// PROTOCOL: AI_ADOPTION_ACCELERATOR

Your engineers should be directing AI — not surrendering control to it.

You don't have to choose between moving fast and staying in control. We retool your pipeline so AI does the producing, testing, and iterating — and your engineers decide what ships. A 3–6 month embedded engagement, with humans firmly in control the whole way.

FIG. HUMAN ⇄ AI BOUNDARY
REF: AAA-00Blueprint of the boundary between human judgment and AI automation

3–6 mo

EMBEDDED ENGAGEMENT LENGTH

140 hrs/mo

HANDS-ON + INSTRUCTIONAL TIME

25–40%

SUSTAINED VELOCITY GAIN

$0

NEW AI LICENSES REQUIRED TO START

01. Why most teams still aren't building with AI

Every engineering leader has read the headlines. Most teams still aren't using AI in any meaningful way — and it isn't because the engineers aren't capable. Adopting AI-assisted development isn't a tooling change. It's an organizational one.

You can't hand a developer a code-assistant license and expect results. The repositories aren't structured for it. The review process doesn't account for it. The testing strategy doesn't leverage it. So leaders who know they need to move sit paralyzed — convinced they must either stop everything and start over, or give up the human judgment that keeps software trustworthy. Neither is true.

We retool the pipeline incrementally, without pausing delivery, with humans firmly in control of what ships.

REF: AAA-CORE
THE CORE SHIFT

Your engineers stop being the people who produce code and start being the people who ensure the right code gets produced.

AI handles generation, testing, and iteration. Your engineers become the planners, reviewers, and orchestrators — the quality layer that decides what ships. That role is more valuable, not less. And it's the one that actually scales.

OMNILOGIC LABS // CORE PRINCIPLE

02. How it works — four phases, no disruption

PHASE 01search

Assessment

WEEKS 1–2

We audit your engineering workflows end to end: repos, CI/CD, branching, testing, review, deployment. We map where AI delivers immediate value and where friction will slow adoption.

PHASE 02foundation

Foundation

WEEKS 3–6

We restructure repositories, testing infrastructure, branching strategy, and review processes — the groundwork that makes everything else possible.

PHASE 03school

Training & Adoption

WEEKS 4–16

Hands-on sessions, office hours, and 1-on-1 tutoring that build five interlocking skills — the ones that make AI-assisted development sustainable and fast.

PHASE 04verified

Handoff

FINAL 2–4 WEEKS

We transfer ownership to your internal champion, document everything, and run a final assessment against baseline metrics — so your team keeps evolving without us.

03. The training — five interlocking skills

WHAT CHANGES IN THE PIPELINE

We don't teach theory and we don't run lunch-and-learns. We sit with your engineers, change how they work, and make the change stick. Five skills compound into a faster, more reviewable pipeline.

FIG. THE NEW WORKSTATION
REF: AAA-TRNBlueprint of a control surface workstation directing automation
REF: AAA-SKILLS
  • check_circlePlanning & decomposition — one change does one thing; break work into small, sequenceable units. The foundation everything else depends on.
  • check_circleOrchestration & multitasking — a single engineer directing several AI workstreams at once. Sustainable, not chaotic.
  • check_circleCode review as the primary skill — reviewing is the job now, not a chore. Engineers become fast, sharp reviewers.
  • check_circleIncremental shipping — small changes only deliver value if they merge and deploy continuously.
  • check_circleDirecting AI effectively — treat model mistakes as cheap, fast iterations, not failures.

04. Choose your starting point

Every engagement starts with a Discovery Sprint. Most teams move to a full Accelerator once they see what's possible. Minimum 3-month commitment on the full engagement.

ENTRY POINT

Discovery Sprint

2 WEEKS // $15,000 FLAT

A focused audit of your engineering workflows and AI readiness. You leave with a prioritized, ROI-ranked adoption roadmap and a clear picture of what's possible.

  • check_circleWorkflow & codebase audit
  • check_circleOpportunity ranking by ROI
  • check_circleActionable adoption roadmap
Start with Discovery →
MOST POPULAR

PoC Build

6–8 WEEKS // $60,000–80,000

We build a production-ready proof of concept against your highest-value use case — monitoring, fallbacks, and a trained internal champion included.

  • check_circleEverything in Discovery Sprint
  • check_circleWorking production proof of concept
  • check_circleObservability & monitoring setup
  • check_circleTeam training alongside every sprint
Scope a PoC →
FULL TRANSFORMATION

Full Accelerator

3–6 MONTHS // $30,000 / MONTH

The complete embedded engagement. We retool your entire engineering organization to build with AI — workflows, infrastructure, skills, and culture.

  • check_circleEverything in PoC Build
  • check_circle70+ hrs/mo instructional time
  • check_circle70+ hrs/mo engineering contributions
  • check_circleFull handoff and independence
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05. The business case

The hours aren't the product — the compounding velocity is. For a 10-person engineering team on a $1.5M fully-loaded annual payroll, a conservative 25% velocity gain represents roughly $375K in recurring annual value. The Accelerator costs the equivalent of hiring two or three additional engineers for a few months — except the engineers leave and the velocity gains don't.

ILLUSTRATIVE ROI MODEL · 10-PERSON ENGINEERING TEAM

$1.5M

ANNUAL ENGINEERING PAYROLL

+25%

CONSERVATIVE VELOCITY GAIN *

$375K/yr

RECURRING VALUE DELIVERED

< 7 mo

PAYBACK PERIOD
ILLUSTRATIVE MODEL // CONSERVATIVE ASSUMPTIONS // NOT A GUARANTEE OF RESULTS
// PROTOCOL: ENGAGE

Let's talk about your engineering team.

Tell us where you are. We'll tell you whether the Accelerator is the right fit — and what it would look like for your pipeline. Most teams start with a two-week Discovery Sprint.

MINIMUM 3-MONTH ENGAGEMENT // $30,000 / MONTH // WE REPLY WITHIN 24 HOURS

* The velocity gains, ROI, and payback figures shown are illustrative estimates based on conservative assumptions. Actual results are not guaranteed and will vary from client to client depending on team size, codebase, tooling, and starting point.