Nov 2019 – Jun 2022 · 2 yrs 7 mos · Bengaluru, Karnataka, India

• I led a 30+ members team overseeing architecture, design, development,
• deployment of Vmware multicloud hybrid virtual desktop and monitoring data platform.
• Systems was capable of handling traffic of X million
• requests per day with high resiliency, availability, and low latency.
• Led new platform and major enhancement releases reducing time-to-ship by
• over 45%
• Nurtured technology innovation and facilitated investment of 30 people in 3
• years
• Build highly scalable and high available threat detection pipeline on Azure
• using tools like Nessus ,Nagios, appscan etc.

Oct 2016 – Nov 2019 · 3 yrs 1 mo · Bengaluru Area, India

• One Intuit Logging Pipeline
• Working on designing and Implementing One Intuit Logging Pipeline solution, which is multi AWS account , Multi Zone , High availability and high scalability solution. Designed/ architected and implemented the solution dealing with the High Volume data (5-6 Petabytes) per day with High TPS(80-100K TPS).
• Create and maintain optimal data pipeline architecture, performing ETL and streaming data through the pipelines.
• Tech Stack : Spring Boot, Microservice, Python,Kafka , Elasticsearch,Hadoop, Splunk ,Kibana,Cassandra, AWS Serverless , State Machine , Redis
• Incident Triage
• Objective of Bug Triage project is to assist Intuit operation center/Network Engineer to reduce to mean time to resolve an Incident. As Alerts come in triage engine processes all the alerts coming in from Argos (alert stream) as well as Alerts generated internally. As a first step a Triage Space is created. Alert Context is extracted matched with a Triage Handler Specification which specifies what Collections actions to take.
• Technology used: - Kafka, RethinkDB, java
• Network monitoring system
• This product was designed as a networking monitoring Dashboard to monitor if all the monitoring, logging and alerting tools have full and recent coverage of all Network devices. Even if one of the monitoring tools is not set up to collect the data we would have flag in the UI so that Network Engineers make sure the tool is fixed to monitor. Following are tools involved.
• Technology used: - Spring, JPA, java

Sep 2015 – Sep 2016 · 1 yr · Bengaluru Area, India

• Design, develop and deliver customer and driver experience applications on JAVA/J2EE and growing technologies
• Integrate the product with various other in house products like Driver service, Offer Engine Service, Booking Engine, Discount Engine, Database Analytics etc.
• Collaborate with Senior Architects and Product management team on design decisions.
• Successfully design medium to large-scale enterprise solutions using Java technologies
• Plugin the open source tools like ELK ( Elastic-search, logstash, Kibana) , Grafana for product monitoring
• Lead technical discussion to provide technical guidance and create coding standards.
• Individually architect and engineer systems independently
• Implementing a significant part of the core framework.
• Provide technical knowledge and leadership on design and development best practices.
• Provide technical input on unit and integration tests for server- and client-side applications, build and deployment procedures and standards.
• Worked on developing reusable components which provide distributed caching solutions using HazelCast

Feb 2005 – Aug 2015 · 10 yrs 6 mos · Bangluru,india

• Project Description: - Provide web interface to configure Short message service centre address in the network, SMS to send in various scenario, interface to scanning the keywords in SMS , Identify the subscriber type ( prepaid or postpaid) , Blacklist/Whitelist restriction based SMS Delivery
• Develop an intelligent network service that is triggered using MAP protocol (MO FSM and MT SMS). Parse the message to get the sender and receiver addresses and gets the SMS contents. Scan the SMS contents with the keywords configured by the operator. Restrict sending the SMS if the keywords are found. In case the SMS need to pass through and need to send to the receiver of SMS, then use SMPP 3.4 protocol ( submit_sm) message to send the SMS to SMSC. Use Diameter CCR initial and terminate message for charging the SMS.
• RESPONSIBILITIES:
• Participated in project planning sessions with business analysts and team members to analyze business IT Requirements and translated business requirements into working model.
• Working on integration project with both bi-directional and uni-directional integration between two different systems;