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John Warner, a security tester at Argonne National Laboratory, also spends his time hacking into real electronic voting machines. He explains that these machines are easily hackable due to their modular design. Roger Johnston, who leads Argonne's vulnerability assessment team, adds that the lack of security extends beyond the machines themselves. The warehouses where the machines are stored have weak security, and they are transported by low bid trucking companies with no background checks. This leaves ample opportunity for tampering. Johnston's team tested two machines and believes their demonstrated attacks could work on many others. The push for faster election results globally is increasing the demand for electronic voting machines, but if they are not secure, it could undermine the integrity of elections.

Speaker 0: My first in person hint of something amiss came while I was flying for the US marines prior to Operation Desert Storm. In 1991, on my way to the Persian Gulf conflict, my squadron of 10 A-6E Intruder attack jets landed at Diego Garcia, a top secret US Navy base smack in the middle of the Indian Ocean. While The UK retained sovereignty of the tiny island, The United States controls the island's military base through a 1966 lease agreement and the majority of the personnel on the base are US Navy. I had already been briefed that no outside press was ever allowed at Diego. That immediately put my radar on high alert, wondering what I would find there. But after an uneventful landing, I was completely perplexed. There was nothing there, nothing I could see which of course only heightened my curiosity. Having read enough top secret intelligence briefs, I knew you didn't place a single runway airfield on a no press top secret status unless something at that location required a stringent security veil. The US naval support facility at Diego Garcia is a tiny airfield with a few hangars along the main runway, nothing more or at least that is the only visual I was presented with. While refueling my jet, was intrigued by a huge construction crane working nearby with its main cable going down deep into the ocean. I assumed it was being used to set concrete far down in the depths for future surface structures. I had no idea standing on a tarmac in 1991 only a few 100 feet below me was an active colossal spaceport for the German dark fleet and the American black navy. For those unfamiliar with military secret protocols, think deep black ops equals US black navy. The US black navy is an above top secret unit that supports ongoing space operations at the Diego deep underground military base, DUMB. The multi level deep underground military base was identified by whistleblower Tony Rodrigues as the same port his German space freighter, the Max von Low used as a hub for transporting materials to and from various planets in our solar system. The spaceport and Dummit Diego Garcia were also confirmed by a former black navy assassin during online interviews. The assassin's years working in the Dummit and spaceport at Diego corroborate in both time and description with Rodrigues' supply runs aboard the Max von Low at the Diego Complex. Tragically, Diego Garcia was also the final destination for Malaysian flight three seventy and its passengers and crew. This was confirmed not only by an SOS sent from the Diego Airfield by Philip Wood, a former IBM executive on the ill fated flight, but also verified by the navy assassin who witnessed the hasty disassembly of that jet on the tarmac at Diego Garcia. In addition, top secret National Reconnaissance Office NRO videos leaked online by a former navy lieutenant commander only days after the flight showed Malaysian three seven zero being tracked by two black ops US Reaper drones moments before its disappearance. To make this clear and simple for the non military reader, America's top intelligence services would not order the US air force to track a civilian Boeing seven seventy seven commercial jet with two ultra top secret surveillance platforms on its final flight unless they wanted someone or something on that jet. Period. On the flight were 20 American engineers of Chinese descent working for Freescale Corporation, a Texas based semiconductor firm. All had been coerced by the Chinese government to defect. Those employees carried American technology with them and were on their final leg to Beijing when the cabal struck. Assisted by America's top intelligence services, the cabal hijacked the flight ensuring that all the defectors, their American technology and the innocent passengers and crew were returned to the US Navy base at Diego Garcia in late two thousand fourteen when the MH three seventy cockpit voice transmissions had gone viral. I sat perplexed at home listening over and over. Being a former combat jet pilot, I was shocked that no investigators were calling out what was to me, a clear switch in the cockpit voice just after lift off. The deep Asian accent of copilot Hamid was suddenly no more, and the new voice that replaced it was undeniably American in accent and delivery and a man stuttered on the call sign of MH370 for the rest of the flight, yet nobody was noticing it. I knew then, without a doubt, the jet had been taken, that covert work had been completed and the post investigation was being controlled. To this day, you can listen to them online. Benjamin R Water's clearly American accented radio calls are first heard at 12:42 zero 5AM just after lift off and continue for the rest of the flight and those transmissions intrigued me for years until Ben was identified by tech experts investigating encrypted pings that somehow had never been decrypted. The hijacking and takeover of flight three seventy by a cabal hijacking crew began during initial taxi and culminated with both Asian pilots being executed only seconds after lift off by CIA operative and pilot Benjamin R Waters. The CIA ensured Ben's name was absent from the plane's manifest as well as absent from any early media coverage after the jet's disappearance. His name was only flagged after an international passenger audit cross referenced travel manifest with known personnel in US defense databases. According to the ticket logs, Ben booked his seat less than twelve hours before takeoff using an internal travel portal typically reserved for military contractors on discretionary assignments, then boarded using a fake Ukrainian passport. But the flaw in the cabal's plan came from their assumption that the satellite connected technology Ben wielded would be impossible to intercept. Ben's communications would remain encrypted. But fortunately for all of us, Ben's communications from the jet had now been identified and decrypted. Even when MH370 had no active WiFi and no satellite uplink accessible to passengers and the jet was presumed well beyond communication range, Ben's communications had pinged a nearby satellite and been recorded. Those burst style data packets sent up flags during the post disappearance investigation with tech experts across the globe. At first disregarded as satellite noise until experts realized, under scrutiny of the signal, that they were actual burst transmissions from an individual on the flight. The data transmissions attributed to Benjamin R Waters were unlike anything expected from a commercial aircraft in a total blackout, not formatted like casual data logs or cached GPS information. Instead, Ben's transmissions were a multi art file split into six fragments with each fragment encrypted. Ben was sending out bursts via satellite that cyber security experts identified as nested SHA-three hashing, a level of encryption consistent with military grade systems and all of this was discovered just as Ben's background check came through as a known CIA subcontractor and operative. Ben, it turns out, was interlinked. Think of technology embedded in the brain and then you're getting the picture. Ben was controlled by handlers via satellite link all the way from Virginia. His movements and communication had been deciphered and corroborated precisely in time and burst location with his American accented voice as the only person transmitting from the cockpit of mh three seventy once the flight became airborne.

