AI KNOWLEDGE BASE ASSISTANT

UK professional services firms and SaaS businesses where Confluence, SharePoint, or an internal wiki hold documented processes that staff search manually rather than querying an AI assistant, where client-facing staff spend time per ticket retrieving answers from product documentation instead of having an AI copilot surface the answer in seconds, and where UK GDPR compliance for AI assistants accessing employee and client data in SharePoint has not been reviewed

The problem inside most UK professional services firms and SaaS companies is not that the knowledge does not exist. Procedures are documented. Product specifications are written up. Regulatory guidance has been captured somewhere in Confluence or SharePoint. The problem is that staff cannot retrieve that knowledge quickly enough to be useful in the moment. A customer success manager handling a support ticket has to pause, open a browser tab, navigate to Confluence, attempt a keyword search, scan through three or four pages, and then form an answer, all while the client waits. That process takes minutes. The AI assistant equivalent takes seconds.

This is for you if

Who This Is For

In Nepal IT service companies and software development firms of twenty to eighty staff, the most experienced developers and project managers have become the first point of contact for every procedural question that a junior staff member cannot answer from the folder system. How do we handle client escalations? What is the process for raising a change request? Where is the deployment checklist for this client environment? These questions take two to five minutes to answer individually, but they arrive ten to fifteen times per day per senior person, accumulating to thirty to sixty minutes of interrupted focus time that cannot be recovered. The problem is compounded because the documentation does exist. SOPs have been written, onboarding guides have been created, project templates have been saved to Google Drive. But Google Drive search is a keyword search across filenames and document titles, not a question-answering system. A junior developer searching for "client escalation process" receives a list of documents rather than an answer, and the most recent relevant document is buried beneath older versions and tangentially related files. The senior developer remains the path of least resistance, and the interruption cycle continues indefinitely.

Nepal accounting and tax consultancy firms carry a particular version of this problem because the documentation they depend on is highly specific: client file locations, regulatory procedure references, billing process sequences, and audit trail requirements. Junior accountants in these firms do not interrupt senior accountants because they are lazy or underprepared. They interrupt because when a client asks a specific question about a tax filing procedure or a document requirement, the junior accountant does not know which internal guide covers that scenario, and the cost of giving a wrong answer to a client is high enough that they will not guess. The senior accountant becomes the quality control layer for information retrieval, not because that is an appropriate use of their time, but because the alternative, a junior accountant returning incorrect procedural information to a client, is worse. An AI knowledge base assistant changes this dynamic by giving junior accountants a reliable, source-referenced way to answer procedural questions correctly before they respond to a client. The assistant does not replace the senior accountant's judgment on complex matters. It removes the junior staff's dependency on the senior accountant for questions that the documentation already answers.

Nepal education and training institutes manage recurring procedural questions across multiple intake cycles each year. Administrative staff who handled the last intake cycle may have transferred or been replaced. The staff members handling the current cycle ask the same questions about enrolment procedures, fee schedule structures, scholarship eligibility criteria, and student management processes that were asked and answered in the previous cycle. The answers exist in email chains, in WhatsApp group conversations, and in documents saved to a shared folder, but they are not retrievable in a way that allows a new administrative staff member to answer their own questions without escalation. An AI knowledge base assistant trained on intake cycle documentation, student management SOPs, fee schedule records, and historical WhatsApp group conversations gives administrative staff a consistent, searchable reference for every procedural question that arises during a cycle. The same question asked in the first week of intake and in the sixth week of intake receives the same accurate answer. Staff turnover between cycles does not reset the institutional knowledge held in the system, because the knowledge is in the assistant, not in the staff member who has since left.

Professional services organisations in Nepal that are growing quickly face a specific onboarding problem: the knowledge required to operate independently in the first thirty days is large, unevenly distributed across systems, and partially undocumented. New hires in their first month escalate procedural questions constantly, not because the organisation has failed to prepare them, but because the documentation they have been given does not cover the specific situations that arise in actual work, and the only reliable source of answers is a colleague who is already operating at full capacity. The result is that growth creates a compounding burden on existing senior staff. Each new hire adds to the daily interruption load during their onboarding period. An AI knowledge base assistant that has been trained on the company's actual documentation, client file structures, process guides, and historical precedents gives new hires a self-service escalation path. They ask the assistant first. The assistant answers from the knowledge base with a source reference. Escalation to a senior colleague becomes the exception rather than the default.

