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On modern iPhones, iBoot doesn't actually load immediately after the Boot ROM, and the Secure Enclave doesn't wait for the kernel to boot up. The process starts when the power button signals the Power Management Integrated Circuit to wake the main Application Processor. The processor immediately executes the Boot...

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Cidstech

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137,400 görüntüleme • 1 ay önce •via TikTok

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When you shut down a modern iPhone, the Power Management Unit (PMU) cuts voltage to the main A-series processor, the OLED display, and the camera array. It leaves a separate Low Power Mode (LPM) rail live on the motherboard. Sitting on that energized rail are three wireless chips: the Bluetooth controller, the NXP NFC controller, and the Apple U1 Ultra-Wideband chip. Apple built this hardware partition to run "Findable After Power Off," Express Transit passes, and Digital Car Keys when your battery dies. Even with iOS completely unloaded from RAM, those three chips stay powered for up to 24 hours on a manual shutdown (and up to 5 hours on automatic battery reserve). Right before iOS powers down, it pre-computes 96 rolling NIST P-224 public keys (one for every 15-minute window over the next 24 hours) and sends them to the Bluetooth chip using Host Controller Interface (HCI) commands. The final HCI command severs communication with the main processor and starts a standalone thread inside the Bluetooth silicon. While the main SoC sits unpowered, the Bluetooth chip wakes up every 2 seconds to broadcast the current P-224 public key over Bluetooth Low Energy. Any passing iPhone or MacBook that hears that broadcast encrypts its own GPS coordinates with your broadcasted public key and relays the packet to Apple servers. In 2022, researchers at the SEEMOO lab at TU Darmstadt audited this low-power hardware chain ("Evil Never Sleeps") and found a major gap between the three wireless chips. While the NFC chip runs encrypted and signed firmware and the U1 Ultra-Wideband chip checks cryptographic signatures at boot, the Broadcom Bluetooth chip has neither encryption nor signature verification on its firmware updates. Broadcom bakes its base Bluetooth firmware into read-only Mask ROM at the factory. To fix bugs and load the standalone Find My feature, iOS writes raw binary patches directly into the chip internal SRAM using a mechanism called PatchRAM (Write_RAM HCI commands). The hardware never checks a cryptographic signature on those RAM patches. If an attacker already has kernel-level code execution on iOS (through spyware or a local jailbreak exploit), they can overwrite the Bluetooth chip PatchRAM in SRAM before the user powers the phone down. When the user drags the power-off slider, iOS halts and wipes main system RAM. Because the PMU keeps the LPM power rail alive, the modified Bluetooth firmware stays in SRAM and keeps executing on reserve battery power. Worse, the TU Darmstadt team showed from iPhone board schematics that the Bluetooth and U1 chips are wired directly to the Secure Element inside the NFC controller via dedicated hardware buses (SE_I2C and R1_WAKE/SYNC) so car keys and transit cards work while the phone is off. Compromised Bluetooth firmware running in LPM can broadcast custom tracking beacons, listen for over-the-air wake commands, or talk directly to the Secure Element over SE_I2C while the main operating system is dead. Apple lets you tap "Temporarily Turn Off Finding" on the shutdown screen and enter your passcode to disable LPM for that power cycle. That toggle works if your phone is clean, because a clean iOS kernel tells the PMU to cut the LPM rail. If your phone is already compromised by kernel spyware, the malware controls the shutdown sequence. It can turn off the screen, play the shutdown animation, ignore your toggle, and tell the PMU to keep the patched Bluetooth chip powered in the background. Once kernel malware can hide inside unverified radio SRAM, a software power-off slider means nothing. Until the battery is physically disconnected from the board or the phone goes inside an RF-shielded Faraday bag, the Bluetooth silicon can stay on the air.
0:41

