Objective

• Design and implement a scalable Video Management System (VMS) capable of ingesting and storing RTSP/ONVIF video streams from multiple camera brands.
• Provide secure, real-time video playback through a cross-platform mobile application and centralized cloud archiving.

Key Features / Deliverables

• Multi-camera and multi-brand support using ONVIF/RTSP for camera discovery and stream ingestion.
• Real-time streaming to mobile using WebRTC or HLS, cloud video archiving to S3-compatible storage, metadata organization and basic stream health monitoring.

Technological Environment / Stack

• Backend: Python or Node.js; Mobile: React Native.
• Protocols and tools: RTSP, ONVIF, WebRTC, HLS, FFmpeg, GStreamer, MinIO or Amazon S3, PostgreSQL; containerized with Docker (Kubernetes optional for scaling).

Expected Tasks and Responsibilities

• Implement stream ingestion pipelines for diverse camera brands and ensure stable recording to cloud storage.
• Build APIs and backend services for indexing video metadata, access control and stream health monitoring.
• Implement secure, low-latency playback on mobile (React Native) and evaluate WebRTC vs HLS trade-offs.
• Integrate storage (MinIO/Amazon S3) and database (PostgreSQL), and prepare Docker-based deployment; optionally provide Kubernetes deployment manifests for scaling.

Skills & Qualifications

• Experience with video streaming protocols (RTSP, ONVIF) and real-time protocols (WebRTC/HLS).
• Proficiency in Python or Node.js for backend development and React Native for mobile app development.
• Familiarity with FFmpeg/GStreamer, object storage (S3/MinIO), PostgreSQL and containerization (Docker); Kubernetes knowledge is a plus.

How to apply

• Send your application to stages@hydatis.fr with the subject line specified below and include your CV, cover letter, and any relevant project links or code samples.
• You can also apply via the company site: https://www.hydatis.com