What's broken

What's Broken

SharePoint search returns document titles and keyword matches rather than answers

SharePoint search was built to find documents, not to answer questions. When a UK financial adviser types "what is the rebalancing policy for moderate risk client portfolios" into the SharePoint search bar, the system returns a list of documents whose titles or metadata contain those words. It does not extract the relevant paragraph from the investment policy statement and present it as a direct answer. The adviser must open the document, scan through it, locate the relevant section, and extract the answer themselves. In a low-volume, low-time-pressure environment, that process is manageable. In a client-facing context where the adviser is on a call or responding to a time-sensitive query, the retrieval process takes long enough to affect the quality of the client interaction. The problem compounds when the relevant answer is distributed across multiple documents. The rebalancing policy might be addressed in the investment policy statement, qualified by a client communication from six months ago, and updated in a compliance circular that was added to a SharePoint subfolder without updating the original document. A keyword search cannot assemble those fragments into a coherent answer. A staff member who does not know the full document landscape cannot know that the answer requires synthesising across sources. The result is that staff either provide an incomplete answer, ask a senior colleague who knows where to look, or delay the response until they have time to research it properly. An AI knowledge base assistant retrieves from all indexed sources simultaneously, synthesises the answer, and tells the staff member which documents the answer came from.

UK GDPR compliance for AI assistants accessing SharePoint or Confluence has not been assessed

Most UK businesses that begin exploring AI knowledge base assistants focus on the retrieval quality and the user experience before they consider the data protection implications. The data flows involved are not trivial. When an AI assistant indexes a SharePoint library that contains documents referencing employee names, client data, or personal information, and when queries against that index involve personal data, the processing activity falls within the scope of UK GDPR. Depending on the nature of the data accessed, Article 30 Records of Processing Activities entries are required. Depending on the scale and nature of the processing, a Data Protection Impact Assessment may be required before the assistant is deployed. ICO guidance on AI and automated processing transparency requires that individuals whose data is processed by an AI system are informed about that processing in a way that is clear and accessible. Article 22 provisions on automated decision-making are relevant where the AI assistant is used in a context where its output influences a decision about an individual. FCA Consumer Duty compliance adds a further layer for financial services firms where the assistant is used in client-facing contexts: the firm must be able to demonstrate that the information provided to client-facing staff through the AI assistant is accurate, current, and not misleading. Ignited Nepal assesses the data protection implications of the AI assistant deployment before any indexing begins and documents the data flows in a format that satisfies Article 30 requirements and can be provided to the ICO if requested.

Client-facing staff in UK professional services firms spend 20-30% of their time on information retrieval

The 20-30% figure is not a projection. It emerges consistently from time studies across professional services environments where staff are asked to log how their working hours are allocated. A significant portion of that time goes to activities that have nothing to do with judgement, client relationship, or professional expertise. It goes to finding the right document, reading enough of it to locate the relevant section, checking whether the document is current, and then repeating the process when the first document does not contain the complete answer. That time is expensive. In UK professional services, where hourly rates and staff costs are high, the financial cost of manual information retrieval is substantial. But the less visible cost is what does not get done during the time spent searching. Client-facing staff who spend a significant portion of their day on internal information retrieval have less time for the work that requires their professional competence. Advice quality suffers when it is delivered under time pressure. Client relationships suffer when response times are slow because a staff member is waiting to locate a procedure document. New staff take longer to become independently productive because the knowledge they need is not accessible through self-service query. The AI knowledge base assistant does not eliminate the need for professional judgement. It eliminates the retrieval task that precedes the exercise of that judgement, which frees the time and cognitive capacity for the work that the business is actually paying for.

Institutional knowledge in UK firms is held by specific senior individuals rather than being accessible in a structured system

The most experienced staff in any UK professional services firm carry a body of knowledge that is not documented anywhere. They know which client communication from three years ago established the precedent for a particular type of request. They know that a specific SharePoint folder contains the current version of a procedure that the intranet still links to an older version. They know the exception to the standard procedure that was agreed for a particular client category. When a junior colleague asks them a question, they do not retrieve from a document: they retrieve from memory, and the answer is accurate and contextually rich in a way that a document search cannot replicate. The problem is that this knowledge exists in one person's head, and when that person leaves, the knowledge leaves with them. UK businesses experience this loss repeatedly. A senior consultant departs after ten years and the team spends the following months discovering, one unanswered question at a time, the extent of what was lost. The AI knowledge base assistant does not solve the problem of undocumented knowledge, because it can only retrieve what has been documented. But it creates the structural pressure to document: when the assistant is deployed, the gaps in the indexed knowledge base become visible as questions the assistant cannot answer, which tells the firm exactly where documentation is missing. It also ensures that the knowledge that is documented is accessible to everyone who needs it, not just to the people who know where to look.

