K–12 EDUCATION · OFFLINE BY DESIGN

Learn AI.
Build for the
next generation.

A standalone AI learning environment that stays at school. Trained high-school students build applications for K–5. Middle-school students develop the skills to become the next builders.

Local models. Local data. No cloud inference.
A SCHOOL-POWERED LEARNING LOOP
Hawkeye™PRIVATE LEARNING ENVIRONMENT
K–5Explore & learn
6–8Practice & prepare
9–12Build & contribute

9–12 build teacher-reviewed apps for K–5

Educator-guidedStandaloneOn-box AI
A complete environment. Inside your school.

Stage the models, curriculum, software, and dependencies locally. Run learning, development, and approved applications over a local school network without an internet connection.

THE K–12 VISION

Today's learners.
Tomorrow's builders.

Each grade band has a different role.
Explore how they contribute to the same environment.

TRAINED HIGH-SCHOOL BUILDERS

Turn AI skills into apps for younger learners.

The vision starts with high-school students who have already been trained in AI and application building. They use Hawkeye IDE, on-box LLMs, and approved curriculum datasets to create offline applications for K–5 classrooms.

  • Translate an elementary teacher's lesson brief into an application.
  • Build, inspect, and test the code using local AI assistance.
  • Submit the app for educator review, then improve it using classroom feedback.
GRADES 9–12 · EXPERIENCE
01
WORKSPACEBuild in Hawkeye IDE
02
LOCAL CONTEXTCurriculum + code + on-box LLM
03
OUTCOMEA reviewed offline learning application

Approved applications return to K–5 classrooms.

Built by students.
Reviewed by educators.

Illustrative projects show how each grade band
can take part in the same learning cycle.

READING · GRADES K–2

Word Explorer

Create a guided word-and-picture activity from a teacher's vocabulary list.

Approved datasetApproved vocabulary, example sentences, and classroom illustrations.
ILLUSTRATIVE PROJECT · NO STUDENT DATA
6–8

Practice the underlying AI skillsCompare two prompts and check whether every example uses the approved vocabulary.

9–12

Build the applicationBuild a simple word activity with teacher-selected content and a clear retry path.

Educator reviewThe teacher checks vocabulary, reading level, and every activity before classroom use.

K–5

Use it in the classroomStudents use the approved app in a teacher-led lesson. Feedback goes back to the builders.

Everything they need.
Inside your boundary.

Choose a local footprint for your learning environment.
Size the hardware for the models and concurrent users.

A school-controlled application and learning host.

Use the Hawkeye Hypervisor on bare metal to host the platform and separate learning applications in isolated virtual machines. Student devices connect through the school's local network.

Separate roles and workspacesDefine educator, learner, and builder permissions. Scope datasets and projects by school, class, or team.
Educators control classroom releaseReview content, code, and learning activities before making an app available to younger students.
Keep lessons and development localUse approved curriculum or synthetic teaching data, staged tools, and on-box models for offline operation.
OFFLINE SCHOOL REFERENCE ARCHITECTURE
K–5 apps6–8 learning9–12 IDE
School-controlled local network
PRIVATE HAWKEYE ENVIRONMENT
Data foundationCurriculum · PostgreSQL
ETL / ELT · search
Local intelligenceOn-box LLMs · GPUs
AI agents · analytics
Hawkeye IDE + separate application projects
Permissions + on-box security / SIEM
00
Hawkeye HypervisorBare-metal host · isolated application VMs

No external inference or runtime downloads

IDE
MEET THE HAWKEYE IDE™

Your idea. Your local AI. Your application.

Vibe code with an on-box LLM, your approved datasets, and Hawkeye features. Plan, build, and test a separate application, then deploy it offline on your private foundation.

On-box modelsLocal data contextIndependent codebase
Explore Hawkeye IDE

Build the skills.
Keep the opportunity local.

A school-owned environment for learning AI, creating applications,
and sharing student-built tools across grade levels.

Revisit the learning path