130 million US households run networks they don’t control. ISPs legally sell browsing data. VPN companies promise not to look. Smart devices phone home to ad networks without permission. There is no consumer hardware solution that solves this. That’s the gap.

GhostPort OS turns a Raspberry Pi 5 into a privacy router. Plug it in, and every device on the network is protected — phones, smart TVs, IoT devices, gaming consoles. No per-device setup. No third party. No trust required.

Every screenshot below is from the live GhostPort Command Deck — the actual dashboard shipping on every device. Built with vanilla HTML/CSS/JS, no framework dependencies.

GhostPort isn’t a consumer UI slapped on a commodity router. It’s a purpose-built Linux networking stack with military-grade packet filtering, encrypted DNS resolution, and remote fleet management.

A massive, growing market with no dominant hardware solution. GhostPort enters at the intersection of subscription fatigue, regulatory tailwinds, and affordable hardware.

Not just hackers. Not just IT pros. Four buyer profiles, each with a specific pain point GhostPort solves that no other product addresses.

Three forces are converging right now to create a market window that didn’t exist five years ago — and won’t stay open forever. The first company to move wins the category.

Priced for DIY builders, everyday families, and small businesses — each kit ships pre-flashed and ready to plug in.

350 units in Year 1. Roughly 30 per month. $800/mo in ad spend. No viral moment required, no partnerships assumed. Here’s the channel strategy.

Open code doesn’t mean no moat. Defensibility comes from trust capital, vertical integration, and category ownership.

Everything below is built, deployed, and running on live hardware. Not a roadmap. A status report.

Conservative model: Captain Kit only, $800/month ad spend, zero partnerships, zero virality. Break-even by Q3 of Year 1.

Thomas served as a United States Marine (MOS 0671 — Data Systems Administrator), trained daily on CMMC compliance and deployed on field operations to secure military communications and defend HQ networks from adversarial attack. After returning home, he worked in enterprise IT — where a real-world attack from foreign threat actors triggered the question that became GhostPort: “If billion-dollar companies can barely protect themselves, who’s protecting regular households?”

What could go wrong, and what we’ve done about each one.