#networktraffic — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #networktraffic, aggregated by home.social.
-
The Register: Not all networks can handle AI traffic – and experts are sounding alarms. “AI is reshaping the demands on network infrastructure, and many organizations are not prepared – including some of the so-called neocloud providers offering AI services. A study by analyst biz Omdia finds that many rent-a-GPU providers have scaled up their compute infrastructure to handle AI workloads, […]
https://rbfirehose.com/2026/04/20/the-register-not-all-networks-can-handle-ai-traffic-and-experts-are-sounding-alarms/ -
The Register: Not all networks can handle AI traffic – and experts are sounding alarms. “AI is reshaping the demands on network infrastructure, and many organizations are not prepared – including some of the so-called neocloud providers offering AI services. A study by analyst biz Omdia finds that many rent-a-GPU providers have scaled up their compute infrastructure to handle AI workloads, […]
https://rbfirehose.com/2026/04/20/the-register-not-all-networks-can-handle-ai-traffic-and-experts-are-sounding-alarms/ -
The Register: Not all networks can handle AI traffic – and experts are sounding alarms. “AI is reshaping the demands on network infrastructure, and many organizations are not prepared – including some of the so-called neocloud providers offering AI services. A study by analyst biz Omdia finds that many rent-a-GPU providers have scaled up their compute infrastructure to handle AI workloads, […]
https://rbfirehose.com/2026/04/20/the-register-not-all-networks-can-handle-ai-traffic-and-experts-are-sounding-alarms/ -
The Register: Not all networks can handle AI traffic – and experts are sounding alarms. “AI is reshaping the demands on network infrastructure, and many organizations are not prepared – including some of the so-called neocloud providers offering AI services. A study by analyst biz Omdia finds that many rent-a-GPU providers have scaled up their compute infrastructure to handle AI workloads, […]
https://rbfirehose.com/2026/04/20/the-register-not-all-networks-can-handle-ai-traffic-and-experts-are-sounding-alarms/ -
The Register: Not all networks can handle AI traffic – and experts are sounding alarms. “AI is reshaping the demands on network infrastructure, and many organizations are not prepared – including some of the so-called neocloud providers offering AI services. A study by analyst biz Omdia finds that many rent-a-GPU providers have scaled up their compute infrastructure to handle AI workloads, […]
https://rbfirehose.com/2026/04/20/the-register-not-all-networks-can-handle-ai-traffic-and-experts-are-sounding-alarms/ -
AyaFlow: A high-performance, eBPF-based network traffic analyzer written in Rust
https://github.com/DavidHavoc/ayaFlow
#HackerNews #AyaFlow #eBPF #Rust #NetworkTraffic #Analyzer #HighPerformance #OpenSource
-
AyaFlow: A high-performance, eBPF-based network traffic analyzer written in Rust
https://github.com/DavidHavoc/ayaFlow
#HackerNews #AyaFlow #eBPF #Rust #NetworkTraffic #Analyzer #HighPerformance #OpenSource
-
AyaFlow: A high-performance, eBPF-based network traffic analyzer written in Rust
https://github.com/DavidHavoc/ayaFlow
#HackerNews #AyaFlow #eBPF #Rust #NetworkTraffic #Analyzer #HighPerformance #OpenSource
-
AyaFlow: A high-performance, eBPF-based network traffic analyzer written in Rust
https://github.com/DavidHavoc/ayaFlow
#HackerNews #AyaFlow #eBPF #Rust #NetworkTraffic #Analyzer #HighPerformance #OpenSource
-
AyaFlow: A high-performance, eBPF-based network traffic analyzer written in Rust
https://github.com/DavidHavoc/ayaFlow
#HackerNews #AyaFlow #eBPF #Rust #NetworkTraffic #Analyzer #HighPerformance #OpenSource
-
Elephantshark, a tool to monitor Postgres network traffic
https://neon.com/blog/elephantshark-monitor-postgres-network-traffic
