Ordr
Reddy S Oruganti has a wealth of experience in software engineering. Reddy S began their career in 1998 as a Senior Software Engineer at Cisco, where they were responsible for feature design, development, task assignment, and communication with test engineering, release engineering, and other teams. Reddy S then moved to TechBulls Software Services Pvt. Ltd. in 2011, where they provided implementation and support services in Oracle ERP and Java applications areas, executing and spearheading various projects for multiple clients in the African Region. Reddy S also oversaw the implementation of multiple standard modules in Oracle financials, procurement, payroll, custom modules such as vehicle fleet management, and estate management. In 2021, they joined Mitel as a Staff Engineer. Currently, they are working as a Software Engineer at Ordr Inc. since 2022.
Reddy S Oruganti has a Master of Science in Computer Science from the University of Louisiana at Lafayette, a Master of Science in Digital Systems Engineering from Osmania University, and a Bachelor of Science in Electronics & Communication Engineering from Andhra University. Reddy S also holds certifications from Oracle and Cisco, including Oracle Certified Associate (OCA) Java SE 8 Programmer, Cisco Certified Network Associate, and Cisco Certified Network Professional (CCNP) Enterprise.
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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.