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UK reveals father and son at heart of Evil Corp hacking group

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UK reveals father and son at heart of Evil Corp hacking group
NCA Maksim Yabubets, his father Viktor Yakubets and brother Artem YakubetsNCA

Maksim Yabubets, his father Viktor and brother Artem are accused of running Evil Corp

The UK, US and Australia have announced sanctions against 16 people authorities accuse of being part of the most wanted cyber crime gang in the world.

Russia-based Evil Corp is accused of stealing around $300m in nearly ten years of hacking.

The UK’s National Crime Agency (NCA) says it can now reveal the gang’s notorious leader, Maksim Yakubets, has been supported by his father Viktor Yakubets – something he had denied when interviewed by the BBC in 2021.

The information has been released as part of a large, multinational operation to disrupt Evil Corp and another notorious hacking group called LockBit.

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Known for their mafia-style of operation, Evil Corp has waged a campaign of destructive cyber-attacks worldwide for over a decade.

In 2019, Maksim Yakubets was sanctioned and a $5m bounty was put up for his arrest, along with another man called Igor Turashev.

Other Russian individuals, including Yakubets’ brother Artem, were also named as part of the US sanctions and designations.

In 2021 the BBC travelled to Russia to search for and interview members of the gang to get their side of the story.

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At a former home of Maksim Yakubets we found his father, who gave an impassioned defence of his son while claiming he was personally innocent.

But now the NCA says that Yakubets senior was a major part of the cyber-crime group, accusing him of aiding the gang in laundering some of its stolen funds.

NCA Maksim Yakubets in MoscowNCA

Maksim Yakubets lived what’s been described as a playboy lifestyle in Moscow

As well as the Yakubets family members, Maksim’s father-in-law was also sanctioned for helping to protect and coordinate the group with his connections to the Russian security services.

Western authorities have now officially linked Eduard Benderskiy, a former high-ranking FSB official, to Evil Corp.

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“Maksim Yakubets and his Evil Corp gang has for years lived the archetypal Russian hacker playboy lifestyle seemingly untouchable to law enforcement but today’s announcement shows that we are still watching, digging and determined to disrupt them and bring them to justice,” said Will Lyne, Head of Cyber Intelligence at the NCA.

LockBit connections

Another of those sanctioned is Aleksandr Ryzhenkov, described by the NCA as the younger Yakubets’ right-hand man, and an affiliate of the notorious ransomware gang LockBit.

It’s the first time that a member of Evil Corp has been linked to another major gang and indicates that hackers are working across groups to carry out attacks.

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As well as the sanctions, four arrests were made, including two in the UK.

In August, the NCA executed a number of search warrants in the south of England and arrested a 46-year-old male who is suspected of being linked to a LockBit affiliate.

A 50-year-old female was also arrested on suspicion of money laundering offences.

They too were interviewed and later released under investigation whilst the criminal investigation continues.

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Both individuals were identified through the analysis and enrichment of data acquired during the course of Operation Cronos – the international police operation that brought down LockBit’s internal infrastructure.

“The action announced today has taken place in conjunction with extensive and complex investigations by the NCA into two of the most harmful cybercrime groups of all time,” said James Babbage, Director General for Threats at the NCA.

The NCA said Evil Corp’s links to the Russian links to the Russian state had been exposed.

“Today’s sanctions send a clear message to the Kremlin that we will not tolerate Russian cyber-attacks – whether from the state itself or from its cyber-criminal ecosystem,” said foreign secretary David Lammy.

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Servers computers

ARM yourselves! The Compute Blade is here.

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35 seconds ago

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October 1, 2024

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ARM yourselves! The Compute Blade is here.



It won’t turn you into a ninja, but it will help you build a Pi cluster.

Check out the Compute Blade on Kickstarter:

https://www.kickstarter.com/projects/uptimelab/compute-blade?ref=bfyfme

Mentioned in this video:

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– Compute Blade: https://computeblade.com
– My open source Pi Cluster project: https://github.com/geerlingguy/pi-cluster
– Radxa CM3 and Pine64 SOQuartz review: https://www.youtube.com/watch?v=aXlcNVKK-7Q
– BigTreeTech CB1 Review in Livestream: https://www.youtube.com/watch?v=Krpac-MaD5s
– Compute Blade alpha review: https://www.youtube.com/watch?v=zH9GwYZu_aE

Support me on Patreon: https://www.patreon.com/geerlingguy
Sponsor me on GitHub: https://github.com/sponsors/geerlingguy
Merch: https://redshirtjeff.com
2nd Channel: https://www.youtube.com/c/GeerlingEngineering

Contents:

00:00 – This is the Compute Blade
00:34 – A Slice of Pi
03:35 – Why blade?
06:15 – Pine64’s Blade
06:58 – Clone Wars
10:17 – Kickstarter and price .

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Acceleron Fusion has raised $15M to take another stab at cold fusion, filing reveals

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17 mins ago

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October 1, 2024

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Acceleron Fusion has raised $15M to take another stab at cold fusion, filing reveals

Fusion startups have been on a fundraising tear lately, and a young startup, Acceleron Fusion, is joining the pack, having raised $15 million of a targeted $23.7 million round, according to an SEC filing.

The fusion sector recently has been showered with interest from investors, who no doubt have been encouraged by the breakthrough experiment at the National Ignition Facility two years ago, which proved that a controlled fusion reaction could generate more power than was required to kick it off. 

The first company to build a power plant that can produce electricity that can be sold to the grid en masse could start chipping away at the multi-trillion-dollar global energy market. Tech firms, in particular, have been eyeing fusion and nuclear startups as possible pollution-free solutions to their AI-induced power demands.

Acceleron did not immediately reply to questions.