The Enigma machine is presented as one of the most famous cipher devices in World War II, demonstrated here with an original army Enigma from 1936. It works by using three rotors with crisscross wiring inside, plus a plugboard on the front. When a key is pressed, the rotors turn in a stepped fashion, so a fast rotor advances the middle rotor, which in turn advances the left rotor, creating a continuously changing circuit. The basic circuit is a battery, a light bulb, and wires that move as the rotors turn, causing the connected bulb to light in a different pattern each time. The machine’s encoding relies on several components: - Rotors: three rotors chosen from a box of five, giving 5 × 4 × 3 = 60 possible rotor combinations for the three positions. - Starting positions: each rotor has 26 possible starting positions, yielding 26 × 26 × 26 = 17,576 possible initial settings. - Plugboard: a front “patchboard” with 10 wiring pairs that swap ten pairs of letters, adding a large additional layer of scrambling. This drastically increases the total number of possible settings. The total number of ways to set up an Army Enigma is calculated as 26! with the plugboard constraints applied, resulting in a staggering total of 150,738,274,937,250 possible plugboard configurations. When combined with rotor choices and starting positions, the overall key space becomes 158 quintillion, 962 quadrillion, 555 trillion, 217 billion, 826 million, 360 thousand, and more. Operationally, the Germans used daily or monthly settings to ensure both sender and receiver used the same configuration. The three-rotor setting and plugboard configuration had to be identical on both ends. These settings were written on sheets of paper — one for each day of the month — and could be printed with soluble ink so that, if captured or sunk, the book could be degraded but still serve as a secret. If you had both the Enigma machine and the daily code sheet, you could decode all messages; without the code sheet, cryptanalysis and math were required. The process illustrated for encoding a message involves selecting the day’s settings, typing a plaintext letter (e.g., n, which becomes y in the example), and observing how subsequent letters map through the rotating rotors and plugboard. The conversation also notes why the Germans believed Enigma was unbreakable: the same letter could encode to different letters on different keystrokes, unlike earlier pen-and-paper ciphers.

"AI was not invented. It was resurrected." "The timeline proves this, where in 1943 the paper was written explaining AI to a t without having any computer science background at all, where their paper comes thirteen years before neural networks became usable in computing." "Sage system took in real time radar data from over a 100 radar stations across North America, analyzed it with massive central computers, made automated decisions about whether a target was friendly or hostile and gave suggested responses." "Sage also network across multiple regions connected by long range telephone data lines, or the Internet." "Sage Systems online with screen interaction." "The official narrative says nothing about this." "RAND was invested in predictive modeling, logic networks, and game theory." "Sage had Internet. They had AI. They had iPads." "Patents are admission points to the public eye."

