There are currently 9 blocks available.

• Power Station block: This is the base block to provide power. It has a power in (micro USB) that can take in power from computers or power banks. It also has a power out on the other side to extend power to other blocks. All other 8 blocks can stack on it to acquire power.
• WiFi block: This is a fundamental block for any applications. The WiFi block needs to be activated and paired with a computer in the same WiFi network. The WiFi communication needs to stay connected to the computer. The programs (created in Kitsunei Creator) run in the computer and transmit to the other blocks through this WiFi block. At the moment, all applications of Kitsi will need a WiFi block to work.
• LED Matrix block: This is an 8x8 white light LED matrix block. The 8x8 dot matrix can be programmed to display numbers, letters and custom drawn patterns/pictures. In order to display and show information, this LED matrix must be on top of the block stack.
• Infrared block: This is another block that must be on top of the stack. The infrared block can be programmed to send and receive IR signals. It can work with normal remote controllers such as a TV remote, and record its signals easily in the Kitsunei Creator to receive signals (such as for remote controlling a car using the TV remote) or send signals (such as to replace the TV remote).
• Touch block: This is a unique input block to be on top of the stack as well. Touch block is sensitive to finger touch (capacitive). In Kitsunei Creator programming, the Touch block, when touched, can return a coordinate (x, y). Using the returned coordinate, the Touch block can be used as a movement controller or in general a touch device.
• Temperature block: The temperature block can be placed on top or within the stack. It detects the environmental temperature changes and returns the ambient temperature. Kitsi recommends the main applications to be on measuring the changes in temperature because the ambient temperature can be affected by other blocks such as the WiFi block in the stack. Calibration/compensation is required for measuring accurate ambient temperature.
• IMU block: The IMU (Inertial measurement unit) block measures rotation, acceleration and magnetic fields with its gyroscope, accelerometer, magnetometer. These sensors are commonly built in mobile devices. With this IMU block, these measurements become very easy to obtain and utilise. The magnetic fields measured, however, can be affected by the connecting magnets in the block. Calibration/compensation is required to get accurate magnetic field measurements.
• Motor Driver block: This is a powerful block that can drive 4 motors (e.g., servo, brushed DC motors), and provide up to 6A current according to its spec.
• Breadboard block: The Breadboard block acts as an extension board, providing 12 pins for connecting to various sensors and electronic components used in Arduino and Raspberry Pi.