Ledger 02The proving-ground model

How It Works

Follow a student from a first Build to a growing 100X CV + Transcript. They solve problems with real users and markets, keep a weekly execution rhythm, and use the shared 100X operating system with Yodaman.AI support, all held to one evidence standard.

A laptop showing a project management app beside a cup of cappuccino on a café table.
Work planned, shipped and reviewed every week. Illustrative stock photograph.

On this page

  1. 01Builds with real users and markets
  2. 02Weekly execution
  3. 03100X operating system
  4. 04Yodaman.AI support
  5. 05100X CV + Transcript

01Builds

Builds with real users and markets

A Build is not a case study or a simulated brief. It is a real problem that involves real users, customers, markets or communities. Students commit to it, act on it and live with the results.

This is what makes the work consequential. When a decision lands with someone outside the classroom, students get honest feedback. They learn to adapt. What they produce can be checked, not just graded.

  1. Real people on the other side

    Every Build answers to someone it actually affects. That could be a user testing a tool, a customer deciding whether to pay, a market that responds or a community whose problem is being addressed.

  2. The same ecosystem as professionals

    Students are not placed in a separate student track. They join the same Expedition ecosystem as entrepreneurs and professionals. They work to the same expectations and alongside people who build for a living.

  3. Consequence over participation

    Attendance and effort alone do not count. A Build is measured by the value it creates and the decisions behind it. This gives students proof of capability that grades and internship hours cannot show on their own.

A woman using a tablet at a modern office reception desk.
Stock photograph, for illustration only. Real problems start where real customers and users meet a product or service.

02Weekly execution

One week at a time, on the record.

Students do not wait for a final submission to show what they can do. Every Build moves in weekly cycles. They commit to a move, do the work with real users, look honestly at what happened and decide what changes next. Each cycle leaves a trace.

  1. Commit

    Students name the week’s goal and the decision behind it: who they are serving, what they will test and what would count as progress.

  2. Execute

    They do the work where it matters. That means talking to users, shipping a version, running the offer or showing up for the community.

  3. Evidence

    They capture what actually happened, such as replies, numbers and artefacts, rather than what was planned.

  4. Adapt

    They review the results and keep, change or drop the approach before the next week begins.

What accumulates

Decisions
The choices made and the reasoning behind them.
Adaptations
What changed when reality pushed back.
Outcomes
What the work produced for real people.

Week after week, this record becomes the student’s 100X CV + Transcript. It is proof of capability built from evidence rather than hours logged.

Laptop showing a project management board beside a cup of cappuccino
Stock photograph, used for atmosphere.
Build log · Week 07Illustrative layout
Decision
Focus the pilot on 12 sari-sari store owners in one barangay instead of the whole town.
Adaptation
Switched from an online sign-up form to in-person demos after only 2 of 30 replies came back.
Outcome
9 owners now log daily sales. 3 have asked for credit tracking, which is next week’s test.
Entry 07 of the Build record

The system

One shared system. Support built in.

Every student on the Expedition plans, executes and records their Build in the same place. AI support is on hand when the next step isn’t obvious. For your school, that means one standard to adopt rather than a new toolkit to invent, and it holds from the first cohort onward.

Detail view of an aircraft's sophisticated control panel with instruments and switches.
Stock photograph of an instrument panel, used here as a metaphor for a shared operating system.

01Product

100X operating system

The shared operating system students use to plan, execute and record their Builds each week. It is the same system used across the Expedition, so students work to the same rhythm as the entrepreneurs and professionals around them.

  • PlanSet the week’s goal and the assumption worth testing.
  • ExecuteDo the work with real users, customers or communities.
  • RecordCapture decisions, adaptations and outcomes as they happen.

02AI support

Yodaman.AI

AI support that helps students think through next steps on their Build. It helps them ask sharper questions, weigh their options and turn a stalled week into a plan. The decisions, and the evidence, stay with the student.

Yodaman.AIWeek 4 · Build check-in
Student

I interviewed 14 sari-sari store owners about restocking. Only 3 said they’d pay for a delivery service. Do I drop the idea?

Yodaman.AI

Before deciding, look at those 3. What do they share — location, store size, how far they travel to restock? If there’s a pattern, a narrower test this week could tell you more than the other 11 answers.

Illustrative layout — not a real conversation

03For school leaders

Shared standard

Every cohort works in the same system, so evidence stays comparable across sections, programmes and school years. Your faculty review work against one consistent record instead of reconciling different formats.

04For school leaders

Built to scale

From one cohort to thousands without diluting the standard. Start with a focused group and expand on the same footing, with no change to how Builds are run or recorded.

See how schools grow from pilot to scale

Want to see the system working with your own students?

See it in your school

Ready to see Builds in your programs?

Start with one focused pilot cohort, then expand on the same evidence standard. To decide where it fits first, see the integration pathways.

Send an inquiry

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