What we engineer

What We Do

Documentation audit and source mapping

Ignited Nepal builds AI knowledge base assistants as custom-configured retrieval systems, not off-the-shelf chatbots. The build process starts with a documentation audit: we map every source where your company's institutional knowledge currently lives, which typically includes Google Drive folders, Notion wikis, WhatsApp group export histories, GoHighLevel CRM records, and email thread archives. We assess each source for volume, structure, currency, and retrieval priority. This audit determines the architecture of the knowledge base and the sequencing of the build.

Retrieval augmented generation foundation

The technical foundation we use for Nepal clients is retrieval augmented generation (RAG), implemented using the Claude API or GPT-4 depending on the language requirements and cost structure of the specific engagement. RAG works by converting your documentation into a searchable vector index: each document, section, and message is processed into a numerical representation that captures meaning rather than just keywords. When a staff member asks a question, the system identifies which sections of the knowledge base are most semantically relevant to that question, retrieves them, and passes them to the language model to generate a direct answer. The answer is grounded in the retrieved content, and the source reference is included so the staff member can verify the original document if needed.

Google Drive, Notion, and WhatsApp integration

For Nepal IT and professional services clients, the Google Drive integration is typically the highest-priority knowledge source. We configure the assistant to connect to your Google Drive via the Google Drive API, index the content of your SOPs, project documentation, client files, and process guides, and maintain a sync schedule so that when documentation is updated the knowledge base reflects the change within a defined refresh window. Notion integration follows a similar pattern for clients who use Notion as their internal wiki: we connect via the Notion API, index page content and database entries, and maintain synchronisation. For WhatsApp group histories, we work with exported message archives and structure them into the knowledge base in a format that preserves the context of conversations while making the content retrievable by question.

Bilingual chat interface deployment

The assistant interface for Nepal clients is typically deployed as a web-based chat widget accessible via a company intranet link, or as a bot integration within the communication tools the team already uses. For companies using Google Workspace, this often means a Google Chat integration. For companies using Slack, a Slack bot deployment. The interface allows staff to ask questions in Nepali or English, and the assistant responds in the language used for the question. The underlying knowledge base supports both languages, and we configure the retrieval and response generation to handle code-switching where documentation exists in one language and the question is asked in another.

Quality and accuracy calibration

Quality and accuracy are the central design constraints of the build. We configure the assistant with explicit instructions not to generate answers that go beyond the retrieved content. If a question is asked for which the knowledge base does not contain a relevant answer, the assistant returns a response indicating that the question was not answered by the available documentation and suggesting who in the organisation to contact. This is the correct failure mode for an internal knowledge assistant: a transparent "I don't have that information" is preferable to a confidently stated incorrect answer. We test every deployment against a set of questions drawn from real staff queries before handing over the system to the client, and we provide a defined process for flagging incorrect answers and correcting the underlying documentation.

Ongoing maintenance and knowledge base expansion

Ongoing maintenance and knowledge base expansion are part of every engagement. The initial build covers the highest-priority documentation sources and the most frequently asked question categories. As the organisation's documentation grows and evolves, we provide the infrastructure and process for adding new sources, updating existing content, and monitoring answer quality over time. We also provide the client with reporting on which questions are being asked most frequently, which questions are returning low-confidence answers, and which areas of the knowledge base have the largest gaps, so that documentation investment is directed where retrieval demand is highest.

