Phishing URLs Detection Cloud V2:Developed version 2 of Slashnext’s phishing URLs detection cloud, a scalable, event driven architecture having multiple microservices. Core components include RabbitMQ messaging queue, MongoDB and AWS S3 for storage, REST APIs developed in Flask and data stream processing Python apps running as Linux systemd units.Cloud Console:Developed backend of Cloud Console, a web application used within Slashnext to monitor health and statistics of the… Show more Phishing URLs Detection Cloud V2:Developed version 2 of Slashnext’s phishing URLs detection cloud, a scalable, event driven architecture having multiple microservices. Core components include RabbitMQ messaging queue, MongoDB and AWS S3 for storage, REST APIs developed in Flask and data stream processing Python apps running as Linux systemd units.Cloud Console:Developed backend of Cloud Console, a web application used within Slashnext to monitor health and statistics of the cloud and to visualize data flow across different microservices. Console has a comprehensive permission management system providing granular user access control.Centralized Logging System:High throughput logs aggregating setup for the cloud. Built using syslog-ng as the log server, MongoDB for storing and searching logs and Redis Pub/Sub for streaming real time logs.Maintained REST APIs and applications functional flow documentation.Documented guidelines for writing unit tests in Python.Developed workflow to enable integration of Bitbucket, Jenkins and SonarQube, ensuring code coverage and successful execution of unit tests before merging pull requests.Created training plans and trained junior engineers. Show less

Data Feed Interface - Phishing URLs Detection Cloud V1:Implemented data feed interface of Slashnext's phishing URLs detection cloud version 1, using MySQL for storing URLs feed and REST API written in Django for serving the feed.Automation Framework:Developed test automation framework using Pytest. Framework has advanced test writing and execution features e.g. a test as pre-requisite for another test, tests selection using labels like sanity/regression.

Mentor’s Hypervisor and Multicore Framework:Developed apps on Nucleus RTOS and Embedded Linux platforms, for the verification of Mentor’s Hypervisor and Multicore Framework. Did build automation of supported OS configurations using Python and Jenkins. Managed product release for both Hypervisor and Multicore Framework.

Nucleus RTOS BSPs Test Automation:Extended and maintained test automation framework designed specifically for Nucleus RTOS BSPs. Framework has components written in C and Python, C library runs on the target board and Python runs on host machine communicating with the target board over serial (RS232) connection.Nucleus RTOS Wifi Support:Developed apps and documented tests for verification of Nucleus RTOS Wifi support and networking stack components.

Nucleus RTOS Board Support Packages (BSPs):Documented tests for the verification of Nucleus RTOS BSP drivers and debugging probe support (e.g. BDI3000). Tested and managed BSPs releases.Nucleus RTOS Customer Projects:Tested and managed multiple customer project releases for Nucleus RTOS.