( Ziiro / Docs )

Documentation.
How Ziiro works.

The detail, for someone who already knows what we do: the diagnosis phase by phase, the architecture underneath, and what happens to your data.

01

Getting started

02

Engagement lifecycle

Ziiro engagement lifecycleA sequence of 4 steps, read downward. 1. Consult: One paid hour. We work out which stage you need. 2. Diagnose: Map the operation and price the opportunity. 3. Build: Ship the agents into the tools you already run. 4. Optimize: Keep them measured and tuned after launch. The first step is a single paid hour; the three stages after it are scoped and decided one at a time.01CONSULTOne paid hour. We work out which stage you need.02DIAGNOSEMap the operation and price the opportunity.03BUILDShip the agents into the tools you already run.04OPTIMIZEKeep them measured and tuned after launch.
How an engagement runs: Consult, then Diagnose, then Build, then Optimize.

03

Diagnose methodology

Fixed in scope, seven phases. Each one shows what it does and what it leaves behind; open a phase for the frameworks and checklists it runs on.

ReadyReadyZiiro orb: Ready
  • Duration: 1-3 weeks
  • Scope: Fixed
  • Obligation: None
Diagnose, seven phases across three weeksA timeline. 01 Understand, Days 1-3, ends in Business model canvas. 02 Map, Days 3-5, ends in Process flowcharts. 03 Measure, Week 1, ends in KPI baselines. 04 Identify, Week 2, ends in AI opportunity list. 05 Calculate, Week 2, ends in ROI per opportunity. 06 Prioritize, Week 3, ends in Priority matrix. 07 Roadmap, Week 3, ends in Implementation plan.WK 1WK 2WK 301UnderstandBusiness model canvas02MapProcess flowcharts03MeasureKPI baselines04IdentifyAI opportunity list05CalculateROI per opportunity06PrioritizePriority matrix07RoadmapImplementation planFIXED SCOPE, ONE TO THREE WEEKS
The seven phases across three weeks. Week 2 carries two of them.
01

Understand

Discovery sessions on your revenue model, customer journeys, operations, cost structure and growth blockers.

Business model canvas

02 frameworks

Discovery framework

  • Revenue model
  • Customer journey
  • Operations and team
  • Cost structure
  • Growth blockers

What to ask in each

  • Revenue. How the business makes money, how it prices, which streams exist, and how payment actually arrives.
  • Customers. Who buys, why they buy, how they find the business, and what makes them leave.
  • Operations. The daily workflow, the team structure, the tools in use, and which steps are still done by hand.
  • Finance. Cost structure, margins, cash flow patterns, and what is actually constraining growth.

The point is to be able to describe the business without using the word AI once.

02

Map

Every core process documented step by step, with manual work, bottlenecks, repeated tasks and handoffs flagged.

Process flowcharts

02 frameworks

Annotate every step

  • Manual
  • Bottleneck
  • Repeated
  • Error-prone
  • Handoff

Process audit checklist

  • Find. Manual steps, bottlenecks, repeated work, and the gaps where one team waits on another.
  • Score. How often it happens, how long it takes, what it costs, and how often it goes wrong.
  • Decide. Automate it, simplify it, eliminate it, or leave it alone.

Leave alone is a real answer. A step that is rare, cheap and reliable is not worth touching.

03

Measure

Baseline metrics before anything changes: revenue health, operational efficiency and error rates.

KPI baselines

03 frameworks

Revenue health

  • Monthly recurring revenue
  • Gross and net profit margin
  • Average order value
  • Customer lifetime value
  • Customer acquisition cost
  • Churn rate

A standard rule of thumb: if lifetime value is under about three times acquisition cost, the problem is structural and automation will not fix it.

Operational efficiency

  • Time per task
  • People per process
  • Cost per operation
  • Error rate
  • Customer wait time
  • Throughput
  • Rework rate

Building the baseline

  • One row per process. Time per occurrence, how often it occurs, how many people it takes, what it costs per month, and how often it has to be redone.

Taken before anything changes, because it is the only thing a later claim of improvement can be measured against.

04

Identify

Each problem tested against automation, prediction, summarization, classification, optimization and decision support.

AI opportunity list

02 frameworks

Six questions per problem

  • Can it be automated?
  • Can it be predicted?
  • Can it be summarized?
  • Can it be classified?
  • Can it be optimized?
  • Can the decision be assisted?

If a problem answers no to all six, it is not an AI problem. That is a useful result, not a failed one.

Matching a problem to a solution

  • Invoices, receipts, forms. Document extraction: read the file, pull the fields, validate against rules, push into the system of record.
  • Repeated customer questions. Retrieval over your own documents, answering from the knowledge base and escalating when confidence is low.
  • Lead qualification. A scoring model trained on which past leads actually closed, so the strongest are routed first.
  • Email and follow-ups. An assistant that drafts from context, personalises outreach and pulls out the action items.
  • Recurring reports. A scheduled pipeline that pulls the data, computes the measures and sends the result.
  • Sales calls. Transcription plus extraction: the key points, the objections raised, and where the conversation turned.
  • Finding internal information. Retrieval over procedures and policies, so the team can ask in plain language instead of hunting.
  • Demand and churn. Forecasting on historical patterns, so stock, staffing and outreach move before the fact rather than after it.
05

Calculate

Monthly savings, the investment each one needs, break-even timeline and Year 1 ROI for every opportunity.

