The PiShock consists of a hub and any number of shockers. You connect the hub to the internet via 2.4Ghz WiFi, pair the shockers with the hub and then you're set.

Here you'll find documentation and user guides for PiShock products such as:

If you have no idea what PiShock is: I'm left wondering how you found this, but it's an ecosystem around using dog shock collars on humans (clearly the better way to use them!). Pythonic, easy-to-use API.

Base class for HTTPShocker and SerialShocker. Applications which only need access to shock(), vibrate(), beep(), and info() (with BasicShockerInfo only) can swap out a HTTPShocker for a …

Multishock is the official PiShock Desktop Application to allow for a variety of integrations fitting various needs. Be it image detection, OSC, websocket or streaming.

Nov 2, 2025 · The makers of Pishock provide extensive technical support, a direct link to a welcoming community of fellow users, numerous safety warnings and features to improve the experience of the …

Operating the PiShock while moving around in a space such as a convention floor requires nothing more than a hotspot connection and an external power source.

Beautiful command-line interface to send shocks/vibrates/beeps, manage share codes, keep someone on their toes with random shocks, interfacing with the PiShock over USB/serial, upgrading firmware, …

Shock Collar Control Operations The shock collar included with PiShock has three operations: shock, vibrate, and beep. You specify the operation using the Op variable.

When a PiShock is attached via USB, the commands shock, vibrate, beep and info can be used with pishock --serial to communicate over serial rather than using the HTTP API. Instead of taking a share …