At Vultr, we’re dedicated to our developer ecosystem. Our decades-long mission of democratizing the cloud means empowering builders everywhere with the infrastructure that drives breakthrough AI applications.
Part of that project is a packed schedule of hackathons, where developers gain hands-on experience with Vultr infrastructure. One recent hackathon was “Launch and Fund Your Own Startup,” an AI and Robotics event with LabLab in February. Contestants had just over a week to build, culminating in an on-site Build Day in San Francisco to collaborate with mentors and refine projects.
On Feb. 15, contestants pitched their projects live to a panel of judges and ecosystem partners. Here are three winners and the projects they built on Vultr – all of which will be presented at NVIDIA GTC 2026 on Wednesday, March 18 at 5 p.m. at Vultr booth 1631.
CarphaCom: Autonomous Robotics for E-commerce
CarphaCom is an AI-powered E-commerce platform that connects online orders to warehouse execution in real-time. CarphaCom automates and speeds up the whole process from ordering to manufacturing fulfillment while reducing errors introduced by manual handling.
The platform is microservices-based and event-driven, leveraging Vultr Cloud GPU infrastructure and a digital twin simulation layer accelerated by NVIDIA Isaac Sim™ models. With near-real-time order-to-robot triggering, consistent cross-platform updates, and a fully autonomous order loop, CarphaCom drives real business impact and operational efficiency. Explore CarphaCom.
DroneOS: Cloud-to-Drone Operations Platform
DroneOS uses a centralized cloud command center to connect incident systems to intelligent drone mission control via a secure VPN. In real time, it assesses priority, proximity, and availability to inform drone selection and deployment. The result is optimized fleet dispatch with reduced response time and reduced operational overhead.
DroneOS uses a Vultr-hosted VPS to run an AI dispatch layer on OpenClaw, as well as incident intake, communication, and a real-time React dashboard. Read more about how DroneOS achieves near-real-time mission assignment, scalable fleet orchestration, and reduced need for manual intervention while still maintaining the option for human override.
Sovereign Robotics Ops: AI Governance Layer
Sovereign Robotics Ops serves as a crucial checkpoint between AI planning and execution. Every manufacturing and energy plan developed by Gemini Robotics, before going into execution, is evaluated by Sovereign Robotics Ops to ensure safety and compliance, with human proximity, speed thresholds, and geofencing rules as criteria. It then chooses between execution, modification, or stoppage.
The governance API was built with FastAPI, PostgreSQL, and Docker on Vultr infrastructure, with a Next.js and Tailwind frontend for visibility. Despite unprecedented planning and execution capabilities, modern deployments often lack a sufficient assessment layer. Learn more about how Sovereign Robotics Ops fills that gap.
Going to NVIDIA GTC? Watch the presentations on CarphaCom, DroneOS, and Sovereign Robotics Ops on Wednesday, March 18 at 5 p.m. at Vultr booth 1631.