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DetGaao

AI & Knowledge Implementation

AI that amplifies your people. A knowledge base that compounds.

Integrate AI and orchestration into existing operations to support your team, not replace them. Includes standing up a self-compounding organizational knowledge base so context survives across people, projects, and tools.

What does AI & Knowledge Implementation actually mean?

Two halves of the same engagement.

The first half is integration: putting AI tools into the workflows your team already runs, in the places where they save time and improve quality. Not "let's give everyone ChatGPT and see what happens." Specific tools wired into specific workflows, with the inputs, outputs, and review gates spelled out before the rollout starts.

The second half is knowledge: the structured memory and context layer the AI sits on top of. An LLM with no knowledge of your company writes generic copy, gives generic advice, and hallucinates the specifics. An LLM with access to a well-organized knowledge base (your past projects, your decisions, your terminology, your customers, your standards) writes like someone who has worked at your company for a year. The difference between "interesting demo" and "operational tool" is almost always the knowledge layer underneath, not the model on top.

We build both halves and the connective tissue between them, with the subject-matter experts already in your org in the room as the project's voice of truth.

Why do most AI rollouts disappoint?

Three failure modes account for most of them.

The tool got rolled out without the knowledge layer underneath. Generic ChatGPT-in-Slack. Useful for one-off tasks, useless for anything that needs the company's context. Within six weeks the team uses it for the same things they used Google for and the rollout is declared a soft success that didn't actually change anything.

The tool got rolled out without a review gate. AI outputs went straight into customer-facing channels or production data without anyone qualified looking at them first. Two months later there's an incident: a wrong number in a quote, a hallucinated policy in a support reply, an off-brand line in a marketing send. The rollout gets paused. The internal conversation about AI hardens against any further use.

The tool got rolled out as a tool install instead of a workflow redesign. The team's process is now "do the work the same way as before, plus also paste it into the AI and copy the answer back, plus also check whether the AI is right, plus also fix whatever the AI got wrong." Net workload up, not down. Within a quarter the tool is quietly dropped.

A good implementation addresses all three at once. The knowledge layer is built before the rollout, not after. The review gate is designed into the workflow, not bolted on. The workflow itself is restructured so the AI's contribution removes a step rather than adding one.

What does the "Knowledge" half actually mean?

The knowledge layer is the part most rollouts skip, and most outcomes turn on it.

In practice it means a structured, queryable record of the things your team knows that the AI doesn't. Customer history. Past decisions and the reasoning behind them. Brand voice and naming conventions. Product specifications, contracts and their terms. The team's accumulated playbooks. The internal vocabulary nobody writes down because everyone already knows it.

This layer gets built once and maintained over time. We help design what goes in, how it's organized, how it gets updated as the company evolves, and how the AI pulls from it at the moment of use. We use existing tooling where it fits: vector databases, retrieval-augmented patterns where lookup matters, structured prompt and skill files where reproducibility matters, simple plain-text knowledge bases where the team needs to read and edit it themselves. Tool choice is a means to an end.

The compounding part matters. A knowledge base that gets richer every week (because the team adds to it as they work, and the AI helps them add to it correctly) becomes more useful month over month. A knowledge base that's a one-time data dump goes stale fast. The implementations we ship include the maintenance cadence as part of the design, not as a future problem.

Where does AI fit into a workflow, and where doesn't it?

AI is good at a defined class of work. Drafting first versions of structured documents. Summarizing long inputs into shorter ones. Classifying or routing inbound items. Reformatting data from one shape to another. Generating variants of something inside a defined template. Accelerating the boring parts of work an SME would otherwise do by hand. Most knowledge-work organizations have dozens of these slots and don't see them as such.

AI is bad at a different class. Final-call decisions where being wrong has real downside. Anything regulated, legal, or compliance-shaped without explicit sign-off. Genuine novel judgment in a context the model hasn't seen versions of. Synthesizing a position from contested evidence where the reader needs to know which evidence was weighted how. Tasks where the cost of a confident-sounding wrong answer is higher than the cost of doing it slowly the right way.

We help you identify which workflows belong in which class. The honest answer for most companies is that 20–40% of current workloads have a good AI fit, another 20% might with restructuring, and the rest are best left alone for now. Anyone selling you a much higher number is selling.

How does the SME stay in the loop?

This part is non-negotiable in any implementation we ship.