When you shut down a modern iPhone, the Power Management Unit (PMU) cuts voltage to the main A-series processor, the OLED display, and the camera array. It leaves a separate Low Power Mode (LPM) rail live on the motherboard. Sitting on that energized rail are three wireless chips: the Bluetooth controller, the NXP NFC controller, and the Apple U1 Ultra-Wideband chip. Apple built this hardware partition to run "Findable After Power Off," Express Transit passes, and Digital Car Keys when your battery dies. Even with iOS completely unloaded from RAM, those three chips stay powered for up to 24 hours on a manual shutdown (and up to 5 hours on automatic battery reserve). Right before iOS powers down, it pre-computes 96 rolling NIST P-224 public keys (one for every 15-minute window over the next 24 hours) and sends them to the Bluetooth chip using Host Controller Interface (HCI) commands. The final HCI command severs communication with the main processor and starts a standalone thread inside the Bluetooth silicon. While the main SoC sits unpowered, the Bluetooth chip wakes up every 2 seconds to broadcast the current P-224 public key over Bluetooth Low Energy. Any passing iPhone or MacBook that hears that broadcast encrypts its own GPS coordinates with your broadcasted public key and relays the packet to Apple servers. In 2022, researchers at the SEEMOO lab at TU Darmstadt audited this low-power hardware chain ("Evil Never Sleeps") and found a major gap between the three wireless chips. While the NFC chip runs encrypted and signed firmware and the U1 Ultra-Wideband chip checks cryptographic signatures at boot, the Broadcom Bluetooth chip has neither encryption nor signature verification on its firmware updates. Broadcom bakes its base Bluetooth firmware into read-only Mask ROM at the factory. To fix bugs and load the standalone Find My feature, iOS writes raw binary patches directly into the chip internal SRAM using a mechanism called PatchRAM (Write_RAM HCI commands). The hardware never checks a cryptographic signature on those RAM patches. If an attacker already has kernel-level code execution on iOS (through spyware or a local jailbreak exploit), they can overwrite the Bluetooth chip PatchRAM in SRAM before the user powers the phone down. When the user drags the power-off slider, iOS halts and wipes main system RAM. Because the PMU keeps the LPM power rail alive, the modified Bluetooth firmware stays in SRAM and keeps executing on reserve battery power. Worse, the TU Darmstadt team showed from iPhone board schematics that the Bluetooth and U1 chips are wired directly to the Secure Element inside the NFC controller via dedicated hardware buses (SE_I2C and R1_WAKE/SYNC) so car keys and transit cards work while the phone is off. Compromised Bluetooth firmware running in LPM can broadcast custom tracking beacons, listen for over-the-air wake commands, or talk directly to the Secure Element over SE_I2C while the main operating system is dead. Apple lets you tap "Temporarily Turn Off Finding" on the shutdown screen and enter your passcode to disable LPM for that power cycle. That toggle works if your phone is clean, because a clean iOS kernel tells the PMU to cut the LPM rail. If your phone is already compromised by kernel spyware, the malware controls the shutdown sequence. It can turn off the screen, play the shutdown animation, ignore your toggle, and tell the PMU to keep the patched Bluetooth chip powered in the background. Once kernel malware can hide inside unverified radio SRAM, a software power-off slider means nothing. Until the battery is physically disconnected from the board or the phone goes inside an RF-shielded Faraday bag, the Bluetooth silicon can stay on the air.

Zoe

228,957 görüntüleme • 17 gün önce

U-Boot menu now works on Flipper One Now you can choose different kernels and systemd targets before the Linux kernel boots. * It's our LCD/buttons driver plus a slightly modified vanilla U-Boot menu. Will try to upstream it to U-Boot. * This is a temporary solution for testing the selection of different OS profiles. In the final version of Flipper OS, we’ll most likely draw the boot menu using a small program compiled into initramfs, after the kernel has started. But as a temporary solution, it works perfect. * I’m still not happy with the cold boot time: from powering on the processor to having a working menu. Here’s the boot log with timestamps, captured from the processor console: * Our patched U-Boot:
2:56

U-Boot menu now works on Flipper One Now you can choose different kernels and systemd targets before the Linux kernel boots. * It's our LCD/buttons driver plus a slightly modified vanilla U-Boot menu. Will try to upstream it to U-Boot. * This is a temporary solution for testing the selection of different OS profiles. In the final version of Flipper OS, we’ll most likely draw the boot menu using a small program compiled into initramfs, after the kernel has started. But as a temporary solution, it works perfect. * I’m still not happy with the cold boot time: from powering on the processor to having a working menu. Here’s the boot log with timestamps, captured from the processor console: * Our patched U-Boot:

Flipper R&D

34,038 görüntüleme • 4 ay önce

For dynamically linked GCC/glibc programs on Linux, main() is not the process entry point. The kernel starts the loader. It maps libc and applies relocations. _start passes main to glibc, which initializes the process and calls it. I traced the path from source.c to main().
2:09

For dynamically linked GCC/glibc programs on Linux, main() is not the process entry point. The kernel starts the loader. It maps libc and applies relocations. _start passes main to glibc, which initializes the process and calls it. I traced the path from source.c to main().

tetsuo

17,090 görüntüleme • 2 ay önce

I've been working on a new personal operating system that's fully local, private, and amnesic by default. Complete enough to be your only computer and the entire system is lean enough to boot from a USB stick, leaving no trace on the host machine. Models run locally on the user's own hardware. No account, no API key, no network calls after install. Ships with models preloaded, so the very first boot is productive with no network at all. One image, multiple modes, chosen at the boot menu to match your mission. Works offline, indefinitely.
1:26

I've been working on a new personal operating system that's fully local, private, and amnesic by default. Complete enough to be your only computer and the entire system is lean enough to boot from a USB stick, leaving no trace on the host machine. Models run locally on the user's own hardware. No account, no API key, no network calls after install. Ships with models preloaded, so the very first boot is productive with no network at all. One image, multiple modes, chosen at the boot menu to match your mission. Works offline, indefinitely.