#HackerNews #Elephantshark #Postgres #Monitoring #NetworkTraffic #DatabaseTools #DataSecurity
-
Elephantshark, a tool to monitor Postgres network traffic
https://neon.com/blog/elephantshark-monitor-postgres-network-traffic
#HackerNews #Elephantshark #Postgres #Monitoring #NetworkTraffic #DatabaseTools #DataSecurity
-
Elephantshark, a tool to monitor Postgres network traffic
https://neon.com/blog/elephantshark-monitor-postgres-network-traffic
#HackerNews #Elephantshark #Postgres #Monitoring #NetworkTraffic #DatabaseTools #DataSecurity
-
Elephantshark, a tool to monitor Postgres network traffic
https://neon.com/blog/elephantshark-monitor-postgres-network-traffic
#HackerNews #Elephantshark #Postgres #Monitoring #NetworkTraffic #DatabaseTools #DataSecurity
-
Elephantshark, a tool to monitor Postgres network traffic
https://neon.com/blog/elephantshark-monitor-postgres-network-traffic
#HackerNews #Elephantshark #Postgres #Monitoring #NetworkTraffic #DatabaseTools #DataSecurity
-
🦈 Wireshark Useful Filters – Quick Guide for Network Pros 🌐
Wireshark is the go-to tool for packet analysis 📡. With the right filters, you can cut through the noise and find exactly what matters 🔎. Here are some of the most useful ones every cybersecurity pro 🛡️ and network engineer ⚙️ should know:
✨ Host & IP Filters
ip.addr == 192.168.1.10 → traffic from/to one host 🖥️
ip.src == 10.0.0.5 → packets from a source 📤
ip.dst == 8.8.8.8 → packets to a destination 📥✨ Protocol Filters
http → all HTTP traffic 🌍
dns → DNS lookups & responses 🔤
tcp / udp → filter transport layer 📡✨ Port Filters
tcp.port == 443 → HTTPS 🔒
udp.port == 53 → DNS 📡
tcp.port == 22 → SSH 🔑✨ Conversation Tracking
tcp.stream eq 5 → follow a single TCP session 🔄
http.request → show only client requests 📤
http.response → show only server responses 📥✨ Error & Suspicious Activity
tcp.flags.reset == 1 → connection resets ⚠️
icmp → ping/echo packets 🛰️
ssl.handshake → TLS handshakes 🔐⚠️ Disclaimer:
For educational & authorized use only. Always analyze traffic in labs or systems you manage. 🚫🔒#Wireshark #PacketAnalysis #CyberSecurity #InfoSec #NetworkSecurity #BlueTeam #NetworkTraffic #TechTools 🦈
-
🦈 Wireshark Useful Filters – Quick Guide for Network Pros 🌐
Wireshark is the go-to tool for packet analysis 📡. With the right filters, you can cut through the noise and find exactly what matters 🔎. Here are some of the most useful ones every cybersecurity pro 🛡️ and network engineer ⚙️ should know:
✨ Host & IP Filters
ip.addr == 192.168.1.10 → traffic from/to one host 🖥️
ip.src == 10.0.0.5 → packets from a source 📤
ip.dst == 8.8.8.8 → packets to a destination 📥✨ Protocol Filters
http → all HTTP traffic 🌍
dns → DNS lookups & responses 🔤
tcp / udp → filter transport layer 📡✨ Port Filters
tcp.port == 443 → HTTPS 🔒
udp.port == 53 → DNS 📡
tcp.port == 22 → SSH 🔑✨ Conversation Tracking
tcp.stream eq 5 → follow a single TCP session 🔄
http.request → show only client requests 📤
http.response → show only server responses 📥✨ Error & Suspicious Activity
tcp.flags.reset == 1 → connection resets ⚠️
icmp → ping/echo packets 🛰️
ssl.handshake → TLS handshakes 🔐⚠️ Disclaimer:
For educational & authorized use only. Always analyze traffic in labs or systems you manage. 🚫🔒#Wireshark #PacketAnalysis #CyberSecurity #InfoSec #NetworkSecurity #BlueTeam #NetworkTraffic #TechTools 🦈
-
🦈 Wireshark Useful Filters – Quick Guide for Network Pros 🌐
Wireshark is the go-to tool for packet analysis 📡. With the right filters, you can cut through the noise and find exactly what matters 🔎. Here are some of the most useful ones every cybersecurity pro 🛡️ and network engineer ⚙️ should know:
✨ Host & IP Filters
ip.addr == 192.168.1.10 → traffic from/to one host 🖥️
ip.src == 10.0.0.5 → packets from a source 📤
ip.dst == 8.8.8.8 → packets to a destination 📥✨ Protocol Filters
http → all HTTP traffic 🌍
