Tag: technology

The Pentagon Is Experimenting With Using Artificial Intelligence To “See Days In Advance”

U.S. Northern Command (NORTHCOM) recently conducted a series of tests known as the Global Information Dominance Experiments, or GIDE, which combined global sensor networks, artificial intelligence (AI) systems, and cloud computing resources in an attempt to “achieve information dominance” and “decision-making superiority.” According to NORTHCOM leadership, the AI and machine learning tools tested in the experiments could someday offer the Pentagon a robust “ability to see days in advance,” meaning it could predict the future with some reliability based on evaluating patterns, anomalies, and trends in massive data sets. While the concept sounds like something out of Minority Report, the commander of NORTHCOM says this capability is already enabled by tools readily available to the Pentagon. 

General Glen VanHerck, Commander of NORTHCOM and North American Aerospace Defense Command (NORAD), told reporters at the Pentagon this week that this was the third test of GIDE, conducted in conjunction with all 11 combatant commands “collaborating in the same information space using the same exact capabilities.” The experiment largely centered around contested logistics and information advantage, two cornerstones of the new warfighting paradigm recently proposed by the Vice Chairman of the Joint Chiefs of Staff. A full transcript of VanHerck’s press briefing is available online. 

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Militaries Plunder Science Fiction for Technology Ideas, But Turn a Blind Eye to the Genre’s Social Commentary

Military planning is a complicated endeavour, calling upon experts in logistics and infrastructure to predict resource availability and technological advancements. Long-range military planning, deciding what to invest in now to prepare armed forces for the world in thirty years’ time, is even more difficult.

One of the most interesting tools for thinking about future defence technology isn’t big data forecasting and the use of synthetic training environments, but narrative and imagination. And we get this from science fiction.

That might sound fanciful, but many militaries are already engaging with the genre. The US military and the French army use science fiction writers to generate future threat scenarios. The Australian Defence College advocates for the reading of science fiction and, in Germany, Project Cassandra uses novels to predict the world’s next conflict. The Sigma Forum, a science fiction think tank, has been offering forecasting services to US officials for years.

But while science fiction provides military planners with a tantalising glimpse of future weaponry, from exoskeletons to mind-machine interfaces, the genre is always about more than flashy new gadgets. It’s about anticipating the unforeseen ways in which these technologies could affect humans and society – and this extra context is often overlooked by the officials deciding which technologies to invest in for future conflicts.

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Physicists Have Developed a New Way to Levitate Objects Using Sound Only

A newly developed method of levitating and manipulating tiny objects using sound waves could represent a major step forward for the technology.

Engineers in Japan have figured out how to pick up objects from reflective surfaces using acoustic levitation. Although they can’t yet do so reliably, the advance could help unlock the full potential of the manipulation of physical objects using nothing but sound.

Biomedical engineering, nanotechnology and the development of pharmaceuticals are some of the fields in which manipulating objects without touching them is potentially really useful. We can already do this with a technology called optical tweezers, which use lasers to generate sufficient radiation pressure to levitate and move extremely small particles.

Acoustic tweezers – where pressure generated with sound waves can be used to move particles – have the potential to be an even more powerful tool. They could be used to manipulate a wider range of materials, and at larger sizes – up to the millimeter scale.

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Dubai makes its own RAIN to tackle 122F heat: Drones blast clouds with electrical charge to produce downpours

The United Arab Emirates is creating its own rain using drones that fly into clouds and unleash electrical charges to beat the sweltering 122 degrees Fahrenheit (50 degrees Celsius) heat. 

The rain is formed using drone technology that gives clouds an electric shock to ‘cajole them’ into clumping together and producing precipitation. 

The UAE is one of the most arid countries on Earth, and it hopes the technique could help to increase its meagre annual rainfall. 

And it is working. Video footage released by the UAE’s National Center of Meteorology shows monsoon-like downpours across the country which create a sheet of rain on the highways. 

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World-first CRISPR-edited sugarcane helps reduce environmental impact

Sugarcane is an important food crop, but it’s large environmental impact means there’s plenty of room for improvement. Unfortunately it’s tricky and time-consuming to breed new varieties, but now researchers have used CRISPR gene-editing to do so quickly and more easily.

Sugarcane is a key source of sugar, obviously, but that’s not its only product – the oil in the leaves and stems is often used to make bioethanol for greener fuels and plastics. But these don’t come cheap – sugarcane takes up a large percentage of farmland in many countries, which fuels deforestation. It also takes a huge amount of water to grow, and creates plenty of waste and pollution during processing.

Some of these problems can be addressed with new varieties of the plant, but sugarcane is frustratingly difficult to crossbreed due to its complex genome. It requires a lot of back-and-forth to filter out desirable traits from unwanted ones, so new versions can take years to develop.

That’s where CRISPR comes in. This powerful gene-editing tool allows scientists to switch off genes or cut them out and replace them with more useful ones. It could be useful in treating a range of diseases, but also for improving crops – and now researchers have used CRISPR to develop a couple of new varieties of sugarcane.

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The Evil Twins Of Transhumanism And Technocracy

Technocracy is to the transformation of society as Transhumanism is to the transformation of the human condition of people who would live in that society.

Both are underpinned by a religious belief known as Scientism that says that science is a god and that scientists, engineers and technologists are the priesthood that translates findings into practice.

