Category: Computers

Key Takeaways

1. 4chan was hacked by a group called “Soyjack.party,” leading to serious security breaches.
2. The hackers gained access to users’ IP addresses, restored deleted boards, and took control of the site’s databases.
3. Following the breach, 4chan administrators took the site offline to limit damages but faced ongoing connection issues after bringing it back online.
4. The hack was attributed to outdated PHP software that had not been updated since 2016, making the site vulnerable.
5. The incident highlights the irony of 4chan being a platform for leaking data while falling victim to a significant data breach itself.

An internet behemoth faced a serious breach today, but it’s not the one you might expect.

4chan, the notorious anonymous online forum known for its countless memes and significant influence on internet culture, was taken offline earlier today due to a hacking incident that provided admin access. A hacker group calling themselves “Soyjack.party” has stepped forward to claim the act.

Access Granted

This breach enabled the group to obtain users’ IP addresses, restore deleted boards, and take charge of the website’s databases. Following a post that declared the hack, the administrators decided to take the site down. It has since been brought back online, but users are still facing some connection problems.

One of the hackers, who goes by the name “Chud,” made a post boasting about their success:

“Tonight has been a real special night for us at the soyjak party. On April 14, 2025, a hacker, who has been inside 4cuck’s system for more than a year, carried out the operation soyclipse, reopening /qa/, revealing personal data of several 4cuck staff members, and leaking site code. To try to limit the damages, 4cuck admins have taken all servers offline, but there are rumors that the servers have already been fully compromised and might stay down for a while.”

The Suspected Cause

While the reason behind the hack remains unclear, it is believed that the outdated version of PHP used by 4chan was the entry point. It seems the forum hasn’t updated its PHP since 2016, leaving it vulnerable to numerous known exploits. This is quite ironic since 4chan is often a go-to platform for leaking data from hacks targeting major corporations and government bodies.

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Key Takeaways

1. A new copper alloy (Cu-3Ta-0.5Li) can withstand temperatures up to 800°C for over 10,000 hours while maintaining strength and structure.
2. The alloy features a unique nanoscale structure that prevents grain coarsening and creep deformation, enhancing its stability under heat.
3. It has a yield strength of 1120 MPa at room temperature, surpassing traditional copper alloys in performance.
4. The alloy is ideal for high-temperature applications in computing, aerospace, and defense, providing a lightweight alternative to nickel-based superalloys.
5. The research demonstrates the significant impact of atomic-scale changes on material performance for advanced electronics and industrial uses.

A research group from Arizona State University, in collaboration with national defense and educational institutions, has created a novel copper alloy that could be beneficial for thermal and structural functions in high-temperature environments. The nanocrystalline Cu-3Ta-0.5Li alloy sustains its strength and structure at temperatures reaching 800°C for more than 10,000 hours, offering better performance compared to traditional copper alloys.

Key Innovation

The primary breakthrough is found in the nanoscale structure of the alloy. By integrating lithium precipitates into a tantalum-rich bilayer, the researchers successfully stabilized the internal configuration, which stops grain coarsening and creep deformation. This property allows the material to keep its shape and strength, even when subjected to extended heat. Additionally, the alloy boasts a yield strength of 1120 MPa at room temperature, which is significantly higher than current commercial copper alternatives.

Potential Applications

For sectors like computing, aerospace, and defense—where it’s crucial to control heat and mechanical stress—this new material could provide a valuable option. The alloy’s stability under varying temperatures and loads positions it as a strong candidate for high-performance heat spreaders, sensors, or lightweight structural components in demanding conditions.

While existing solutions frequently depend on heavier nickel-based superalloys, the Cu-Ta-Li material offers a lighter alternative without compromising thermal resilience. The research effectively highlights how small changes at the atomic scale can enhance performance in ways that are significant for both advanced electronics and industrial uses.

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