I'm a graduate student (MS in Computer Science)
with 12 years of software engineering experience. I enjoy all BEAM languages,
currently my day job is Elixir, my passion is Erlang, and my hobby
(not BEAM related) is the Plan 9 flavor of C.
I invented a Nerves-powered Raspberry Pi device which solves a major issue in data centers- so far over 5,000 units of the prototype have sold, see a picture of it below (ADI Gateway).
Here's a blog post I wrote about interacting with hardware with Elixir and Erlang.
I have worked for a number of high profile clients such as Netflix, Google and Harvard. I am a former Wall Street options trader of 5 years (watch a video I made about derivatives here), English teacher, and mechanic.
When away from my computer you can find me doing motorcycle stunts (dirtbike,
msx),
spinning wrenches, and reading books on Native American history. I'm also a student of cryptography, here's a presentation where I demonstrate how to attack RSA encryption:
My expertise
Stuff that i can help with
Embedded Software (Nerves, GRiSP)
At Cato Digital (Virtual Power Systems) I
gained experience with embedded systems, specifically Nerves and GRiSP.
I became an expert in industrial communication through my exposure to SNMP, Modbus, IPMI, ZMQ (not an industrial protocol) and a variety
of Erlang libraries and tools to work with these protocols.
Erlang
Currently, I work at the world-famous Erlang Solutions with industry greats, celebrity
programmers, kind-hearted, bright-minded, BEAM-loving innovators. Lots of interesting
projects, I'm learning a lot about Kubernetes, AWS, Docker, and how to pair
modern virtualization and containerization with the BEAM.
Elixir
When I worked at DockYard, Chris McCord (author of the
Phoenix framework) was one of the people who interviewed me.
Over the years that I worked there, collaborating with
the great Elxir team, I gained exposure to Elixir/Phoenix.
Operating Systems
I like Plan 9,
here is
my 9front patch where I fixed GPIO pins 5 and 6 for the 9front Raspberry Pi kernel (revision 2 boards). How about using a Raspberry Pi as a work
machine? If you do that, you will want to encrypt your SD card by following my
gist. I
use Arch, btw...
Hardware Hacking
See my presentation on how to hack hardware with Simple Power Analysis, demonstrates breaking RSA encryption with an oscilloscope. Presentation is
available here.
Here is an Amazon Echo I was hacking in order to run Nerves: