AI services / 01

AI track · Custom AI Solutions

AI shaped around your business.

We design and build custom AI systems around your workflows, data, customers, and goals—giving your organization capabilities that generic off-the-shelf tools cannot provide.

Strategy · Experience · Engineering · Integration · Evolution

Six inputs · one system
  • Business objective
  • Company knowledge
  • Operational data
  • User needs
  • Existing systems
  • Human oversight
Docked into One custom system Built for your workflow, your data, and the people who use it.
Human oversight retained Aligned

01 When it fits

When existing tools stop fitting the work.

01Unique workflowsYour processes, decisions, or customer experience cannot be served well by a generic AI tool.
02Company knowledgeThe system needs to work with your documents, policies, products, historical information, or operational context.
03Existing systemsAI must connect with the tools, databases, APIs, and platforms your team already uses.
04Control and evolutionYou need more control over behaviour, permissions, evaluation, interfaces, and how the solution develops over time.

02 What we can build

Custom systems with a job to do.

Six kinds of system we design and build. Which one applies depends on the work — most engagements combine two.

01Internal knowledge systems

Secure assistants that help teams find, understand, and use company information.

Typically forOperations, support and back-office teams working across scattered documentation.

02Intelligent operations tools

Systems that classify requests, extract information, recommend actions, and coordinate complex workflows.

Typically forTeams processing high volumes of requests, tickets, orders or claims.

03Customer-facing AI experiences

Purpose-built assistants, search experiences, recommendation systems, and guided product interactions.

Typically forProduct and marketing teams whose customers need help choosing or getting started.

04Decision-support systems

Tools that organize data, identify patterns, surface risks, and help people make informed decisions.

Typically forAnalysts, planners and managers who currently work from exports and spreadsheets.

05Document intelligence

Systems that read, extract, organize, summarize, and route information from documents.

Typically forFinance, legal, logistics and compliance teams handling steady document volume.

06AI-enabled digital products

New applications or product capabilities in which AI is a meaningful part of the customer experience.

Typically forProduct teams adding an AI capability, or launching something new.

Descriptions of what we design and build. Delivered examples appear only with the client's approval.

03 System architecture

Designed as a complete system,
not an isolated model.

Six layers, each one a decision. A model on its own is not a solution — what makes it useful is the context it can reach, the interface around it, and the way it is checked.

  1. 01Business goalThe measurable problem and intended outcome.Feeds 02
  2. 02Data and contextThe information the system needs and is permitted to access.Feeds 03
  3. 03AI models and logicThe models, rules, retrieval, orchestration, and safeguards that produce the required behaviour.Feeds 04
  4. 04Human experienceThe interface through which customers, employees, or operators understand and control the system.Feeds 05
  5. 05Tools and actionsThe APIs, platforms, and workflows the system can use.Feeds 06
  6. 06Evaluation and improvementThe testing, monitoring, feedback, and iteration required after launch.Back to 01

Read top to bottom: each layer feeds the next, and evaluation feeds back into all of them.

04 Possible scope

From first question to working system.

A menu, not a checklist. Final scope depends on what the problem needs — no engagement includes all of it.

Define
  • AI opportunity and feasibility assessment
  • Workflow and user research
  • Solution strategy and roadmap
Design
  • Human-AI experience and UI/UX design
  • Evaluation criteria and test scenarios
Build
  • Prototype or proof of concept
  • Technical and data architecture
  • Model and retrieval-system development
Deploy
  • Integration with existing tools and APIs
  • Permissions, safeguards, and human approval points
  • Deployment preparation
Evolve
  • Documentation, training, and ongoing improvement

05 How we work

Five stages for a custom build. The risky assumptions get tested before the expensive work starts.

01UnderstandStudy the business objective, users, workflow, information, constraints, and definition of success.Shared problem
02DefineChoose the right AI approach, prioritize requirements, and establish the solution architecture and evaluation plan.Architecture
03PrototypeTest the highest-risk assumptions through focused prototypes and realistic user scenarios.Evidence
04Build and integrateDevelop the system, design its interface, connect required tools, and test its behaviour.Working system
05Launch and improvePrepare for real-world use, monitor performance, collect feedback, and continue improving the solution.In production

Custom AI system in practice

Shape of a custom system

Goal, data and context, models and logic, human control, tools and actions, evaluation. The lime station is where a person decides.

Project type
Knowledge and operations platform
Context
Distributed company information and recurring operational requests
Challenge
Teams needed a more consistent way to find trusted information, prepare responses, and coordinate the next action.
Our role
Product strategy, human-AI experience design, system architecture, and integration planning.
Solution
A supervised AI workspace that retrieves relevant knowledge, organises context, and supports approved operational actions.
Outcome
A clearer experience for accessing information and moving work through the organisation.

06 Responsibility

Built for real-world responsibility.

What we work through when a system is going to be used by real people. These are design considerations, agreed per project with your security and legal teams — not guarantees.

01Data access and permissionsWhat the system can reach, on whose authority, and how that is enforced.
02Privacy requirementsWhat is processed, where it is stored, what is retained, and what never leaves your environment.
03Human review and approvalWhich actions a person confirms before they take effect.
04Quality evaluationTest sets and criteria agreed up front, so behaviour can be measured rather than assumed.
05Failure and fallbackWhat the system does when it is unsure, unavailable, or wrong — including handing back to a person.
06TraceabilityWhere it is appropriate, a record of what the system used and why it responded as it did.
07Monitoring and feedbackHow performance is watched after launch, and how users report problems.
08Change over timeHow model, prompt and system changes are reviewed before they reach production.
09Documentation and ownershipWho operates the system after handover, and what they are given to do it with.

07 Technology

The technology follows the problem.

We select models, platforms, data architecture, and integration methods according to the use case, information requirements, privacy needs, performance expectations, and long-term ownership—not because one tool is fashionable.

Tools we build with

PythonPostgreSQLpgvectorLangGraphOpenAIAnthropicWhisperNext.js

Tools we work in. Not partnerships, certifications, or endorsements — and the list changes with the problem.

09 Questions

Working answers. Scope, timing and commitments are agreed per engagement, in writing.

A generic tool solves an average version of the problem. A custom system is built around your workflow, your data and your permissions — which is what makes it usable in the work rather than beside it. Off-the-shelf is often the right answer; when it is, we will say so.

No, and few organisations do. Part of Understand is finding out what data exists, what condition it is in, and what the system can realistically rely on. Sometimes preparing a narrow slice of it is the first piece of work.

Usually. We work through the interfaces your systems already expose — APIs, databases, event streams — and keep permissions and audit trails intact. Where no interface exists, we scope the alternative before committing to it.

Often the best way in. A prototype tests the risky assumption with real scenarios, and the result decides whether a full build is worth it.

Evaluation criteria and test scenarios are agreed during Define, using examples from your own work. Behaviour is measured against those, monitored after launch, and re-checked when the system changes. No AI system is correct every time — the design decides what happens when it is not.

That is a design decision we make with you: which steps are automatic, which need confirmation, what can be overridden, and who is allowed to do it.

Monitoring, evaluation, feedback, and improvement — with documentation and training so your team can operate it. The level of ongoing support is agreed per engagement.

Have a problem that needs
more than an off-the-shelf tool?

Tell us what the system needs to understand, improve, or accomplish. We will help determine the right path forward.

studio@quirkydock.com · working internationally · CET