Dan
@d13z.bsky.social
Software engineer, very into weird facts and people. Neurodivergent.
Barcelona based.
he/him
Unconditional acceptance.
Barcelona based.
he/him
Unconditional acceptance.
Love the infographic! This is something I've been thinking for a veeery long time.
My personal answer is: progressive enhancement. Add computing enhancement to your brain and slowly replace parts as I age. So whatever turn it off naturally replace it with computing, until everything is moved out.
My personal answer is: progressive enhancement. Add computing enhancement to your brain and slowly replace parts as I age. So whatever turn it off naturally replace it with computing, until everything is moved out.
December 7, 2025 at 8:51 AM
Love the infographic! This is something I've been thinking for a veeery long time.
My personal answer is: progressive enhancement. Add computing enhancement to your brain and slowly replace parts as I age. So whatever turn it off naturally replace it with computing, until everything is moved out.
My personal answer is: progressive enhancement. Add computing enhancement to your brain and slowly replace parts as I age. So whatever turn it off naturally replace it with computing, until everything is moved out.
How did you manage it? In my own I have a d13z.dev/rss.xml as well but I imagine you could create a feed.xml.astro in src/pages and then reference the rss.xml from there
d13z.dev
October 15, 2025 at 1:58 AM
How did you manage it? In my own I have a d13z.dev/rss.xml as well but I imagine you could create a feed.xml.astro in src/pages and then reference the rss.xml from there
To achieve 10.000req/sec then the rendering time should be 0.1ms.
Nonetheless the results are impressive.
Nonetheless the results are impressive.
August 22, 2025 at 2:37 PM
To achieve 10.000req/sec then the rendering time should be 0.1ms.
Nonetheless the results are impressive.
Nonetheless the results are impressive.
Ok but that is what doesn't add up in my mind. I'm not questioning how you initiate the requests, but how are you counting the responses.
If render a page takes 5ms, and a second has 1000ms, then the maximum of req/sec you can do is 200.
The question is how you achieve 10.000 req/sec?
If render a page takes 5ms, and a second has 1000ms, then the maximum of req/sec you can do is 200.
The question is how you achieve 10.000 req/sec?
August 22, 2025 at 2:35 PM
Ok but that is what doesn't add up in my mind. I'm not questioning how you initiate the requests, but how are you counting the responses.
If render a page takes 5ms, and a second has 1000ms, then the maximum of req/sec you can do is 200.
The question is how you achieve 10.000 req/sec?
If render a page takes 5ms, and a second has 1000ms, then the maximum of req/sec you can do is 200.
The question is how you achieve 10.000 req/sec?
Great work! There is something that is not clear to me. How do you do the math of req/sec and average response?
10.000 req/sec would mean that the average response was 0.1ms.
At 4.23 of average response it would be hard to do more than 236 req/sec.
So are you doing clustering as well?
10.000 req/sec would mean that the average response was 0.1ms.
At 4.23 of average response it would be hard to do more than 236 req/sec.
So are you doing clustering as well?
August 22, 2025 at 9:44 AM
Great work! There is something that is not clear to me. How do you do the math of req/sec and average response?
10.000 req/sec would mean that the average response was 0.1ms.
At 4.23 of average response it would be hard to do more than 236 req/sec.
So are you doing clustering as well?
10.000 req/sec would mean that the average response was 0.1ms.
At 4.23 of average response it would be hard to do more than 236 req/sec.
So are you doing clustering as well?
This dude is becoming so WTF
May 12, 2024 at 2:24 PM
This dude is becoming so WTF
Damn I didn't think of this until now.
April 23, 2024 at 5:08 PM
Damn I didn't think of this until now.