nich

106,481 görüntüleme • 6 ay önce

Want to understand UEFI bootkits at a low level? Whether you're doing malware analysis, reverse engineering, exploit development, or kernel research, these are the resources that actually matter. First in-the-wild UEFI bootkit to bypass Secure Boot on fully patched Windows 11. Exploits CVE-2022-21894 (BatonDrop), enrolls attacker MOK keys, deploys a kernel driver and HTTP downloader. Sold for $5,000 on forums. by WeLiveSecurity UEFI firmware rootkit targeting VMware VMs. Design inspired by CosmicStrand, MoonBounce, and ESPecter. Injects into a UEFI driver firmware volume, hooks ExitBootServices, catches WinLoad.EFI, hooks OslArchTransferToKernel, then injects a stager into ACPI.SYS to reach kernel execution without triggering PatchGuard. Originally by Austin Hudson (@ilove2pwn_) who deleted his account. Mirrored here. Binarly's analysis of BlackLotus by Alex Matrosov. Reveals that BlackLotus's code is directly based on btbd's Umap project from 2020, same main function logic, same ImgArchStartBootApplication hook chain, identical trampoline code. Game hacking UEFI bootkit code combined with a publicly available Secure Boot bypass PoC became the first in-the-wild bootkit to defeat Secure Boot. Also covers the CVSS scoring problem, supply chain failures in UEFI revocation, and MokList NVRAM manipulation. by BINARLY🔬 The book. Covers everything from legacy MBR bootkits to modern UEFI implants, firmware rootkits, and Secure Boot internals. If you only read one thing on this list, make it this. by Alex Matrosov ESPecter. Real-world UEFI espionage bootkit found in the wild with roots back to 2012. Patches bootmgfw.efi on disk, hooks the boot chain, disables DSE by patching SepInitializeCodeIntegrity in the kernel. Deploys a keylogger and document stealer. by WeLiveSecurity Reverse engineering of kernel driver by IDontCode. Shows how the entire cheat is public code resold for six figures. Documents the win32kbase.sys vtable pointer swap for kernel function invocation, manual driver mapping using btbd's modmap, and communication via Can's NtConvertBetweenAuxiliaryCounterAndPerformanceCounter .data pointer hook. Credits both Can and btbd directly. by Back Engineering Labs One of the earliest public Windows UEFI bootkit PoCs. Patches winload.efi to disable DSE and load unsigned kernel drivers. Directly inspired EfiGuard. by legendary anti-cheat engineer Aidan Khoury Bootkitting Windows Sandbox. Patches bootmgfw.efi inside the sandbox VHDx to hook the boot chain, disable PatchGuard and DSE, and load unsigned drivers without a debugger attached. Built for kernel research and driver development. by Duncan Ogilvie 🍍 and Dylan Goods from secret club UEFI DXE driver that passively disables PatchGuard and DSE at boot time. Does not modify bootmgfw.efi on disk. Instead hooks EFI System Table LoadImage to intercept the boot chain in memory, then patches SepInitializeCodeIntegrity and KeInitAmd64SpecificState in ntoskrnl. Supports every EFI-compatible Windows x64 from Vista SP1 to Windows 11. by Mattiwatti DMA backdoor via PCIe FPGA. No software on the target machine at all. A Spartan-6 FPGA on a PCIe card reads and writes physical memory over DMA to inject code into the UEFI boot process before the OS loads. The hardware end of the escalation ladder. by Dmytro Oleksiuk 💥 d_olex@mastodon.social Popular in the game hacking community. UEFI manual mapper that maps unsigned drivers into kernel memory from the boot environment, bypassing DSE entirely. Binarly confirmed BlackLotus reused this project's code directly. by BTBD Another UEFI bootkit approach for manual mapping unsigned kernel drivers. Hooks ExitBootServices to patch the kernel in memory before execution. by Samuel Tulach UEFI mapper in the same lineage. by ekknod Many of these use the .data section function pointer hook technique pioneered by the legendary Can. Instead of patching code (which PatchGuard monitors), you overwrite function pointers stored in .data (which PatchGuard doesn't). Still widely used. Combining a Secure Boot bypass with the RedLotus UEFI Bootkit on Windows 11. Full demo. #ReverseEngineering #MalwareAnalysis #Infosec
1:25