dns → DNS lookups & responses 🔤
tcp / udp → filter transport layer 📡✨ Port Filters
tcp.port == 443 → HTTPS 🔒
udp.port == 53 → DNS 📡
tcp.port == 22 → SSH 🔑✨ Conversation Tracking
tcp.stream eq 5 → follow a single TCP session 🔄
http.request → show only client requests 📤
http.response → show only server responses 📥✨ Error & Suspicious Activity
tcp.flags.reset == 1 → connection resets ⚠️
icmp → ping/echo packets 🛰️
ssl.handshake → TLS handshakes 🔐⚠️ Disclaimer:
For educational & authorized use only. Always analyze traffic in labs or systems you manage. 🚫🔒#Wireshark #PacketAnalysis #CyberSecurity #InfoSec #NetworkSecurity #BlueTeam #NetworkTraffic #TechTools 🦈
-
🦈 Wireshark Useful Filters – Quick Guide for Network Pros 🌐
Wireshark is the go-to tool for packet analysis 📡. With the right filters, you can cut through the noise and find exactly what matters 🔎. Here are some of the most useful ones every cybersecurity pro 🛡️ and network engineer ⚙️ should know:
✨ Host & IP Filters
ip.addr == 192.168.1.10 → traffic from/to one host 🖥️
ip.src == 10.0.0.5 → packets from a source 📤
ip.dst == 8.8.8.8 → packets to a destination 📥✨ Protocol Filters
http → all HTTP traffic 🌍
dns → DNS lookups & responses 🔤
tcp / udp → filter transport layer 📡✨ Port Filters
tcp.port == 443 → HTTPS 🔒
udp.port == 53 → DNS 📡
tcp.port == 22 → SSH 🔑✨ Conversation Tracking
tcp.stream eq 5 → follow a single TCP session 🔄
http.request → show only client requests 📤
http.response → show only server responses 📥✨ Error & Suspicious Activity
tcp.flags.reset == 1 → connection resets ⚠️
icmp → ping/echo packets 🛰️
ssl.handshake → TLS handshakes 🔐⚠️ Disclaimer:
For educational & authorized use only. Always analyze traffic in labs or systems you manage. 🚫🔒#Wireshark #PacketAnalysis #CyberSecurity #InfoSec #NetworkSecurity #BlueTeam #NetworkTraffic #TechTools 🦈
-
🦈 Wireshark Useful Filters – Quick Guide for Network Pros 🌐
Wireshark is the go-to tool for packet analysis 📡. With the right filters, you can cut through the noise and find exactly what matters 🔎. Here are some of the most useful ones every cybersecurity pro 🛡️ and network engineer ⚙️ should know:
✨ Host & IP Filters
ip.addr == 192.168.1.10 → traffic from/to one host 🖥️
ip.src == 10.0.0.5 → packets from a source 📤
ip.dst == 8.8.8.8 → packets to a destination 📥✨ Protocol Filters
http → all HTTP traffic 🌍
dns → DNS lookups & responses 🔤
tcp / udp → filter transport layer 📡✨ Port Filters
tcp.port == 443 → HTTPS 🔒
udp.port == 53 → DNS 📡
tcp.port == 22 → SSH 🔑✨ Conversation Tracking
tcp.stream eq 5 → follow a single TCP session 🔄
http.request → show only client requests 📤
http.response → show only server responses 📥✨ Error & Suspicious Activity
tcp.flags.reset == 1 → connection resets ⚠️
icmp → ping/echo packets 🛰️
ssl.handshake → TLS handshakes 🔐⚠️ Disclaimer:
For educational & authorized use only. Always analyze traffic in labs or systems you manage. 🚫🔒#Wireshark #PacketAnalysis #CyberSecurity #InfoSec #NetworkSecurity #BlueTeam #NetworkTraffic #TechTools 🦈
-
Enhance your network diagnostics toolkit: NetHogs offers real-time insights that pinpoint resource-hungry apps. Essential for admins! #NetworkTraffic #LinuxOps https://xt.om/9LtD
-
My favorite pentesting setup.
Today i'm setting up the #KaliLinux #Docker #container for my #ansible #playbook. This setup has some pretty cool advantages for me.
I can:
- access the shell and files using #SSH and #SFTP.
- customize the installation to the fullest extend using the #Dockerfile.
- easily route the #networktraffic through a #vpn using #gluetun.
- reproduce the setup (i love Docker).
- use GUI apps from that container using X11Forwarding or by installing a #vnc server.
This has been my favorite #pentesting setup so far for obvious reasons. I can access a fully configured pentesting environment on all my devices, always accessible and ready to go.