Every AI-mediated workflow has a defined human gate. The gate's strictness scales with the stakes. For low-stakes outputs (internal drafts, sorting tasks, lightweight summaries) the gate might be a periodic spot-audit and a feedback loop into the prompt. For medium-stakes outputs (customer-facing copy, sales materials, internal reports that drive decisions) every output gets a quick SME review before it ships. For high-stakes outputs (legal language, financial commitments, regulated communications, anything contractual) the AI drafts and the SME approves with the same rigor as if no AI were involved.

This sounds like it cancels out the speed advantage. In practice it doesn't, because the SME's time per output drops significantly when they're approving a near-finished draft instead of writing one from scratch. The economics work as long as the AI's draft quality is high enough that the SME's edit pass is genuinely faster than starting from a blank page. Building the knowledge layer is what makes the draft quality that high.

The SME's role doesn't disappear. It shifts from production to oversight and judgment, which is usually the higher-value use of their time anyway. Headcount conversations are separate from this work and we don't lead with them.

Who is this not a fit for?

Three disqualifiers.

Companies whose stated goal is headcount replacement. Sometimes that's the right business decision and sometimes it isn't, but it's a separate conversation from this one. Trying to thread both at once produces compromised implementations and a team that won't adopt the tool. If headcount reduction is the brief, hire a consultancy that leads with that pitch. We don't.

Companies without enough SME bandwidth to staff the review gates. The implementations we ship depend on qualified humans reviewing AI outputs at the rate the workflow produces them. If the SMEs are already overloaded and adding a review gate isn't survivable, the right move is to fix the staffing problem first or to scope the implementation to a narrower workflow where the bandwidth exists.

Companies looking for a vendor to do AI to them rather than with them. The implementations that survive past month three are the ones the inside team understands, can modify, and can extend. If the brief is "build us a black box that does X," the box gets brittle the moment X changes, and X always changes. We work in the open, with the team, and document everything in plain English.

What happens after the implementation?

Handover follows the same shape as any other engagement we ship.

The inside team owns the workflows we built and the knowledge layer underneath them. They can adjust the prompts, add to the knowledge base, change the review thresholds, and swap tools when better options appear in a market that moves quickly.

The handover doc is plain English. It describes what each workflow does, what its review gate is, where the knowledge layer lives and how to maintain it, what the indicators are that something has drifted and needs attention, and who to call if a model provider changes pricing or shuts down a product line. The doc is written for the operator who will inherit it, not for an audit.

We're available for advisory check-ins after exit. Most engagements have one at the 60-day mark, one at six months, and then ad-hoc when something material changes in the model market. Past that, you're operating it. That's the point.

Questions about AI & Knowledge Implementation

What AI models or tools do you use?
Whatever fits the workflow. We don't get paid by any model provider and we don't have a stack we're pushing. Most current implementations use a mix of frontier LLMs (Anthropic, OpenAI, sometimes Google) routed by use case, plus open-source models where data sensitivity or cost makes that the right call. The model choice gets made after the workflow is scoped, not before.
How long does an implementation take?
Typical engagement runs 8 to 16 weeks depending on how many workflows we're implementing in parallel and the state of the knowledge layer at start. Single-workflow implementations with an existing knowledge base move faster. Multi-workflow rollouts that include the knowledge layer build take the upper end.
What about data privacy and our information going to model providers?
Designed in as a constraint from the start, not bolted on. We use providers with appropriate data agreements (zero data retention, enterprise tier where it matters), self-hosted models for sensitive workflows, and design choices that keep the most sensitive data out of provider context entirely. Legal review of the data-flow design is part of the implementation.
How is pricing structured?
Two phases. A 2–3 week scoping engagement ($20–40K) where we map the workflows, design the knowledge layer, and produce a sized implementation plan. The implementation itself runs $80–250K depending on scope, with optional monthly maintenance retainers ($5–15K/mo) for ongoing tuning and knowledge-base updates if the team wants outside support.
What happens when the AI model market changes?
It will, and quickly. Model capability, pricing, and availability all move on short cycles. The implementations we ship are designed so the model layer can be swapped with limited disruption to the workflows on top. We use abstraction patterns that make provider switches a configuration change rather than a rebuild. The knowledge layer is provider-agnostic by design. Six months from now you should be able to evaluate a new model and route to it without touching the workflows around it.

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