Mark 1
This section of documentation assumes the following:
That you have a Mycroft Mark 1 hardware Device
That you are comfortable connecting devices to WiFi networks
That you are comfortable issuing basic Linux commands
When you received your Mark 1, you would have received a blue-colored Getting Started guide (PDF, 290Kb).
Connect the Mark 1 power supply to a power outlet, and to the Mark 1 device. NOTE: If you are in a country other than the USA, you will need a power adapter to convert from the US power supply the Mark 1 ships with. Alternatively, use a 12V, 1A power supply for your country's power outlets.
The Mark 1 will boot up. It will then Speak:
"I need to be connected to the internet. Plug in a network cable, or connect to the SSID Mycroft with the password 12345678 and go to http://start.mycroft.ai"
Plug the Mark 1 into your router using an ethernet cable. The network should be automatically detected.
Using your computer or a mobile device, connect to the Wifi SSID MYCROFT using the password "12345678". Once you are connected to this SSID, go to the web page http://start.mycroft.ai. A list of available WiFi networks will be presented. Select the WiFi network that you wish to connect the Mark 1 to, and enter the WiFi password. Mark 1 will attempt to connect to the WiFi network.
NOTE: Mark 1 cannot connect to WiFi networks that operate in the 5GHz band. You must select a WiFi network that operates in the 2.4GHz band.
NOTE: Mark 1 cannot connect to WiFi networks that operate on Channels 12 or 13 (2467MHz and 2472MHz frequencies). Please configure your SSID to use a different channel or frequency.
Once the Mark 1 is connected to the internet, a Registration Code will be Spoken, and displayed on the Mark 1's LED panel.
View the home.mycroft.ai documentation to learn how to add your Device to home.mycroft.ai.
Once paired, you can then use basic Skills that come on the device.
You can access the Mark 1 menu by pressing the top button for two seconds. Turn the top button anti-clockwise to scroll through menu options, then press the button to select that option.
The available menu options are:
ILLUM: This option allows you to control the brightness of Mark 1's Eyes, on a scale of 0 (eyes off) to 30 (maximum brightness). The Auto setting will set the brightness to 30, which is the maximum setting.
WIFI: This option allows you to connect or re-connect Mark 1 to your WiFi. This option is useful if your router changes, or your WiFi password changes, or you're moving your Mark 1 to a new location.
REBOOT: This option will reboot your Mark 1. NOTE: The reboot is immediate. This option is useful if you're experiencing issues with your Mark 1, or may be required as part of troubleshooting measures.
OFF: This option will put your Mark 1 into Standby Mode. You won't be able to use the Wake Word or make Utterances while Mark 1 is in Standby Mode. To wake Mark 1 up from Standby, press the top button for two seconds.
TEST: This option will immediately run a test sequence on your Mark 1. This option may be required as part of troubleshooting measures. To move through each of the tests, press the top button. Continue pressing the top button to exit the test sequence.
SSH: This option allows you to enable SSH connections to the Mark 1 Device, or to block SSH if it's enabled.
LEARN: This option allows you to enable the Learn functionality within Mycroft. If you've also opted-in on home.mycroft.ai, and Learn functionality is enabled, then Mycroft will record your voice when Speaking the Wake Word and Utterances. This data is then used anonymously to train Mycroft to better recognize the Wake Word and Utterances.
RESET: This option resets Mark 1 back to a factory default state. You may need to do this for troubleshooting, or if you're giving your Mark 1 to someone else. NOTE: If you're resetting your Mark 1, remember to remove the Device from home.mycroft.ai so that the Pairing is removed also
DEMO: If this option is selected, Mark 1 will provide a short demonstration of functionality, whilst channelling his secret desire to be Eminem :-)
When you power on your Mark 1, the eyes on the Mark 1 will go through a series of color changes. They are explained in more detail here.
NO EYES SHOWN: If your Mark 1 is not showing any LED pixels light up on its eyes when the power is plugged in, this means that the Arduino that powers the Neopixel eyes hasn't booted correctly. Try unplugging the power, waiting 30 seconds and then plugging the power back in.
GREY SPINNEY EYES: On first boot, Mark 1 will show grey spinning eyes. During this time, both the Raspberry Pi 3 board, and the Arduino used to control the Neopixel eyes are powering up. If your Mark 1 is stuck at this stage, try unplugging the power, waiting 30 seconds and then plugging the power back in.
SOLID GREY EYES: After around 10 seconds, the grey spinning eyes may turn into solid grey eyes. During this time, the Raspberry Pi 3 board is writing code to the Arduino board that controls the Neopixel eyes.
