Last week, Dr. Zero Trust, AKA Dr. Chase Cunningham, posted in Linkedin that he was fed up with people who say they don’t understand Zero Trust. To a certain extent, I feel his frustration.
Journalists understand the concept. We have a decades-old saying, “If your mother says she loves you, check it out.” It doesn’t get more zero trust than that.
The problem is that while it’s easy to understand as a concept, it isn’t easy to build a zero trust infrastructure, especially with the misleading gobbledygook most cybersecurity companies put out. Cunningham says there are hundred of books and articles on the subject. He’s right, of course. The question is, which one do you choose?
At the RSAC Conference, We sat down and briefly talked with Dale Hoak, CISO for RegScale, about how easy it is to understand Zero Trust
ibuted and democratic, according to renowned security technologist, Bruce Schneier, not controlled by corporations. Developments in the past few weeks indicate he may be right.
Speaking at the RSAC Conference in San Francisco last week, Schneier talked of trust and how we give it to people, strangers, organizations, and technology. His description of that process predicted the development of artificial intelligence controlled almost exclusively by the user, rather than the dystopian corporate AI replacing humanity.
Anonymous hacked and downloaded passenger manifests, containing the names and information on deported migrants, that Trump administration lawyers have told………more...
Ordering investigations and revoking security clearances for former CISA director Chris Krebs, along with several other employees of federal contractormore
Encryption became a hot topic in the news in the past month. The United Kingdom, Sweden, France and the EU are considering requiring “back doors” to encryption protections. The “Signalgate” scandal in Washington, DC started most people asking, “What is this encryption stuff?” So we decided to provide a primer on the state of encryption today.
While the technology behind encryption is complex, it is not new. The basic algorithms have been with us for decades, silently running on devices and servers, invisible to the user. The purpose is basic: to keep data safe from prying eyes, like criminals and nation states.
Encryption is also a good way of saving money and not just in avoiding ransoms. Insurance companies often offer up to 15% premium discounts to businesses demonstrating strong security practices, including proper data encryption. Encryption significantly reduces the risk of data breaches and their associated costs.
As quickly as the artificial intelligence (AI) industry appeared, it may disappear just as quickly. That may have significant ramifications for cybersecurity, according to industry watchers, as the technology falls into the trough of disillusionment.
When OpenAI burst on the scene more than two years ago, Microsoft was a significant instigator in its growth and adoption. Microsoft invested billions in the not-for-profit enterprise for early access to cutting-edge AI technologies and helping accelerate OpenAI's research. It transformed its Azure cloud platform into a leading infrastructure provider for AI development, offering specialized hardware (like GPUs and TPUs) and services tailored for machine learning workloads. AI capabilities were embedded across its product suite, and Microsoft Research contributed significantly to AI advancement in computer vision, natural language processing, and deep learning.
All of that came with extreme demands on computing resources. Microsoft began a buying spree in data centers, both to secure resources and build new centers. They even entered into a deal to reopen the notorious Three Mile Island nuclear power plant.
Spree ends
That has all come to an end. As reported in Bloomberg last week, the company decided to scale back data center projects in the UK, Australia, and Indonesia. Data center development in Illinois, North Dakota, and Wisconsin is also canceled. All tolled, Microsoft has walked away from more than 2GW. That’s on top of the news that Microsoft had walked away from two data center projects in the US and Europe, piling on to a February announcement that it was canceling data center leases.
The DDoS attack on X.com this week provided a certain amount of schadenfreude for people less than enamored by Elon Musk. It also rang alarm bells in the cybersecurity community.
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Dealing with wonky printers is a universal frustration. According to Gartner studies, printers are by far the biggest technology problem, racking up 50 percent of all technical support calls worldwide. And that makes them a very profitable scam.
Here’s how it works. You’re sitting at home and want to print out a bill, letter, or other document and the printer hangs up. The little wheel is just spinning and spinning. After multiple tries you decide to call tech support to fix the problem. After 2 hours of sitting listening to the same song, interrupted by the recorded voice telling you your “call is important,” you start surfing for some sort of help. Your results show three or four sites for printer support and a free chat service.
You click one of them, still waiting on your phone for help, and immediately get someone in the chatbot who is very helpful and asks if they can be connected to your computer to see what the problem is. In the hope of being freed from frustration you click on a link and suddenly your “savior” is moving around your computer downloading “the latest printer driver.” It is only much later that you find he has found your banking information and has sucked your account dry.
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