Ordr
Ganesh Kumar Chittipedhi has worked in the technology industry for over 20 years. Ganesh Kumar began their career in 1999 as a Lead Engineer at HCL Technologies Ltd, where they designed and implemented various Network Management products of Cisco. Ganesh Kumar then joined Cisco Systems in 2006 as a Senior Software Engineer, where they owned and delivered many Network Management Products of Cisco. In 2012, they moved to Aruba Networks as a Staff Engineer, where they were a member of the ClearPass Guest - Access control security team and integrated with external OAuth providers to provide network access using social network credentials. Ganesh Kumar then joined Hewlett Packard Enterprise in 2016 as a Senior Engineer. Currently, they are working at Ordr Inc. as a Software Engineer, specializing in the discovery and protection of IoT devices. Ganesh Kumar'sroles involve Java, Node.js, SaaS implementation, Kafka, Cassandra, and Javascript.
Ganesh Kumar Chittipedhi completed their Master of Business Administration (MBA) in International Marketing from Symbiosis Institute of Management Studies between 2001 and 2003. Ganesh Kumar obtained their Bachelor's degree in Mathematics from the University of Madras between 1995 and 1998. In June 2005, they obtained a Certified Information Systems Security Professional (CISSP) certification from (ISC)².
Ordr
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In the hyper-connected enterprise, in which everything from simple IoT devices to complex multi-million-dollar systems are connected, traditional security solutions simply aren't effective and cannot scale to secure them. Ordr solves this problem, providing enterprises with complete visibility and security over every connected device - from traditional IT devices to IoT, IoMT and OT. The Ordr Systems Control Engine is the only purpose-built solution that uses advanced machine learning to discover and classify all devices, fully profile device behavior and risks at massive scale, and automate action. Ordr is unique in its ability to automate security, from dynamically generating segmentation policies that enable only "sanctioned" device communications, to triggering appropriate quarantine, scan, block policies for every class of device directly through the organization’s network and security infrastructure.