Kunnworks

Start with the work AI should improve

Review workflows, data and constraints to define pilot tasks and an adoption sequence

Strategy & planning A03Smart research campus strategy and AI operations planning
Integrated campus operationsAI commands and knowledge accessSmart building management
Smart research campus strategy and AI operations planning — Original planning & project documents
Original planning & project documents
Smart research campus strategy and AI operations planningOriginal planning & project documents
IMPLEMENTATION SCOPE

A transformation roadmap you can execute

Review workflows, data and permissions, then assess repetitive work and feasibility. Define priorities, proof-of-concept acceptance and conditions for implementation and operational rollout.

What we build
Workflow assessment · opportunity list · PoC plan · phased delivery roadmap
What we validate
Data availability, user review, success/stop criteria, operating ownership and handover
Read the architecture, acceptance scenarios and handover details
IN YOUR EVERYDAY WORK

The first AI question:
what work should change?

Before listing features, we define the inputs, decisions and next actions in a real working situation.

An illustrative scenario. Specific processing rules are agreed for the project.

WORKFLOW EXAMPLEILLUSTRATIVE

There are many recurring tasks but no clear adoption order.

Input
Workload · sources · owners · constraints
Review
Evaluation criteria and implementation effort
NEXT ACTION

Choose a priority task and evaluate a focused pilot

When this service helps

When AI adoption is a priority but the tasks and sequence are not yet clear

  1. 1

    Review the current work with its owners

  2. 2

    Agree pilot tasks and acceptance criteria

  3. 3

    Use the evidence to choose rollout scope

What the project delivers

  • Workflow and data assessment
  • Priorities and pilot plan
  • Adoption roadmap and operating roles

Specific features, integrations and operating support are agreed in the project proposal

Technical design and acceptance criteria

Details for technical reviewers. Architecture and acceptance criteria are agreed for the actual environment and project scope.

  • Process mapping
  • Decision gates
  • Evaluation design
  • Human-in-the-loop

Processing flow and exceptions

Compare operational value with integration effort. Expected benefit alone does not justify a pilot: a readiness gate checks data, access, evaluation cases, and accountable owners.

Value and pilot selectionCompare operational value with integration effort. Expected benefit alone does not justify a pilot: a readiness gate checks data, access, evaluation cases, and accountable owners.Value and pilot selectionKUNNWORKS · DESIGN EXAMPLEOperational valuePilot candidatesResolvedependenciesABCIntegration and change effortReady?PilotRemediateData + access + ownerDefine representative work and a baseline, then decide against acceptance and stop criteria
AI TRANSFORMATION / FROM WORKFLOW TO ADOPTIONDesign example · Refined against scope and constraints

Architecture summary

  1. Workflow baseline — Samples, processing paths, errors, handoffs
  2. Pilot gate — Data, access, owner, acceptance and stop conditions
  3. Scaling plan — Shared foundations, change approval, cost, training
02Acceptance criteria

Implementation and acceptance criteria

Concrete design decisions and acceptance scenarios to agree for the project.

Workflow baseline

ImplementationSamples, processing paths, errors, handoffs

ValidationCompare current work and the pilot on the same basis

Pilot gate

ImplementationData, access, owner, acceptance and stop conditions

ValidationExercise high-risk exceptions and human intervention

Scaling plan

ImplementationShared foundations, change approval, cost, training

ValidationReassess model changes and increased workload

Technology choices and acceptance criteria depend on discovery, integrations, and agreed scope. We define reproducible acceptance scenarios and handover evidence for the operating environment.

03Implementation details

Engineering decisions
in detail

From visible features to failure conditions,
we work through the decisions before launch.

01

Decompose work into inputs, decisions, actions, and exceptions

Review representative work samples and actual processing paths rather than relying only on workshop opinions. Locate bottlenecks in collection, extraction, judgment, system entry, or approval. Compare rules, search, conventional ML, and generative AI by task, documenting decisions that remain human-owned and actions the system must not perform.

02

Prioritization includes data and integration cost

Assess workload, handling time, and error cost alongside data access, quality, and API readiness. Separate reusable foundations from task-specific development and distinguish pilot cost from scaling cost. Put security, legal, and business decision points into the plan; defer candidates whose prerequisites are not available.

03

Pilots need a comparable baseline and error taxonomy

Build evaluation cases covering routine, rare, and high-risk work, with a comparable baseline. Measure correction needs, missing evidence, escalation rate, and cost per case alongside handling time. Classify whether failures arise from the model, missing data, or ambiguous process rules, and use agreed acceptance and stop conditions to choose the next step.

04

Adoption includes human roles and change control

Assign ownership of exception queues and the criteria for approval or correction. Connect training, access provisioning, evaluation cadence, and change approval to operating procedures. Reassess changes to prompts, models, and source knowledge. Plan scaling around cost, security, and support demands, not just the number of users who can access the tool.

04Handover

Detailed deliverables

  • Workflow and data assessment with a prioritized use-case backlog
  • Pilot scope, success criteria, and evaluation results
  • Adoption plan, operating responsibilities, and a phased roadmap
05Before implementation

Questions before implementation

  • Initial teams, recurring tasks, and current workload
  • Data access and security and change-approval processes
  • Pilot participants and the decision owner

How your project moves forward

01

Discover

Understand your goals, workflows, and operating environment.

02

Define

Define features, priorities, and integration requirements.

03

Build

Build the agreed scope and review progress together.

04

Launch & Operate

Prepare testing, deployment, and operational handover.

Let’s discuss your project

Tell us what you want to build or improve
Our team will review your request and reply by email

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