It is a fatal error to equate Scientism with science. True science explores the natural world using the time-tested scientific method of repeated experimentation and validation. By comparison, Scientism is a speculative, metaphysical worldview about the nature and reality of the universe and man’s relation to it.

Scientism refutes traditional religious views, morals and philosophy and instead looks to science as the source for personal and societal moral value.

The relationship between Technocracy and Transhumanism can be seen as early as 1933 when Harold Loeb wrote Life in a Technocracy: What It Might Be Like:

“Technocracy envisages another form of domestication, a form in which man may become more than man… Technocracy is designed to develop the so-called higher faculties in every man and not to make each man resigned to the lot into which he may be born… Through breeding with specific individuals for specific purposes… A technocracy, then, should in time produce a race of men superior in quality to any now known on earth…”

Thus, Loeb saw Technocracy (the society) as producing a superior quality of man by applying advanced technology to the human condition.

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4 Ethics-Breaking Biological Experiments Touted by Chinese Scientists as ‘World Firsts’

Throughout the world, scientific research and experiments involving ethical issues must first pass the scrutiny of ethics committees. In recent years, the Chinese Communist Party (CCP) has conducted many experiments in the field of biomedical and genetic engineering that break human ethical boundaries.

China began implementing the Ethical Review of Biomedical Research Involving Humans on Dec. 1, 2016. However, 122 Chinese scientists who co-signed an open letter in 2018 to oppose gene-edited babies criticized China’s biomedical ethics review as a “sham.”

In the United States, as ethical and moral regulations on animal research have become stricter, budgets and funding have tended to decrease in recent years, making China the most attractive place for such experiments. For example, in 2014, the U.S. government imposed a funding pause of gain of function research involving influenza, severe acute respiratory syndrome (SARS) coronaviruses, and Middle East respiratory syndrome (MERS) coronaviruses. In 2019, the U.S. Environmental Protection Agency (EPA) announced that it would stop conducting or funding studies on mammals by 2035.

In 2011, the CCP made it a national development goal to create primate disease models through cloning and other biotechnologies. According to the 2020 China Biomedical Industry Development Report published by Chinese Venture, “the overall biopharmaceutical market in China increased from $28.7 billion to $49.6 billion from 2016 to 2019, at a CAGR (Compound annual growth rate) of 20 percent. It is expected to reach $130.2 billion in 2025.”

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Your IoT Device is Likely Spying on You through Backdoor Security Flaws

Many people are used to trading privacy for convenience these days. After all, this is how those with nefarious agendas get people to adopt technology that continually spies on them. IoT technology is no different. A recently discovered security vulnerability from a major manufacturer of IoT devices has exposed just how dangerous this technology can be. The following article from TweakLibrary details how this sort of surveillance technology can wreak havoc upon our lives. – Truth Unmuted Editor Jesse Smith

This Security Vulnerability Could Change An IoT Device Into A Nasty Spy

IoT has had a remarkable impact on our lives. We now have devices connected over a network that are capable of making our lives much easier and comfortable. From smartphones to smartwatches to internet-powered doorbells, door alarms, security cameras, speakers, door locks, lights, bulbs, and baby monitors, the list is just endless. However, with this boon, a bane looms around and that is, miscreants can hack into these devices and if not acted upon promptly, they can wreak havoc on our lives. But, when can hackers feed on IoT devices? The answer is when they sniff a security vulnerability or when we as users don’t practice healthy security habits.

We’ll get into the security habits on a user’s part later in the blog but, let’s first discuss how a security vulnerability can lead a hacker into your IoT device and then into your personal or professional life. Quite recently, a security vulnerability has hit IoT devices. This security flaw can give access to your IoT audio and video feeds and turn into a spying tool.

What is This Security Vulnerability All About? How Severe Is The Security Flaw

As per the researchers at Nozomi Networks Lab and DHS, the security flaw can let malicious attackers tamper with an IoT device. They can easily convert a given IoT device such as a home security camera, a baby monitor, or a smart doorbell into a spying tool. Owing to this vulnerability, they can steal crucial data or spy on video feeds as well. Apart from intruding into one’s personal lives through the aforementioned channels, an attacker can even steal crucial business data such as data related to customers, employees, or even production techniques. The security flaw is indeed very severe. So much so that the Common Vulnerability Scoring System (CVSS) rates it at 9.1/10 on a severity scale.

How Did This Security Flaw Surface?

The flaw is a supply chain bug that was discovered in a software component (P2P SDK) manufactured by a company called ThroughTek who is one of the prominent suppliers of IoT devices. The P2P’s SDK gives remote access to audio/ video streams over the internet. The SDK is found in smart sensors, security cameras such as baby and pet monitoring cameras,  doorbells, etc. and it help a viewer gain access to audio/ video streams. The flaw affects P2P’s version 3.1.5 or before. As Nozomi has demonstrated, the older versions of the SDK allow data packets to be intercepted while in transit. A hacker can refurbish these packets into complete audio or video streams.

ThroughTek’s Defence

ThroughTek has countered this bug in version 3.3 that was released in mid-2020. Though the issue is that quite many devices still run the older build. Secondly, as per ThroughTek, to conduct an attack, a prospective attacker will need to have extensive knowledge of network sniffer tools, network security, and encryption algorithm.

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