Want to understand UEFI bootkits at a low level? Whether you're doing malware analysis, reverse engineering, exploit development, or kernel research, these are the resources that actually matter. First in-the-wild UEFI bootkit to bypass Secure Boot on fully patched Windows 11. Exploits CVE-2022-21894 (BatonDrop), enrolls attacker MOK keys, deploys a kernel driver and HTTP downloader. Sold for $5,000 on forums. by WeLiveSecurity UEFI firmware rootkit targeting VMware VMs. Design inspired by CosmicStrand, MoonBounce, and ESPecter. Injects into a UEFI driver firmware volume, hooks ExitBootServices, catches WinLoad.EFI, hooks OslArchTransferToKernel, then injects a stager into ACPI.SYS to reach kernel execution without triggering PatchGuard. Originally by Austin Hudson (@ilove2pwn_) who deleted his account. Mirrored here. Binarly's analysis of BlackLotus by Alex Matrosov. Reveals that BlackLotus's code is directly based on btbd's Umap project from 2020, same main function logic, same ImgArchStartBootApplication hook chain, identical trampoline code. Game hacking UEFI bootkit code combined with a publicly available Secure Boot bypass PoC became the first in-the-wild bootkit to defeat Secure Boot. Also covers the CVSS scoring problem, supply chain failures in UEFI revocation, and MokList NVRAM manipulation. by BINARLY🔬 The book. Covers everything from legacy MBR bootkits to modern UEFI implants, firmware rootkits, and Secure Boot internals. If you only read one thing on this list, make it this. by Alex Matrosov ESPecter. Real-world UEFI espionage bootkit found in the wild with roots back to 2012. Patches bootmgfw.efi on disk, hooks the boot chain, disables DSE by patching SepInitializeCodeIntegrity in the kernel. Deploys a keylogger and document stealer. by WeLiveSecurity Reverse engineering of kernel driver by IDontCode. Shows how the entire cheat is public code resold for six figures. Documents the win32kbase.sys vtable pointer swap for kernel function invocation, manual driver mapping using btbd's modmap, and communication via Can's NtConvertBetweenAuxiliaryCounterAndPerformanceCounter .data pointer hook. Credits both Can and btbd directly. by Back Engineering Labs One of the earliest public Windows UEFI bootkit PoCs. Patches winload.efi to disable DSE and load unsigned kernel drivers. Directly inspired EfiGuard. by legendary anti-cheat engineer Aidan Khoury Bootkitting Windows Sandbox. Patches bootmgfw.efi inside the sandbox VHDx to hook the boot chain, disable PatchGuard and DSE, and load unsigned drivers without a debugger attached. Built for kernel research and driver development. by Duncan Ogilvie 🍍 and Dylan Goods from secret club UEFI DXE driver that passively disables PatchGuard and DSE at boot time. Does not modify bootmgfw.efi on disk. Instead hooks EFI System Table LoadImage to intercept the boot chain in memory, then patches SepInitializeCodeIntegrity and KeInitAmd64SpecificState in ntoskrnl. Supports every EFI-compatible Windows x64 from Vista SP1 to Windows 11. by Mattiwatti DMA backdoor via PCIe FPGA. No software on the target machine at all. A Spartan-6 FPGA on a PCIe card reads and writes physical memory over DMA to inject code into the UEFI boot process before the OS loads. The hardware end of the escalation ladder. by Dmytro Oleksiuk 💥 [email protected] Popular in the game hacking community. UEFI manual mapper that maps unsigned drivers into kernel memory from the boot environment, bypassing DSE entirely. Binarly confirmed BlackLotus reused this project's code directly. by BTBD Another UEFI bootkit approach for manual mapping unsigned kernel drivers. Hooks ExitBootServices to patch the kernel in memory before execution. by Samuel Tulach UEFI mapper in the same lineage. by ekknod Many of these use the .data section function pointer hook technique pioneered by the legendary Can. Instead of patching code (which PatchGuard monitors), you overwrite function pointers stored in .data (which PatchGuard doesn't). Still widely used. Combining a Secure Boot bypass with the RedLotus UEFI Bootkit on Windows 11. Full demo. #ReverseEngineering #MalwareAnalysis #Infosec

cr3ghost

12,734 görüntüleme • 3 ay önce

Based with Senator Alex Antic - Episode 39 - Aaron Siri Aaron Siri - Making America Healthy Again Aaron Siri is the Managing Partner of US law firm Siri & Glimstad LLP. Earlier this year, Aaron submitted testimony to the U.S. Senate Committee on Homeland Security and Governmental Affairs, focusing on the safety evaluation of the CDC’s childhood vaccination schedule, which generated immense interest in this topic. Aaron has a wealth of litigation experience in the United States and knows firsthand the barriers that make it difficult to obtain compensation for these injuries. On this episode of Based, Senator Antic and Aaron Siri discuss the protections built into the US health system and the Australian parallels.
47:50

Based with Senator Alex Antic - Episode 39 - Aaron Siri Aaron Siri - Making America Healthy Again Aaron Siri is the Managing Partner of US law firm Siri & Glimstad LLP. Earlier this year, Aaron submitted testimony to the U.S. Senate Committee on Homeland Security and Governmental Affairs, focusing on the safety evaluation of the CDC’s childhood vaccination schedule, which generated immense interest in this topic. Aaron has a wealth of litigation experience in the United States and knows firsthand the barriers that make it difficult to obtain compensation for these injuries. On this episode of Based, Senator Antic and Aaron Siri discuss the protections built into the US health system and the Australian parallels.

