Piperic
similar sites
‹ ProfileAI ReportTools

Sites similar to dreams2code.org

Dreams2Code alternatives & similar sites

Dreams2Code | Empowering Futures Through Technology — 18 websites ranked by shared content topics, category and on-page relevance.

Each result shows its full tech stack, contacts and AI-policy — not just a name · Browse all sites in Programming Languages →

DomainMatchTitleCountry/LangCategoryAI filesContactAI-protection
playandlearntocode.com 64 match
1 shared topics
Playandlearntocode.com - exploring interesting ideas through code en programming-languages robotsllmsaihumans emailphone none
lucasandersen.com 64 match
1 shared topics
Lucas Andersen | Programmer and Technology Leader US~ en programming-languages robotsllmsaihumans emailphone none
bamboobasic.org 64 match
1 shared topics
BambooBasic - Retro BASIC Programming using the newest DirectX technology. en programming-languages robotsllmsaihumans emailphone none
svelteexamples.com 64 match
1 shared topics
Svelte Examples - Learn Through Practical Code en programming-languages robotsllmsaihumans emailphone none
dozencode.org 63 match
1 shared topics
Dozencode | dozencode en programming-languages robotsllmsaihumans emailphone none
pleasantvalleypotato.com 63 match
1 shared topics
Learn Actionscript 2.0 through great Flash MX 2004 tutorials en programming-languages robotsllmsaihumans emailphone none
syntaxarena.com 63 match
1 shared topics
Syntax Arena — Learn Python & JavaScript Through Competitive Coding en programming-languages robotsllmsaihumans emailphone none
catencode.com 62 match
1 shared topics
CATENCODE | speak in c0d3 & chase c1ph3r5 en programming-languagesDrupal robotsllmsaihumans emailphone none
plaincpp.com 62 match
1 shared topics
plaincpp.com – A blog about technical C++ and software engineering en programming-languagesWordPress robotsllmsaihumans emailphone none
switchpork.com 62 match
1 shared topics
PorkScript – future step in human evolution en programming-languages robotsllmsaihumans emailphone none
downhomecountrycoding.com 62 match
1 shared topics
Down Home Country Coding With Scott Selikoff and Jeanne BoyarskyDown Home Country Coding With Scott Selikoff and Jeanne Boyarsky | Java/J2EE Software Development and Technology Discussion Blog en programming-languagesWordPress robotsllmsaihumans emailphone none
downhomecountrycoding.net 62 match
1 shared topics
Down Home Country Coding With Scott Selikoff and Jeanne BoyarskyDown Home Country Coding With Scott Selikoff and Jeanne Boyarsky | Java/J2EE Software Development and Technology Discussion Blog en programming-languagesWordPress robotsllmsaihumans emailphone none
downhomecountrycoding.org 62 match
1 shared topics
Down Home Country Coding With Scott Selikoff and Jeanne BoyarskyDown Home Country Coding With Scott Selikoff and Jeanne Boyarsky | Java/J2EE Software Development and Technology Discussion Blog en programming-languagesWordPress robotsllmsaihumans emailphone none
barclayscodeplayground.com 62 match
1 shared topics
Code Playground | Events | Barclays en programming-languages robotsllmsaihumans emailphone none
denelop.com 62 match
1 shared topics
denelop — Writing code for humans. en programming-languages robotsllmsaihumans emailphone none
curiouslyrecurringthoughts.com 62 match
1 shared topics
Curiously Recurring Thoughts – Thoughts on Software Engineering en programming-languagesWordPress robotsllmsaihumans emailphone none
sweinharts.com 62 match
1 shared topics
Code Entry en programming-languages robotsllmsaihumans emailphone none
actionjoin.com 62 match
1 shared topics
ActionJoin - Fostering computational thinking en programming-languages robotsllmsaihumans emailphone none

How the match score works

Each match is a 0–100 similarity score — the higher it is, the more two sites resemble one another. It’s computed automatically from our own crawl data (never from what a site says about itself) by combining several independent signals, so a high score means several of them point the same way:

No single signal decides the result — they’re blended together. Treat the score as a way to rank candidates rather than an absolute percentage; the chips on each result show which signals contributed.