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 title: Robust Open Bare-metal Ubiquitous Resilient
 author: someone
 ---
+At robur, we build performant bespoke minimal operating systems for high-assurance services.
 
-TODO: vermutlich ist es marketingmaessig klug, folgende features besser zu verkaufen:
-- targeted hypervisors: KVM, ... on amd64 and arm64; Xen on am64 and arm32
-- compiles to JavaScript (for single-language web applications)
-- high-level memory-safe language allows for quick turnaround cycles during development and feature addition
-- visualisation / comparison of the trusted code base
-- decent performance
-- fast boot time
-- several libraries already deployed by others (Docker)
-- 'scalable cloud-ready' (cap'n proto, prometheus, ...)
-- small footprint (MB of memory -> lots of per server)
-- could spawn a VM for each user
-- energy efficient (https://sites.google.com/view/energy-efficiency-languages/)
+Advantages
+* based on the unikernel pioneer [MirageOS](https://mirage.io)
+* secure implementation guarded against memory corruption, typelevel problems, leaky abstraction and unforseen state
+* ready for the cloud, services run on all major hypervisors
+* instant boot
+* competitive performance comparable to C / C++
+* can target embedded devices because of small size and the ability to compile to native code
+* minimized state allows to reason about entire systems and their adherence to the specification
+* extensive library ecosystem, yet minimal trusted code base at runtime
 
-Computers on the Internet get compromised,
-- to access data on the computer (databases, passwords, user accounts) or block
-  access to it (Ransomware),
-- to participate in DoS of other services (e.g. the Mirai botnet on SmartTVs)
-  and manipulate opininon (chatbots).
-
-The software stack is often missing critical security updates, most embedded
-devices (home router, SmartTV, etc.) have no secure update channel, they need a
-secure system from the start.
-
-Recent security solutions focus on containing compromised software by using
-virtualisation technology and containers. But the root cause remains: running
-old systems that are insecure.
-
-Instead of trying to fix these decades-old operating systems, which were
-designed as multi-user time sharing systems of the past, we build small services
-from scratch with security in mind, directly on the virtualization layer.  In
-our operating system, each service is a separate virtual machine with only the
-required code (usually no need for process- and user management, or a file
-system), and no copy of a multi-purpose operating system kernel.
+from scratch with security in mind, directly on the virtualization layer.  
+Each service is a separate virtual machine image with exactly the
+required code, and no need for a multi-purpose operating system kernel.
 
 This makes our systems much smaller.  The binary size of an HTTP server with TLS
 support in our system is around 4% compared to one in a conventional operating