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Above Phone is presented as a privacy-focused alternative to standard smartphones, giving users complete control over their phone and apps. It claims to function without tracking, forced logins, or advertising. The phone is compatible with any cell service and allows private app downloads. The AboveSuite includes a VPN, private email and calendar, private chats, video calls, Internet phone, and a search engine. New users receive a free 45-minute live call for support, along with free email and chat support, guides, and video courses.

We are focusing on the benefits of high-speed internet for remote islands and communities. Internet connectivity can be a life changer, allowing access to education and opportunities. With the internet, you can learn anything, even from top universities like MIT. It also enables remote villages to sell goods and services globally, bringing prosperity to rural areas.

Over 500,000 square miles of the US lack cell service, leaving many areas without access to emergency texts or the ability to share memories. T-Mobile is changing this by partnering with Starlink to launch hundreds of satellites, creating a space-based network compatible with any phone. This unique network automatically connects you if you can see the sky. And because connection matters, we're offering free access to anyone, regardless of their current carrier. Experience the future of connectivity with T-Mobile Starlink.

We partnered with Starlink to launch hundreds of satellites, creating a unique space-based network. It automatically connects to your existing phone, regardless of your carrier. Because connectivity is crucial, we're offering a free trial to everyone. You'll be amazed at how easily you can connect – T-Mobile Starlink provides coverage virtually anywhere with a view of the sky. If you can see the sky, you're connected.

Over 500,000 square miles of the US lack cell service, leaving many areas unconnected. This means emergency texts, emotional messages, and precious memories go undelivered. But T-Mobile is changing that. We've partnered with Starlink to launch hundreds of satellites, creating a space-based network that automatically connects to your existing phone, regardless of your carrier. Connection matters, so we're offering free access to anyone. With T-Mobile Starlink, if you can see the sky, you're connected.

Speaker 0: Nature is vital to our existence, offering essential resources and a home for wildlife. From the air we breathe to the food we eat, our ecosystems are essential to life on Earth. But as we embrace modern conveniences, such as wireless technology, we're introducing massive amounts of electromagnetic radiation into our environment. How does this invisible toxin affect the natural world we depend on? Let's explore. Wireless radiation, also known as radio frequency or RF radiation, is emitted by devices like cell phones, Wi Fi routers, and cell towers. It's all around us, helping us stay connected and communicate seamlessly. Both humans and animals rely on the Earth's natural electromagnetic field. The rapid expansion of wireless network technologies, like five g and the Internet of Things network, introduce new foreign electromagnetic signals, disrupting nature's delicate balance. The increasing presence of wireless radiation in our environment raises concerns about its impact on wildlife. Birds, bees, and other creatures rely heavily on natural electromagnetic fields for navigation and communication. What happens when these fields are disrupted? Studies show that birds experience disorientation due to interference with their magnetic navigation systems. This can lead to migratory disruptions and other behavior changes. Bees, crucial pollinators in our ecosystem, are also affected. Research indicates that exposure to wireless radiation decreases the colony strength and egg laying rates of bees. And it's not just animals and insects, plants too are affected by wireless radiation. Studies show that wireless radiation exposure damages trees, shortens plant lifespans, and contributes to rapid species decline. The underwater Internet of Things network, also known as the smart ocean, is a growing network of underwater devices and technologies that collect and transmit data beneath the ocean's surface. The wireless signals emitted by the underwater IOT network are completely audible to marine life and will become an inescapable torture chamber for ocean habitants such as dolphins and other marine mammals that use sonar and sound waves to navigate, communicate, feed, and reproduce. Wireless networks have significantly increased the radio frequency or RF environment on Earth by at least 10 to the eighteenth times. Additionally, five g deployment and other new internet services will require tens of thousands of additional satellites to be launched into Earth's atmosphere, which has already been shown to produce bright lights in the night sky and may produce, as of yet unknown, environmental consequences. Wireless radiation is a part of our modern world, and its convenience is undeniable. However, understanding and mitigating its environmental impact is essential for the health of our planet. Together, we can ensure that our technological progress does not come at the cost of our natural world. CHD's electromagnetic radiation and wireless team is fighting back against involuntary radiation exposure from wireless tech and the privacy invasion that comes with it.

