Lifeboat Foundation: Safeguarding Humanity
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Category: internet – Page 144

Trivergence is starting to affect every industry. In financial services, the wallet has become a smart app that can collect data and learn. On a blockchain, users can exchange, save, borrow, invest and protect this digital money peer-to-peer without the intermediation of banks. In manufacturing, 3D printers are manufacturing aircraft parts in a Boeing facility with a blockchain network facilitating all the patented files, contracting and payments peer-to-peer. Telecommunications companies are no longer negotiating complex, costly and ever-changing roaming agreements, but using blockchain-based smart contracts among providers to automate the web of payments and settlement globally.

Over time, the Trivergence will usher in a next-generation internet where nearly every animate and inanimate object on Earth generates data, a distributed ledger records and secures this data and AI analyzes the data, communicates with the objects, alerts their owners and continuously adjusts and improves the efficiency of the economy and the sustainability of its effects on the environment.

New business models enabled by this Trivergence are beginning to disrupt many industries and provide platforms for innovation in the economy for decades ahead. This second era has weighty implications for every business, government and individual, as well as technology strategy, architecture and leadership. If we can overcome the dark side — and that’s a big “if” — this Trivergence helps us reclaim our digital identities, effectively fight climate change and help solve some of the world’s most intractable problems.

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It’s been a few years since we’ve heard from AR company Vuzix. In early 2019, it came out with its first pair of. After staying relatively quiet over the past two years, it’s now partnering with Verizon. The two didn’t share many details about their collaboration. What they did say is that they plan to find ways to commercialize AR technology for use in sports and gaming scenarios, especially those involving the need for training. The partnership will combine Vuzix’s new Shield smart glasses and the capabilities of Verizon’s 5G network.

It’s hard to say if we’ll see anything impactful come out of this agreement, but it’s not a surprise to see Verizon. Augmented, virtual and mixed reality wearables have been consistently positioned as one of the primary beneficiaries of the speed and latency enhancements promised by 5G networks. Likewise, the focus on gaming and sports isn’t surprising either. Some of the earliest locations where Verizon had 5G service was in. They’re one of few places where the carrier’s mmWave deployments shine since there’s enough density there to justify building out all the small cells required to blanket even a small area with ultrafast 5G coverage.

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Billionaire Elon Musk is facing criticism in China after the country recently complained that its budding space station, which is still in construction, had two “close encounters” with satellites launched by SpaceX’s Starlink program earlier this year. The Chinese space station was twice forced to take evasive action in order to avoid collision with satellites launched by Musk’s rocket company SpaceX, according to a document submitted by China to the United Nations Office for Outer Space Affairs earlier this month.

Though the claims have not been independently verified and SpaceX is yet to respond, China alleges that its space station had to implement “preventive collision avoidance control” both on July 1 and October 21 when faced with oncoming Starlink satellites.

According to the document, China informed the U.N. Secretary-General that the close encounters with Starlink satellites “constituted dangers to the life or health of astronauts aboard the China Space Station.”

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Emerging technologies including AI, virtual reality (VR), augmented reality (AR), 5G, and blockchain (and related digital currencies) have all progressed on their own merits and timeline. Each has found a degree of application, though clearly AI has progressed the furthest. Each technology is maturing while overcoming challenges ranging from blockchain’s energy consumption to VR’s propensity for inducing nausea. They will likely converge in readiness over the next several years, underpinned by the now ubiquitous cloud computing for elasticity and scale. And in that convergence, the sum will be far greater than the parts. The catalyst for this convergence will be the metaverse — a connected network of always-on 3D virtual worlds.

The metaverse concept has wide-sweeping potential. On one level, it could be a 3D social media channel with messaging targeted perfectly to every user by AI. That’s the Meta (previously Facebook) vision. It also has the potential to be an all-encompassing platform for information, entertainment, and work.

There will be multiple metaverses, at least initially, with some tailored to specific interests such as gaming or sports. The key distinction between current technology and the metaverse is the immersive possibilities the metaverse offers, which is why Meta, Microsoft, Nvidia, and others are investing so heavily in it. It may also become the next version of the Internet.

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A research team, led by Assistant Professor Desmond Loke from the Singapore University of Technology and Design (SUTD), has developed a new type of artificial synapse based on two-dimensional (2D) materials for highly scalable brain-inspired computing.

Brain-inspired computing, which mimics how the human brain functions, has drawn significant scientific attention because of its uses in artificial intelligence functions and low energy consumption. For brain-inspired computing to work, synapses remembering the connections between two neurons are necessary, like .

In developing brains, synapses can be grouped into functional synapses and silent synapses. For functional synapses, the synapses are active, while for silent synapses, the synapses are inactive under normal conditions. And, when silent synapses are activated, they can help to optimize the connections between neurons. However, as artificial synapses built on typically occupy large spaces, there are usually limitations in terms of hardware efficiency and costs. As the human brain contains about a hundred trillion synapses, it is necessary to improve the hardware cost in order to apply it to smart portable devices and internet-of things (IoTs).

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Researchers at an Abu Dhabi university revealed details about a set of vulnerabilities in the information transfer mechanism that underlies modern telephone networks. According to the report, threat actors can exploit these flaws to deploy denial of service (DoS) and Man-in-The-Middle (MiTM) attacks using a few pieces of hardware.

Experts Evangelos Bitsikas and Christina Pöpper mention that these failures can occur in all kinds of scenarios as long as some general conditions are met. In addition, the problems lie in all generations of network infrastructure, from 2G to 5G.

Handover is the fundamental mechanism in any modern cellular network implementation, and is described as the process of transferring a subscriber during a call or data transfer session from one base station to another. Handover plays a critical role in establishing cellular communications, especially when the user is on the move.

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Go beyond the hype.

Dubbed as the internet of tomorrow, Web 3.0 seems to be the next big thing that’s going to change our lives by fundamentally reshaping the internet.

Web 3.0 is an upgrade to the Web, a meta technology for business software, a social movement for open data, and a new generation for artificial intelligence.

Large corporations are usually getting hacked, resulting in the exposure of millions of user data, and a McKinsey report from last year shows that almost all industries have got a trust rate of less than 50 percent.

Continue reading “Web 3.0 Is Coming, But Not Everyone Will Love It” | >

He has done his math. The questions seem to be: How to put together viable payloads to make use of Stsrship launches? How to build new markets in space?

This again?! Game Over? Busted? We’re doing Starship again so soon because I’m an unoriginal hack. There’s also been new developments in Starship and I think it’s a perfect time to revisit the launch system. Get as mad as you wish.

Will Starship live up to expectations? Will it really revolutionize space travel? Is Mars and beyond finally within grasp? Why are Musk’s fans so strangely devoted to him? Will I stop asking dumb questions?

Continue reading “Criticizing Starship (Part Three)” | >