Associate Architect (VMWare / Windows)
HighRadius · Hyderabad, Telangana, India
Experience: lead
About Us HighRadius, a renowned provider of cloud-based Autonomous Software for the Office of the CFO, has transformed critical financial processes for over 1000+ leading companies worldwide. Trusted by prestigious organisations like 3M, Unilever, Anheuser-Busch InBev, Sanofi, Kellogg Company, Danone, Hershey's, and many others, HighRadius optimises order-to-cash, treasury, and record-to-report processes, earning us back-to-back recognition in Gartner's Magic Quadrant and a prestigious spot in Forbes Cloud 100 List for three consecutive years. With a remarkable valuation of
.1B and an impressive annual recurring revenue exceeding 00M, we experienced a robust year-over-year growth of 24%. With a global presence spanning 6+ locations, we're in the pre-IPO stage, poised for rapid growth. We invite passionate, diverse individuals to join us on this exciting path to becoming a publicly traded company and to help shape our promising future. Job Summary We are seeking a highly technical and resilient Associate Architect (VMWare / Windows) to engineer, scale, and govern our hybrid enterprise infrastructure and cloud operations pipeline. In this role, you will bridge the gap between business architecture and low-level technical execution, architecting highly available VMware and AWS environments, implementing robust CI/CD deployment workflows, and leading cross-functional alignment across multiple engineering squads.The ideal candidate is a technical powerhouse with deep expertise in Windows Server lifecycles, enterprise virtualization, and cloud systems engineering, possessing a zero-trust mindset toward PCI compliance, hardened security baselines, and rapid incident mitigation. Key Responsibilities Lead and coordinate cross-functional teams and external stakeholders to align infrastructure delivery with broader business objectives. Act as the primary point of contact for critical escalations, driving accountability and ensuring seamless communication during high-pressu