On March 27, 2026, Start9 CEO Matt Hill hosted a private unveiling of StartOS 0.4.0, the next major version of the operating system that powers the Start9 Server One. During that same session, Hill also gave viewers a first look at StartWrt, the router’s dedicated operating system. StartWrt is Start9’s fork of OpenWrt with a modern GUI that reimagines the router experience from first principles. The interface is sleek, modern, and a clear departure from the technical admin panels that define most open source router software today.
Hill, who has discussed the router on previous podcast appearances, noted that he is not someone who typically reveals products early, preferring to have a finished product before making announcements, but told viewers it was okay to share the information publicly.
In Hill’s words, he believes this will be the best router in the world.
The FCC Just Changed the Router Market
The timing of Start9’s announcement lands in the middle of a seismic shift in the U.S. router market. On March 23, 2026, the Federal Communications Commission updated its Covered List to include all consumer-grade routers produced in foreign countries, effectively banning new models that are not made in the United States from receiving FCC equipment authorization.
The ruling followed a White House-convened national security determination that foreign-produced routers introduce supply chain vulnerabilities and cybersecurity risks. Foreign-made routers were directly implicated in the Volt, Flax, and Salt Typhoon cyberattacks targeting critical U.S. infrastructure. According to Reuters estimates cited by TechRadar, approximately 60% of home routers in the U.S. are manufactured in China. The ban does not affect routers already authorized by the FCC or routers consumers have already purchased, but new models from foreign manufacturers cannot receive authorization going forward without “Conditional Approval” from the Department of Defense or the Department of Homeland Security.
The verbiage in the ruling matters. According to the FCC’s own FAQ, “production generally includes any major stage of the process through which the device is made, including manufacturing, assembly, design, and development.” That language raises critical questions about what qualifies as “produced in the United States.” Does the router need to be 100% manufactured domestically, from PCB fabrication through final assembly? Or does assembled in the USA using imported components meet the standard? The distinction has significant implications for every company in this space, and the Start9 team is actively exploring how this ruling applies to their product.
Hill acknowledged the regulatory landscape during the unveiling. If Start9 runs into roadblocks with the new FCC requirements, he said the company may offer router kits where users can assemble their own devices with minimum effort as a worst-case scenario. That approach would give customers access to the open source hardware and StartWrt software while navigating the regulatory gray area around what constitutes domestic production.
“The biggest barrier to self-hosting is not the server,” says Matt Howard, CEO of Solo Satoshi and Start9’s first official U.S. distributor. “It is the router. Start9 is solving the problem at the network layer, and the FCC’s new ruling makes an American-designed, open source router more relevant than ever.”
Hardware Specs
The Start9 RISC-V Router is powered by the SpacemiT K1, an 8-core 64-bit RISC-V processor. RISC-V is an open, royalty-free instruction set architecture, which means the chip design itself is not locked behind proprietary licensing from ARM or Intel.
| Component | Specification |
|---|---|
| Processor | SpacemiT K1, 8-core 64-bit RISC-V |
| Memory | 4GB LPDDR4 RAM |
| Storage | 16GB eMMC |
| Ethernet (WAN) | 1x Gigabit |
| Ethernet (LAN) | 1x Gigabit |
| Wi-Fi | AsiaRF AW7915-NP1, Wi-Fi 6 (802.11ax), 4T4R, up to 2,401 Mbps |
| Firmware | StartWrt (Start9 fork of OpenWrt) |
| Open Source | RISC-V ISA, board schematics, boot stack (OpenSBI + U-Boot), Linux kernel, OS, Wi-Fi kernel driver (mt76 mainline) |
Most consumer routers from Netgear, TP-Link, and ASUS run on proprietary ARM-based chipsets with closed firmware. TP-Link came under scrutiny in 2023 for routing traffic through third-party cloud services, and Netgear, ASUS, and Linksys have all shipped firmware that sends telemetry data back to their servers. The Start9 router eliminates those trust dependencies by using RISC-V silicon and fully open firmware.
The Wi-Fi 6 module supports 4×4 MIMO with throughput up to 2,401 Mbps, positioning it competitively against mid-range consumer routers. The 4GB of RAM and 16GB eMMC provide headroom for running VPN tunnels, DNS filtering, and firewall rules simultaneously.
