rossng
Joined 13 years ago
Joined 13 years ago
Conversely I rather enjoyed The Origins of Efficiency by Brian Potter, which tackles the topic of how manufacturing became scaled and efficient. I would love to read a similar book on precision.
[1] particularly the endless guff about Rolls Royce, which I felt really detracted from the book
We make robots that autonomously construct buildings, starting with bricklaying.
There's a lot of vapourware in robotics, but we're deploying robots across multiple concurrent sites today - and generating revenue. In the last couple of months, our robots have built affordable social housing, health care living units, canal walls in the historic city centre of Amsterdam, and a youth sports centre. Help us to build things that matter in the long run.
We're looking for experienced software engineers for many roles. You can help us solve problems like:
- Data sync and analytics queries across a fleet of robots (that can be offline for hours at a time)
- Modelling buildings in code and finding the right UI for operators to edit them
- Designing systems for robots to drive safely and fully autonomously around a building site
Check out the progress we've already made on Atrium, our operating system for robotics: https://www.monumental.co/atrium
We're rapidly scaling up operations - we'll be building in the UK soon - and we need experienced engineers who can build the systems that manage all of that complexity. If you think that 'full-stack' could reasonably mean debugging firmware, mixing buckets of mortar _and_ writing React components, we are looking for you. Robotics experience not required!
Take a look inside our software stack: https://www.youtube.com/watch?v=eh9BfQoKCy0
It talks a fair bit about 'accountability sinks', which are exactly these systems that (intentionally or not) essentially serve as a way to unlink responsibility from any given person and allow 'the system' to be blamed instead.
[1] https://en.wikipedia.org/wiki/The_Unaccountability_Machine
[1] https://www.wired.com/story/notpetya-cyberattack-ukraine-rus...
This is for a robotics company, so we're pretty ops-heavy. Non-engineers quickly found all sorts of use cases for making specialised forms/databases (inventory management, scheduling etc.)
We make robots that autonomously construct buildings, starting with bricklaying.
There's a lot of vapourware in robotics, but we're deploying robots across multiple concurrent sites today - and generating revenue. In the last couple of months, our robots have built affordable social housing, health care living units, canal walls in the historic city centre of Amsterdam, and a youth sports centre. Help us to build things that matter in the long run.
We're looking for experienced software engineers for many roles. You can help us solve problems like:
- Data sync and analytics queries across a fleet of robots (that can be offline for hours at a time)
- Modelling buildings in code and finding the right UI for operators to edit them
- Designing systems for robots to drive safely and fully autonomously around a building site
Check out the progress we've already made on Atrium, our operating system for robotics: https://www.monumental.co/atrium
We're rapidly scaling up operations - we'll be building in the UK soon - and we need experienced engineers who can build the systems that manage all of that complexity. If you think that 'full-stack' could reasonably mean debugging firmware, mixing buckets of mortar _and_ writing React components, we are looking for you. Robotics experience not required!
Take a look inside our software stack: https://www.youtube.com/watch?v=eh9BfQoKCy0
hmm
Overall I think it is succeeding, though it definitely doesn't 'just work' out of the box. We've invested a fair bit of effort into things like:
- containerised services[1]
- UI for branch deployment/service management
- delta patching (at the byte level, to save bandwidth)
The main problem was always that nixlang/nixpkgs are arcane and have a steep learning curve. The majority of your colleagues (in any workplace) don't care about build systems and just want things to work. I think that has been more or less solved by LLMs, and it's now more viable than ever to adopt Nix.
We make robots that autonomously construct buildings, starting with bricklaying.
There's a lot of vapourware in robotics, but we're deploying robots across multiple concurrent sites today - and generating revenue. In the last couple of months, our robots have built affordable social housing, health care living units, canal walls in the historic city centre of Amsterdam, and a youth sports centre. Help us to build things that matter in the long run.
We're looking for experienced software engineers for many roles. You can help us solve problems like:
- Data sync and analytics queries across a fleet of robots (that can be offline for hours at a time)
- Modelling buildings in code and finding the right UI for operators to edit them
- Designing systems for robots to drive safely and fully autonomously around a building site
Check out the progress we've already made on Atrium, our operating system for robotics: https://www.monumental.co/atrium
We're rapidly scaling up operations (recently announced our Series B!) and we need experienced engineers who can build the systems that manage all of that complexity. If you think that 'full-stack' could reasonably mean debugging firmware, mixing buckets of mortar _and_ writing React components, we are looking for you. Robotics experience not required!
https://www.monumental.co/jobs
Read a post from one of our forward deployed engineers about how we prototype fast: https://buildmonumental.substack.com/p/can-robots-build-pret...
Quite likely that the only sensible one for most people (~global equities) will track S&P 500 internally. So essentially employees are being forced to hold whatever the index includes.
Hopefully it's less of a problem with Nasdaq, but it was a real worry.
We make robots that autonomously construct buildings, starting with bricklaying.
There's a lot of vapourware in robotics, but we're deploying robots across multiple concurrent sites today - and generating revenue. In the last couple of months, our robots have built affordable social housing, health care living units, canal walls in the historic city centre of Amsterdam, and a youth sports centre. Help us to build things that matter in the long run.
We're looking for experienced software engineers for many roles. You can help us solve problems like:
- Data sync and analytics queries across a fleet of robots (that can be offline for hours at a time)
- Modelling buildings in code and finding the right UI for operators to edit them
- Designing systems for robots to drive safely and fully autonomously around a building site
Check out the progress we've already made on Atrium, our operating system for robotics: https://www.monumental.co/atrium
We're rapidly scaling up operations and we need experienced engineers who can build the systems that manage all of that complexity. If you think that 'full-stack' could reasonably mean debugging firmware, mixing buckets of mortar _and_ writing React components, we are looking for you. Robotics experience not required!
https://www.monumental.co/jobs
Read a post from one of our forward deployed engineers about how we prototype fast: https://buildmonumental.substack.com/p/can-robots-build-pret...
I just can't understand why I have to have my list of useful apps interspersed with cruft like Books.app or Journal.app.
We make robots that autonomously construct buildings, starting with bricklaying.
There's a lot of vapourware in robotics, but we're deploying robots across multiple concurrent sites today - and generating revenue. In the last couple of months, our robots have built affordable social housing, health care living units, canal walls in the historic city centre of Amsterdam, and a youth sports centre. Help us to build things that matter in the long run.
We're looking for experienced software engineers for many roles. You can help us solve problems like:
- Data sync and analytics queries across a fleet of robots (that can be offline for hours at a time)
- Modelling buildings in code and finding the right UI for operators to edit them
- Designing systems for robots to drive safely and fully autonomously around a building site
Check out the progress we've already made on Atrium, our operating system for robotics: https://www.monumental.co/atrium
We're rapidly scaling up operations and we need experienced engineers who can build the systems that manage all of that complexity. If you think that 'full-stack' could reasonably mean debugging firmware, mixing buckets of mortar _and_ writing React components, we are looking for you. Robotics experience not required!
https://www.monumental.co/jobs
Read about a week in the life of one of our engineers: https://buildmonumental.substack.com/p/can-robots-build-pret...
https://www.rossng.eu/
[ my public key: https://keybase.io/rossng; my proof: https://keybase.io/rossng/sigs/k9hsrOjN6SnsHR-xW7TITjVZ7Xsd_I7wPgFMMYoJcO8 ]