Thingino Open Firmware Now Supports 166 IP Cameras

The $20 Camera You Already Own, Running Your Software

Thingino is a Linux firmware replacement for IP cameras built on Ingenic SoCs, and as of Hackaday's July 29, 2026 write-up it supports 166 camera models. That number is the story. Cheap network cameras are one of the most widely deployed classes of embedded Linux hardware on earth, and almost all of them ship locked to a vendor cloud that decides what the device can do.

• 166 supported camera models, including roughly a dozen Wyze cameras, the Cinnado D1, and a long list of other Ingenic-based units
• RTSP streaming, periodic snapshots, motion detection with custom triggers, multiple simultaneous video streams, and timelapse recording
• FTP, MQTT, VPN, and Home Assistant integration, plus SSH access and pan/tilt motor control on compatible models
• Installation varies by model — some flash from an SD card, others need a USB-to-serial adapter or an external chip programmer

Why Ingenic Silicon Is the Common Denominator

Ingenic's camera SoCs are the quiet standard behind an enormous share of budget IP cameras. A handful of chip families, a reference design, and dozens of brands putting their own plastic around near-identical hardware. That consolidation is exactly what makes a project like this viable — porting to a new camera is often a matter of describing the board's sensor and GPIO layout rather than bringing up a platform from scratch.

It also explains how the supported list grows the way it does. Each successful port lowers the effort for the next similar unit, and the community effect compounds. This is the same dynamic behind the multi-firmware ecosystems we covered on the reTerminal Sticky ePaper panel: shared silicon plus an open base equals a lot of devices getting a second life.

What Do You Get That the Stock Firmware Won't Give You?

Local control, principally. A stock budget camera typically streams to a vendor app, gates useful features behind a subscription, and stops working entirely if the service does. Thingino gives you RTSP, which means the camera becomes a standard video source that any recorder, dashboard, or self-hosted NVR can consume.

The rest follows from that. MQTT lets motion events drive automations. Home Assistant integration makes the camera an entity like anything else on the network. VPN support means remote access without exposing a port or trusting a cloud relay. SSH means you can actually debug it. None of these are exotic features — they are simply what the hardware was always capable of once the software stopped deciding otherwise.

How Hard Is It to Flash?

That depends on the model, and the project is upfront about it. The easy tier flashes from an SD card, which is roughly as involved as updating a router. The middle tier wants a USB-to-serial adapter and a few jumper wires to reach the console — familiar territory for anyone who has worked with development boards. The hardest tier requires an external chip programmer with a clip, which means opening the case and putting a clip on a SOIC-8 flash chip.

The practical advice is to check the supported list *before* buying, not after. A camera that flashes from SD is a pleasant afternoon; one that needs a programmer is a project. If you already own a supported Wyze unit, you are likely in the easy tier, which is the best possible starting point — comparable in effort to the ESP32-P4 IP KVM build we covered earlier this week.

Why This Matters Beyond Cameras

There is a real sustainability argument buried here. Cheap connected hardware is usually discarded when the vendor service ends, not when the hardware fails. Firmware that outlives the service converts an e-waste timer into a device that keeps working, and the underlying silicon in these cameras is perfectly capable of another five years of duty.

Project files live at thingino.com with the firmware repository on GitHub. If you have a drawer camera doing nothing, the supported list is worth two minutes of your morning.

Sources: Hackaday — July 29, 2026; Thingino project — July 2026; thingino-firmware on GitHub — July 2026.