The speaker wants to install Starlink to demonstrate it's the only way they can connect with their convoy.

The speaker says they “buy the fact” that SpaceX is a solid company with a great business plan that will do extremely well, and that they leave the price to the market. They add two quick points about what SpaceX is. First, when people ask “what is SpaceX?” the speaker notes it’s often described as a rocket company that will take astronauts back to the moon and as having great partnerships with NASA. They argue that it is “so much more than that,” emphasizing that Elon Musk is putting data centers into space and using SpaceX rockets for that purpose. The speaker frames the key advantage as “unlimited free power” from solar power in space, where conditions are “freezing cold,” reducing the need to spend money or energy heating or cooling systems. They assert that, in space, constraints faced by massive data centers on land do not apply in the same way. Second, the speaker explains that massive data centers on land face constraints including water, energy, chips, cooling systems, and local resistance from citizens. They highlight that power input and the energy source are major issues, and that water for cooling is particularly scarce. They state that these problems are not present to the same extent in space. They conclude that while SpaceX is a rocket company, it “might be the world’s biggest data center company.”

This is a global broadcast satellite that can override any broadcast system worldwide. It utilizes particle beam technology, similar to the Star Wars program, to send particles that interact with and manipulate any technology they come into contact with. This means that the particles can affect everything they touch. With this satellite, I can reach every person in the world at the same time.

We found an incredible video from Lockheed Martin showing satellites scanning the world in infrared. There are geostationary satellites, relay satellites, and low earth orbit satellites. The furthest satellites are 40,000 kilometers away, while the closest are only 1,000 kilometers. The military likely uses this technology for real-time video playback and recording. Lockheed Martin's quote at the end is ominous.

In 1962, Europe and America were connected by satellite across the Atlantic. However, it wasn't until 1966 that the link across the Pacific was completed. Now, using satellites, microwaves, and landlines, we can connect Europe with Africa, Asia, Australia, and America.

The speaker wants to install Starlink to demonstrate it's the only way to connect with their convoy.

Above Phone offers a privacy-focused alternative to standard smartphones, giving users complete control over their phone and apps without tracking. It works with any cell service and requires no forced logins. The phone includes AboveSuite, featuring a VPN, private email and calendar, private chats, video calls, Internet phone, and a search engine. Users can download apps privately and control their phone with secure hardware. New users receive a free 45-minute live call, along with free email and chat support, guides, and video courses.

- Providing low-cost, high-bandwidth Internet to parts of the world that lack it or have expensive access is seen as the single biggest step to lift people out of poverty, because Internet access enables free learning and selling goods and services globally. - SpaceX currently holds a very dominant position in space launch; it will likely execute about 90% of the mass launch to orbit this year. - Approximately 80% of all active satellites in orbit are SpaceX satellites, and they are providing global high-bandwidth connectivity throughout the world. - The connection discussed is on the SpaceX connection.

We are on a fiber optic cable that will be laid from here to Brazil, not satellite. This cable will carry phone calls under the ocean, with robots burying it in the seabed. 95% of all telephone and data is transferred through submarine cables, not satellites.

