How NxtQube built a low-latency drone monitoring pipeline in under a week with VideoSDK

NXTQube Case Study
NXTQube Care Logo

Industry

Aviation & Aerospace

Headquarter

India

Products used

Audio & Video SDK

Real-time Streaming

NxtQube is a based drone automation company building autonomous, drone-agnostic "Drone-in-a-Box" docking infrastructure that lets operators run unmanned missions across mining, logistics, warehousing, solar, and defence. To give operators real-time visibility into their drones and docking stations, NxtQube set out to build a Cloud-Based Ground Control Station (GCS) web application, and turned to VideoSDK to power the live video layer without building WebRTC infrastructure from scratch.

CHALLENGE

Delivering Near-Zero Latency Video for Time-Critical Drone Operations

NxtQube's operators make time-critical decisions based entirely on what they see from their drone and docking station feeds, making near-zero latency video non-negotiable. This was NxtQube's first implementation of a live streaming pipeline, and the team had no dedicated real-time video solution in place. Building and maintaining a custom WebRTC stack in-house would have pulled engineering focus away from NxtQube's core drone control and monitoring logic. They needed a reliable way to stream video from their drones and docking stations directly into their React web app: fast, low-latency, and with minimal front-end complexity.
Devang Bramhakshatriya-Sr. Software Developer, NxtQube
NXTQube Logo

"VideoSDK helped us go from zero to a working low-latency video pipeline for our drone GCS platform in under a week. Streaming from the drone/docking station side and consuming it in React was straightforward, and it's now a core part of how our operators get real-time visibility into their drones."

Devang Bramhakshatriya ,

Sr. Software Developer, NxtQube

SOLUTION

A Low-Latency Real-Time Video Foundation, Built Without WebRTC Overhead

NxtQube integrated VideoSDK to stand up a reliable real-time video pipeline connecting their streaming infrastructure to their React web app.
Low-Latency Streaming: Near-zero latency video streaming gave operators the real-time visibility needed to make critical drone monitoring and control decisions with confidence.
Seamless Pipeline Integration: VideoSDK integrated easily with NxtQube's streaming pipeline on the drone and docking-station side, publishing feeds directly into the platform.
Effortless React Consumption: Feeds were consumed smoothly inside NxtQube's React web app with minimal front-end complexity, letting the team focus on core drone control logic instead of low-level video plumbing.
No WebRTC Overhead: VideoSDK removed the need to build and maintain a custom WebRTC stack, giving NxtQube a working, reliable real-time video foundation out of the box.
Responsive Support: Fast response times, helpful documentation, and a responsive team over WhatsApp kept the integration moving quickly.

NxtQube's Success with VideoSDK

< 5 Hours

Working POC

A functional proof of concept was up and running in under 4 to 5 hours.

1 Week

Zero to MVP

From initial setup to streaming live drone and docking station feeds into the web app.

Near-Zero

Latency Video

Real-time streaming for time-critical drone monitoring and control.

Zero

WebRTC Infrastructure Built

A reliable real-time foundation without building or maintaining WebRTC in-house.

ROI DELIVERED

POC Built

< 5 Hours

Zero to MVP

1 Week

Video Latency

<80ms

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