Claver Consult
AI Workflow Consulting

AI workflows that produce reliable output. Not slop.

I sit with your teams, map how the work actually happens, then design AI workflows with structured inputs, review gates, clean handoffs, and rollout support. The method matters more than fake proof.

Peter Claver, founder of Claver Consult

founder-led workflow design

Product thinking, process mapping, and implementation discipline in one engagement.

Workflow simulator

Watch a messy request become a reviewable AI workflow.

The important move is not the model call. It is the structure around it: intake, context rules, draft, review, approval, and delivery.

Sample workflow simulation. Not client data.

Messy department request

Sales wants this supplier agreement signed tomorrow. Can someone check indemnity, renewal, data clauses, and whether we can use our fallback language?

Intake

Facts before drafting

Contract type, governing law, commercial position, risk tolerance, and fallback clause source are captured before the AI step runs.

Company workflow map

AI belongs inside a company map, not beside it.

Switch sectors to see the same operating spine: structured inputs, review gates, approval ownership, and outputs that return to the systems people already use.

Typical outputs

  • Risk flags
  • Fallback language
  • Exception queue
  1. 01

    Business request

    Deal context and deadline

    Captures who needs the review, why it matters, and what deadline is real.

  2. 02

    Legal intake

    Risk tolerance and clause source

    Turns loose email context into contract type, governing law, fallback clause, and escalation rules.

  3. 03

    AI clause draft

    First-pass issue packet

    AI drafts issue flags only from approved clause positions and the intake brief.

  4. 04

    Review gate

    Associate and partner approval

    Associates validate the draft; partners only see exceptions or unusual risk.

  5. 05

    Redline packet

    Rationale attached

    The final output carries redlines, rationale, and the source context that justified each change.

The problem

Most companies are afraid of AI for good reason.

A contract review illustration showing a document moving into approved review checks.

Review gate

AI output moves through clear human judgment before it reaches clients or teams.

Naïve adoption produces unreliable output that wastes more time than it saves. Reliable AI requires a system — structured prompts, guarded inputs, integrated review, and clear handoffs between humans and models. That system has to fit the way your departments already operate, not replace them with a chatbot bolt-on.

Done right, teams stop treating AI as a side tool and start using it as a controlled drafting layer inside work they already own.

Commercial outcomes

The system has to move business numbers.

Each workflow starts with a baseline and a target, so the rollout is judged by operating value, not AI enthusiasm.

Reduce reporting time

Turn recurring reports into structured drafts with reviewable inputs.

Cut repetitive admin work

Remove copy-paste handoffs, status chasing, and repeat formatting.

Increase response throughput

Help teams triage, draft, and route more work without dropping judgment.

Shorten approval cycles

Make ownership, exceptions, and review criteria visible earlier.

The framing

An AI operating system for your organization.

Most AI vendors sell tools. We build the layer underneath: the workflows, review paths, approvals, and data movement that make AI output reliable enough to ship to a customer, a partner, or a regulator.

Five pillars hold it up.

  • Reliability

    Every output passes the same review path. Trust is engineered into the workflow, not assumed from the model.

  • Workflows

    Work is mapped before any prompt is written. The AI step lives inside a documented process, not next to it.

  • Approvals

    Owners sign off. Exceptions are explicit. Nothing ships to a customer, partner, or regulator without a human approval.

  • Data movement

    Inputs come from systems of record. Outputs return to systems of record. The workflow does not depend on copy-paste.

  • Scalable architecture

    One operating model spans departments. New workflows reuse the same intake, review, approval, and audit primitives.

What it looks like

The shape of one workflow inside the operating system.

Every engagement ships a workflow with structured inputs, a review path, an approval gate, and a delivered artifact - not a chatbot bolt-on.

01Input

Structured input

Facts, context, and constraints captured before any model call.

02AI draft

AI draft

Model produces a first pass against a documented standard.

