Before scaling the full GN-Root Initiative, we're running a lean two-person pilot to validate the technical workflow and prove real-world impact.
// Phase 0
A constrained scope designed to prove the model before seeking formal funding.
// Hardware
Intel/AMD x86_64 machines with solid Linux driver support. ARM-based models are excluded due to compatibility issues.
| Model | Why It Works | Est. Cost | Status |
|---|---|---|---|
| ★ Tier 1 — Best Options | |||
| HP Pro c640 | Business-grade build; Intel 10th gen; excellent keyboard | $40–$60 | Best |
| Dell Chromebook 3400 | 14" screen; rugged design; great for students | $35–$55 | Best |
| Lenovo 500e Gen 2 | Convertible 2-in-1; stylus support; durable | $45–$65 | Good |
| Acer Chromebook 512 | Military-grade durability; spill-resistant | $30–$50 | Good |
| HP Chromebook 14 G5 | Large 14" display; solid specs; widely available | $35–$55 | Good |
| ★★ Tier 2 — Solid Alternatives | |||
| HP Chromebook 13 G1 | Premium aluminum build; Intel Core M | $50–$80 | Good |
| Dell Chromebook 13 (7310) | Business-class; carbon fiber; great keyboard | $55–$85 | Good |
| Acer Chromebook 14 (CP5-471) | Full aluminum body; 14" IPS display | $45–$70 | Good |
// Technical
Step-by-step process for converting enterprise Chromebooks to fully functional Linux machines.
Confirm the Chromebook model is x86_64-based (Intel/AMD). Check MrChromebox.tech for firmware support status.
This wipes local data and enables access to the underlying system. Required for firmware flashing.
Replace ChromeOS firmware with UEFI to enable standard OS installation. This is irreversible on most models.
Boot from USB with Lubuntu 24.04 LTS image and follow standard installation.
Update system, install Chromebook keyboard remapper, and pre-load educational software.
Verify all hardware functions before deployment.
// Selection
The initial 10 recipients are selected to ensure meaningful feedback and measurable impact.
Must not currently own a functional laptop or desktop at home. Tablets and phones do not count—this targets the compute-access gap specifically.
12–15 years old. Old enough to engage meaningfully with terminal commands and scripting concepts, young enough to benefit from years of Linux exposure.
Brief 3-question application to gauge curiosity. Sample: "What would you build if you knew how to code?" We're looking for sparks, not expertise.
Must have access to stable Wi-Fi—either at home or at a local library. A Linux laptop without internet access has limited utility for learning.
// Timeline
From hardware acquisition to deployment in four weeks.
The Beta Pilot proves the model. Help us scale it to 100+ students with the full GN-Root Initiative.
View Full Initiative → See the Cheat Sheet