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    An AI first stack designed to maximize the value of your data and metadata.

    The Stack: Designed to connect, manage and enhance

    The DNAfabric platform stack gives organizations dealing with large volumes of media the capabilities to connect, search, backup, archive, migrate and enable next generation AI workflows.

    Connect to every asset. Search, protect, and AI-enable your media.

    DNAfabric connects to every media and metadata asset across your enterprise, enabling unified indexing, search, protection, and AI-driven analysis. Its clustered architecture scales seamlessly across sites and cloud environments—wherever your assets reside. 

    • Data stores: NAS, nearline storage, HDDs, object storage, cloud stores, and deep archives
    • Metadata sources: MAMs, DAMs, archive databases, CSV, and XML
    • Scales across on-premise, multi-site, and cloud environments

    API-first by design. Built for users and automation.

    Built on an API-first architecture, DNAfabric delivers a next-generation user interface for both users and administrators, while exposing powerful programmatic interfaces for integration and data movement. This approach enables seamless orchestration of workflows across tools, systems, and storage layers.

    • React-based UI for administrators and users, supporting system management, search, browse, and AI enrichment
    • REST APIs for third-party integration across pipelines and workflows
    • S3-compatible data interface for simple, scalable data storage and transfer

    Composable building blocks for scalable, multi-vendor AI pipelines.

    DNAfabric is built as a modular set of components that let organizations design, customize, and operate AI pipelines across vendors, models, LLMs, and departments. Each component addresses the core challenges of modern audio-visual AI workflows—flexibility, scale, cost control, performance, and long-term openness—while working together as a unified system.

    • Mix and match AI models, vendors, and LLMs to meet departmental and organizational needs
    • Designed for massive volumes of audio-visual data and metadata, from ingest to archive
    • Open, scalable architecture that avoids lock-in while maximizing performance, security, and cost efficiency

    Scale and preserve your media. No lock-in. Forever.

    Powered by a highly scalable, open JSON-based architecture, DNAfabric acts as a unified asset and metadata storehouse. It preserves raw and enriched intelligence while preventing vendor lock-in, allowing your media and metadata to scale freely over time.

    • Unifies raw, normalized, and enriched metadata for long-term preservation, interoperability, and performance
    • Enables correlation, search, and AI-driven enhancement across timelines, labels, and workflows

    Find, understand, and control your unstructured data.

    Search and discovery challenges emerge when unstructured data is spread across storage tiers, locations, and media systems, leaving organizations without a clear view of what they have, where it lives, or what it costs. The result is slow discovery, hidden duplicates, and escalating storage spend.

    • Unified search and browse across all storage systems, locations, and media applications
    • Visibility into duplicates, usage, growth, and storage costs across tiers
    • Workflow-aware cleanup that includes creative and operational teams

    Protect, preserve, and move your data—at scale and without disruption.

    Backup, archiving, and migration challenges intensify as unstructured data grows across sites, storage tiers, and cloud. Large file counts, massive volumes, limited bandwidth, offline archives, and evolving threats like ransomware make protection, long-term preservation, and migration slow, complex, and risky. DNAfabric addresses these challenges with scalable, policy-driven workflows that ensure data is protected, archived, discoverable, and safely migrated—without losing visibility or control.

    • Unified backup and disaster recovery for unstructured data across on-premise, multi-site, and cloud environments
    • Policy-driven archiving, tiering, and space reclamation with verification, user awareness, and seamless restore from offline tiers
    • Intelligent data and metadata migration with deep analysis, prioritization, continuous sync, and post-migration verification
    Built on Containers

    Intelligent Planning for Smarter Outcomes

    • Built on containers, DNAfabric can be deployed across on-premise, cloud or multi-site.
    • A containerized infrastructure allows it to be scaled at will.
    • Multiple containers deployed across multiple physical and virtual machines coordinate together to enable a DNAfabric ecosystem.

    Controller

    • The DNAfabric controller is the central “brain” of the deployment.
    • A number of containers put together make up the Controller.
    • Key containers include:
      • Interface and Business Logic Container
      • Structured JSON DB Container
    Data Manager

    Master Every Task with Ease and Precision

    • The data manager is responsible for the indexing, transfer and AI enrichment activities.
    • Key containers include:
    • Data Indexing and Transfer Container
    • Tape Data Transfer Container
    • AI Proxy Generation and Transcoding Container
    • File Hoster Container
    Download Architecture White Paper

    API-first architecture with a next-generation user experience

    Built on an API-first architecture, DNAfabric delivers a modern user experience for both administrators and end users, while exposing robust interfaces for automation and data movement. This design enables seamless integration across pipelines, tools, and storage systems without compromising control or scalability.

    Containerized Platform

    Built on Docker and designed to scale elastically as workloads grow.

    Controller Nodes

    Centralized control plane for database coordination, system orchestration, and management.

    AI and Data Nodes

    Optimized for search, data processing, and AI-driven workloads.