Senator Alex Antic

33,112 görüntüleme • 1 yıl önce

🚨 THE QUANTUM FINANCIAL SYSTEM IS OFFICIALLY LIVE. 🚨 ⚠️ Donald Trump has now confirmed what many were waiting for: The Quantum Financial System has been activated for real-world use. But access is not automatic. Access is identity-based 🔐 🏦 The QFS does not recognize banks, paperwork, or institutions. It recognizes you 👤 🧠 That is why the Quantum ID Card exists. This card is your official identity inside the Quantum Financial System. It is issued through Redemption Centers and includes a secure QR code that, when scanned, instantly verifies your Quantum identity. 💳 With the Quantum ID Card: • You prove you are officially verified in QFS • You gain access to the new system outside banks and governments 🌐 • Your identity is tied to your biometric profile and unique Quantum ID key This is not a regular card. This is the gateway into a system built to replace the old one !
0:51

🚨 THE QUANTUM FINANCIAL SYSTEM IS OFFICIALLY LIVE. 🚨 ⚠️ Donald Trump has now confirmed what many were waiting for: The Quantum Financial System has been activated for real-world use. But access is not automatic. Access is identity-based 🔐 🏦 The QFS does not recognize banks, paperwork, or institutions. It recognizes you 👤 🧠 That is why the Quantum ID Card exists. This card is your official identity inside the Quantum Financial System. It is issued through Redemption Centers and includes a secure QR code that, when scanned, instantly verifies your Quantum identity. 💳 With the Quantum ID Card: • You prove you are officially verified in QFS • You gain access to the new system outside banks and governments 🌐 • Your identity is tied to your biometric profile and unique Quantum ID key This is not a regular card. This is the gateway into a system built to replace the old one !

John F Kennedy Jr Q-Awakening

55,641 görüntüleme • 1 ay önce

LSposed (Vector) is a modern evolution of the classic Xposed Framework for the Android ecosystem. It allows you to install modules to modify the behavior of the system and applications without altering local files. The tool works systemless, injecting temporary code directly into the phone's RAM. Its operating base leverages Magisk or KernelSU root through the technology known as Zygisk. LSposed intercepts the Zygote process, which is the parent generator of all applications open on the system. Through the Hooking technique, the modules create "clips" that divert and alter app functions in real time. Its biggest difference compared to the old Xposed is intelligent scope management. The user explicitly chooses which specific applications will be affected by each installed module. This prevents sensitive applications, such as banking apps, from detecting modifications to the memory structure. Scope separation also saves battery and keeps the overall performance of the device intact. Recently, after a pause in the original project, the community took over the code under the name Vector. Vector updates support for the latest Android versions and fixes old stability bugs. The ecosystem allows for everything from extreme visual customizations to the removal of ads and premium features. If a serious error occurs with a module, simply disable it to return the phone to normal. In short, it's the most powerful tool for deep and secure customization on modern Android. . . . . . . . #fpy #trend #fpyyyyyyyyyyyyyyyyyyyyyy #samsung #techtok
0:39

LSposed (Vector) is a modern evolution of the classic Xposed Framework for the Android ecosystem. It allows you to install modules to modify the behavior of the system and applications without altering local files. The tool works systemless, injecting temporary code directly into the phone's RAM. Its operating base leverages Magisk or KernelSU root through the technology known as Zygisk. LSposed intercepts the Zygote process, which is the parent generator of all applications open on the system. Through the Hooking technique, the modules create "clips" that divert and alter app functions in real time. Its biggest difference compared to the old Xposed is intelligent scope management. The user explicitly chooses which specific applications will be affected by each installed module. This prevents sensitive applications, such as banking apps, from detecting modifications to the memory structure. Scope separation also saves battery and keeps the overall performance of the device intact. Recently, after a pause in the original project, the community took over the code under the name Vector. Vector updates support for the latest Android versions and fixes old stability bugs. The ecosystem allows for everything from extreme visual customizations to the removal of ads and premium features. If a serious error occurs with a module, simply disable it to return the phone to normal. In short, it's the most powerful tool for deep and secure customization on modern Android. . . . . . . . #fpy #trend #fpyyyyyyyyyyyyyyyyyyyyyy #samsung #techtok

