I try to find an embarrassingly parallel solution to most problems I encounter. Not only because such solutions scale, but because they often produce a simpler, more robust architecture which helps you to avoid future issues. Also, there is usually little to no overhead for choosing a parallelizable solution (besides a little bit of additional up-front thinking.)
I cannot make sense of a single word of this essay. What sort of insight am I missing? There's not a peep here about write barriers, futexes, OS schedulers, critical paths and/or how they relate to Zen or whatever. This article can be easily recycled as the Zen of compiler design or Zen of audio engineering or whatever, without substantially having to chance much of the words, thats how generic it is.
I'm genuinely considering that this is just a foreword and I missed the clickthrough link to the meat of the article.
The "about" section of the website is equally vacuous:
SmolNero is a philosophical startup rooted
in first-principles thinking.
We explore how humans relate to technology—
how we speak to it, depend on it, thank it,
and sometimes forget it’s there at all.
We don’t claim expertise. We see ourselves
as translators—working at the crossroads of
emotion and programming, curiosity and care
Seems to be run by a married couple of (maybe) burnt out account managers. That, in combination with some AI help, explains the empty "LinkedIn slop" writing style I think.
It's not often I comment on blog posts, but this is honestly one of the most meaningless blogs I've ever read (not counting those fully AI-generated SEO ones). I don't get why it ended up so high on Hacker News; it has an interesting title I guess, but pretty much no substance.
There have always been snake oil salesmen, for awhile they had to put the effort into knocking on your door peddling MLMs, now they're making more impressive snake oil, but vacuous, with LLMs.
It’s true that “zen of” is bolted onto many topics… it’s a tired cliche to suggest “simplicity” when things are complex. Does it help or is it faux spirituality?
I’ve enjoyed reading the comments here and I think there’s truth in how the technical problem is divided and teams are arranged. The idea of frequency of features (or builds) being a reflection of our division of the problem, is interesting. It made me think about our teams trying to ship releases and the problems arising, but zen and parallelism don’t give any hints. It’s just about effort to organise better, like it always was
Fred Brooks and the mythical man month observed that communication between people expands faster than linear, and that adding more people to a project makes it later.
> Fred Brooks and the mythical man month observed that communication between people expands faster than linear, and that adding more people to a project makes it later.
In my experience with more than a couple dozen software projects, the ideal team size to successfully deliver a non-trivial effort is between five to nine people.
One subject matter expert visionary
One technical architect visionary
One or two technical masters
One or two UI/UX masters
One or two padawans capable of becoming a master
Staffing exceeding the above for an individual team is more a managerial genitalia contest than anything focused on organizational success.
I wonder how much a good process of meetings, tickets or whatever sort of documents etc for handling new ideas and features would speed this up or bring it back to linear. I've been in some orgs where good organization at the level above me can make the required communication between me and other dev teams lower and let us live in "good" silos
I've heard that project architecture has a strong enough impact on feature completion rate that you can infer how tightly coupled vs loosely plugin based it is just from graphs of feature release.
I think it's kind of fun now. Agents can interact with Linear. I'm still playing around with like does an issue achieve anything? What is the fastest way to get a bug from the observing session to the originating session?
But it's secondary.
The wall is build. If you can AI program, your problem is the build is too slow, too unreliable, not secure enough from a supply chain standpoint.
That is where one competent senior hacker tops out today. The agents are yielding to a CI that gets 35% per-vCPU occupancy.
The wall right now is skill or build, depending on your skill.
What are you talking about? A properly prompted agent generates a project with a fast, reproducible, and isolatable build. One of the best things about agentic AI is that I spend far less time on devops and on waiting on builds.
There are low-insensity regimes where it's all Python or whatever, and if you're in one, great.
When you're dealing with multiple platforms, or hardware accelerators, or mostly all of economically relevant shit in the AI era you don't get a small, clean, fast build.
Fable can't print a Tauri faux-native app without dragging in half of LLVM.
Amdahl's law says something similar, adding more processors to a problem eventually gives almost no speedup because parts of the problem cannot be parallelized and need to be done sequentially.
To the people wondering the meaning of the article, it's I think this.
Aside from the sentence "How many experiences continue to consume us because they were never allowed to finish burning?", I'm not sure what to make of this article. But the book it mentions, "Zen Mind, Beginner's Mind", seems worth taking a look at (an older one, not a promotion).
