Possibly, but we currently advise against this. It is designed to be used on a RaspberryPi, and at the moment this is the only supported way to run EOS.
Yes! The DIY Guide will take you through the setup steps. This option is great for people who already own the necessary hardware or who live outside the US and want to save on shipping and customs fees.
Additionally, EmbassyOS is available to build from source under the Start9 Personal Use License. If you have the time and energy, it is possible to download and compile EmbassyOS yourself, for free, with the caveat that your “Embassy” will not have a product key generated by us. This means you will miss out on the perks that come along with purchasing from us, which will grow over time.
No. The Embassy only needs to be plugged into power and internet, just like your router. You can set it up right by your router and, similar to a router, generally forget about it.
No. Embassy is headless (has no display), and is accessed via the web browser.
Currently, the Embassy ships with a 1 or 2TB SSD, but you may use a larger drive if you prefer. We advise against HDDs at this time for perfomance reasons.
EmbassyOS and every service on our Marketplace serve their own Tor Hidden Services with unique Tor addresses. The private keys used to create these addresses are generated on your phone or computer when you first set up Embassy. No one, not even Start9, has any idea what your Tor addresses are, let alone the password(s) you choose to authenticate with them.
No. Your keys are generated on your device using the password you create so we CAN NOT, nor would we like to, see your private keys.
Currently no, but we have plans for a feature that will enable Embassies to provide encrypted, automated backup services for one another.
The cheapest way to run a Bitcoin/Lightning node is to buy a Raspberry Pi (or equivalent), compile the software from source yourself, and host everything on Tor. This takes even technical people significant time to accomplish. On the other end of the spectrum is something like Embassy, which “just works”. In between is stuff like MyNode, Nodl, RoninDojo, Umbrel, and Raspiblitz, which all require some degree of command line effort and network configuration. The biggest benefit of Embassy is that it is infinitely extensible to all of open-source, self-hosted software. The service listing will expand enormously over time in ways the other platforms may choose not to, or have difficulty implementing.
Other node devices are competitors, and there are distinct trade-offs to each platform, but we are definitely moving toward the same future, which is a win for everyone! We are taking more a general approach to all of open-source, hosted software, including Bitcoin/Lightning. The aforementioned examples are more Bitcoin/Lightning focused.
Yes, we are now taking pre-orders for the Embassy:Pro, which will be the new standard in personal servers! Additionally, EmbassyOS will eventually be capable of running on lots of different hardware, such as an old desktop. We want EmbassyOS to be widely available and accessible.
R&D is in progress, and we have already secured the hardware. We anticipate shipping in Q3 2022. Check our Community Channels for the latest updates.
No, you can not.
Embassy’s current primary communication is over Tor. In many cases we use HTTP over Tor (they are not mutually exclusive), you can see this by navigating to the Tor address in a browser and see the “http” in front of it. A VPN is a feature we’re exploring as an alternative to Tor to make things faster without meaningfully impacting privacy. You can also connect directly via LAN if you are on the same network as your device.
The data is currently encrypted at rest, but not in a way that would prevent a sophisticated attacker from accessing it. This is a step towards better security in the near future.
Services like Bitwarden, however, do not store plaintext information, so your passwords will not be compromised unless they know your master password.
When visiting a Tor V3 URL (.onion website), your communications are end-to-end encrypted and onion-routed by default. There is no added benefit to using https. See this article from the Tor Project for more details.