Piperic
similar sites
‹ ProfileAI ReportTools

Sites similar to naaan.dev

N/A's blog · ranked by shared content topics & relevance
73match
imnuke.dev
Nuke's Blog
2 shared topicsinformation-and-network-security
72match
1ping.org
1Ping's Blog
2 shared topicsinformation-and-network-security
70match
inbits-sec.com
Inbits Blog
2 shared topicsinformation-and-network-security
67match
alexbakker.me
Alexander Bakker's Blog
2 shared topicstechnology-and-computing
66match
0kou.tech
R.A.T - Blog
2 shared topicsinformation-and-network-security
66match
arunns.net
Arun’s blog – Arun's blog
2 shared topicsinformation-and-network-security
66match
0xlibris.net
0xlibris Blog – 0xlibris
2 shared topicsinformation-and-network-security
65match
khan9cyber.com
Khan's Cyber Portfolio – Always Learning
2 shared topicsinformation-and-network-security
64match
arth0s.tech
Home | arth0s' blog
2 shared topicsinformation-and-network-security
64match
gmhacker.com
gmhacker's Blog - Web3, Security, Thoughts
2 shared topicsinformation-and-network-security
64match
alexdelarosa.dev
Alex de la Rosa Blog
2 shared topicsinformation-and-network-security
64match
majcica.com
Mummy's blog – As Mother Made It – Mario Majčica's web log
2 shared topicstechnology-and-computing
63match
chocapikk.com
Chocapikk's Cybersecurity Blog
2 shared topicsinformation-and-network-security
63match
alfioemanuele.io
Alfie Fresta’s blog | All opinions are my own.
2 shared topicsinformation-and-network-security
63match
arneswinnen.net
Arne Swinnen – Security Blog
2 shared topicsinformation-and-network-security
63match
evgenverzun.com
Evgen Verzun Cybersecurity Blog
2 shared topicsinformation-and-network-security
63match
0xunicorn.com
Blog | Unicorn
2 shared topicsinformation-and-network-security
63match
acuteaura.net
Aurelia's Notes
2 shared topicstechnology-and-computing

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.