Hakim Anwar, CEO and founder of Above Phone, joins Clayton to discuss pervasive surveillance and how to protect personal privacy in 2025–2026. The conversation covers why traditional devices and services—especially iPhones, Samsung/Android phones, and their app ecosystems—are highly surveilled, the role of Amazon Web Services in monitoring traffic, and how messaging apps on these devices are tracked. They frame the problem as a loss of personal privacy and a move toward centralized infrastructure that can be controlled or cut off by large tech platforms. Hakim explains the origin of Above Phone. He started as a software engineer, was already aware of surveillance concerns, and became involved in freedom-based social networks. He pivoted toward open-source technology (Linux, degoogled phones, open-source software) and, five years ago, helped establish Above Phone to create usable privacy-centric devices that are actually functional for daily life. The goal is to be more usable and more private than big tech. The product philosophy emphasizes usable privacy. Above Phone builds on open-source operating systems like GrapheneOS, modeling them off Android but severing ties with Google and other big tech. Hakim notes that typical Samsung/Google Android devices have “god mode” access by Google (and to some extent Samsung), and emphasizes that Above Phone devices are designed to have zero connections to big tech by default, while still enabling users to run necessary apps. Users can choose to install Google services if needed, but in a limited, privacy-conscious way—these services act like normal apps on the device rather than the centralized, all-encompassing control found on stock devices. The phones can be used with existing cell service, and data transfer from iPhone or Android is supported, with live, in-person setup assistance. Setup and operation details: - You can switch to the Above Phone by moving your number with the SIM card (five-minute process), or use the Above Phone in parallel while migrating. - The Above Phone supports both physical SIMs and eSIMs; the data SIM service is eSIM-based. - A private, in-person support team helps with data transfer and setup. - The device can run a sandboxed second profile for Google services, isolating them from personal data. This sandbox can hold essential apps (e.g., WhatsApp) while the primary profile remains private. If needed, Google services can be used in a fully isolated manner, or work apps can be run entirely without Google involvement. Open-source equivalents are provided for many common apps (navigation, messaging, etc.). Privacy mechanics and surveillance: - Hakim explains that big tech devices continually “phone home,” with independent studies showing frequent data transmission to Google and Apple. Enhanced visual search on iPhone, enabled by default, scans photos for landmarks and can link to private indexes, illustrating how centralized platforms can harvest data even without explicit user consent. - Above Phone disconnects from Google’s update stream and ships with zero Google services by default; updates come from open-source developers, not from Google/Apple. Users can still opt to install Google services, but these are constrained and do not have the same “god mode” permissions as on stock devices. - The device supports a private, end-to-end encrypted messaging protocol based on XMPP (Jabber), which is decentralized and can run on a self-hosted or community-driven network. WhatsApp, he notes, is still built on XMPP. The Above Book Linux laptop is highlighted as a privacy-oriented alternative to mainstream Windows/Mac ecosystems. Linux is presented as cooperative, transparent, and less profit-driven. The Above Book ships with an easy-to-use Linux variant designed to avoid terminal use, includes a privacy-focused web browser (Ungoogled Chromium), and offers open-source software replacements (office apps, photo editing, etc.) that store data locally. The laptop supports local AI with Mike Adams’ Brighteon AI integration via LM Studio, enabling private, offline AI capabilities on the device. The company positions Linux and Above Book as enabling local work, with offline AI and offline maps via OpenStreetMap-like tooling. Hakim closes with a forward-looking stance on digital ID and the “surveillance grid” being advanced through regulatory acts into 2027–2030. He frames the investment in Above Phone and Above Book as a preparation for a world where privacy must be actively preserved, and encourages viewers to explore abovephone.com/redacted and abovephone.com for more information and products. David and Clayton engage on skepticism, marketing, and the broader implications of privacy-centric technologies, reinforcing the idea that the goal is practical privacy and education rather than ideology.

The speaker discusses the vehicle for transmission from the ICP, mentioning that it is a cellular modem that can be configured in a VPN. They state that in Chicago and Cook County, they work with Verizon to secure the network. The hardware supports various wireless chipsets/modems based on the jurisdictions' preferences and network compatibility. They mention using a 3G modem in some jurisdictions but can also support multiple modem varieties, including the latest 4G standards. The speaker confirms that they transmit from the ICP in Mongolia as well, not being limited to specific networks. In Puerto Rico, they use three different cellular vendors (Claro, AT&T, and T-Mobile) to cover different parts of the island.

Over 500,000 square miles of the US lack cell service. This means emergency texts aren't sent, important messages aren't received, and memories go unshared. But T-Mobile is changing that. We've partnered with Starlink to launch hundreds of satellites, creating the first space-based network that automatically connects to your existing phone. Connection matters, so we're offering free access to anyone, regardless of their carrier. T-Mobile Starlink: If you can see the sky, you're connected.