Start9 clarified the open source status of the router in a March 28 post on X. The RISC-V instruction set, board schematics, boot stack (OpenSBI + U-Boot), Linux kernel, operating system, and Wi-Fi kernel driver (mt76) are all fully open source and mainline. What remains closed: the Wi-Fi radio firmware (which Start9 notes is true of every Wi-Fi 5/6 card from any vendor), and two early boot binaries for DRAM initialization and the first-stage bootloader. Both closed boot components execute once at startup and have open source replacements currently in progress.
StartWrt: The Router’s Operating System
The router runs StartWrt, a separate operating system from StartOS. Where StartOS powers the Start9 Server One, StartWrt is purpose-built for the router. It is Start9’s fork of OpenWrt with a modern GUI that reimagines the router experience from first principles.
During the March 27 unveiling, Hill demonstrated StartWrt running on the router hardware. Where OpenWrt’s default LuCI interface is functional but technical, StartWrt presented a clean, modern interface designed for users who have never configured a VLAN or written a firewall rule.
The standout feature is Security Profiles. Every device on the network receives a profile that determines what it can access, assigned automatically based on how the device connects.
On the Ethernet side, each port maps to a different Security Profile. On Wi-Fi, Start9 takes a different approach than the industry standard: instead of creating multiple networks, there is a single SSID with multiple passwords. Each password maps to a different profile. Your main devices use the admin password, your children use a child password with DNS filtering and time restrictions, and guests use a guest password with limited LAN access. One network name, many access levels.
The router also supports unlimited inbound VPN servers, each with its own Security Profile. Family members can get full LAN access remotely while friends get access only to specific services on your home server. Outbound VPN support includes per-device routing through providers like Mullvad or Proton VPN, and VPN chaining for layered privacy. Wi-Fi schedules can disable the radio entirely during specified hours.
Native StartOS Integration
The feature that separates the Start9 RISC-V Router from every other open source router on the market is direct integration with StartOS on the Server One. Server One owners will be able to link their server with the router for automated clearnet hosting.
If you want to host a service on a domain you control, whether a BTCPay Server instance, a Nextcloud file server, or any other application from the StartOS Marketplace, your server can remotely and automatically configure the router to forward the appropriate ports and create the necessary firewall rules. No manual port forwarding. No digging through router settings.
Why RISC-V Matters
Most routers today run on ARM processors licensed from ARM Holdings, which controls the instruction set architecture and charges licensing fees. In 2023, ARM began tightening licensing terms, raising concerns across the embedded systems industry.
RISC-V is an open standard maintained by RISC-V International. Anyone can design and manufacture RISC-V chips without licensing fees. For a product whose entire value proposition is openness and user sovereignty, building on RISC-V is a philosophically consistent choice. The SpacemiT K1 is an 8-core chip that has appeared in several RISC-V development boards. It is not the fastest processor available, but router workloads are I/O-bound, not compute-bound, and 8 cores with 4GB of RAM is more than adequate for gigabit throughput, VPN tunnels, and firewall rules.
The Sovereign Computing Stack
Start9’s product roadmap is becoming clear: build every layer of the home computing stack as open source, purpose-built hardware and software.
The Server One 2026 runs StartOS and handles compute, storage, and application hosting with an AMD Ryzen 7 6800H, up to 32GB LPDDR5 RAM, and up to 4TB NVMe storage. The RISC-V Router runs StartWrt and handles networking, security, and connectivity. Two devices, two purpose-built operating systems, one unified stack. No component depends on cloud services you do not control, and the remaining closed boot binaries have open source replacements in active development.
Crowdfund Details and What to Know Before Contributing
The campaign is live at btcpay.start9.com, run on Start9’s own self-hosted BTCPay Server, not a third-party platform. As of March 2026, the campaign has raised approximately $7,800 from 30 contributors toward the $250,000 softcap. Pre-orders and donations fund development directly and are non-refundable.
A few practical considerations before contributing. The router has 1 WAN port and 1 LAN port, so it is designed as a primary gateway, not a multi-room distribution system. If you need whole-home coverage, you will still need access points or a mesh setup behind it, which Matt Hill disclosed is on the road map for Start9. The full value of the router unlocks when paired with a Start9 Server One; without a server, you still get a solid open source router with a modern and easy to navigate UI, Security Profiles and VPN features, but the automated StartOS integration is the core differentiator.
If you want to start building your sovereign computing setup now, Solo Satoshi carries the 2026 Server One with same-day shipping from Houston, Texas, a 2-year manufacturer warranty, and lifetime Start9 support included with every unit. Browse the full home server and Bitcoin node categories, or visit the shop to see everything Solo Satoshi carries.
Last Updated: March 28, 2026
