FOR SCHOOL DISTRICTS

Compute → Classroom.

Every hub directs a target 10% of allocable annual profit to the public school district that contains it — half district-wide, half toward internships, AI education and tech science academies — governed by a published agreement.

$146,889
Annual school contribution (Yrs 3–10)
$76,809
Annual school contribution (Yrs 1–2)
$1,328,726
10-year school district funding
10%
% of allocable profit

Based on: Base planning model

5% · DISTRICT-WIDE~$0 / yr (yrs 3–10)

Classroom technology, STEM labs, GPU credits and teacher training across the district.

5% · INTERNSHIPS, AI & TECH EDUCATION~$0 / yr (yrs 3–10)

Hub internships, AI education, technical education — and tech science academies piloted inside district high schools.

WHAT IT FUNDS

Six ways the classroom benefits.

AI literacy curriculum

Classroom materials that teach students how AI works — and how to use it responsibly.

STEM lab upgrades

Modernized labs, hardware and maker spaces in district schools.

GPU credits for classrooms

Real compute capacity from the local hub for student projects and research.

Teacher training

Professional development so educators can teach AI with confidence.

Hub internships

Student internships and site visits at the Community Compute hub in their district.

Workforce pathways

Tech, facilities and operations career pathways connected to real infrastructure.

HOW IT'S GOVERNED
  • • 10% target share of allocable annual profit
  • • Split: 5% district-wide + 5% internships, AI & tech education
  • • A written participation agreement between district and hub
  • • Allowable uses defined per agreement
  • • Annual public reporting on the transparency ledger
ELIGIBILITY
  • • Public school districts containing a Community Compute hub
  • • Contributions begin after the hub is commissioned and operating
  • • Uses must align with the signed agreement
DISTRICT INQUIRY

Bring Compute → Classroom to your district.

VACANT BUILDINGS → PRODUCTIVE INFRASTRUCTURE COMPUTE CLOSER TO COMMUNITIES SMALL FOOTPRINT · SERIOUS COMPUTE · LOCAL IMPACT EVERY HUB LEAVES ITS BLOCK STRONGER DISTRIBUTED AI INFRASTRUCTURE WITHOUT HYPERSCALE SPRAWL
VACANT BUILDINGS → PRODUCTIVE INFRASTRUCTURE COMPUTE CLOSER TO COMMUNITIES SMALL FOOTPRINT · SERIOUS COMPUTE · LOCAL IMPACT EVERY HUB LEAVES ITS BLOCK STRONGER DISTRIBUTED AI INFRASTRUCTURE WITHOUT HYPERSCALE SPRAWL