In case anyone is interested in the setup, it will be included in my ansible playbook, which will be published on this repository.
-
My favorite pentesting setup.
Today i'm setting up the #KaliLinux #Docker #container for my #ansible #playbook. This setup has some pretty cool advantages for me.
I can:
- access the shell and files using #SSH and #SFTP.
- customize the installation to the fullest extend using the #Dockerfile.
- easily route the #networktraffic through a #vpn using #gluetun.
- reproduce the setup (i love Docker).
- use GUI apps from that container using X11Forwarding or by installing a #vnc server.
This has been my favorite #pentesting setup so far for obvious reasons. I can access a fully configured pentesting environment on all my devices, always accessible and ready to go.
In case anyone is interested in the setup, it will be included in my ansible playbook, which will be published on this repository.
-
My favorite pentesting setup.
Today i'm setting up the #KaliLinux #Docker #container for my #ansible #playbook. This setup has some pretty cool advantages for me.
I can:
- access the shell and files using #SSH and #SFTP.
- customize the installation to the fullest extend using the #Dockerfile.
- easily route the #networktraffic through a #vpn using #gluetun.
- reproduce the setup (i love Docker).
- use GUI apps from that container using X11Forwarding or by installing a #vnc server.
This has been my favorite #pentesting setup so far for obvious reasons. I can access a fully configured pentesting environment on all my devices, always accessible and ready to go.
In case anyone is interested in the setup, it will be included in my ansible playbook, which will be published on this repository.
-
My favorite pentesting setup.
Today i'm setting up the #KaliLinux #Docker #container for my #ansible #playbook. This setup has some pretty cool advantages for me.
I can:
- access the shell and files using #SSH and #SFTP.
- customize the installation to the fullest extend using the #Dockerfile.
- easily route the #networktraffic through a #vpn using #gluetun.
- reproduce the setup (i love Docker).
- use GUI apps from that container using X11Forwarding or by installing a #vnc server.
This has been my favorite #pentesting setup so far for obvious reasons. I can access a fully configured pentesting environment on all my devices, always accessible and ready to go.
In case anyone is interested in the setup, it will be included in my ansible playbook, which will be published on this repository.
-
My favorite pentesting setup.
Today i'm setting up the #KaliLinux #Docker #container for my #ansible #playbook. This setup has some pretty cool advantages for me.
I can:
- access the shell and files using #SSH and #SFTP.
- customize the installation to the fullest extend using the #Dockerfile.
- easily route the #networktraffic through a #vpn using #gluetun.
- reproduce the setup (i love Docker).
- use GUI apps from that container using X11Forwarding or by installing a #vnc server.
This has been my favorite #pentesting setup so far for obvious reasons. I can access a fully configured pentesting environment on all my devices, always accessible and ready to go.
In case anyone is interested in the setup, it will be included in my ansible playbook, which will be published on this repository.
-
Ah, just what we needed: yet another convoluted tool to poke holes in #encryption masquerading as "innovation" 🎩🔍. Now you can snoop on network traffic with all the grace of a bulldozer in a china shop, while GitHub desperately tries to sell you #AI as the solution to all your coding woes 🤖💡.
https://github.com/qpoint-io/qtap #innovation #networktraffic #tools #privacy #HackerNews #ngated -
Ah, just what we needed: yet another convoluted tool to poke holes in #encryption masquerading as "innovation" 🎩🔍. Now you can snoop on network traffic with all the grace of a bulldozer in a china shop, while GitHub desperately tries to sell you #AI as the solution to all your coding woes 🤖💡.
https://github.com/qpoint-io/qtap #innovation #networktraffic #tools #privacy #HackerNews #ngated -
Ah, just what we needed: yet another convoluted tool to poke holes in #encryption masquerading as "innovation" 🎩🔍. Now you can snoop on network traffic with all the grace of a bulldozer in a china shop, while GitHub desperately tries to sell you #AI as the solution to all your coding woes 🤖💡.
https://github.com/qpoint-io/qtap #innovation #networktraffic #tools #privacy #HackerNews #ngated -
Ah, just what we needed: yet another convoluted tool to poke holes in #encryption masquerading as "innovation" 🎩🔍. Now you can snoop on network traffic with all the grace of a bulldozer in a china shop, while GitHub desperately tries to sell you #AI as the solution to all your coding woes 🤖💡.
