Trusted by federal agencies, big 5 firms, as well as small and medium businesses for mission-critical IT transformation.
Trusted by federal agencies, big 5 firms, as well as small and medium businesses for mission-critical IT transformation.
WorkingVet LLC is a Service-Disabled Veteran-Owned Small Business (SDVOSB) delivering advanced IT solutions to entities across the size spectrum from large government agencies, and large health care systems to small neighborhood dentists.
Founded by Dr. Salil Bhende, WorkingVet combines deep clinical insight with technical expertise to solve complex IT challenges in highly regulated healthcare environments. Our COO, Ashwin Gramopadhye brings his background in chemical engineering, math modeling, climatonomy, wealth management, and mortgage finance to bear upon a wide range of verticals.
From modernizing legacy systems to designing scalable cloud architectures, our team delivers solutions that are secure, efficient, and built for long-term impact.
Ashwin Gramopadhye joined Dr. Bhende in 2020 to bring IT expertise and technical leadership skills. He assists Dr. Bhende in developing technical proposals, recruitment, project execution, and strategy.

“Priora” is an AI driven organization tool that runs entirely on your PC or server organize, compile, and summarize discrete pieces of enterprise or personal information such as log files, emails, scanned documents, pictures, messages from message queues, and blobs of data from your favorite database. to safeguard your privacy. In beta testing.

“Occucane”: Our intern won two prizes at Hoohacks 2022 (UVA's flagship hackathon) with a white cane to provide depth information from an ultrasound sensor via haptic feedback to the visually impaired user.

“Impact Aware”: Our intern won first place across all tracks at GMU’s HackOverflow hackathon in 2022. “Impact Aware” is a fault-tolerant mesh network designed to provide instant data about air raids to war zones, so they may quickly triage and respond to hits from enemy weapons.

We apply advanced numerical methods to develop novel algorithms to process data acquired from Software-defined radio and consumer radio platforms (Wi-Fi/Bluetooth) in support Signals Intelligence and Electronic Warfare products.