Kzrxe.7z #TeamGalaxy

44,700 görüntüleme • 1 ay önce

Whitney Webb breaks down the coordinated global push for a new, dystopian system of control, marrying digital ID with CBDCs. This isn't conspiracy; it's all in their own documentation. They are building a full-spectrum digital cage, and its two locked doors are Digital Identity and Central Bank Digital Currencies (CBDCs). You cannot have one without the other. The plan is to replace your government-issued ID with a Digital ID, but it's not just a card in your phone. It is fundamentally built upon your immutable biometrics: your fingerprints, the precise structure of your face, the unique pattern of your iris. This biometric data is the key. It is the hard link that ties your physical body directly to your digital identity credential. Your very body becomes your password. The reason this is so critical for them is the financial system. UN & Bank for International Settlements docs overtly state that Digital ID and CBDCs are designed to be integrated. The system cannot exist without this biometric digital ID. Why? Know Your Customer (KYC) protocols. For this new digital financial system to function, they must absolutely "know" every single participant. Your digital wallet will be tied to your digital ID, which is mapped to your biometrics. Total financial-biological linkage. We see the prototypes being rolled out now: • Sam Altman's WorldCoin lures people to scan their irises for a "unique identifier" and a digital wallet. This is the exact model. • The UN's "Building Blocks" program forces refugees to scan their iris at checkout to receive food rations. The value is deducted from a wallet tied to that biometric ID. They justify this total surveillance under the guise of closing the "identity gap," claiming the world's poor need digital IDs to access essential services like banking and healthcare. The reality? This is the ultimate onboarding mechanism into a system of programmable control, where your access to society and your own money is permissioned and revocable based on your compliance. This is the bedrock of the new global financial system. It is not about convenience. It is about control. Your body is the new currency, and they are forcing you to hand over the keys.
2:36

Whitney Webb breaks down the coordinated global push for a new, dystopian system of control, marrying digital ID with CBDCs. This isn't conspiracy; it's all in their own documentation. They are building a full-spectrum digital cage, and its two locked doors are Digital Identity and Central Bank Digital Currencies (CBDCs). You cannot have one without the other. The plan is to replace your government-issued ID with a Digital ID, but it's not just a card in your phone. It is fundamentally built upon your immutable biometrics: your fingerprints, the precise structure of your face, the unique pattern of your iris. This biometric data is the key. It is the hard link that ties your physical body directly to your digital identity credential. Your very body becomes your password. The reason this is so critical for them is the financial system. UN & Bank for International Settlements docs overtly state that Digital ID and CBDCs are designed to be integrated. The system cannot exist without this biometric digital ID. Why? Know Your Customer (KYC) protocols. For this new digital financial system to function, they must absolutely "know" every single participant. Your digital wallet will be tied to your digital ID, which is mapped to your biometrics. Total financial-biological linkage. We see the prototypes being rolled out now: • Sam Altman's WorldCoin lures people to scan their irises for a "unique identifier" and a digital wallet. This is the exact model. • The UN's "Building Blocks" program forces refugees to scan their iris at checkout to receive food rations. The value is deducted from a wallet tied to that biometric ID. They justify this total surveillance under the guise of closing the "identity gap," claiming the world's poor need digital IDs to access essential services like banking and healthcare. The reality? This is the ultimate onboarding mechanism into a system of programmable control, where your access to society and your own money is permissioned and revocable based on your compliance. This is the bedrock of the new global financial system. It is not about convenience. It is about control. Your body is the new currency, and they are forcing you to hand over the keys.

Camus

312,922 görüntüleme • 1 yıl önce

🛡️ Secure boot. Safe play. Protect your gameplay. 📖 In the previous Security Briefs, we introduced ACE, the core system powering our anti-cheat protection. 🔧 This tutorial will walk you through the setup of DMA Shield, Secure Boot, and TPM 2.0 on PC.
3:59

🛡️ Secure boot. Safe play. Protect your gameplay. 📖 In the previous Security Briefs, we introduced ACE, the core system powering our anti-cheat protection. 🔧 This tutorial will walk you through the setup of DMA Shield, Secure Boot, and TPM 2.0 on PC.

Delta Force Game

20,745 görüntüleme • 10 ay önce

Meet the new Flipper One boot menu - a Falcon-based menu with a clean and intuitive UI, that lets you manage OS profiles and select one to boot. The boot menu also preloads the Linux kernel to speed up OS booting, or even skips kernel reloading when switching between OS profiles with the same kernel, enabling switching in as little as 6.7 sec. Learn more in Flipper One Dev Log #9:
0:55

Meet the new Flipper One boot menu - a Falcon-based menu with a clean and intuitive UI, that lets you manage OS profiles and select one to boot. The boot menu also preloads the Linux kernel to speed up OS booting, or even skips kernel reloading when switching between OS profiles with the same kernel, enabling switching in as little as 6.7 sec. Learn more in Flipper One Dev Log #9:

Flipper R&D

24,849 görüntüleme • 1 ay önce

What actually happens when a program calls write(). A program can't put bytes on the screen by itself. Only the kernel can drive hardware, and the only way in is a system call. On x86-64, that is one instruction, syscall, this video follows a single write, from the program's registers into the kernel, down to the serial port, and back. The request goes into rax, rdi, rsi and rdx. The syscall instruction saves the return address in rcx and the flags in r11, loads the kernel's entry point from LSTAR, and drops the processor to ring 0. entry_SYSCALL_64 runs swapgs, switches to the kernel stack, and hands the saved registers to do_syscall_64. The write handler goes down through the tty layer to the UART driver, one out instruction per byte. sysret brings the program back with the byte count in rax. Tools Used gdb, strace, ltrace, trace-cmd function_graph, KernelShark, and the same kernel booted under QEMU so gdb can step the entry code. Chapters 0:00 the request, in registers 2:27 what syscall does in the instant it runs 7:00 from sys_write to the wire 10:21 libc's write is the same instruction 11:38 43 crossings, the vDSO
13:22

