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"today it's a travel centric company and tomorrow it's the de facto secure identity platform and leisure access commerce." "over 30,000,000 people today have enrolled." "We will not sell or share your data." "Biometrics are a feature, not a product. The product is the experience." "bankruptcy is decided on the courthouse steps." "We bought a 190,000 members, biographic and biometric data. They had to opt back in, Yes." "We ran the business for members bookings and free cash flow." "Free cash flow is the ultimate measure of a business." "The NV is our new face first technology." "Is now in all of our airports." "which makes it five times faster to verify." "The World Cup is a real forcing function for our country and it's only one year away." "I don't think ignorance is bliss." "Optimists and pessimists die the same way but they live very different lives." "Probably the letters that my husband left me with."

I tried making payments in a Chinese supermarket without money, card, or phone. I scanned my face and the payment was done in seconds. What do you think? Is this amazing technology or just weird and unnecessary? Let me know in the comments.

The speaker discusses a new shopping technology that enables customers to ring up their own items. They point to a screen that shows options like “start shopping” and express that this could change how people shop by reducing the need for cashiers. The speaker imagines a scenario where you could pay for everything directly through the cart, with phrases such as “pay for your shit like this, continue as guest,” and then proceeds to test the system. They describe the steps involved: adding a product, “Face it,” then “You scan the shit as you put it in the cart. Place it in the cart.” They note not to hold items and to “Just put it in there.” The speaker references instructions or a tutorial section, saying “How to add produce. Look.” They emphasize the overall concept by stating, “This new technology, man, putting this shit right,” and then reiterate the core idea that you can pay for everything “right through the cart.” They highlight that the system appears to support EBT, calling it part of “the new wave right here” and describing it as “the new technology shit.” Throughout, the speaker pivots between demonstrations and assertions, repeatedly connecting the technology to broader implications: that it could be a way to “put the cashiers out of work” and that this represents a transformative shift in shopping. They reinforce the idea with enthusiastic repetition, underscoring the notion that this technology signifies a new trend or wave in retail, culminating in the closing remark that the new technology aims to remove the need for cashier staff altogether, with ongoing emphasis on paying through the cart and the inclusion of EBT as part of the system.

An AI system was developed using camera footage of people in a space, combined with Wi-Fi router sonar data, to predict human locations. The camera was then removed, leaving the AI with only radio signal data. The AI was able to reconstruct real-time 3D pose estimations using only the language of radio signals. This effectively turns every Wi-Fi router into a camera that works in the dark and is specifically designed for tracking living beings.

We will implement a biometric tracking system that covers land, sea, and air. In Africa, a partnership between Gavi, Mastercard, and Trust Stamps will introduce a biometric digital identity platform in low-income remote communities. Trust Stamps' technology is already used in various sectors like commerce, government, travel, and medical records. It enables identification for government services, ensuring a safe and seamless process for recipients.

Technologists have made their way into various aspects of our lives, even in something as simple as getting a drink of water. This machine allows you to choose your beverage without the need for a phone or cash. Just press the button and use facial recognition to receive your bottle of water. It's incredibly convenient and the speaker is amazed by this innovative technology, as it's the first time they've seen a machine that doesn't require any payment devices.

The discussion centers on shifts in aviation security in the wake of the Christmas Day terror attempt. The president labeled the incident as a systemic failure, not just about one person’s misstep, prompting ongoing concerns about how to strengthen protections, including the use of CT scans (full-body scanners) that use radiation and have seen rapid adoption. A preliminary report on the Christmas Day attack is expected tomorrow, focusing on the Northwest jet traveling to Detroit. Eyewitnesses at Amsterdam Schiphol provided a notable account. Kurt and Lori Haskell spoke about a remarkable scene at the gate, while Rochelle Keepman, who was onboard the same flight, described what she observed in Amsterdam. Rochelle Keepman recounted seeing two men near the boarding gate: a poor-looking Black teenage boy (around 16–17) and a wealthier-looking Indian man (about 50). She noted that the Indian man spoke, telling the ticket agent that “this man needs to board the plane, but he doesn’t have a passport.” The agent replied that without a passport the man cannot board, to which the Indian man responded, “He's from Sudan. We do this all the time.” The ticket agent told them to speak with a manager and directed them down a hallway; Keepman did not see the Indian man again, while the Black man she did see again later tried to blow up the plane. In discussing screening and protective measures, a DHS official (Campbell) emphasized that any security system has human error and that a layered security approach is essential. The strategy aims to ensure that if one layer fails, another catches the threat. He acknowledged the complication that screening occurred overseas, where the U.S. has less control than domestically. He proposed several improvements: deploying full-body scanning machines in the U.S. to detect concealments under clothing. This technology has faced strong opposition from the ACLU and privacy advocates, and the House of Representatives previously voted to prevent its use. The official asserted there is now a vivid lesson in the value of the machinery. During the segment, the official acknowledged his dual role as a security consultant representing companies that manufacture these technologies, noting, “Absolute absolutely correct,” in response to a question about potential conflicts of interest. Market reaction reflected heightened interest in security technologies: makers of security devices and biometric technologies rose in global trading, with ICX Technologies up 35%, L-3 Communications up 1.5%, and OSI Systems up 10%, as the push for full-body scanners at airports gained momentum.

MC10 has developed a developmental system with an antenna and sensors embedded in it. They plan to work on advancing a tattoo for authentication. Young people may not want to wear a watch, but they would be interested in wearing an electronic tattoo with a cool design. Additionally, authentication could be integrated into daily habits, such as taking a vitamin. MC10 has created a pill with a small chip and a switch inside. When swallowed, the acids in the stomach power it up, creating an 18-bit ECG-like signal in the body, making the entire body an authentication tool.

At Walmart, this new thing: "This is some kind of this is some kind of tracker." It "helps them understand what products that you're buying" because "then they can see what products you stopped to look at in the store." And then they have a "three d digital map" that shows "how many seconds you stood standing in front of this product display or this product display." And then they can "engage your active user feedback and find out what product they're selling," and they can also "find out where their carts went." If they get lost in that world, they can "track them with the tracker." So crazy.

Apple has released a digital ID for identification and US passports. Reports say they will be merging their biometric security with encrypted ID storage and plans to replace physical IDs across airports, apps, and businesses. This is said to be used at over 250 TSA checkpoints across domestic airports for identity verification. The speaker mentions one of the richest men on earth, Larry Ellison, who owns TikTok and Oracle and is a big fan of digital IDs. It seems like one big master plan between all the big tech companies. Microsoft dealing with OpenAI, OpenAI dealing with NVIDIA, NVIDIA dealing with Oracle, xAI dealing with NVIDIA, and OpenAI just did a $38,000,000,000 deal with Amazon for cloud storage. So the question is, what are they really planning? Could it be that they're following in the footsteps of China's Skynet, tied to digital IDs, a social credit score, and an AI surveillance system that they actually wanna put on the moon. Skynet. Why does this sound familiar? That's because it's the same name as the killer artificial intelligence in Terminator, Skynet. I'll say it once and I'll say it again, it's always in the movies. Make sure you guys go to my YouTube, Maverick Approach, I do more breakdowns on this, but let me know what you guys think about all this down below.

Breakthroughs in technology have led to the development of RFID microchips, which can be implanted in the wrist. These tiny chips use radio frequency identification, similar to tracking devices for pets, and can serve multiple functions. Once implanted, they can identify you at airports, unlock doors, and even facilitate grocery purchases, effectively storing your driver's license, passport, keys, and wallet within your body. Over 10,000 people have already adopted this technology, which has significant implications for health care. In emergencies, a quick scan of the chip can provide medical personnel with vital information such as your identity, medical history, and allergies. This RFID microchip could not only enhance daily life but potentially save lives as well.

Our technology can detect people's emotions even if they don't show them on their faces. Using a wireless device, we analyze the reflections it captures from a person's body to infer their emotions. By focusing on the minute variations in breathing and heartbeat, our algorithms extract these signals and feed them into a machine learning algorithm. With an accuracy of 87%, our device can automatically recognize if a person is excited, angry, sad, or happy. We believe this technology, called EQ Radio, has various applications. It can help movie makers evaluate user experience, enable smart environments to detect emotional states like depression, and even adjust lighting or music based on our moods. To learn more, please check out our research.

Glasses were created that can identify people on the street. When the glasses are worn, they detect faces and analyze them. After a few seconds, personal information pops up on a phone. The glasses stream video to Instagram, and a computer program monitors the stream. AI detects faces, then the internet is scoured for more pictures of that person. Data sources like online articles and voter registration databases are used to find names, phone numbers, home addresses, and relatives' names. This information is fed back to an app. The glasses identified dozens of people, including Harvard students, without their knowledge. Information found included addresses, attendance at programs like Yale's Young Global Scholar Summer Program, and relatives' names.

Delta Airlines, United, and JetBlue Airways have implemented facial recognition boarding systems at various airports. This technology creates a face map with unique measurements and converts it into a biometric token or face print. Companies claim that this system offers speed, convenience, security, and contactless benefits for customers. However, lawmakers in some states are seeking stricter regulations due to privacy concerns and allegations of bias. Research suggests that facial recognition is less accurate for people of color and women. The decision to use this technology depends on knowing the company providing the service, the expected benefits, and local laws regarding data collection and facial recognition usage.

The speaker describes an upcoming tech-enabled feature that would let consumers measure their own carbon footprint. The system would analyze where users travel and how they travel, as well as what they eat and what they consume on the platform, assembling this information into an individual carbon footprint tracker. The goal is to give users a clear, personal view of their emissions by linking travel behavior and consumption on the platform to environmental impact. The speaker emphasizes that this capability is not operational yet, but is actively being developed, and audiences are asked to stay tuned for its rollout. This work reflects ongoing efforts to integrate personal data, platform activity, and lifestyle choices into a single metric.

In this video, we discuss the future of implants. It is predicted that within the next ten years, we will be able to implant technology into our clothing. Eventually, we may even consider implanting it into our brains or skin, leading to direct communication between our brains and the digital world. This fusion of the physical, digital, and biological realms is what we are witnessing.

Glasses were created that can identify people on the street. When the glasses are worn, they detect faces and analyze them. After a few seconds, personal information pops up on a phone. The glasses stream video to Instagram, where a computer program monitors the stream. AI detects faces, and the internet is scoured for more pictures. Data sources like online articles and voter registration databases are used to find names, phone numbers, home addresses, and relatives' names. This information is fed back to an app. The glasses identified dozens of people, including Harvard students, without their knowledge. Information found included addresses, attendance at programs like Yale's Young Global Scholar Summer Program, and relatives' names.

I'm at Reagan National Airport and just went through security. TSA has a new system where you insert your driver's license into a scanner, then they require you to use facial recognition. When I tried to opt out and use just my license, they said it's not possible once you start the process. The manager admitted it doesn't make sense but claimed it's a new policy. I argued that I shouldn't be forced into facial recognition after being told to use the scanner. This feels like an attempt to eliminate using just a driver's license. This is big government overreach, setting up a national surveillance system using our faces and airports. I will continue to fight against this.

A person demonstrates glasses that identify people using facial recognition and AI. When the glasses detect a face, they scour the internet for pictures of that person and use data sources like online articles and voter registration databases to find their name, phone number, home address, and relatives' names. This information is then fed back to an app on the user's phone. The demonstrator approaches a woman and the glasses identify her as being involved with the Cambridge Community Foundation. The glasses also identify a second person as Khashik, whose work the demonstrator has read. The glasses correctly identify the second person's address, attendance at Yale's Young Global Scholar Summer Program, and parents' names.

You might wonder how a signal reaches only me when I'm next to someone else. Think about when your phone rings at a table – do the phones of those around you also ring? That's how. The body is targeted using bioelectromagnetic algorithms. These algorithms measure the body's bioelectricity, perturbing the human biofield with biological signals. These bioelectromagnetic algorithms are incorporated into machine learning classifiers. The machine learning reads what's happening under your skin and reports it to a database, your digital twin. The Department of Defense has been developing this for fifty years. These biosensor systems are very robust and part of our network-centric warfare doctrine.