From The Blog
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ConnectWise Slash and Grab Flaw Once Again Shows the Value of Input Validation We talk to Huntress About its Impact
Written by Sean KalinichAlthough the news of the infamous ConnectWise flaw which allowed for the creation of admin accounts is a bit cold, it still is one that…Written on Tuesday, 19 March 2024 12:44 in Security Talk Read 703 times Read more...
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Social Manipulation as a Service – When the Bots on Twitter get their Check marks
Written by Sean KalinichWhen I started DecryptedTech it was to counter all the crap marketing I saw from component makers. I wanted to prove people with a clean…Written on Monday, 04 March 2024 16:17 in Editorials Read 1582 times Read more...
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To Release or not to Release a PoC or OST That is the Question
Written by Sean KalinichThere is (and always has been) a debate about the ethics and impact of the release of Proof-of-Concept Exploit for an identified vulnerability and Open-Source…Written on Monday, 26 February 2024 13:05 in Security Talk Read 1114 times Read more...
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There was an Important Lesson Learned in the LockBit Takedown and it was Not About Threat Groups
Written by Sean KalinichIn what could be called a fantastic move, global law enforcement agencies attacked and took down LockBit’s infrastructure. The day of the event was filled…Written on Thursday, 22 February 2024 12:20 in Security Talk Read 1086 times Read more...
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NetSPI’s Offensive Security Offering Leverages Subject Matter Experts to Enhance Pen Testing
Written by Sean KalinichBlack Hat 2023 Las Vegas. The term offensive security has always been an interesting one for me. On the surface is brings to mind reaching…Written on Tuesday, 12 September 2023 17:05 in Security Talk Read 2134 times Read more...
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Black Kite Looks to Offer a Better View of Risk in a Rapidly Changing Threat Landscape
Written by Sean KalinichBlack Hat 2023 – Las Vegas. Risk is an interesting subject and has many different meanings to many different people. For the most part Risk…Written on Tuesday, 12 September 2023 14:56 in Security Talk Read 1857 times Read more...
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Microsoft Finally Reveals how they Believe a Consumer Signing Key was Stollen
Written by Sean KalinichIn May of 2023 a few sensitive accounts reported to Microsoft that their environments appeared to be compromised. Due to the nature of these accounts,…Written on Thursday, 07 September 2023 14:40 in Security Talk Read 2126 times Read more...
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Mandiant Releases a Detailed Look at the Campaign Targeting Barracuda Email Security Gateways, I Take a Look at What this all Might Mean
Written by Sean KalinichThe recent attack that leveraged a 0-Day vulnerability to compromise a number of Barracuda Email Security Gateway appliances (physical and virtual, but not cloud) was…Written on Wednesday, 30 August 2023 16:09 in Security Talk Read 2099 times Read more...
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Threat Groups Return to Targeting Developers in Recent Software Supply Chain Attacks
Written by Sean KalinichThere is a topic of conversation that really needs to be talked about in the open. It is the danger of developer systems (personal and…Written on Wednesday, 30 August 2023 13:29 in Security Talk Read 1894 times Read more...
Recent Comments
- Sean, this is a fantastic review of a beautiful game. I do agree with you… Written by Jacob 2023-05-19 14:17:50 Jedi Survivor – The Quick, Dirty, and Limited Spoilers Review
- Great post. Very interesting read but is the reality we are currently facing. Written by JP 2023-05-03 02:33:53 The Dangers of AI; I Think I Have Seen this Movie Before
- I was wondering if you have tested the microphone audio frequency for the Asus HS-1000W? Written by Maciej 2020-12-18 14:09:33 Asus HS-1000W wireless headset impresses us in the lab
- Thanks for review. I appreciate hearing from a real pro as opposed to the blogger… Written by Keith 2019-06-18 04:22:36 The Red Hydrogen One, Possibly One of the Most “misunderstood” Phones Out
- Have yet to see the real impact but in the consumer segment, ryzen series are… Written by sushant 2018-12-23 10:12:12 AMD’s 11-year journey to relevance gets an epic finish.
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Displaying items by tag: Graphene
Incredibly fast graphene chips from IBM
IBM's Research Laboratory achieved a great progress in the development of graphene microchip. Their engineers have managed to create an integrated chip of graphene instead of silicon, which shows several times better performance than all previous graphene chips. This big jump occurred because of the discovery of methods of depositing graphene on a substrate, which is stacked in a way that integrated circuits are not damaged, which was not possible until now.
New Developments Move Graphene Closer To Our CPUs
In a paper titled “Graphene-Based Non-Boolean Logic Circuits” a group of researchers from University of California Riverside explain how certain limitations with graphene could be overcome in the near future. Graphene, for those of you that might not be familiar, is one potential replacement material for processors. This is not just CPUs, but could include a large array of electronic components. However, there has been a problem with graphene that no one has been able to completely overcome. Due to some of the physical and electrical properties of graphene (one atom thick, high electron mobility) graphene has been seen as a solid replacement for the material used to build integrated circuits. However, those same properties make it very inefficient for building traditional transistors.
Intel rushes to 14 nm processors
Intel plans to use 14-nanometer technology in conjunction with the next generation of processors codenamed Broadwell, heirs of the 22-nanometer Haswell which is expected next year. Intel's chief for technology development, Justin Rattner, said that the development of new production technology is progressing according to the plan and that Intel is expected to use this within one to two years. He emphasized that Intel's aggressive development of new production technologies will allow an extension of Moore’s law for the next 10 years. Moore's Law says that the number of transistors and the density of transistors on chips doubles every two years.
Stanford scientist develop solar cells made completely of carbon
Once again it comes to carbon nanotubes and this time we find it combined with graphene [something we expect to see in CPUs soon –Ed]. Scientists have created a solar cell designed like sandwich in which the electrodes are made of graphene (a special honeycomb structure of carbon atoms just one atom thick) and carbon nanotubes. Between the electrodes there is special photoactive layer. This photoactive layer is composed of carbon molecules one nanometer in diameter. Otherwise, these molecules form a soccer ball called "buckyballs." The end result is that the whole solar cell made from carbon.
New Material Found That Could Revolutionize The Way CPUs and Other Computer Components Are Made
As companies race towards smaller and faster processors they continually run into a problem. This problem is one of current leakage. As the process used to make the individual transistors shrinks current leakage grows. There have been many concepts presented to combat this leakage some of which have been successful such as AMD’s SOI (Silicon on Insulator), Intel’s High-K Metal Gate and Tri-Gate Transistors. These work fairly well down to 28nm, but start to become less efficient at 22nm and below. Most agree that to move forward with smaller transistors a new material is needed.
One More Hurdle Passed In The Race To Using Graphene In Processors.
Two more pieces of the puzzle are falling into place with the move away from silicon in microprocessors. Silicon has been the mainstay for creating processors for… well for a very long time. However, it has its limitations as the need to make the transistors smaller continues to increase. Even if you are not a believer in More’s Law you still cannot get around the fact that processors (GPU CPU and “other”) are all growing more complex. This means that the number of components continues to grow and we are faced with a couple of choices; either die in the vacuum of space or… no wait that is someone else. The choices are actually very clear; make the processor dies larger and larger or shrink the manufacturing process.
Intel Already Working on 14nm Process; How Will They Deal With Leakage?
Intel is looking to the future even as their newest CPU, the 22nm Ivy Bridge, is taking something of a beating in the media. According to a few slides that have hit daylight Intel is already working on moving some of its FABs to 14nm in preparation for their next generation of CPUs. Of course this is not that big of a deal really, Intel has moved from one process to the next like clockwork (insert “Tick-Tock” joke here).