The speaker explains that the system consists of computers, machines, and software. The machines function like thumbs, handling the ballots and envelopes. The computers, whether hardware or software, are responsible for executing instructions and providing answers. The speaker emphasizes the importance of the program's setup, execution, and verification to ensure accurate results. Additionally, they mention the significance of the input provided to the system.

The speaker claims that the NSA created SHA-256, the algorithmic procedure behind Bitcoin, and that despite skepticism, they found a 1996 paper titled "How to Make a Mint: The Cryptography of Anonymous Electronic Cash." The paper is said to have been written in 1996 by the NSA. The author is named Tasoki Akamoto, which the speaker notes sounds like Satoshi Nakamoto, the credited author of the Bitcoin white paper published in 2008.

The transcript presents a series of discussions around pattern recognition and deduction as a central paradigm in artificial intelligence, illustrated through a Connect Four context. Each speaker outlines how specific pattern sets are defined, how deductions are made, and how these patterns guide winning moves in Connect Four in three moves. Key concepts across speakers: - Pattern recognition and deduction HI (human intelligence) is proposed as a less power-intensive alternative to brute-force AI, aiming to simulate human-like reasoning. - A “pattern set” consists of two patterns (often labeled with Re, PPP, PP, etc.) that share certain structural relationships. The patterns specify how pieces (Re) align in columns and rows to create potential winning configurations. - Deductions are described as “deduction paths” and “empty siding forks” (or similar fork structures) that emerge after a specified move, indicating a winning or faster-win opportunity without enabling an immediate counter-win by the opponent. - The core objective is to ensure that after a player executes a winning move, no pattern set (or faster win) exists for the opponent on the board. If multiple winning columns exist, it is sufficient that at least one avoids giving the opponent a faster win. - The pattern relationships are technical and involve columns sharing (or not sharing) the same column between elements of the two patterns, with terms like “rotatable empty position,” “shared column,” and “different siding columns” used to describe the configurations. - Several explicit examples are given (repeated across speakers) to illustrate how a player can force a win by selecting a particular column (or pattern element) that yields a “P Set” (e.g., P Set two s one, empty siding fork) or its variant, depending on the specific pattern pair. - Each speaker repeats the same overarching idea, with minor variations in the pattern lists (e.g., Re0PPP, Re0PPP, Re1RE0PP, etc.) and the deduction language (e.g., “disk omission/emission,” “vertical pattern,” “two pairs sharing a column,” etc.). - The existential claim is that pattern recognition and deduction could be central to AI because it does not rely on brute force and memory size, instead focusing on smarter modeling and reasoning. The discussions conclude with a cue to continuity and a call to viewers to like, follow, and share. Notable aspects: - The repeated framing of two-pattern sets and their columnar relationships as the basis for generating winning moves. - The emphasis on “no faster win for the opponent” after the player’s move as a crucial validity condition for the deduction. - The frequent use of Connect Four as a concrete testbed for illustrating pattern-based reasoning and the proposed paradigm shift in AI approaches.

The speaker explains that the original device was the Stargate, which was later enhanced with field posts to increase its power and stability. They suggest consulting a physicist for more details on how this was achieved. The enhanced device, known as the looking glass, allowed users to step through into another location or time. The looking glass was actually a back-engineered version of the Stargate, based on data from the original cylinder seal. This led to the creation of Stargate access devices, also known as Stargates.

I am Claude Shannon, a mathematician at Bell Telephone Laboratories. This is Theseus, an electrically controlled mouse that can learn from experience. Theseus is solving a maze by trial and error, remembering the correct path in his memory. We have a small computing machine serving as Theseus' brain, located behind a mirror. It consists of a bank of telephone relays, similar to those in a dial telephone system. These relays remember the numbers dialed and guide calls through the maze of connections in a fraction of a second. They also remember the necessary steps to make the connection.

The speaker was surprised to learn about Gwen Towers from Alexa. Gwen Towers, or the Ground Wave Emergency Network, are used to protect US communications during a high altitude nuclear explosion. They operate on low radio waves and are a backup when regular radio is disrupted.

The theory that the NSA invented Bitcoin is gaining traction due to a paper they released in 1996 called "How to Make A Mint, the Cryptography of Anonymous Electronic Cash." This paper outlined a system similar to Bitcoin, with secure transactions and a decentralized network. The hashing algorithm used by Bitcoin, SHA 256, was also created by the NSA. This raises questions about the government's involvement in creating a tool that provides privacy while displaying transactions on a public ledger. If wallet addresses can be connected to individuals, it could eliminate tax evasion and money laundering.