https://github.com/qpoint-io/qtap #innovation #networktraffic #tools #privacy #HackerNews #ngated -
Just posted a new blog: Pete’s Take: Microsegmentation 03: Discovering Traffic Flows. URL: https://www.linkedin.com/pulse/petes-take-microsegmentation-03-discovering-traffic-flows-welcher-bykae/ Tags: #PeterWelcher #CCIE1773 #Microsegmentation #Elisity #Cisco #FlowDiscovery #TrafficAnalytics #NetworkTraffic
-
Just posted a new blog: Pete’s Take: Microsegmentation 03: Discovering Traffic Flows. URL: https://www.linkedin.com/pulse/petes-take-microsegmentation-03-discovering-traffic-flows-welcher-bykae/ Tags: #PeterWelcher #CCIE1773 #Microsegmentation #Elisity #Cisco #FlowDiscovery #TrafficAnalytics #NetworkTraffic
-
Just posted a new blog: Pete’s Take: Microsegmentation 03: Discovering Traffic Flows. URL: https://www.linkedin.com/pulse/petes-take-microsegmentation-03-discovering-traffic-flows-welcher-bykae/ Tags: #PeterWelcher #CCIE1773 #Microsegmentation #Elisity #Cisco #FlowDiscovery #TrafficAnalytics #NetworkTraffic
-
Just posted a new blog: Pete’s Take: Microsegmentation 03: Discovering Traffic Flows. URL: https://www.linkedin.com/pulse/petes-take-microsegmentation-03-discovering-traffic-flows-welcher-bykae/ Tags: #PeterWelcher #CCIE1773 #Microsegmentation #Elisity #Cisco #FlowDiscovery #TrafficAnalytics #NetworkTraffic
-
Just posted a new blog: Pete’s Take: Microsegmentation 03: Discovering Traffic Flows. URL: https://www.linkedin.com/pulse/petes-take-microsegmentation-03-discovering-traffic-flows-welcher-bykae/ Tags: #PeterWelcher #CCIE1773 #Microsegmentation #Elisity #Cisco #FlowDiscovery #TrafficAnalytics #NetworkTraffic
-
Don't mix up #WireShark and #WireGuard: One is for analyzing #networktraffic and the other one is for hiding and encrypting network traffic (besides other things).
And yes, I verbally mix them up often enough even though I know exactly which one does what. Seems to be a #dyslexia thing.
-
Don't mix up #WireShark and #WireGuard: One is for analyzing #networktraffic and the other one is for hiding and encrypting network traffic (besides other things).
And yes, I verbally mix them up often enough even though I know exactly which one does what. Seems to be a #dyslexia thing.
-
Don't mix up #WireShark and #WireGuard: One is for analyzing #networktraffic and the other one is for hiding and encrypting network traffic (besides other things).
And yes, I verbally mix them up often enough even though I know exactly which one does what. Seems to be a #dyslexia thing.
-
Don't mix up #WireShark and #WireGuard: One is for analyzing #networktraffic and the other one is for hiding and encrypting network traffic (besides other things).
And yes, I verbally mix them up often enough even though I know exactly which one does what. Seems to be a #dyslexia thing.
-
Don't mix up #WireShark and #WireGuard: One is for analyzing #networktraffic and the other one is for hiding and encrypting network traffic (besides other things).
And yes, I verbally mix them up often enough even though I know exactly which one does what. Seems to be a #dyslexia thing.
-
Need to monitor and diagnose network traffic on Windows? 🌐💻 Learn the best tools and techniques to track, analyze, and troubleshoot your network like a pro! 🚀 #NetworkTraffic #WindowsTips #TechTutorial #Troubleshooting
https://pupuweb.com/how-to-monitor-and-diagnose-windows-network-traffic/
-
Need to monitor and diagnose network traffic on Windows? 🌐💻 Learn the best tools and techniques to track, analyze, and troubleshoot your network like a pro! 🚀 #NetworkTraffic #WindowsTips #TechTutorial #Troubleshooting
https://pupuweb.com/how-to-monitor-and-diagnose-windows-network-traffic/
-
Need to monitor and diagnose network traffic on Windows? 🌐💻 Learn the best tools and techniques to track, analyze, and troubleshoot your network like a pro! 🚀 #NetworkTraffic #WindowsTips #TechTutorial #Troubleshooting
https://pupuweb.com/how-to-monitor-and-diagnose-windows-network-traffic/
-
One example why to use strong #passwords for users who use file sharing over #SMB even when the file transfers are #encrypted.