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Where most startups aim to re-create the superheated, super-pressurized conditions inside of a star, Acceleron takes a different approach, using subatomic particles known as muons to lower the heat and pressure required for fusion reactions to take place.

In nature, atoms tend to resist fusing, mostly because an atom’s orbiting electrons repel other atoms. To get around that, most approaches to fusion follow nature’s approach: they get atoms hot enough and close enough that their electrons are freed from their orbits, lowering the usual atomic inhibitions. As atomic nuclei zip around without their electrons, some ram into each other, fusing into a new nucleus and releasing enormous amounts of energy. That’s what happens inside a star.

Muon-catalyzed fusion takes a different tack. Instead of heating and compressing hydrogen isotopes, it injects muons into the mix. Muons are subatomic particles that resemble electrons — both have a negative charge — but their mass is 207 times greater. As muons bombard hydrogen isotopes, they replace electrons in some atoms. A muon orbits the nucleus of an atom much more closely than an electron, lowering the barrier atoms need to fuse.

In muon-catalyzed fusion, the barrier is low enough that fusion can occur at room temperature and pressure. That’s why it’s sometimes called cold fusion. While muon-catalyzed has been demonstrated in laboratory conditions, the energy required to generate muons has so far outstripped the amount of energy produced by any fusion reactions.

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There are a few reasons why muon-catalyzed fusion hasn’t worked yet. For one, each muon only lasts for about 2.2 microseconds before it decays into less useful subatomic particles. That’s long enough to facilitate about 100 fusion reactions, but still too short for commercial power purposes. The other problem is that about 0.8% of the time, a muon gets stuck to another subatomic particle (an alpha particle) and doesn’t participate in any more fusion reactions. That may not seem like much, but again, it has been high enough to doom commercial plans.

Cambridge, Massachusetts-based Acceleron, which spun out of NK Labs, is hoping that by raising the pressure of the hydrogen isotope mix, and maybe the temperature, it’ll be able to reduce the rate at which muons stick to alpha particles. The hope is to keep enough muons in the mix to catalyze more fusion reactions, ideally enough more that they’ll offset the amount of power required to generate the muons.

NK Labs was awarded a three-year, $2 million ARPA-E grant in 2020 to explore whether higher pressure would improve the prospects of muon-catalyzed fusion. The results, not all of which are public at this time, appear to have piqued investors’ interests.

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The Chenbro SR115 is a 4U rackable or tower server chassis with eight PCIe slots for adding more I/O

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34 mins ago

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October 1, 2024

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The Chenbro SR115 is a 4U rackable or tower server chassis with eight PCIe slots for adding more I/O

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The next iPhone SE may lose the home button, add Face ID and Apple Intelligence

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38 mins ago

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October 1, 2024

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The next iPhone SE may lose the home button, add Face ID and Apple Intelligence

That the new iPhone SE models may support Apple Intelligence says a lot about their performance — it takes a lot of RAM to run local AI features, for instance. They’re expected to look like the iPhone 14, doing away with the chunky top and bottom bezels and the home button; both are firsts for the entry-level smartphone. It’s also rumored that the iPhone SE 4 will get an OLED screen, rather than the usual LCD.

Apple will produce 11-inch and 13-inch iPad Airs with “internal improvements” at the same time as the new SE models, Gurman writes. And right along with those will be new Magic Keyboards for both sizes that will come with some iPad Pro keyboard features.

Finally, according to Gurman, before the year is through, Apple will release new M4-equipped computers: a smaller Mac Mini, new MacBook Pros, and iMacs. He reckons an update to the iPad Mini is also possible.

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AWS forced to pay out millions in major patent dispute

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1 hour ago

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October 1, 2024

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AWS forced to pay out millions in major patent dispute

A US jury has ruled Amazon Web Services (AWS) willingly infringed on two patents, and must now pay $30.5 million for violating the patent owner’s rights in computer networking and broadcasting technology.

The offending technologies were AWS’s Cloudfront content delivery network and Virtual Private Cloud virtual network – which infringed on the patents originally owned by Boeing, but obtained by Acceleration Bay.

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Servers computers

Home Lab Build – P.2 – Rack has evolved!

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1 hour ago

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October 1, 2024

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Home Lab Build - P.2 - Rack has evolved!



Quite a few changes to the server rack, starting with a patch panel and another ethernet switch. From here, I’ve mounted a KVM switch, mouse, keyboard, and monitor.

Part 1: https://youtu.be/CIQ20FWs478

Hardware purchase links:
Patch Panel: https://amzn.to/3nrAODB
KVM switch: https://amzn.to/3bFuTbE
KVM switch VGA & USB cables: https://amzn.to/3yxXXuo
Boxx rack mount machines: https://www.boxx.com/
1U drawer: https://amzn.to/3ycRP9U
2U drawer: https://amzn.to/3y6BXWf
Rack monitor mount: https://amzn.to/3y9uu8M

Neural Networks from Scratch book: https://nnfs.io
Channel membership: https://www.youtube.com/channel/UCfzlCWGWYyIQ0aLC5w48gBQ/join
Discord: https://discord.gg/sentdex
Reddit: https://www.reddit.com/r/sentdex/
Support the content: https://pythonprogramming.net/support-donate/
Twitter: https://twitter.com/sentdex
Instagram: https://instagram.com/sentdex
Facebook: https://www.facebook.com/pythonprogramming.net/
Twitch: https://www.twitch.tv/sentdex

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Contents:

0:00 – Networking
1:23 – KVM Switch (TRENDnet 2-in-1 USB VGA KVM)
3:11 – rack mounting the Boxx machine
5:49 – Rack mounting a monitor
8:24 – Server rack flooring 🙂
8:55 – Blanking panel, 2U drawer, outro

#server #homelab .

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