What changes

What Changes

Before
After
Before The thirty to sixty minutes per senior person per day consumed by procedural questions from junior staff is not visible as a line item in any budget, but it is one of the most significant productivity costs in Nepal IT companies and professional services firms. Each individual question seems minor: two minutes here, three minutes there. A junior developer asking where the deployment checklist is. A junior accountant asking what the billing process is for a new client engagement. An admin staff member asking what documents are required for a student enrolment. None of these questions is unreasonable. All of them have written answers somewhere in the company's documentation. The problem is that the documentation is not findable through the tools available to the junior staff member. The deeper cost is not the two-minute interruption. It is the interruption of the senior person's concentration. Research on knowledge work consistently shows that interrupting a person mid-task adds fifteen to twenty minutes of recovery time before they return to the same level of focus. A senior developer or senior consultant interrupted five times in a morning has effectively lost not thirty minutes but several hours of productive output. The junior staff member gets their answer, which is the right outcome. But the senior person carries a compounding focus debt for the rest of the day that is invisible on any report. An AI knowledge base assistant does not eliminate the senior person's role. It removes the category of questions that should never have required a senior person in the first place.
After Senior staff reclaim thirty to sixty minutes per day previously spent answering procedural questions from junior staff, because those questions are now answered by the assistant with a source reference from the existing documentation.
Before Google Drive was designed as a file storage and collaboration system, not as a knowledge retrieval system. Its search function operates on filenames, document titles, and keyword frequency within documents. When a junior staff member searches for "client onboarding process," they receive a list of results that includes every document containing those words: the current SOP, a draft version from eighteen months ago, a client proposal that mentioned the onboarding process in a single paragraph, a project notes document with a tangential reference, and a template folder that has not been updated. The junior staff member cannot determine from the search results which document is the authoritative current version, which sections are most relevant, or what the actual answer to their question is. This is not a failure of documentation discipline. Most Nepal IT companies and professional services firms have invested genuine effort in creating SOPs and process guides. The failure is that the retrieval layer has not kept pace with the documentation layer. The documents exist, but the system for getting answers from them does not match how humans ask questions. An AI knowledge base assistant with RAG architecture reads across all connected documents, understands the question being asked, identifies the most relevant sections across multiple documents, and returns a synthesised answer with a reference to the source. It does not return a list of documents. It returns an answer, the way a knowledgeable colleague would, but without the interruption and without the variability of whether that colleague is available or remembers the relevant detail correctly.
After New employees reach independent productivity in their first thirty days faster, because they have a reliable self-service way to answer procedural questions without interrupting a senior colleague.
Before In Nepal professional services organisations, a significant portion of institutional knowledge is not in Google Drive or Notion at all. It is in WhatsApp group message histories: decisions that were made informally, client situation precedents that were handled and discussed in a group chat, regulatory interpretations that were shared by a senior staff member in response to a junior staff member's question, process workarounds that were communicated and then never written up as a formal SOP. This knowledge is technically accessible in the WhatsApp history, but it is practically inaccessible because WhatsApp's search function is basic, message histories become unwieldy after a few months, and there is no structured way to retrieve a specific decision or precedent from thousands of messages. The risk this creates becomes visible when a senior staff member leaves the organisation. The WhatsApp messages they sent, the email threads they participated in, the informal decisions they made are still technically stored somewhere. But the institutional knowledge those communications represented leaves with the person who held the context to interpret them. The organisation then repeats learning cycles that it has already been through, makes decisions without access to precedents that were set in similar prior situations, and spends time rediscovering information that was known but not structured. An AI knowledge base assistant that ingests WhatsApp group history as part of its knowledge base converts informal communication into a searchable, retrievable institutional resource. The knowledge survives the departure of the person who originally held it.
After Google Drive and Notion documentation investment returns value for the first time, because the retrieval layer matches how people ask questions rather than returning a list of keyword-matched documents.
Before The first thirty days of a new employee's time in a Nepal IT company or professional services firm are characterised by a high volume of procedural questions that the new hire cannot answer independently because they do not yet know where to look, and the documentation available to them does not address the specific situations that arise in actual work. The new hire's manager or designated buddy becomes the primary resource for answers, which means their own productive output is reduced during the onboarding period to support the new hire. This is accepted as an inevitable cost of onboarding, but it is not inevitable. It is a symptom of the gap between the documentation that exists and the retrieval system available to access it. New hires in professional services environments face an additional challenge: they need to present competently in front of clients and colleagues from early in their tenure. A new accountant who does not know the billing process, a new developer who does not know the deployment procedure, and a new consultant who does not know the client escalation protocol all create risk if they guess rather than asking. The current choice is between interrupting a senior colleague and guessing incorrectly. An AI knowledge base assistant gives new hires a third option: asking the assistant, which returns an accurate, source-referenced answer in seconds without interrupting anyone. The onboarding period does not become costless, but the dependency on senior staff for procedural questions is substantially reduced.
After Institutional knowledge that currently lives in WhatsApp group histories becomes searchable and retrievable, surviving staff departures and remaining accessible to future employees who were not part of the original conversation.
How it works