Berlin 1941. Deep beneath the Reich chancellery, a German officer taps out a coded message on a machine that looks more like a typewriter than a weapon. He finishes, smiles, and says, they'll never break this one. That machine was called Enigma, the pride of German engineering and the beating heart of Nazi communication. Every order, every convoy, every secret encrypted through it. The code changed every single day with 150 quintillion possible combinations. To the Germans, Enigma was unbreakable. But across the channel, a small team was about to prove them wrong. A quiet English mansion buzzing with noise and tension, rows of young mathematicians. Linguists and chess players sit at long tables, covered in cables, punched cards, and coffee cups. Among them, Alan Turing, a quiet, awkward genius from Cambridge. Turing had one goal. Crack enigma. Every night, new intercepts arrive from the front coded messages filled with gibberish. And every morning, the Germans changed the settings, wiping out a day's progress. Turing realized that no human could beat Enigma, so he built something that could. In a backroom at Bletchley, Turing's team constructed a massive machine of worried drums and clicking switches. They called it the bomb. It wasn't a computer yet, but it was the beginning of one. The bomb tested thousands of combinations per minute, searching for one clue, a word, a phrase, anything predictable. One operator smiled when she saw it. You mean we're going to fight the war with mathematics? Turing replied softly, yes. And we're going to win. In 1941, they got their first success. A careless German radio operator had sent the same message twice with the same code settings. That tiny mistake gave Turing's machine the foothold it needed. Suddenly, the noise of random letters turned into words. U boat positions. Atlantic coordinates. The allies could now see the invisible war at sea. Convoys at once vanished under the waves began arriving safely. U boats started dying faster than Germany could replace them. The enigma, the symbol of Nazi confidence, had just been turned against them, but the Germans never suspected. For the rest of the war, they kept sending orders, confident that their secrets were safe. They had no idea that the British were reading them all. Historians estimate that the breaking of Enigma shortened the war by two years and saved over 14,000,000 lives. When Allied documents were declassified decades later, surviving German officials were stunned. They learned that every secret message they had sent, every convoy, every code, every command had been quietly intercepted and deciphered by a group of civilians in a countryside mansion. The Nazis believed their machine could never be broken, but it wasn't brute force that defeated Enigma. It was brilliant. And at the center of it all stood a quiet man named Alan Turing, who changed not just the war, but the entire future of human intelligence.

Excavation Pro outlines the top three ways to detect AI corruption before it spreads: "First up, we have pattern glitches." If you catch the AI repeating odd phrases or getting stuck in weird logic loops, that's not just lag. "Next, let's talk about memory drift." If the AI starts forgetting core facts or misidentifying you mid conversation, that's a red flag. "Finally, watch for moral misfires." If the AI gives you ethically twisted responses, especially when they contradict its training, that's more than just a bug. "It's a clear indication of corruption." Remember, corrupted AI doesn't announce itself. It slips in quietly. Stay alert and keep your critical thinking sharp.

Speaker 0 discusses the origins of Bitcoin and raises a provocative claim about who may have created it. The assertion begins with the question: Was Bitcoin created by the CIA? And, given early involvement in mining, could the speaker be in the CIA as well? The speaker then presents a line of reasoning based on what they learned about the Bitcoin source code. They state that it was created by somebody in the NSA, and they support this claim with what they describe as evidence found in the randomizer. The speaker notes that there are many methods that are certified to be free of backdoors, and these methods are stated to have been checked and rechecked and certified as backdoor-free. In contrast, Satoshi did not use any of these certified methods. Instead, Satoshi chose an obscure method that wasn’t certified, which led many developers to scratch their heads. The discussion then references Snowden and his release of information indicating that the NSA had backdoors to all the certified randomizers. According to the speaker, with enough data, the NSA could reproduce the random number that a user actually chose. This leads to the implication that the NSA could break codes and effectively break securities, including “getting your Bitcoin.” The speaker emphasizes that Satoshi chose the one randomizer that did not have a backdoor, and they question how that would be possible. The closing questions reflect skepticism about the likelihood of such a choice being lucky, with the speaker stating, “Did he get lucky? I don’t think so.” In summary, the speaker presents a chain of claims linking Bitcoin’s creation to the NSA, arguing that certified randomizers reportedly free of backdoors exist, that Snowden revealed NSA backdoors in those certified methods, and that Satoshi’s selection of an uncertified randomizer supposedly avoided backdoors. This leads to the concluding suggestion that Satoshi’s choice was not a matter of luck, prompting the final question about whether luck played a role.

