Overview
📂 Brivia delivers specialized AWS migration services for Digital Government Records Archives, ensuring secure and seamless cloud adoption for the public sector. Our solution migrates on-premises archive systems to AWS, modernizing infrastructure while preserving compliance with government regulations and judicial requirements.
By leveraging AWS services such as Amazon S3 for scalable storage with lifecycle policies, Amazon Glacier for long-term preservation, Amazon CloudFront (CDN) for optimized video distribution, Amazon RDS or PostgreSQL/MySQL for structured metadata storage, Amazon Elasticsearch/OpenSearch for near real-time indexing and search, and AWS IAM for secure access control, institutions gain a robust and future-ready digital archive solution. Additionally, AWS Backup, Amazon EC2, and NGINX with RTMP support enable disaster recovery, workload elasticity, and optimized video delivery.
⚙️ The service includes end-to-end support: planning, migration, architecture optimization, and proactive monitoring. Brivia ensures high availability, encryption, automated backup, and disaster recovery. To guarantee user experience, the solution integrates streaming and video technologies:
OBS Studio and vMix for session capture and live production.
FFmpeg for video encoding/transcoding into adaptive bitrates (480p/720p/1080p, MP4/HLS).
RTMP protocol for low-latency streaming ingestion and HLS for adaptive video delivery to web and mobile devices.
Microsoft Teams integration for automatic recording, transcription, and centralization of remote hearings and sessions.
🔎 Indexing and search capabilities are supported by a combination of relational databases (PostgreSQL/MySQL), non-relational (MongoDB), and advanced indexing engines (Elasticsearch or Apache Solr), allowing direct navigation to judicial events (judge’s vote, case call, final decision). Webhooks and APIs ensure real-time updates from stenographers’ annotations, enriching the metadata and enabling instant user access.
🛠️ Architecture and development follow a microservices approach, with modular services handling video ingestion, metadata management, and user interaction independently. Backend development may use Python, Java, Go, PHP, or Node.js, while the frontend leverages React, Angular, or Vue.js for responsive, user-friendly interfaces. Continuous monitoring and preventive maintenance ensure resilience, while compliance updates keep the platform aligned with evolving legislation.