This resonates with me. On the one hand I feel like my team is spread too thin all the time, scope and complexity is just too broad - and at the same time I'm pretty sure nore headcount could only improve it to a certain degree.
I like the part about synchronization and honesty. And I'm certain every time I get annoyed that someone is not as open with me as I wish they were, there is a part in there that myself contributed to that.
CS101 Day 1: Learn about Divide and Conquer in depth. Honesty forms the ability for controlling signal strength, avoiding impedance mismatches or logically, synchronization between the divided slices.
Communication in this sense is pretty common in Mathematics and Computer Science and it becomes apparent when its related to actors and their interactions.
A good example is game theory and game semantics. The term "actor" in this context are soo abstract that we can pretty much attempt to implement them anywhere we see fit and that I think is the beauty.
I appreciate somebody trying to connect disparate concepts to give both some kind of fresh perspective; perfectly happy to entertain analogies that break down if you look at them too hard... but like somebody else said, this reads like a draft or a foreword. Also, what about any of this is "zen"? This goes nowhere and has no connection with the concepts put forward in the title. Chucking "the zen of" in front of anything for no reason was tired 10 years ago, yet people keep doing it. We get it, you've heard of the book.
Another parallel from the Western tradition: ‘homologia’, translated maybe best as congruence or coherence. A Greek Stoic concept of the mind/body/entire organism in alignment, caused by reason and feeling being in harmony.
There's a woman I read about a while back who did here PhD thesis on the notion that David Hume's contribution to the Enlightenment was inspired by conversations with a Jesuit monk who had returned to France from a long engagement in a Buddhist area of India. DDG is telling me it might be Allison Gopnik but I've no recollection of the name, only the contents.
She proved that he made a trip to a town where the monk lived after his return, and the library contained a copy of his reports. She could not prove more than opportunity but she strongly suspects that Hume not only read the report but may have met with the monk as well.
I try to find an embarrassingly parallel solution to most problems I encounter. Not only because such solutions scale, but because they often produce a simpler, more robust architecture which helps you to avoid future issues. Also, there is usually little to no overhead for choosing a parallelizable solution (besides a little bit of additional up-front thinking.)
I cannot make sense of a single word of this essay. What sort of insight am I missing? There's not a peep here about write barriers, futexes, OS schedulers, critical paths and/or how they relate to Zen or whatever. This article can be easily recycled as the Zen of compiler design or Zen of audio engineering or whatever, without substantially having to chance much of the words, thats how generic it is.
I'm genuinely considering that this is just a foreword and I missed the clickthrough link to the meat of the article.
There is no substance. It's navel-gazing dribble.
The "about" section of the website is equally vacuous:
(The two M-dashes are also suspicious)Seems to be run by a married couple of (maybe) burnt out account managers. That, in combination with some AI help, explains the empty "LinkedIn slop" writing style I think.
It's not often I comment on blog posts, but this is honestly one of the most meaningless blogs I've ever read (not counting those fully AI-generated SEO ones). I don't get why it ended up so high on Hacker News; it has an interesting title I guess, but pretty much no substance.
There have always been snake oil salesmen, for awhile they had to put the effort into knocking on your door peddling MLMs, now they're making more impressive snake oil, but vacuous, with LLMs.
It’s true that “zen of” is bolted onto many topics… it’s a tired cliche to suggest “simplicity” when things are complex. Does it help or is it faux spirituality?
I’ve enjoyed reading the comments here and I think there’s truth in how the technical problem is divided and teams are arranged. The idea of frequency of features (or builds) being a reflection of our division of the problem, is interesting. It made me think about our teams trying to ship releases and the problems arising, but zen and parallelism don’t give any hints. It’s just about effort to organise better, like it always was
Fred Brooks and the mythical man month observed that communication between people expands faster than linear, and that adding more people to a project makes it later.
> Fred Brooks and the mythical man month observed that communication between people expands faster than linear, and that adding more people to a project makes it later.
In my experience with more than a couple dozen software projects, the ideal team size to successfully deliver a non-trivial effort is between five to nine people.