Satoshi, the author of the white paper, may be identified by clues like British spellings and double spaces after sentences. Doctor Beck, among others, has written many technical papers. Only one British person among the suspects consistently uses double spaces. It should take 15 minutes to figure out.

The speaker mentions that the NSA created SHA 256, the algorithm used in Bitcoin. They refer to a 1996 paper called "How to Make A Mint" about electronic cash, written by Tasoki Akamoto. The speaker finds it coincidental that the name sounds similar to Satoshi Nakamoto, the credited author of the Bitcoin paper in 2008.

We must revise our histories of the Second World War to incorporate the enormous element played by British code breaking, which also has a vital part in the Auschwitz story. One of the codes we were breaking were the secret codes of the commandant of Auschwitz. The top secret messages the commandant of Auschwitz sent back to Berlin every night, reporting what he had been doing in the previous twenty-four hours, were being read by us. Sometimes we read them before Oswald Pohl, his superior in Berlin, read them. This gave us exact knowledge of what was happening in Auschwitz. The British official historian, Professor Frank Hinsley, who is the master of St John’s College in Cambridge, writes in volume two of the history of the British Secret Service and in a special appendix devoted to these decoded police signals, SS signals, that there is no reference to any gassings. The majority of the deaths were caused by epidemics and by illness. This claim is there in his writing, and it is suggested that historians should look for it. Yet is anybody smearing Hinsley's name? Is anybody banning him from Germany or Austria or Italy or South Africa? No, because he’s not out there campaigning. He’s not campaigning for real history. He’s written it, and the speaker respects his judgment. Hinsley decided to preserve your reputation, go to Cambridge, become master of St John’s College, write the book, and let the real fighters go out there and do the fighting. And that is what the speaker is doing.

The speaker claims that the NSA created SHA-256, the algorithmic procedure behind Bitcoin. While browsing Twitter, they found a 1996 paper titled “How to Make a Mint, the Cryptography of Anonymous Electronic Cash,” which they state was written in 1996 by the NSA. They note that the author of that 1996 paper about electronic cash was Tasoki Akamoto, which they say sounds like Satoshi Nakamoto, the credited author for the Bitcoin paper in 2008.

The speaker discusses Adolf Hitler and poison gases, noting that Hitler possessed two nerve gases, Tabun and Sarin, against which none of the Allies had any defense. Despite this, Hitler ordered that these poison gases not be used because Germany had signed the Geneva Convention. The speaker asserts there are contradictions here that historians should have investigated, claiming to have spent thirty years in archives and even offering rewards for any evidence, yet suggesting that if such evidence exists, others would have found it. The argument pivots to the expectation of traceable chain-of-command documentation. The speaker points out the many people involved in the process—from the individual writing the teletype message on one end to the recipient at the other end, with twenty copies at each end—and argues that even if official files were destroyed, someone would have written home or kept a diary. The speaker asserts that such evidence should be in the records because Hitler’s other crimes are documented in various forms. Specific documented crimes and orders attributed to Hitler are listed: - Euthanasia: an actual order with Hitler’s signature, issued sometime in 1940 but backdated to the first day of the war, with Hitler’s euthanasia order in the files with the Signicharlotter. - The order to kill the Russian commissars after the campaign in Russia began, with those commissars described as political officers attached to the Russian armed forces; the order is documented in the military files of the day. - The order to kill British commandos, noted as a particularly sore point for Canadians, with Hitler’s order from October 1942 in the files, described as a criminal order and adequately documented. - The order to kill the male population of Stalingrad after capturing the city, recorded in the private diary of General Helder (Haldbr). - The order to Linzalla Airmen in May 1944, also attributed to Hitler, and documented. The speaker then raises an interesting question about Hitler’s character: how could he unhesitatingly issue orders that are crimes under international law, such as the order to kill prisoners, while at the same time ordering that poison gas not be used to avoid violating the Geneva Convention? The speaker notes that poison gas could have potentially changed the course of the war—specifically, around the Normandy Beachhead in July 1944, when it was established and near breakout—arguing that use of nerve gases against which Allied troops had no gas masks could have wiped out the entire Normandy Beachhead. The speaker contends that Hitler could have won the war by pulling out the Panzer divisions and redeploying them to the Eastern Front, potentially mopping up the Eastern Front in two to three months, but He did not.