What actually happens when a program calls write(). A program can't put bytes on the screen by itself. Only the kernel can drive hardware, and the only way in is a system call. On x86-64, that is one instruction, syscall, this video follows a single write, from the program's registers into the kernel, down to the serial port, and back. The request goes into rax, rdi, rsi and rdx. The syscall instruction saves the return address in rcx and the flags in r11, loads the kernel's entry point from LSTAR, and drops the processor to ring 0. entry_SYSCALL_64 runs swapgs, switches to the kernel stack, and hands the saved registers to do_syscall_64. The write handler goes down through the tty layer to the UART driver, one out instruction per byte. sysret brings the program back with the byte count in rax. Tools Used gdb, strace, ltrace, trace-cmd function_graph, KernelShark, and the same kernel booted under QEMU so gdb can step the entry code. Chapters 0:00 the request, in registers 2:27 what syscall does in the instant it runs 7:00 from sys_write to the wire 10:21 libc's write is the same instruction 11:38 43 crossings, the vDSO

tetsuo

23,357 görüntüleme • 2 ay önce

iOS 27 Siri Settings You Should Change Before Using AI Using Siri on iOS 27? Before you rely on Apple’s AI features, check these important iOS 27 Siri settings first. This Short covers the key iOS 27 settings that can affect Siri, privacy, personalization, and how Apple Intelligence works on your iPhone. If you just updated to iOS 27, these are the Siri settings worth reviewing right away. #iOS27 #Siri #AppleIntelligence #iPhoneTips #Apple
0:39

iOS 27 Siri Settings You Should Change Before Using AI Using Siri on iOS 27? Before you rely on Apple’s AI features, check these important iOS 27 Siri settings first. This Short covers the key iOS 27 settings that can affect Siri, privacy, personalization, and how Apple Intelligence works on your iPhone. If you just updated to iOS 27, these are the Siri settings worth reviewing right away. #iOS27 #Siri #AppleIntelligence #iPhoneTips #Apple

Techdaily

302,000 görüntüleme • 1 ay önce

There are basically two ways of running any country or political system: One is socialist communism—all power to the state. The state does the planning and the people have to conform to the plan. The people are the pawns of the state. They have no human rights other than those granted to them by the state. To me, with my religious background, that was totally and utterly wrong. It denied the human spirit. The system which I believe in finds its most eloquent expression in the American Declaration of Independence: The state is there to serve the liberties of the people, their own spirit, and to develop their own talents and abilities. And so that the strong does not intimidate the weak, freedom is made to work by a rule of law. It is your duty to use your talents and abilities. It is your duty to accept responsibility because you accept freedom. You need private property for that; the property does not belong to the state. You have your own land, your own shares, you have savings, you have thrift. Out of that, it is your bounden duty to give to those less fortunate than yourselves.
2:18

There are basically two ways of running any country or political system: One is socialist communism—all power to the state. The state does the planning and the people have to conform to the plan. The people are the pawns of the state. They have no human rights other than those granted to them by the state. To me, with my religious background, that was totally and utterly wrong. It denied the human spirit. The system which I believe in finds its most eloquent expression in the American Declaration of Independence: The state is there to serve the liberties of the people, their own spirit, and to develop their own talents and abilities. And so that the strong does not intimidate the weak, freedom is made to work by a rule of law. It is your duty to use your talents and abilities. It is your duty to accept responsibility because you accept freedom. You need private property for that; the property does not belong to the state. You have your own land, your own shares, you have savings, you have thrift. Out of that, it is your bounden duty to give to those less fortunate than yourselves.

Margaret Thatcher

28,543 görüntüleme • 19 gün önce

No longer a conspiracy theory Apple Siri is listening to you even when not promoted “Apple has agreed to pay nearly $100 million to settle a lawsuit accusing the company of using Siri to eavesdrop on people using the iPhone and other devices. It claims the recordings happened even when people didn't use the trigger words, hey Siri. Some of the conversations were then shared with advertisers.” “Apple isn't admitting any wrongdoing in the settlement”
0:32

No longer a conspiracy theory Apple Siri is listening to you even when not promoted “Apple has agreed to pay nearly $100 million to settle a lawsuit accusing the company of using Siri to eavesdrop on people using the iPhone and other devices. It claims the recordings happened even when people didn't use the trigger words, hey Siri. Some of the conversations were then shared with advertisers.” “Apple isn't admitting any wrongdoing in the settlement”

