Browning recently introduced a new model in their 6-series Dark Ops trail cameras — the DCL Nano (BTC-6DCLN). This camera is small and light and features a silent, two sensor camera architecture. Lab measurements show that it operates at low … Continue reading →
3rd Party tools and their usage in reverse engineering trail camera firmware. Part of series.
Continue reading →Modern trail cameras are technically sophisticated embedded hardware and firmware systems. In this post I give a description of the key components and critical working aspects of Browning trail cameras. I provide this information as background for understanding how to … Continue reading →
The business considerations which prevent most trail camera manufacturers from offering customized firmware. Part 3 of series on reverse engineering Browning trail cameras
Continue reading →In this post, I describe several enhancements I have added to the Browning Timelapse mode to enable a broader set of applications. These enhancements are available for Browning Edge, Elite-HP4, and Elite-HP5 trail cameras
Continue reading →This post will focus on the requirements on tools and a tool flow for reverse engineering and hacking trail camera firmware. It is the second part of a multi-part series.
Continue reading →A friend’s trail camera stopped triggering. Here’s how I figured out what was wrong, and how I fixed it.
Continue reading →When a trail camera revers back to its default settings, and won’t take a new firmware image, it is likely the EEPROM has failed. This post describes how I replaced the EEPROM in a Browning Trail Camera. Applies to multiple Browning trail camera models
Continue reading →Lately we, and others, have encountered a bug in some Browning trail cameras that results in corrupted SD cards. This post explains what caused this bug. It also includes a fix
Continue reading →This post gives an overview of potential lens replacements for Browning Trail Cameras.
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