If the SMB traffic is captured/eavesdropped, then the attacker can try to crack the user password.
The attacker is able to extract challenge/response values from the Session Setup and then use #passwordcracking tools such as #hashcatIf the attack is successful, the attacker will gain not only the access to the user account, but it is also possible to decrypt the captured SMB file transfers. There is lack of perfect forward secrecy in this encryption.
For more details and practical examples, see this blog post:
https://malwarelab.eu/posts/tryhackme-smb-decryption/
#networktrafficanalysis #networktraffic #encryption #netntlmv2 #netntlm #ntlm #windows #fileshare #pentesting #cybersecurity #hardening #password #cracking #offensivesecurity #offsec #blueteam #purpleteam
-
One example why to use strong #passwords for users who use file sharing over #SMB even when the file transfers are #encrypted.
If the SMB traffic is captured/eavesdropped, then the attacker can try to crack the user password.
The attacker is able to extract challenge/response values from the Session Setup and then use #passwordcracking tools such as #hashcatIf the attack is successful, the attacker will gain not only the access to the user account, but it is also possible to decrypt the captured SMB file transfers. There is lack of perfect forward secrecy in this encryption.
For more details and practical examples, see this blog post:
https://malwarelab.eu/posts/tryhackme-smb-decryption/
#networktrafficanalysis #networktraffic #encryption #netntlmv2 #netntlm #ntlm #windows #fileshare #pentesting #cybersecurity #hardening #password #cracking #offensivesecurity #offsec #blueteam #purpleteam
-
One example why to use strong #passwords for users who use file sharing over #SMB even when the file transfers are #encrypted.
If the SMB traffic is captured/eavesdropped, then the attacker can try to crack the user password.
The attacker is able to extract challenge/response values from the Session Setup and then use #passwordcracking tools such as #hashcatIf the attack is successful, the attacker will gain not only the access to the user account, but it is also possible to decrypt the captured SMB file transfers. There is lack of perfect forward secrecy in this encryption.
For more details and practical examples, see this blog post:
https://malwarelab.eu/posts/tryhackme-smb-decryption/
#networktrafficanalysis #networktraffic #encryption #netntlmv2 #netntlm #ntlm #windows #fileshare #pentesting #cybersecurity #hardening #password #cracking #offensivesecurity #offsec #blueteam #purpleteam
-
One example why to use strong #passwords for users who use file sharing over #SMB even when the file transfers are #encrypted.
If the SMB traffic is captured/eavesdropped, then the attacker can try to crack the user password.
The attacker is able to extract challenge/response values from the Session Setup and then use #passwordcracking tools such as #hashcatIf the attack is successful, the attacker will gain not only the access to the user account, but it is also possible to decrypt the captured SMB file transfers. There is lack of perfect forward secrecy in this encryption.
For more details and practical examples, see this blog post:
https://malwarelab.eu/posts/tryhackme-smb-decryption/
#networktrafficanalysis #networktraffic #encryption #netntlmv2 #netntlm #ntlm #windows #fileshare #pentesting #cybersecurity #hardening #password #cracking #offensivesecurity #offsec #blueteam #purpleteam
-
One example why to use strong #passwords for users who use file sharing over #SMB even when the file transfers are #encrypted.
If the SMB traffic is captured/eavesdropped, then the attacker can try to crack the user password.
The attacker is able to extract challenge/response values from the Session Setup and then use #passwordcracking tools such as #hashcatIf the attack is successful, the attacker will gain not only the access to the user account, but it is also possible to decrypt the captured SMB file transfers. There is lack of perfect forward secrecy in this encryption.
For more details and practical examples, see this blog post:
https://malwarelab.eu/posts/tryhackme-smb-decryption/
#networktrafficanalysis #networktraffic #encryption #netntlmv2 #netntlm #ntlm #windows #fileshare #pentesting #cybersecurity #hardening #password #cracking #offensivesecurity #offsec #blueteam #purpleteam
-
Recent #TryHackMe room inspired me to publish blog about Decryption of #SMB traffic
Summarized 3 methods of decryption in #Wireshark:
- with user password
- with NTLM hash
- without them, just by cracking the captured #network traffichttps://malwarelab.eu/posts/tryhackme-smb-decryption/
#cryptography #networkanalysis #networktrafficanalysis #networktraffic #samba #encryption
