Development and integration of Enterprise Commuting Technology Solution for Cloud One and guiding software and hardware teams for this purpose.This solution uses technology to automate and safeguard the road commuting for the corporate employees. It extends the concept of IoT to automobilesResponsibilities Overall:Requirements discussions for Project followed by successful Proposal.Providing Technical direction to the project.Managing a cross functional Team in Embedded… Show more Development and integration of Enterprise Commuting Technology Solution for Cloud One and guiding software and hardware teams for this purpose.This solution uses technology to automate and safeguard the road commuting for the corporate employees. It extends the concept of IoT to automobilesResponsibilities Overall:Requirements discussions for Project followed by successful Proposal.Providing Technical direction to the project.Managing a cross functional Team in Embedded, Web and Android Domains.Final Delivery of Android App, Web Application, Embedded HardwareSpecific Responsibilities:Development of critical Algorithms for Odometer calculation and automated Route allocation to the Cabs.Design and development of Hardware for Embedded Controller which assists the Android App with Vehicular inputs.Delivery of Firmware for the Above Controller.Delivery of the Server that interacts with the Controller and provides remote connectivity to the Cabs. Show less

At 6Zene, we are developing technologies that makes a car, self-aware, through cloud connection and collaborative analytics...

At Vive, I am guiding hardware and software teams in realizing new products. I am also responsible for interfacing with the customers for their requirements and providing solutions.Major projects that I look after are::1. Next Generation Asset tracking and Home Automation Platform2. mKTS Series- Multipurpose Automotive Diagnostics system.3. mVTS Series- GSM/GPS based automatic Vehicle Tracking Unit.

At Aricent, I had been executing Cavium Octeon based projects for the last 5 Years and implementing Communication protocols for the last 7 years. It needed a profound experience of Layer2 & Layer3 protocol stacks and Multi-core network processors operating in Multi-Gigabit Capacity. Being one of the starting members of Cavium-Based Projects at Aricent, I have helped Nokia Siemens Networks transition their BSC/BTS/MSC to full IP based Systems from the traditional Circuit switched… Show more At Aricent, I had been executing Cavium Octeon based projects for the last 5 Years and implementing Communication protocols for the last 7 years. It needed a profound experience of Layer2 & Layer3 protocol stacks and Multi-core network processors operating in Multi-Gigabit Capacity. Being one of the starting members of Cavium-Based Projects at Aricent, I have helped Nokia Siemens Networks transition their BSC/BTS/MSC to full IP based Systems from the traditional Circuit switched networks. I had designed many building blocks of Aricent’s Octeon Eco-System including real-time packet processing, complex packet flows using Octeon Specific programming and Algorithmic approaches. This needs a good awareness of the intricacies of working with Octeon NPs and challenges of writing software for newer 4G/LTE protocols on these.Earlier in Aricent I had contributed to enhancements of several Layer-2 and Layer-3 protocols stacks such as IEEE 802.1ad (VLAN), QoS, LACP, MPLS and RTP and was therefore a contributor in the Aricent’s ISS protocol stack. The building blocks of these projects require a deep knowledge of the Linux kernel in general, Networking Sub-system to be specifc and MIPS64 Architecture, C/C++, java, gdb, clearcase, git tcpdump and Wireshark. Show less

Designing Software systems for automated testing of Communication infracture manufactured at Solan Plant