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AI Knowledge Platforms

One AI knowledge platform across your documents, wikis and business systems

We build knowledge platforms that join shared drives, wikis, ticket histories and business systems into one permission-aware index. People search or ask in plain language from a portal, their workplace chat or another application, and every answer links to the document or record behind it.

One searchable brain for the organisation.

The problem

The problem it solves

An AI knowledge platform is an organisation-wide system that connects documents, wikis, tickets and business records into one governed index and answers questions in plain language using retrieval-augmented generation. It applies each user's existing permissions, cites the sources behind every answer and serves the same knowledge to search, assistants, chatbots and agents through shared APIs.

Most organisations do not lack information. They lack a dependable way to reach it. Knowledge is split across drives, wikis, inboxes, ticket queues and line-of-business systems, each with its own search box and its own access rules, and isolated AI pilots on single folders add to the fragmentation rather than fixing it.

  • 01Staff check several tools for one answer, then message the colleague who always knows, interrupting the people the organisation can least spare.
  • 02Departments adopt separate AI assistants over their own folders, producing overlapping indexes, conflicting answers and several bills for the same capability.
  • 03Each repository models access differently, through site groups, wiki spaces or CRM record ownership, and a search layer that flattens them can show restricted material to the wrong people.
  • 04The same procedure lives as a wiki page, a PDF on a shared drive and an email attachment, each edited separately, with nobody responsible for deciding which copy is current.
  • 05Facts held in CRM, ERP and ticketing systems sit outside document search entirely, even though many real questions need a policy and a live record together.
  • 06Leaders have no view of what people are asking or where documentation repeatedly fails them.

Who it is for

Built for teams like yours

  • Knowledge-intensive firms

    Law, consulting, accounting and engineering practices where precedents, templates and past project files decide how quickly good work gets done.

  • Multi-department enterprises

    Organisations with several repositories, an identity provider and a growing list of AI pilots that want one governed platform instead of many disconnected tools.

  • Support and service organisations

    Teams whose answers depend on product documentation, release notes and resolved tickets that change every week.

  • Technical and field operations

    Manufacturing, telecoms and engineering teams that need manuals, procedures and service history on a phone, close to the equipment.

Solution architecture

How it fits together

The platform is built in layers that can be tested, scaled and replaced independently. Content enters through connectors, is processed and indexed once, and is served to every channel through a single retrieval API that checks permissions on each request.

  1. 01

    Source connectors

    Scheduled and event-driven connectors for document libraries, shared drives, wikis, ticketing tools, CRMs and databases, each running with read-only, least-privilege credentials.

  2. 02

    Processing and enrichment

    Parsing, OCR for scanned pages, table handling, language detection, de-duplication and metadata such as owner, department, version and review date.

  3. 03

    Unified index

    A hybrid keyword and vector index with an access label on every passage, alongside structured lookups for records that live in business systems rather than files.

  4. 04

    Retrieval and answer service

    One API that filters by the caller's identity, reranks candidates, writes a cited answer or declines when the sources fall short, and records each step for audit.

  5. 05

    Delivery channels

    A web portal, a workplace chat integration, widgets embedded in existing applications and endpoints for chatbots and agents, all calling the same service.

  6. 06

    Governance and observability

    An admin console for sources and owners, question analytics, unanswered-question reports, evaluation results, cost tracking and access logs.

Workflow

From request to result

  1. 01

    Register a source

    Each source is added with a named owner, a connector and a permission mapping, then syncs on a schedule or whenever its content changes.

  2. 02

    Process and label

    Content is parsed, de-duplicated against copies held in other sources and tagged with its access label, owner and review date before it reaches the index.

  3. 03

    Ask from any channel

    A person asks in the portal, in workplace chat or inside another application, and their verified identity travels with the request.

  4. 04

    Retrieve within permissions

    The platform searches only content that person may open, combines exact and semantic matches and ranks the strongest passages and records.

  5. 05

    Answer or decline

    The model writes an answer from those passages with numbered citations, or states plainly that the available sources do not cover the question.

  6. 06

    Feed back to owners

    Ratings, unanswered questions and citations to stale content are routed to the responsible owner, and evaluation reruns after every configuration change.

Capabilities

What the solution includes

  • Multi-source federation

    Documents, wiki pages, tickets and database records searched together, with copies of the same file in different systems collapsed into one result labelled by its source.

  • Cross-source permission mapping

    Each source's own access model, such as site groups, wiki spaces or CRM record ownership, translated into one set of access labels, with mapping reports your administrators can check.

  • Documents and live records combined

    Questions that need a written rule and a current fact, such as a contract clause and the customer's open orders, answered from files and system APIs in one reply.

  • Ownership and review cycles

    Every source carries an owner and a review date, with alerts when frequently cited content has passed its review point.

  • Question analytics by team

    Reports on the most common questions, the ones the platform could not answer and the documents cited most often, broken down by team and over time.

  • Expert routing

    When no source answers a question, the platform suggests the team or owner responsible for that topic and can open a request on the user's behalf.

  • Scoped access for other applications

    Each chatbot, agent or internal application gets its own credentials, allowed sources and rate limits, while every call still applies the permissions of the person it acts for.

  • Platform administration

    Sync status, connector health, permission mapping checks, usage and model spend visible to platform owners in one console.

Benefits

What changes for your organisation

  • Less searching, fewer interruptions

    People find answers on their own instead of pulling specialists away from their work for routine questions.

  • One governed platform instead of many pilots

    Departments share one access model, one set of controls and one cost line rather than running parallel tools.

  • Sources shown with their owner and age

    Each citation names the system, the owner and the last review date, so people can judge how far to rely on an answer.

  • Documentation gaps made visible

    Unanswered and poorly rated questions tell content owners precisely what is missing or out of date.

  • New joiners find their own answers

    People new to a team ask how things are done and get answers from current procedures, with the owner's name when they need a person.

  • A foundation for later AI work

    Assistants, chatbots and agents built afterwards connect to the same knowledge layer instead of starting from scratch.

Technology

Technology stack

Models

  • OpenAI
  • Azure OpenAI
  • Gemini

Retrieval and data

  • PostgreSQL
  • pgvector
  • Python

Services and interfaces

  • FastAPI
  • Node.js
  • Next.js
  • TypeScript

Platform

  • Docker
  • Kubernetes
  • Terraform
  • GitHub Actions

AI Knowledge Platforms FAQ

Frequently asked questions

A knowledge platform is shared infrastructure, while a RAG chatbot is usually one interface over one collection of files. The platform connects many sources, maps permissions from each of them, gives every source an owner and exposes a retrieval API that several channels and teams reuse. A chatbot can be one of those channels. Building the platform first avoids each department paying for its own index and maintaining its own copy of the same content.

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