Developments in tech are always joined by new risks and safety issues, even emergencies, which ‘regular’ security forces won’t be able to fix. In this edition, we’ll tell you how IBM is finding a solution for this problem, as well as how 3D printing may already be headed on the way out, and we’ll show you some cutting-edge materials.

IBM’s cybersecurity task force

Companies worried about cybersecurity, rejoice. IBM has created X-Force Command Cyber Tactical Operations Center, which is a long name for a team of white-hat hackers who will jump from a futuristic truck and barge in movie-style to defend against cyber-attacks. All around the news you hear of a company’s security getting breached and thousands of people’s sensitive information stolen. IBM’s team can prevent this from happening. Go check out the coolest truck ever on Futurism, where Jon Christian tells us more.

Step aside, 3D printers

It’s like it’s not even reached its full potential yet, but already there’s an alternative to additive layer manufacturing on the way. MetLase, an engineering firm, has developed a method based on a combination of several joining methodologies, laser-cutting, and press-brake bending. It’s faster, cheaper, and more accurate than additive layer manufacturing. This technology is supposed to be able to create a fully finished product in sectors that require high precision. Read more about how it works and what it is capable of on The Manufacturer.

Self-cooling material

The University of Nottingham is developing a material that can control its own temperature. Such a material could be used in a wide spectrum of applications, from burn treatment to space capsules. The material is made of a synthetic polymer and enhanced with control measures in order for it to regulate its own temperature. Just like people, it would use active flowing fluids to manage its temperature. Emma Lowry explains it much better than I can, so let me redirect you!

More efficient and cheaper solar power

Purdue University has also stepped up to the plate by developing a new material and manufacturing process to optimize solar energy. The idea is that the materials need to be able to withstand more heat in order to create more energy. Zirconium carbide and tungsten combined showcase promising results. These would also be cheaper to manufacture than the current materials used in solar panels. This advancement could mean that solar energy will become a true contender for fossil fuels, which only means good things. Go find out more here; Kayla Wiles would like to share more with you.

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