WebLogic, Apache Tomcat as a Java EE platforms;

4. Distributed cache solution like Oracle Coherence;

5. TestNG, JUnit, Mockito/PowerMock for the unit and integration testing;

6. GitLab and Bamboo as a CI/CD platform;

7. Apache Kafka, Apache PinPoint, Freemarker and Apache Spark;

8. Various compilers for ARM(GCC, ARM compiler toolchain, RVDS etc.), x86 GCC, Visual studio;

9. OS: Win32, Linux; RTOS: RTX/CMSIS, MBED, BrewMP, Freescale MQX, FreeRTOS;

10. ARM MCU low-level programming. Woking with STM, Freescale, Qualcomm etc. MCU vendor products;

11. Low level peripheral(sensors, RAM/ROM modules, Wireless modules) programming;

12. Gradle, GNU make, ANT, Maven build tools

13. Low level debugging using JTAG/SWD hardware debug tools

14. GIT, SVN and Mercurial as a software version control

Participation in conferences:

1. JavaOne 2013 San-Francisco: speaker, demogrounds;

2. JavaOne 2013 Moscow: speaker, demogrounds;

3. JavaOne 2013 Shanghai: speaker, demogrounds;

4. JavaOne 2014 San-Francisco: speaker, hands-on-labs, demogrounds;

5. JPoint 2014 Moscow: speaker;

6. JPoint 2015 Msocow: speaker;

7. Java Day 2013 Riga: speaker;

8 Java Day 2013 Kyiv: speaker;

9. Joker 2013 St. Petersburg: speaker;

10. Joker 2014 St. Petersburg: speaker;

11. Joker 2015 St. Petersburg speaker;

12. Embedded World Exhibition 2016 participation as Java ME presentor;

13. JPoint 2016 Conference in Moscow. Speaker

Development the multi-module enterprise system for the document exchange as well as a web portal for russian citizens who wants to get government services over the Internet.

Base technologies and skills were being used:

1. Java SE, Java EE;

2. Web services development. WSDL, JAX-WS, BPEL, REST;

3. SQL development;

4. Working with smart card software.

Development the multi-module enterprise system for the document exchange as well as a web portal for russian citizens who wants to get government services over the Internet.

Base technologies and skills were being used:

1. Java SE, Java EE;

2. Web services development. WSDL, JAX-WS, BPEL, REST;

3. SQL development;

4. Working with smart card software.