I have a Raspberry Pi model B at home, but I do not have a screen. My plan is to connect it to the Ethernet and then ssh into it. But this means that the SD card with the operating system (Debian Squeeze) has to be prepared first. I see two ways: • Prepare the SD with the OS such that the RPi always connects to the Ethernet under a fixed IP address and enables an SSH server. • Prepare the SD with the OS such that the RPi connects to the network, enables an SSH server and then broadcasts its IP address so that I can ssh into it. Which of these ways is easier?

And how do I do it? Are there other ways?

I have the following tools: Ubuntu 10.4, MacOS 10.5, Windows 7, but only the Ubuntu has a cardreader. Unfortunately I cannot access my router's DHCP table, it is completely closed. • Copy boot_enable_ssh.rc to boot.rc from /boot in the Raspberry Pi's rootfs (SD card) • Still in the Raspberry Pi's rootfs, edit /etc/network/interfaces in order to have a fixed IP address assigned (so no server is needed). The easy way (if you have just a keyboard) SSH is not enabled by default in Debian Wheezy (Raspbian). Once upon a time, SSH was definitely not enabled on my Raspbian images. Apparently SSH is enabled by default now.

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But if it's not and you're stuck, read on: Enabling it is very simple, a lot simpler than most of the answers I've seen here, if you have a USB keyboard: • Plug in the keyboard and boot the RPi • Wait a minute, then type 'pi', hit Enter, then 'raspberry', and hit enter. • Enable SSH with: sudo /etc/init.d/ssh start • Type the password 'raspberry' again just in case, since it's a sudo command, and hit Enter. You should now be able to remote into your RPi by its IP address on your network.

As, the configuration utility makes it easy to configure SSH at this point: sudo raspi-config Just go to the 'ssh' option. Fortunately, this works in an SSH session, so the only command you need to run 'blindly' is the first one above. Following massive botnet attacks in 2016 due to IoT devices being easily hacked with default passwords, Raspbian once again comes with SSH turned off by default ().

The fix is pretty easy, you just need to create a file in the boot partition (not the directory within the root filesystem) called ssh. To check if you're in the right partition, it should have a file named start.elf.

Don't forget to change your password after! To find my Pi on my network I used sudo arp-scan -l, though sudo nmap -sS --open -O 192.168.1.0/24 is also a valid, but slower, option. If you use Debian, then it's quite easy if you can lend a screen and network for your RPi for just some minutes from a friend. If not, you could just test the commands for 'nmap' and 'ssh' from your Ubuntu host. Just check that the package openssh-server are installed, and you are up and going. You do that from the command line with aptitude install openssh-server. You could also check or rename the RPi when your are logged into the machine.

You could also check that the package avahi-utils and avahi-daemon are installed, just try aptitude install avahi-utils. The avahi package/program will implement Apples protocoll mDNS/DNS-SD which will announce itself to other computers that uses that protocoll as a computer in the DNS domain local.

So if your machine is called rpi-machine, try to connect to the machine with rpi-machine.local. You could check in the file /etc/nsswitch.conf to see if you have this line there: hosts: files mdns4_minimal [NOTFOUND=return] dns mdns4 Both your Apple and Ubuntu machine should implement this. Your MS Windows 7 machine doesn't do that though. On the Ubuntu machine you could try this command: avahi-browse --all or avahi-browse _ssh._tcp You should then get all your machines and their services, like SSH and HTTP listed. You could also try to install the package nmap in your Ubuntu machine. Then can you check which net you are on with the command ip route list to see which IP-net you are on.

For example on my machine I could get something like this (this is from example.com, so don't use it): 192.0.43.0/24 dev eth0 proto kernel scope link src 192.0.43.1 metric 1 tells me that I am on net 192.0.43.0/24 and the router are 192.0.43.1. So if you run the command nmap 192.0.43.0/24 will try to find all machines in your net and tell which ports are open. Look for port 22/tcp, as that are the ssh servers.

I did manage to setup my Raspberry PI without Screen or Keyboard using the following steps: • Download the latest image of. The current one is raspbian-ua-netinst-v1.0.7.img.bz2. The downloaded file is only about 17 MB. • Download the ' and use this software to transfer the image onto your SD Card • Insert the SD Card into your PI and after approx 15 Minutes the latest Raspbian will be installed. • Using the I discovered the IP of the PI, which is in my case 192.168.1.13. • Now I can SSH to that IP like so: # Password = raspbian ssh root@192.168.1.13 And Voila I have access through SSH without doing tedious configuration. FYI: raspbian-ua-netinst offers more advanced configuration, so check out the Readme if you want to adjust some of those initial settings.

No router + regular Ethernet cable on RPI 2 Raspbian Jessie 2016-05-27 + Ubuntu host 16.04 - 17.04 This solution dispenses the router, and allows you to get the IP of the Pi very easily. Link the Ethernet cable from your laptop directly to the Pi. Best Komodo KMD Mining Software.

On Ubuntu 17.04 to work around as mentioned you first need: sudo apt-get install dnsmasq-base Then open the Dash, and go: • Network Connections • Add • Ethernet • Create • IPv4 Settings • Method: Shared to other computers • Set a good name for it • Save Find the IP of the Pi on Ubuntu: cat /var/lib/misc/dnsmasq.leases Then as usual: ssh pi@IP The crossover cable is not required if the host network card supports. This is the case for most recent hardware, including for example the 2012 Lenovo T430 I tested with, an 'Intel® 82579LM Gigabit Network Connection' which. Vertcoin VTC Mining Blockchain. Now you can also: • access the Internet from the PI through your Ubuntu's Wifi connection • open a VNC to get rid of the display as well: This is a more concise version of: which was mentioned.