SOLID YELLOW EYES: On boot, Mark 1 will check that its software is up to date. First, it will do a network time protocol sync to ensure that the system clock is synchronised, during which you will see the word
<<< SYNC <<<appear on the LED display. Next, Mark 1 will attempt to update the Skills that are installed on the Device. If your Mark 1 gets stuck at this stage, it is likely an issue with updating software or Skills. A reboot may assist, but if it does not then please contact us via Chat or the Forum and we can assist further.SOLID BLUE EYES (or color you have eyes set to in your home.mycroft.ai preferences): after Mark 1 has finished booting and is ready for your voice commands, it will show solid blue eyes, or the solid color you have chosen in your home.mycroft.ai preferences.
The Mark 1 is completely open source hardware. All of the schematics and specifications can be found on our Github.
First, ensure that you've enabled SSH access. To do this hold down Mycroft's button until you see the menu. Twist till you see SSH, press the button again. Twist to Allow, then press again. Mycroft will then say "SSH Logins are now allowed".
Ensure you know the IP address of your Mark 1 Device on your network. A handy way to do this is to install the IP Address Skill, and then Speak:
Hey Mycroft, what's your IP address?
"here are my available IP addresses: wlan IP address ... Those are all my available IP addresses"
Open up your favorite terminal program, like PuTTy on Windows, or a new terminal on Linux
The default password is
mycroft, so enter this when prompted.If you have successfully logged in via SSH you will see a command prompt like the one below:
$ ssh [email protected][email protected]'s password:The programs included with the Debian GNU/Linux system are free software;the exact distribution terms for each program are described in theindividual files in /usr/share/doc/*/copyright.Debian GNU/Linux comes with ABSOLUTELY NO WARRANTY, to the extentpermitted by applicable law.Last login: Wed Oct 18 13:02:44 2017[email protected]_1:~ $
You are now connected to the Mark 1 via SSH.
If you would like to set up SSH access to your Mark 1 device using SSH keys instead of a password, then follow this guide on the Raspberry Pi documentation.
If you are SSH'd into the Mark 1 device, you are able to issue commands using the command line interface (CLI) instead of using voice. This bypasses the Speech To Text (STT) component of Mycroft.
mycroft-cli-client
You will now be able to type Utterances into the CLI.
If you were one of the original Kickstarter backers or ordered a Mark 1 in 2017 your Mark 1 may be running an old version. In this case you will need to manually update your Mark 1 to the latest version. Once you complete these steps Mark 1 will automatically update in the future. There are two recommended options for updating. Option 1 is recommended for Makers, and those used to ‘tinkering’ with RPi 3 and related open hardware.
You will need:
A long reach T10 torx screwdriver
A Micro SD card reader/writer
An internet connection
Method
Download the latest image from the Mycroft website.
Unplug the Mark 1 from the power supply.
Remove the four rubber feet from the Mark 1, and put them in a safe place.
Gently remove the base of the Mark 1.
Gently unseat the Micro SD card.
Using a tool like the Raspberry Pi Imager, burn the disk image to the Micro SD card.
Gently re-seat the Micro SD card in the Mark 1.
Gently place the base of the Mark 1 back, and screw in the four screws.
Replace the four rubber feet.
Plug in the power supply.
The Mark 1 device will power on with ‘white spinning eyes’. This will last around 20 seconds to 1 minute. Mark 1 will then have ‘full blue eyes’.
Mark 1 will then advise that it needs to be connected to WiFi.
Follow the instructions to connect Mark 1 to the internet.
Once you are connected, Mark 1 will advise that you need to pair the device. Pair the device on home.mycroft.ai
That’s it! Once your Mark 1 is paired, you’ll be able to use all the default Skills that come with the device, and you’ll also be able to install your own from the list at: https://mycroft.ai/documentation/skills/#community-developed-skills
This option is recommended if you aren't comfortable taking apart your Mark 1 device.
You will need:
An internet connection
About 20 minutes to do the update - parts of the update take over an hour but you can do other things while the updates are happening.
Method
Follow along with Kathy, our Community Manager, as she guides you through the upgrade process via voice.
Take your Mark 1 out of its box, and give it a wipe over with a damp (not wet) cotton cloth, to remove dust. Be careful as the acrylic front plate can scratch if you use an abrasive cloth. Gently blow into the ports on the back of the device, and the ventilation holes on the top and bottom, to blow away excess dust.
Plug Mark 1 into power
The Mark 1 device will power on with ‘white spinning eyes’. This will last around 20 seconds to 1 minute. Mark 1 will then have ‘full blue eyes’.
Mark 1 will then advise that it needs to be connected to WiFi.
Follow the instructions to connect Mark 1 to WiFi, or connect an ethernet cable to the ethernet socket on the back of the device.
Once you are connected to WiFi, Mark 1 will advise that you need to pair the device. Pair the device on home.mycroft.ai following these instructions.
If you hear the message Error occurred in processing pairing Skill, don’t worry, this is common for Mark 1 that are doing their first update in a little while.
Your Mark 1 will now appear frozen; it won’t respond to voice commands.
Reboot the Device by removing the power supply, waiting 10 seconds then plugging the power supply back in.
You will see ‘grey spinny eyes’ then ‘full blue eyes’ after about 20 seconds to 1 minute
Speak the command Install platform patch. Mycroft will respond with installing.