Marshall says law enforcement has a system that identifies people using signals emitted by the devices they carry. He refers to the system as SignalTrace, made by Leonardo, and claims it collects Bluetooth, WiFi, and RFID signals from a phone, smartwatch, headphones, a car, and the car’s radio—“absolutely everything.” The system then builds an “electronic fingerprint” from those collected signals. Marshall says the website for SignalTrace demonstrates the approach using “Seventy cars” driving by one of these systems. He claims each car has an iPhone but that not every car has the same iPhone model, the same smartwatch, headphones, and other device details. According to Marshall, SignalTrace uses these differences to build a profile based on an individual rather than relying only on a car’s license plate. He adds that the system does not require a license plate or a picture of a face, asserting it only needs the signals devices are already broadcasting. Marshall further states that the system can operate in malls, subways, and “any public place,” wherever such signal collection can occur. He concludes that the claims described are “real” and says he will provide a link to the product page in the comments.

5,050 Starlink satellites are currently in place. More satellites will be deployed to help people in areas with no cell service, such as Canton, call for help and reach loved ones.

Speaker 0 notes that there were at least more than two of your direct employees and one indirect at the TCF center, up to nine, though no names are provided to avoid threats; they request clarification on each person’s responsibilities and roles during the process. Speaker 1 states backups were created by Tina Peters, Mesa County, Colorado county clerk. They are receiving information across the country that Dominion reps were going in under the guise of trusted build maintenance and wiping records. Under one dash 12 dash 69, those records by law have to be preserved. They caution not to blame staff, explaining a knee-jerk reaction by Dominion in Michigan to convince clerk staff they must have done something wrong. When discussing county liability, they emphasize listening to Mr. Lindbergh’s expert opinion. Speaker 0 asks about Ethernet access for adjudicators and tabulators in the TCF Center. Speaker 2 responds that the devices are not connected to the Internet; they are designed to be completely standalone and connected locally in a local area network separate from the Internet. Speaker 3 explains the vehicle for transmission from the ICP is a cellular modem, which can be configured in a VPN; Chicago and Cook County work with Verizon to secure that network, implying the same capabilities are available elsewhere. They note that multiple wireless chipsets/modems are supported, depending on jurisdiction preferences and network compatibility. Speaker 4 adds that some jurisdictions use a 3G modem (GSM) but can support multiple modem varieties, including latest 4G/5G standards. They confirm applicability across different networks (Verizon, AT&T, Sprint). They mention transmitting from the ICP in Mongolia, indicating no network limitations. In Puerto Rico, three vendors are used (Claro, AT&T, and T-Mobile) due to incomplete island coverage. Speaker 0 asks again about Ethernet setup to join the LAN. Speaker 5 paraphrases a claim that Dominion could fix the problem, implying Dominion can communicate with the device. Speaker 6 explains, by analogy to Apple remote support, that permission was given to take over the device to reprogram it from Adams Park to SSO 2 A and B at West Balding Drive Elementary. Speaker 7 shares observations from the TCF Center on the third and fourth, noting irregularities on election day. Randy Bishop, who owns radio stations and is IT-savvy, showed him high-speed scanners and tabulators with Ethernet lines running out of the tabulators, all bundled together and connected to routers and a main computer, which he says are connected to the Internet and that such connectivity is illegal and should not happen because it opens them to hacking. Speaker 2 reiterates that the computers in the local area network are connected via an RJ45 connector.

Over 500,000 square miles of the US lack cell service. This means emergency texts aren't sent, emotional messages go undelivered, and memories remain unshared. But T-Mobile is changing that. We've partnered with Starlink to launch hundreds of satellites, creating the first space-based network that automatically connects to your existing phone. Connection matters, so we're offering free access to anyone, regardless of their carrier. T-Mobile Starlink: If you can see the sky, you're connected.

Day 10 after the hurricane in North Carolina, the speaker is at an airport in Boone, where Elon Musk provided several hundred Starlink units. The speaker is deploying in a second wave on Blackhawk helicopters into isolated areas to deliver the units. The first deployment will provide internet access for prescriptions and allow residents to communicate their needs. Upon arrival, locals reported that no aid, including FEMA, had reached them yet, and they felt abandoned.