Wall Street Apes

417,334 görüntüleme • 1 yıl önce

Rick Weible, an election integrity expert, demonstrated how easy it is to circumvent the security of the ES&S Electionware system. He was able to take a forensic copy of one of the hard drives and boot up the ES&S system on a non conforming laptop, using a special thumb drive. In addition, the defaulted administrator user name and password is shown in the manual, which is publicly available online. Rick was then able to log in and change the password to what he wanted. These systems were literally developed to steal elections worldwide.
3:52

Rick Weible, an election integrity expert, demonstrated how easy it is to circumvent the security of the ES&S Electionware system. He was able to take a forensic copy of one of the hard drives and boot up the ES&S system on a non conforming laptop, using a special thumb drive. In addition, the defaulted administrator user name and password is shown in the manual, which is publicly available online. Rick was then able to log in and change the password to what he wanted. These systems were literally developed to steal elections worldwide.

RealAF Patriot

33,478 görüntüleme • 9 ay önce

iOS 27 and macOS Golden Gate have private hooks that let apps add Siri Extensions and replace Siri AI’s server backend with third-party models. First, here’s Claude running as a Siri Extension using the Model Delegation API in App Intents. Claude can appear in Siri’s “Ask…” menu and supports the same underlying flow as the built-in ChatGPT extension. In some cases, Siri Extensions can be more powerful than Siri AI. For example, Siri can’t create a CSV, but Claude can easily return one when asked. When system interaction is required, such as setting a reminder, Claude can relay the original or a modified request back to Siri, which completes the request. Requires the private com\.apple.developer.model-delegation entitlement. (1/2)
1:55

iOS 27 and macOS Golden Gate have private hooks that let apps add Siri Extensions and replace Siri AI’s server backend with third-party models. First, here’s Claude running as a Siri Extension using the Model Delegation API in App Intents. Claude can appear in Siri’s “Ask…” menu and supports the same underlying flow as the built-in ChatGPT extension. In some cases, Siri Extensions can be more powerful than Siri AI. For example, Siri can’t create a CSV, but Claude can easily return one when asked. When system interaction is required, such as setting a reminder, Claude can relay the original or a modified request back to Siri, which completes the request. Requires the private com\.apple.developer.model-delegation entitlement. (1/2)

pdfu

1,107,369 görüntüleme • 2 ay önce

This video covers EVERYTHING. Skip to what u need How to know if secure boot is on, and turn it on Secure boot / bf6 / battlefield glitch where its ON but the game wont run and says its off. How to overclock controller with Secure Boot on Controller stutters after overclock
3:59

This video covers EVERYTHING. Skip to what u need How to know if secure boot is on, and turn it on Secure boot / bf6 / battlefield glitch where its ON but the game wont run and says its off. How to overclock controller with Secure Boot on Controller stutters after overclock

AllSkillNoTalk| PC & Internet Tweaker/Optimizer

82,953 görüntüleme • 1 yıl önce

Someone on Reddit built a real operating system using Claude. Not a browser app pretending to be one. An actual OS that runs on bare metal. It's called Fable-OS. The only interface is a sentence. No bash. No commands. You type what you want and an AI agent executes it through direct kernel syscalls. Everything runs in Ring 0. In the demo, the agent realized it didn't have a sound driver. So it found the Intel sound card, built a driver for it from scratch, and played a sound. On its own. The OS writes its own drivers. Evolves itself. The agent's tools are the kernel itself. Open source. Built because the developer got tired of people calling browser apps "AI operating systems." This one actually is.
0:36

Someone on Reddit built a real operating system using Claude. Not a browser app pretending to be one. An actual OS that runs on bare metal. It's called Fable-OS. The only interface is a sentence. No bash. No commands. You type what you want and an AI agent executes it through direct kernel syscalls. Everything runs in Ring 0. In the demo, the agent realized it didn't have a sound driver. So it found the Intel sound card, built a driver for it from scratch, and played a sound. On its own. The OS writes its own drivers. Evolves itself. The agent's tools are the kernel itself. Open source. Built because the developer got tired of people calling browser apps "AI operating systems." This one actually is.

Vaibhav Sisinty

20,562 görüntüleme • 3 ay önce

This is a Commodore 1541 5.25" floppy disk drive. It functions as a computer in its own right, with its own 8-bit CPU, ROM, and operating system (CBM DOS). It is its own computer with its own operating system. The Commodore 64 or 128 or Vic 20 or whatever would talk to it over a serial cable and send commands to the onboard computer. These drives were so robust and overbuilt.
3:00

This is a Commodore 1541 5.25" floppy disk drive. It functions as a computer in its own right, with its own 8-bit CPU, ROM, and operating system (CBM DOS). It is its own computer with its own operating system. The Commodore 64 or 128 or Vic 20 or whatever would talk to it over a serial cable and send commands to the onboard computer. These drives were so robust and overbuilt.

RossRadio

53,697 görüntüleme • 9 ay önce