Staffing exceeding the above for an individual team is more a managerial genitalia contest than anything focused on organizational success.I wonder how much a good process of meetings, tickets or whatever sort of documents etc for handling new ideas and features would speed this up or bring it back to linear. I've been in some orgs where good organization at the level above me can make the required communication between me and other dev teams lower and let us live in "good" silos
What really seems to make a difference is how well the project and the organization are at being split into indepedent groups.
I've been on projects where everybody needs to know everything, and on projects where many groups can be insulated from others.
The more your group can work without needing a meeting with other groups, the more things can progress in parallel.
Some projects won't work well with that constraint though. And some organizations won't either.
I've heard that project architecture has a strong enough impact on feature completion rate that you can infer how tightly coupled vs loosely plugin based it is just from graphs of feature release.
It’s like distributed transactions, or cache-coherency protocols for CPUs.
Edit: aaaand I hadn’t read the article
I think it's kind of fun now. Agents can interact with Linear. I'm still playing around with like does an issue achieve anything? What is the fastest way to get a bug from the observing session to the originating session?
But it's secondary.
The wall is build. If you can AI program, your problem is the build is too slow, too unreliable, not secure enough from a supply chain standpoint.
That is where one competent senior hacker tops out today. The agents are yielding to a CI that gets 35% per-vCPU occupancy.
The wall right now is skill or build, depending on your skill.
What are you talking about? A properly prompted agent generates a project with a fast, reproducible, and isolatable build. One of the best things about agentic AI is that I spend far less time on devops and on waiting on builds.
There are low-insensity regimes where it's all Python or whatever, and if you're in one, great.
When you're dealing with multiple platforms, or hardware accelerators, or mostly all of economically relevant shit in the AI era you don't get a small, clean, fast build.
Fable can't print a Tauri faux-native app without dragging in half of LLVM.
Amdahl's law says something similar, adding more processors to a problem eventually gives almost no speedup because parts of the problem cannot be parallelized and need to be done sequentially.
To the people wondering the meaning of the article, it's I think this.
Aside from the sentence "How many experiences continue to consume us because they were never allowed to finish burning?", I'm not sure what to make of this article. But the book it mentions, "Zen Mind, Beginner's Mind", seems worth taking a look at (an older one, not a promotion).
This resonates with me. On the one hand I feel like my team is spread too thin all the time, scope and complexity is just too broad - and at the same time I'm pretty sure nore headcount could only improve it to a certain degree.
I like the part about synchronization and honesty. And I'm certain every time I get annoyed that someone is not as open with me as I wish they were, there is a part in there that myself contributed to that.
CS101 Day 1: Learn about Divide and Conquer in depth. Honesty forms the ability for controlling signal strength, avoiding impedance mismatches or logically, synchronization between the divided slices.
Communication in this sense is pretty common in Mathematics and Computer Science and it becomes apparent when its related to actors and their interactions.
A good example is game theory and game semantics. The term "actor" in this context are soo abstract that we can pretty much attempt to implement them anywhere we see fit and that I think is the beauty.
I appreciate somebody trying to connect disparate concepts to give both some kind of fresh perspective; perfectly happy to entertain analogies that break down if you look at them too hard... but like somebody else said, this reads like a draft or a foreword. Also, what about any of this is "zen"? This goes nowhere and has no connection with the concepts put forward in the title. Chucking "the zen of" in front of anything for no reason was tired 10 years ago, yet people keep doing it. We get it, you've heard of the book.
Another parallel from the Western tradition: ‘homologia’, translated maybe best as congruence or coherence. A Greek Stoic concept of the mind/body/entire organism in alignment, caused by reason and feeling being in harmony.
There's a woman I read about a while back who did here PhD thesis on the notion that David Hume's contribution to the Enlightenment was inspired by conversations with a Jesuit monk who had returned to France from a long engagement in a Buddhist area of India. DDG is telling me it might be Allison Gopnik but I've no recollection of the name, only the contents.
She proved that he made a trip to a town where the monk lived after his return, and the library contained a copy of his reports. She could not prove more than opportunity but she strongly suspects that Hume not only read the report but may have met with the monk as well.
I don't understand what you just wrote has to do with anything here.
I found elsewhere referring to her as an "independent philosopher", but maybe Rachel Paine? https://archive.philosophersmag.com/was-hume-a-secret-buddhi...