03Review

Human review

Operator checks output against a tiered quality checklist.

04Approval

Approval gate

Owner signs off, or escalates the exception path.

05Delivery

Delivery

Result lands in the system of record with audit trail.

What gets built

Consulting that turns into a working operating system.

Workflow discovery

Map the work as it actually happens: inputs, handoffs, review loops, exceptions, and the places where AI can safely increase throughput.

Department AI systems

Design practical AI-assisted workflows for legal, operations, finance, support, sales, and leadership teams without asking people to invent prompts from scratch.

Prompt and process libraries

Turn scattered know-how into reusable playbooks, templates, review gates, and operating rules that produce consistent output across the company.

Rollout and training

Ship the workflow with team training, implementation support, adoption checks, and a simple measurement loop so it survives first contact with real work.

Visual operating model

The workflow should be visible before anyone is trained on it.

The output is not just written advice. Teams need process maps, architecture views, review queues, and implementation screenshots that make the new operating rhythm easy to inspect.

Sample architecture

Three channels, one governed AI layer, three systems of record.

simulated

Source channel

Slack

#sales-inbound channel mentions and DMs

~40 events / day

AI processing

Lead triage

Classifies intent, scores against ICP, drafts a reply to confirm fit

model + tools · ~1.4s

Review gate

AE review

Confirms ICP score and reply tone, escalates ambiguous fits

SLA < 15 min

System of record

HubSpot

Creates a Deal, sets stage, attaches the full message thread

CRM · system of record

Shared grounding layer

Policies & SOPsApproved positionsAudit logEval set

ops.console / workflows

sample · not client data

integrations

SlackGmailHubSpotNetSuiteLookerSnowflake

Live queue · awaiting human

updated 12s ago

WF-1042SlackDemo request · enterprise0.94HubSpot · Deal stage 2auto-routed
WF-1041GmailInvoice dispute · vendor #3110.78NetSuite · AP queuein review
WF-1040WhatsAppSite inspection · 6 of 8 fields0.61Looker · field-opsneeds validation
WF-1039WebformRefund request · order #884210.88Zendesk · tier-1auto-routed

Methodology

How an engagement works.

  1. 01

    Discovery

    Clarify the company structure, service lines, constraints, tools, approval paths, and the business outcomes the engagement has to move.

  2. 02

    Department interviews

    Sit with the people doing the work and document the real sequence of inputs, judgment calls, reviews, rework, and final delivery.

  3. 03

    Design

    Build the AI workflow: prompts, retrieval inputs, approval gates, exception paths, human review moments, and the success metric.

  4. 04

    Rollout

    Train the team, pilot the workflow under real load, tune failure points, and hand over a documented operating rhythm.

Workflow examples

Sample breakdowns that show the method.

Legal

Sample workflow

Sample legal contract review workflow

A sample legal workflow showing how messy contract requests can become structured intake, AI-assisted clause analysis, and exception-only partner review.

Sample workflow simulation. Not client data.

Contract review cycle

Messy state: Unstructured intake with unclear risk toleranceStructured state: Review packet routed by risk tier

Government & operations

Sample workflow

Public operations workflow pattern from founder background

A background-informed sample showing how public operations need structured records, role-based access, reporting consistency, and reviewable handoffs before AI belongs in the workflow.

Sample workflow simulation informed by founder background. Not presented as Claver Consult client data.

Deployment footprint

Messy state: Fragmented unit-by-unit recordsStructured state: Shared operating model across units

Field notes

Monthly · No noise

Get practical AI workflow notes in your inbox.

One useful note when there is something worth saying — concrete patterns from real workflow design, not tool hype.

01Review gatesdesigning the moment of trust
02Workflow mapswhat the work really looks like
03Rollout lessonswhat survives first contact

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A discovery call is 45 minutes. We’ll review the intake you submit, map your departments, and identify the two or three highest-leverage workflows worth automating first. hello@claverconsult.comif you’d prefer email.