Process

  1. 01

    Documentation Inventory and Source Mapping

    We begin every engagement with a structured inventory of where your company's institutional knowledge currently lives. This is not a superficial review. We map each source: Google Drive folder structure and document volume, Notion workspace pages and databases, WhatsApp group export availability, GoHighLevel CRM record types, and any email archive or project management tool that holds procedural information. We assess each source for the volume of content it holds, how frequently it is updated, and how high the retrieval demand for it is likely to be from staff. The output of this step is a source map that tells us what we are building the knowledge base from and in what priority order.

  2. 02

    Question Inventory and Retrieval Gap Analysis

    Before we build anything, we need to understand what questions the knowledge base will be asked. We conduct a question inventory with the client, typically through a structured interview with two to three senior staff members who currently receive the highest volume of procedural questions. We document the twenty to thirty most frequently asked question categories, the sources where the answers currently live, and the cases where the answer is not documented anywhere. This step identifies not just what the knowledge base can answer at launch, but which documentation gaps need to be filled before the assistant can cover the full question surface.

  3. 03

    Knowledge Base Architecture and Source Integration

    With the source map and question inventory complete, we design the knowledge base architecture: which sources connect via API integration, which require document export and processing, how frequently each source syncs, and how the retrieval index is structured to handle the document types and languages in the knowledge base. For Google Drive, we configure API access and document processing. For Notion, we connect via the Notion API and index page and database content. For WhatsApp export histories, we process the message archive into a structured, retrievable format. We build the vector index and configure the retrieval parameters before any assistant interface is deployed.

  4. 04

    Retrieval Testing and Answer Quality Calibration

    We test the knowledge base against the question inventory before the assistant is deployed to staff. For each of the twenty to thirty question categories identified in Step 2, we run the question through the retrieval system and assess whether the answer returned is accurate, source-referenced, and formatted appropriately for a staff member to act on. Where answers are inaccurate or incomplete, we trace the issue to the source: a documentation gap, a retrieval configuration issue, or a question phrasing that the current knowledge base structure does not handle well. We calibrate the system until answer accuracy across the test question set meets a defined threshold before proceeding to deployment.

  5. 05

    Deployment, Interface Configuration, and Staff Access

    We deploy the assistant interface in the format appropriate for the client's team: a web chat widget accessible via intranet link, a Google Chat bot for Google Workspace users, or a Slack bot for teams using Slack as their primary communication tool. We configure the assistant's response language handling for Nepali and English queries. We set up the feedback mechanism that allows staff to flag incorrect or incomplete answers, which feeds into the ongoing quality improvement process. We conduct a brief orientation session with the staff who will use the assistant most frequently, covering how to ask effective questions and how to use the source references to verify answers.

  6. 06

    Monitoring, Gap Reporting, and Knowledge Base Expansion

    After deployment, we provide the client with monthly reporting on assistant usage: which question categories are asked most frequently, which questions are returning low-confidence or flagged responses, and which areas of the knowledge base have identifiable gaps based on the questions being asked. This reporting drives two outcomes: documentation investment is directed to the gaps that retrieval demand has identified, and knowledge base expansion is prioritised based on actual usage rather than assumption. We maintain the infrastructure for adding new sources as the client's documentation grows, and we provide a defined process for updating the knowledge base when SOPs or procedures change.

Common questions

FAQ

How do I build an AI knowledge base assistant that searches SharePoint and answers UK professional services staff questions accurately?

An AI knowledge base assistant that searches SharePoint is built using a retrieval-augmented generation architecture that connects to the SharePoint document library through the Microsoft Graph API, indexes the authorised documents, and retrieves relevant passages to answer staff questions in natural language. The accuracy of the answers depends on the quality and currency of the indexed documentation: the assistant retrieves from what is written down, so accurate answers require accurate, up-to-date source documents. Ignited Nepal configures the SharePoint connection, applies role-based access controls to ensure staff only query the document categories relevant to their role, and sets up source citation so every answer identifies the SharePoint document it was retrieved from. Deployment is most commonly as a Microsoft Teams bot so staff ask questions within the tool they already use, without switching between systems.

