Shruthi Karpur

Shruthi Karpur is an enterprise infrastructure and platform engineering leader whose work focuses on a core problem in modern computing: how to move workloads safely, quickly, and predictably across heterogeneous infrastructure—without disrupting production services. As an Engineering Manager at Broadcom (VMware), she leads teams building foundational workload mobility and orchestration capabilities in the vSphere ecosystem, including vMotion, Storage vMotion, Cross-vCenter vMotion, Network File Copy modernization via Unified Data Transport (UDT), and VM Service—capabilities that underpin how thousands of global enterprises operate virtualized and Kubernetes-integrated platforms.

Karpur’s career progression within VMware—from Member of Technical Staff through senior technical roles and into engineering management—reflects sustained impact on the virtualization control plane and data movement layer. Her teams have advanced live workload migration by improving throughput and reliability for latency-sensitive systems, including AI/ML-driven workloads, where migration behavior must preserve service continuity while moving large, stateful footprints. In storage mobility, her work supports non-disruptive storage refresh and migration across diverse storage systems—an enterprise necessity when organizations rotate hardware, rebalance capacity, and modernize datacenters without planned downtime.

A key modernization thread in her portfolio is the shift from legacy disk-copy workflows toward Unified Data Transport (UDT) for powered-off VM migrations (“cold migrations”), designed to accelerate data transfer while maintaining compatibility with established operational patterns. VMware’s own materials describe UDT as a vMotion-optimized transport for cold migrations, aimed at making powered-off VM moves substantially faster than prior Network File Copy approaches.  Industry commentary and field writeups frequently characterize this as “3x faster” cold migration behavior in vSphere 8-era workflows, reflecting the practical performance gains operators experience when moving large VM disk states.

Karpur has also led VM Service within vSphere Kubernetes Service, enabling enterprises to deploy and manage virtual machines using Kubernetes-native declarative APIs alongside container workloads—an architectural bridge that makes “VMs and containers together” operationally coherent rather than a stitched-together compromise. This aligns with VMware’s open-source direction through vm-operator, which defines Kubernetes-style APIs and controllers for VM lifecycle management.

Earlier in her VMware tenure, Karpur contributed to cloud-native resiliency services, including designing backup and restore capabilities for VMware Cloud environments that protect management-plane components through automated scheduling, secure storage practices, and controlled restore sequencing across core services (e.g., vCenter and networking components). She also contributed to rapid provisioning innovations (e.g., instant cloning patterns) that are foundational for virtual desktop and elastic VM fleet scenarios where time-to-provision directly impacts user experience and operational cost.

Karpur’s impact is also reflected through product and industry recognition attached to the platforms her teams help power. VMware Cloud Foundation—the enterprise stack integrating these capabilities—was named “Most Innovative Cloud Infrastructure Solution” in the 2025 Tech Innovation CUBEd Awards.  Storage vMotion has also been historically recognized within the storage industry award ecosystem, including TechTarget/Storage Magazine “Products of the Year” recognition in the storage management tools category (notably cited as a Gold award for Storage vMotion in industry commentary).

Across these programs, Karpur’s signature is platform engineering that prioritizes operational transparency, secure design, backward compatibility, and predictable reliability—the attributes that determine whether enterprise infrastructure is merely powerful or truly deployable. Beyond technical delivery, she is also positioned as a mentor and culture-builder—improving code quality, fostering collaborative engineering practice, and contributing to internal knowledge-sharing communities.