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Mirai

Mirai

malware that turns computer systems running Linux into remotely controlled "bots"www.trymirai.com

Search complete. 17 mentions across 7 episodes found for "Mirai".

Oct 23, 2026

speaker_1HOST
41:59
Going to check your router right about now, are you? Please do, and please do change your password if it is still set to a default value.
speaker_1HOST
42:09
To provide an example that brings together both the default password problem and the brute force method, consider the Mirai malware.
speaker_1HOST
42:17
Its final goal was to overload targets with huge amounts of network packets being sent from hundreds of thousands of IoT bots spread across the globe.
speaker_1HOST
42:26
It had the goal of launching DDoS attacks, primarily.
speaker_1HOST
43:32
Meanwhile, the device owners were at home, eating a piece of cake, completely unaware that their fridges were attacking some server on the other side of the globe.
speaker_1HOST
43:41
Ah, ignorance is bliss.
speaker_1HOST
43:44
The Mirai malware and all of the attacks that happened because of it brought more attention to this using the default password type of problem.
speaker_1HOST
43:52
But unfortunately for us, there are several others that we need to consider, especially nowadays where we have people sharing every single detail about their lives on the internet.
speaker_0NARRATOR
0:58
Patch now and review operator accounts and audit logs for unexpected superuser activity.
speaker_0NARRATOR
1:04
php-2 shell exploitation reaches millions of attempts with attackers dropping mirai mass exploitation of c v e twenty twenty six a hundred nine thousand six hundred eighteen began on october twenty one shortly after the emergency phphp patches Attackers are trying to deploy Mirai malware.
speaker_0NARRATOR
1:23
This is the escalation of the PHP RCE flaws we covered yesterday.
speaker_0NARRATOR
1:27
Treat any unpatched, internet-facing PHP host as a target, including embedded devices and appliances that bundle PHP host as a target.
Jonathan LuckettHOST
55:02
And once they know how it behaves, how do they actually stop the spread? Anthropic mentions a real-world precedent for this kind of defense in the paper, right?
speaker_2HOST
55:09
They heavily cite the mitigation of the Mirai botnet as the blueprint for defense.
speaker_2HOST
55:14
The Mirai botnet wasn't defeated by individual users realizing their devices were infected and dutifully updating their router firmware.
Jonathan LuckettHOST
55:22
That would take forever.
speaker_2HOST
55:23
It was stopped at the infrastructure level by the ISPs.
speaker_2HOST
55:27
When the ISPs detected the distinct infection signatures of Mirai on their networks, they took aggressive action.
speaker_2HOST
55:32
They actively quarantined the infected users.
Jonathan LuckettHOST
55:36
Wait, hold on.
Patrick BoyleHOST
33:55
I mentioned earlier that taking over these devices was almost embarrassingly simple.
Patrick BoyleHOST
34:01
The Mirai botnet spread largely by going through a default list of manufacturer usernames and passwords.
Patrick BoyleHOST
34:09
On a lot of consumer hardware, both of those are simply admin.
Patrick BoyleHOST
34:14
On October 12th, researchers at Anthropic published a paper testing whether AI models could run on and eventually spread across devices like these.
Patrick BoyleHOST
35:00
In a separate test where an AI copied itself across simulated Android devices, the hacking step was trivial.
Patrick BoyleHOST
35:08
The devices had no password at all.
Patrick BoyleHOST
35:11
But given how Mirai spread, the researchers point out that real-world security might not be dramatically more difficult.
Patrick BoyleHOST
35:20
They compare the result to a slime mold, slow but hard to shut down, since there is no centralized point to shut off.
speaker_0HOST
5:00
The entry port had no password, and GLM 5.2 itself ran on an outside server because the machines were too small.
speaker_0HOST
5:07
But the researchers point out that the Mirai botnet spread simply by trying factory default passwords.
speaker_0HOST
5:13
Right now, the models that can do this are too big to run on the devices, and the models that fit on them are not capable enough.
speaker_0HOST
5:21
If small open models keep improving at their past rate, they will match GLM 5.2 before this year ends.
James AzarHOST
16:49
It's been active since at least twenty seventeen.
James AzarHOST
16:51
Integrity Tech also used a Mirai botnet to extend MicroScan's reconnaissance reach, which hits a US power company, NGOs, airports in Japan and Poland, and Taiwanese critical infrastructure and universities.
James AzarHOST
17:03
PushUp was the companion exploitation platform enabling remote file access and exfiltration that was used against at least twenty Taiwanese universities.
James AzarHOST
17:11
Six domains were seized altogether.
speaker_0HOST
7:32
They built a botnet called Raptor Train and the sheer scale of it is just staggering.
speaker_0HOST
7:37
By leveraging a highly evolved variant of the Mirai malware, they compromised over 1.2 million small office and home office devices globally.
speaker_1HOST
7:45
It's massive.
speaker_0HOST
7:46
We're talking about 385,000 unique victim devices right here in the U.S. alone.
speaker_1HOST
7:51
The architecture of these small office and home office or SOHO devices makes them the perfect target for a Mirai variant.
speaker_0HOST
7:58
Because people just set them up and forget them.
speaker_1HOST
8:00
Exactly.
speaker_1HOST
8:32
That's a great way to put it.

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