Saikartikeya Vemuri

• Primary responsibilities include designing, developing and implementing features on Aviatrix Cloud platform to enable secure multi-cloud Networking and Security for enterprise customers.
• Designed and implemented intra VPC micro-segmentation on Azure, AWS and GCP from ground up, using cloud native security constructs in scalable and efficient manner. Designed Solution can scale up, effectively managing cloud environments with more than thousand Endpoints in each VPC/VNET.
• Collaborated with cross-functional teams to develop integrated Distributed Cloud Firewall(DCF) on Aviatrix Platform, ensuring to utilize both cloud native security constructs and Aviatrix gateway's security capabilities appropriately based on dynamic detection of endpoints and type of traffic flows.
• Worked on orchestrating different cloud native Load balancers like Application Load-balancer, Network Load-balancer and Gateway Load-balancer and thereby integrating them with Aviatrix's Gateways ensuring high availability and fault tolerance of Data path.
• Researching on various cloud native solutions like Web Application Firewall(WAF), AWS shield and finding ways to integrate them with Aviatrix multi-cloud networking solution to provide protection against various web attacks.
• Establishing secure cloud environment and ensuring appropriate availability of cloud services and applications with highest available throughput.

Worked on design and development of various features on Application Centric InfraStructure(ACI) , i.e Cisco's SDN platform.

• Designed and worked on Integrating existing Brownfield environments across various Public Clouds(AWS, Azure, GCP) in to Cisco's cloud Controller which is very critical for wide adoption of product.
• Worked on Integrating Azure's VWAN and VNET Peering technologies with Cisco's cloud Controller for Data-path automation between different cloud workloads and with On-Premise workloads using Hub and Spoke topology.
• Worked on orchestrating entire monitoring pipeline to retrieve metrics/Stats from each Azure VNET using cloud native technologies.

• Worked on Cisco's hybrid cloud solution with Azure. Designed and implemented multiple features on Cisco's Cloud Controller to orchestrate lifecycle of various resources on Microsoft's Public Cloud in scalable and cost-efficient manner.
• In depth understanding about importance of Scalability, Monitoring and Orchestration in modern day Network Controllers. Designed various features on multiple Network Controllers maximizing functionality.
• Revised, modularized and updated old code bases to modern development standards, reducing operating costs and improving functionality.
• Delivered unit-tested systems with required characteristics and within customer-prescribed timeframes.

• Designed and implemented multiple features on APIC, DataCenter Controller for ACI fabric which are QinQ, 802.1Q tag based micro-segmentation, Active Directory(AD) Group based micro-segmentation.
• Worked on ACI-UCS Integration to automate provisioning of Layer2 segmentation and policies on to UCS Fabric Interconnects and VICs.
• Achieved hands-on experience with large-scale distributed systems and data-center environment-based software applications along with fixing customer facing defects.
• Exhibited strong technical aptitude and application expertise resulting in optimized performance, continuous improvement recommendations and product innovation.

• Designed and delivered mission critical infrastructure to ensure highest levels of availability, performance and security as part of System Engineering team.
• Delivered reliable results on time-sensitive projects by effectively prioritizing tasks in fast-paced environment
• Assisted in planning and execution of infrastructure upgrades, ensuring minimal disruption to ongoing operations

• Development of various Configuration Scripts for external debuggers like T32,DS5 to connect to various silicon chips and to take out traces from them
• Development of Random Instruction Generator which can be used for testing by creating extensive stimulus

• Developed Software tool that allows user to interactively select various signals in Samsung's processor to capture, generate events and produce programming sequence and there by configure various registers which can be used in Debuggers like DS5,Trace32.
• Development of various scripts which can track log files of cores and then verify timing and locking of cores and report any anomalies if found.