What UK GDPR requirements apply to AI assistants accessing employee and client data in SharePoint or Confluence?

UK GDPR requires that processing of personal data by an AI assistant is documented in Article 30 Records of Processing Activities and that individuals whose data is processed are informed in a clear and accessible way. When an AI assistant indexes SharePoint libraries or Confluence spaces that contain documents referencing employee names, client records, or other personal data, those data flows constitute processing under UK GDPR. Depending on the scale and nature of the processing, a Data Protection Impact Assessment may be required before deployment. ICO guidance on AI and automated processing also requires that the AI assistant's use of personal data is covered by a lawful basis, which for most employee data in a knowledge base context is legitimate interests, subject to a balancing test. Ignited Nepal prepares the Article 30 documentation and conducts the DPIA before any indexing begins.

How do I deploy an AI knowledge base assistant as a Microsoft Teams bot for UK professional services staff?

An AI knowledge base assistant is deployed as a Microsoft Teams bot by registering the assistant as an Azure Bot Service application, configuring the Microsoft Teams channel connector, and publishing the bot to the organisation's Teams environment through the admin centre. Staff interact with the bot directly in Teams by typing their question in a direct message or a designated channel. The bot retrieves the answer from the indexed knowledge base and posts the response with a source citation. For UK professional services firms already on Microsoft 365, this deployment approach requires no additional tools: staff use the assistant in the same interface they use for all internal communication. Ignited Nepal handles the Azure Bot Service configuration, the Teams app packaging and deployment, and the integration between the bot and the indexed knowledge base.

What FCA Consumer Duty considerations apply to AI knowledge base assistants used in UK financial services client-facing contexts?

FCA Consumer Duty requires that client-facing staff have access to accurate and current information when handling client interactions, and that the firm can demonstrate it has taken reasonable steps to ensure the information provided to clients is not misleading. Where an AI knowledge base assistant is used by client-facing staff to retrieve product information, regulatory guidance, or client-specific procedure details, the firm is responsible for ensuring the assistant retrieves from sources that are current and authorised. Ignited Nepal configures the assistant to surface the most recent version of each document, to flag answers derived from documents that have not been reviewed within a defined period, and to exclude document categories that have not been approved for AI retrieval. The configuration creates a documented governance structure that can be presented to the FCA if the firm's Consumer Duty compliance practices are reviewed.

How do I ensure an AI knowledge base assistant gives compliant answers about UK regulatory requirements rather than outdated policy information?

An AI knowledge base assistant gives current regulatory answers when the source documents it indexes are current, when version control is enforced so only the most recent document version is retrievable, and when document review schedules are maintained so outdated documents are flagged before they produce incorrect answers. The assistant retrieves from the documents you authorise it to index: if the indexed version of the investment policy statement is outdated, the assistant will retrieve from the outdated version. Ignited Nepal configures document freshness flags that alert the knowledge management team when a source document exceeds its review period, and configures the assistant to include a document review date in its source citations so staff can see when the source was last updated. Compliance teams can use the monthly query report to identify which regulatory topics are most frequently queried and prioritise those documents for regular review.

Our team

The people behind the work

Not a black box. Real specialists you can call, with their names on the work.

Niraj Raut

Niraj Raut

Founder — Ecommerce SEO
Keshab Joshi

Keshab Joshi

PPC Expert
Hawrry Bhattarai

Hawrry Bhattarai

Google Ads Expert
Arogya Rijal

Arogya Rijal

SaaS SEO Expert
Start here

Ready to stop losing staff time to manual information retrieval in SharePoint and Confluence?

Ignited Nepal builds AI knowledge base assistants for UK professional services firms and SaaS businesses that connect to the document sources your staff already use, deploy through Microsoft Teams or SharePoint, and comply with UK GDPR Article 30 and FCA Consumer Duty requirements from day one. The assistant does not replace your documentation. It makes your documentation retrievable in the time it takes to ask a question, which is the difference between a knowledge base that staff consult and a SharePoint library they avoid. The diagnostic engagement begins with a structured audit of your current knowledge sources, a data protection assessment of the data flows involved, and a set of representative test queries to establish what the assistant can and cannot answer from your existing documentation. You leave the diagnostic with a clear picture of where your knowledge base is strong, where it has gaps, and what a deployment would look like for your specific document environment and staff workflows.