ROI per opportunity

01 framework

How the calculation is structured

  • Current monthly cost. People times hours times hourly rate, plus tool costs, plus what the errors cost.
  • Cost after the change. The human hours that remain, plus subscription, plus maintenance.
  • Monthly saving. Current cost minus the cost after the change.
  • Implementation cost. Development, integration, training, and a buffer.
  • Break-even. Implementation cost divided by the monthly saving.
  • First-year return. Monthly saving times twelve, minus implementation cost.

Every figure comes from the baseline taken in phase 03, not from a benchmark or an industry average. A number you cannot trace back to the client's own operation is not evidence.

06

Prioritize

Opportunities ranked by value against difficulty on a clear 2×2, so the first build is a decision, not a debate.

Priority matrix

02 frameworks

The two axes

  • Return. The monthly saving from phase 05, vertically.
  • Effort. Build time, integration difficulty and data readiness, horizontally.

Reading the quadrants

  • Do first. High return, low effort. This is where the first build comes from, every time.
  • Plan next. High return, high effort. Worth doing, but it needs the quick wins to land first.
  • Nice to have. Low return, low effort. Fill-in work. Never the opening move.
  • Skip for now. Low return, high effort. Revisit only if the return changes.

The matrix exists so the first build is settled by where things land rather than by who argues hardest for them.

07

Roadmap

A month-by-month plan with milestones, dependencies and success criteria for each system.

Implementation plan

02 frameworks

Sequencing rules

  • Quick wins first. Something has to be working early, while the appetite for the project is still there.
  • Core systems next. Once the quick wins have proved the data is reachable and the access actually works.
  • Advanced work last. Forecasting and decision support depend on both of the above being in place.

Every milestone carries

  • A dependency. What has to be working before this can start.
  • A success criterion. The baseline number it has to move, agreed before the build rather than after it.
  • An owner. Who on your side signs it off.

The priority matrix

Phase 06 places every opportunity on one 2x2, so the first build is a decision rather than a debate.

Priority matrix, value against effortA two by two matrix. The vertical axis is value, low at the bottom and high at the top. The horizontal axis is effort, low on the left and high on the right. The four quadrants are: Do first, high value and low effort. Plan next, high value and high effort. Nice to have, low value and low effort. Skip for now, low value and high effort.Do firstHigh value, low effortPlan nextHigh value, high effortNice to haveLow value, low effortSkip for nowLow value, high effortLOW EFFORTHIGH EFFORTLOW VALUEHIGH VALUE
Every opportunity is placed by value against effort. Do first is the quadrant that builds momentum.

04

Implementation

What the Build stage puts into your stack.

  • Agent design and deployment
  • Integration with the stack you already run
  • Dashboard and control panel
  • Access, handover and documentation
  • An agreed acceptance check before it is called done

Handover ends Build. Anything after it is scoped under Optimize on Pricing.

05

Technical architecture

Anyone can call the same APIs we call. What compounds is the system built around them, and the business context that feeds it.

  1. 08Business dataCRM, billing, ops, support, spreadsheets.
  2. 07Business intelligence layerWhere the hours and the money go.
  3. 06Research agentsContext gathered, enriched, verified.
  4. 05Reasoning modelsGPT, Claude, Gemini.Swappable
  5. 04Automation engineRouting, follow-ups, reporting.
  6. 03Internal knowledgeYour rules, your tone, your edge cases.
  7. 02Continuous learningOutcomes fed back into the next run.
  8. 01Business outcomesHours returned, costs reduced.

06

Data and ownership

What we connect to
Only the systems the processes under review touch: CRM, billing, operations, support, spreadsheets.
Where AI providers enter
Reasoning models are third-party APIs, interchangeable by design. The Terms govern how their outputs are treated.
What you own
The process maps, the baselines and the ROI math, built or not. A shipped system comes with its access, handover and documentation.
What is never done with it
Not sold. Not shared with third parties for their own purposes.
Deletion
Request it at any time. The Privacy Policy sets out how, and what we must keep.

The binding versions are the Privacy Policy and the Terms. Where this page and those disagree, they win.

07

FAQs

How do you scope a project?

It starts with the paid consultation, billed by the hour with a one hour minimum. That hour tells us which stage you need, Diagnose, Build or Optimize, and what the stage has to cover. The price for that stage is set from there and shown before any of it starts.

Do you offer ongoing support?

That is what Optimize is: outcome tracking, tuning, and a report on an agreed cadence. It is scoped and priced as its own stage rather than bundled into an open-ended retainer.

What if the diagnosis says don't build?

Then that is the recommendation, and you still keep the process maps, the baselines and the ROI math. A stage that ends in evidence against building has done its job.

Which model do you use?

Whichever one suits the job. GPT, Claude and Gemini sit in one interchangeable layer of the architecture and none of them is the advantage: the system built around them and the business context feeding it are.

What do you need access to?

Only the systems the processes under review actually touch, and only from the point they are needed. What that means in practice is agreed during scoping, before any of it is connected.