Modern workloads and application deployment are expected to happen in minutes or seconds. Speed of deployment and the ability to scale up as workload requirements expand are critical. For this reason, traditional designs are no longer sufficient
Customizing ACI Capacity Dashboard with Splunk
Ansible setting through multiple Bastion hosts
CISCO ACI Fabric authentication via REST API
CPU Load Generator Project
Congestion and queuing control for Real-time Communication
Reducing HTTP latency with (QUIC)

The evolution of the Web in the last decade has given end users a remarkable improvement in the Web navigation experience. In order to transport a Web page the stateless HTTP protocol is employed. In this research work, we have checked, through experiments, if QUIC “Quick UDP Internet Connections”, which has been proposed by Google in 2012, can be safely deployed on the Internet and then we evaluate the Web page load time in comparison with SPDY and HTTP.
Low Delay Transport Protocols

High delay, rather than limited bandwidth, is the main obstacle to improved performance for an increasingly important class of Internet applications – such as video conferences and personalized live streaming. A common problem that impacts this class of applications is “buffer bloat”, where excess buffering in the network causes high latency and jitter. In this reseach we investigate how the performance of real-time video flows is impacted by the interaction of the GCC congestion control algorithm employed at the endpoints, and several queuing disciplines employed at the bottleneck queue.





