ArQiver is built on a core principle: structure creates meaning and meaning creates lawful context. Before organisations can modernise their archives or retire legacy systems, their data must be embedded in clear definitions, products, domains, and contextual rules. Large language models (LLM’s) can assist in defining this structure, but they cannot migrate, classify, or govern millions or trillions of documents independently. This is where ArQiver.AI becomes of value.
With ArQiver.AI humans can search based on meaning and context determined from ArQiver. Based on given context high-integrity, large-scale processing is supported, ensuring that legacy content is migrated safely, lawfully, and purposefully. The result is that organisations can confidently decommission outdated systems and transition to a fully federated data-space environment.
A reliable solution for context-driven data exploration and migrationArQiver.AI locates, assesses, and reorganises vast collections of legacy documents according to the contextual instruction given, aligned with product meaning and context defined in ArQiver.
By anchoring datasets to its correct meaning, ArQiver.AI supports full modernisation without compromising integrity. Raw, unstructured archives become context-rich, structured collections that are ready for digital services and AI-supported decision-making.
Data migration with integrity, retention logic, and traceabilityArQiver.AI determines whether documents must be deleted, archived, retained for potential appeals, or migrated for continued operational use. It applies retention schedules, identifies records destined for national archives, and secures those needed for lawful handling.
When an appeal or case arises, all related documents can be grouped within their product context and summarized by an LLM, enabling faster, more consistent, and defensible decisions.
Layered security, version control, and strict integrity checks ensure that migrated records remain accurate, authentic, and fully traceable. Organisations can retire legacy systems knowing their data is compliant, contextually organised, and future-ready.
ArQiver.AI combines context driven processing with AI-support to reorganise legacy data at scale.
Metadata-only, full-context, and content-only modes optimise processing. Once meaning is defined in ArQiver, ArQiver.AI evaluates documents at scale and processes only context-relevant data.
• Flexible architecture and serverless efficiencyA microservice-based, serverless architecture enables dynamic scaling, high-speed throughput, and significant cost reductions when processing large or distributed archives.
• Unsupervised insights and assistive labellingArQiver.AI detects patterns and clusters in unstructured or semi-structured archives. Users can refine categories, apply labels, and connect objects to domains or products, creating clean, structured datasets suited for automation.
• Augmented intelligence for deep context explorationInteractive visualisations and AI-generated summaries help users understand and navigate complex archives quickly. By working only within defined context, ArQiver.AI ensures consistent and controlled interpretation.
Depending on data quality and goals, ArQiver.AI can operate independently or in collaboration with LLMs. AI can assist in defining meaning and product structure in ArQiver, and ArQiver.AI then executes large-scale migration safely within these boundaries given by its users.
This approach uncovers hidden information, eliminates obsolete archives, and prepares context-rich data for modern digital services.
With ArQiver.AI, organisations can retire legacy systems, reorganise their information according to lawful context, and protect sensitive records throughout their lifecycle. This ensures long-term compliance, clarity, and readiness for responsible AI-powered collaboration.
Begin with clarity. The rest follows.
Wondering where your organisation fits in?
Let's get in touch.Begin with clarity. The rest follows.
Wondering where your organisation fits in?
Let's get in touch.