Mark 1 will then show ‘blue eye’ and display ‘UPDATING’ on screen.
Updating will take between 15 minutes and 90 minutes depending on your internet connection.
Mark 1 will reboot after the update is complete.
After the reboot, Mark 1 will show ‘white spinning eyes’ then ‘yellow eyes’ with ‘UPDATING’ on screen. When Mark 1 is ready to respond to voice commands, the device will show ‘full blue eyes’.
To reimage a Mark 1 Device, you will need:
A MicroSD card reader - whether this is built in to your computer or works via USB adapter.
Software that writes disk images to a MicroSD card such as the Raspberry Pi Imager.
A torque screwdriver to unscrew the torque screws on the Mark 1 Device.
Download the software image. Save it to your computer. The Mark 1 disk image is available here
Disconnect your Mark 1 from the power supply.
Using your torque screwdriver, take apart your Mark 1. If you need help, this video from Geeked Out Solutions may be of assistance.
Remove the Micro SD card from the Raspberry Pi board on the back of the Mark 1 unit. It should come out easily, and should not need to be forced.
Insert the Micro SD card into the SD card slot on your computer. If your computer doesn't have a Micro SD card slot, you will need an external Micro SD card reader, or a SDHC card reader with a converter.
Open your preferred image burning tool, and follow the steps to burn the Mark 1 disk image that you downloaded in the first step onto the Micro SD card.
Remove the Micro SD card from your computer / adapter and insert it into the Micro SD slot on the Raspberry Pi. Then, put the Mark 1 unit back together using the torque screws and screwdriver.
Connect the Mark 1 unit back to the power supply.
The Mark 1 unit should reboot and now be functioning correctly.
For more information, see the original forum post by Barney Woodrow.
If you prefer to use the Linux command line tool dd to burn the disk image instead, follow these instructions:
Download the Mark 1 disk image
Insert the Micro SD card you wish to burn the image to. It must have a storage capacity of 8GB or higher.
Identify the path where the MicroSD card is mounted by running the command
sudo fdisk -l. You will be able to tell the path based on the storage size of the device.Keep a note of this - it will be something like
/dev/sdb1Unmount the disk so that no other operation can write to the device while it is being imaged using the command
sudo umount /dev/sdb1. Make sure to substitute for the location of your device.Run the command
sudo dd if=path-to-your-image.img of=/dev/sdb1 bs=20M. Make sure to substitute the location of your device, and the path to the.imgfile you downloaded.This will take several minutes to run. The command prompt will return if successful, otherwise an error message will be displayed on your terminal.
Micro SD cards have a finite lifespan. It is possible that the Micro SD card inside the Raspberry Pi inside the Mark 1 unit has suffered hardware failure. If this occurs, you will see symptoms such as:
Mark 1 not booting successfully
Strange appearance of eyes and mouth
Mark 1 will be unresponsive to voice commands
If you believe your Micro SD card might have failed, please make contact with us so we can look into the issue further with you, and if warranted, provide a replacement.
Your Mark 1 device will check for updates around every hour. If new software is available, Mark 1 will automatically download the updates and apply them.
There's nothing else you need to do.
The apt repo use to store the Mark 1 package, mycroft-core - does not store package versions. However, the Mark 1 does cache apt packages on the Device at:
/var/cache/apt/archives
So, in order to downgrade the Mark 1 Device, we need to do two things:
remove the current
mycroft-corepackagemanually install the archived package using
dpkg
First, we remove the current mycroft-core package. In the example below, the version is given as 0.9.12, but use the version you currently have installed.
sudo apt-get remove mycroft-core=0.9.12
Next, find the package in the archives that you want to install:
[email protected]_1:~ $ ls -las /var/cache/apt/archives/ | grep mycroft-core
Then, use dpkg to install the archive
sudo dpkg -i /path/to/file
You should then reboot the Mark 1.
There are several common issues with Mark 1 Devices. They are documented here to help you.
If your Mark 1 Device is frozen, reboot it by:
Pressing the top button for 2 seconds, scrolling the button to select REBOOT then pressing the top button again to reboot.
If this does not work, disconnect your Mark 1 Device from the power source, wait 10 seconds, then plug the Mark 1 back into the power source.
First please reboot the device. In case your device is processing a large update please give the device at least an hour to update before trying the next steps.
If you have SSH access to the device you can trigger a reinstall of the Mark 1 software by switching to the development channel and back again. To do this run:
sudo mycroft-use unstablesudo mycroft-use stable
If the above still doesn't work you will most likely need to reimage the SD Card. Note that SD Cards have a limited lifespan. As they age, sectors of the disk will become corrupted and cause "strange" behavior that is difficult to replicate. Using a new SD Card has solved many difficult problems and saved hours of frustrations.
If you're interested in hardware hacking on your Mark 1 Device, the hardware schematics are open source and available for download.
