Circa 2016
In a sign of the autonomous security of the future, a $2m contest wants teams to build a system that can exploit rivals’ vulnerabilities while fixing its own.
One of the biggest problems in the sneaker resale market may now be more manageable.
Product authentication technology provider Entrupy on Wednesday released its Legit Check Tech (LCT) solution, a device that uses artificial intelligence to determine whether a sneaker is counterfeit or not — and it only takes about a minute to use.
Fake pairs of popular Nike and Adidas sneakers are rampant in the resale sector. Authorities recently busted a counterfeiting operation that shipped $470 million worth of fake Nikes to the US.
Data can be stolen from an air gapped personal computer just by using variations in screen brightness. Researchers at Ben-Gurion University wrote a paper on it.
As the team defines them, “Air-gapped computers are systems that are kept isolated from the Internet since they store or process sensitive information.”
Continue reading “Information theft via manipulating screen brightness in air-gapped computers” »
https://www.youtube.com/watch?v=DXo5BVdzZQE
Ira Pastor, ideaXme exponential health ambassador interviews Dr. Tara O’Toole, Executive Vice President and Senior Fellow at In-Q-Tel.
https://www.cia.gov/library/publications/intelligence-history/in-q-tel
Continue reading “Dr Tara O’Toole: The CIA, National Security And Preventing The Next Pandemic” »
This patched critical flaw is the first remote code execution threat to a major cloud platform, undermining the security layers that isolate shared resources.
San Francisco startup RealityEngines. AI has turned off stealth mode and today launched its completely autonomous cloud AI service. It’s all very tedious to the common reader IMO — enterprise-level business stuff — but the technology itself and how it could shape our future in both data and perceived reality should be at least mildly considered.
Here’s how RealityEngines. AI works: using a Neural Architecture Search (NAS) technique called BANANAS, when a user points their data (through an API) to RealityEngines. AI and selects a use case (churn predictions, fraud detection, sales lead forecasting, security threat detection, cloud spend optimization, et al.), the data is attacked by the NAS to create cutting-edge models then refined by a generative adversarial network (GAN) in order to augment sparse or noisy data with synthetic data to further enhance the data modeling. Now that, is bananas.
Continue reading “RealityEngines.AI Launches World’s First Autonomous Cloud AI Service” »
Three and a half hours later, the group finished the simulation exercise — and despite their best efforts, they couldn’t prevent the hypothetical coronavirus from killing 65 million people.
The fictional coronavirus at the center of the Event 201 simulation — a collaboration between the Johns Hopkins Center for Health Security, the World Economic Forum, and the Bill and Melinda Gates Foundation — was called CAPS, and it started with pigs in Brazil before spreading to farmers, not unlike how 2019-nCoV reportedly began with animals before spreading to people.
In the simulation, CAPS infected people all across the globe within six months, and by the 18-month mark, it had killed 65 million people and triggered a global financial crisis.
Circa 2019 Event 201, hosted by the Johns Hopkins Center for Health Security, envisions a fast-spreading coronavirus with a devastating impact.
Back in 2001, it was a smallpox outbreak, set off by terrorists in U.S. shopping malls. This fall, it was a SARS-like virus, germinating quietly among pig farms in Brazil before spreading to every country in the world. With each fictional pandemic Johns Hopkins experts have designed, the takeaway lesson is the same: We are nowhere near prepared.
Continue reading “Pandemic simulation exercise spotlights massive preparedness gap” »
Terahertz radiation is used for security checks at airports, for medical examinations and also for quality checks in industry. However, radiation in the terahertz range is extremely difficult to generate. Scientists at TU Wien have now succeeded in developing a terahertz radiation source that breaks several records: it is extremely efficient, and its spectrum is very broad—it generates different wavelengths from the entire terahertz range. This opens up the possibility of creating short radiation pulses with extremely high radiation intensity. The new terahertz technology has now been presented in the journal Nature Communications.
The “Terahertz Gap” Between Lasers and Antennas
“Terahertz radiation has very useful properties,” says Claudia Gollner from the Institute of Photonics at TU Wien. “It can easily penetrate many materials, but unlike X-rays, it is harmless because it is not ionizing radiation.”
Turkey gets Wikipedia back, Mayor Pete loses his cyberguy, and more of the week’s top security news.
