this is absolutely top secret, however I dont care anymore>Recent red-team modeling and theoretical systems analysis have surfaced a catastrophic foundational flaw in modern operating system (OS) networking stack architectures. By combining a low-level C networking socket flaw with memory management assumptions, an attacker can theoretically achieve remote code execution (RCE) and full hardware control on any device running compiled C/C++ applications with active sockets—effectively encompassing all modern computing hardware.>The vulnerability resides in how core OS kernel networking layers parse malformed TCP window scaling options during high-concurrency stream handshakes in native socket implementations.>An attacker initiates a continuous, low-bandwidth stream of fragmented packets that report an impossibly massive payload size to the kernel socket buffer, though no actual physical data is transmitted over the wire initially.1/3
>The kernel allocates virtual memory tracking structures based on the declared size, intentionally triggering a cascading Out-Of-Memory (OOM) condition within the networking daemon's allocator context.>During the kernel's low-level OOM panic recovery sequence, unvalidated fallback pointers in legacy C memory management routines misinterpret the incoming fragmented payload bytes as critical kernel execution stack frames. The payload executes directly in ring 0 / kernel space.>Because C and C++ binaries interact directly with system memory, device drivers, and firmware interfaces:>Every compiled native application (daemons, hypervisors, firmware controllers) inherits the compromise the moment the socket processes the stream.>Execution privileges bypass user-space restrictions entirely, granting direct manipulation of DMA controllers, firmware flash routines, and cryptographic co-processors.
>Traditional sandboxing, ASLR, and containerization offer zero protection, as the vulnerability exists beneath user space within the foundational OS socket layer. Mitigation requires a complete rewrite of core OS kernel networking stacks into memory-safe languages.
Nothing ever happens
>>544765166its literally happening right now this C vulnerability makes the latest PHP thing seem like kids play
>>544765785iirc this is a long standing known issue no one talks about that was only ever fixed in BSD. While AI may have found the PHP exploit, this doesn't seem new in my memory.
>>544765998yeah but now we have a working mechanism accomplished in less than a day
>>544764540>stitching up fake vulnerability from a shitload of real security terminologyeven if malformed tcp packets could remotely exhaust kernel memory, the resulting oom condition would not inherently permit code executionfor example, the linux kernel already enforces constraints in include/net/tcp.h:#define TCP_MAX_WSCALE 14U#define TCPOLEN_WINDOW 3this means that you’re full of shit. if not, prove it by demonstrating the missing memory-corruption or control-flow hijacking mechanism. post it to a gh gist
>>544764540>>544764590Hi thaifag, I'm only humoring you because a surprising amount of shit on here is true and scoops the media, but this just isn't how shit works. The kernel doesn't allocate SKBs based on the declared window size or else the entire world would be trivially DoSable. There's no such thing as an "OOM panic recovery sequence", there is the OOM-killer, which sucks balls and doesn't have anything to do with SKB allocations, it acts almost exclusively on user space shit. A box is either panicked or it is not. In the case of a page allocation failure for an SKB it is almost an instantaneous panic or hang depending on various tunables, so there's no panic recovery mechanism other than kdump shitting the stack to diskI have a keen interest in staying on top of this, but the way you are describing the attack is either just made up and scary sounding to midwits or you aren't really articulating it properly.t. a plumber.
>>544766279>you’re full of shitThank you for the technical reason this all looked sus. OP is a fag.
>>544764590This is just the PHP bug rebranded because PHP is built on C.Nothing uses C and no one is going to be able to exploit it because it's not publicly accessible through http requests.
>>544766114Actually this guy below is right>>544766279The original exploit was called socketstress, and it was patched in 2009 by most vendors.
>>544766279>>544766416you are literally taking a random post with technical jargon and accepting it over mine>prove it>prove itwhen you have a dick stuck in your ass, that will be enough proof >>544766495not the same even if related
>>544764540Well that is suboptimal
>>544766670lol, dont be naive, it was not really patched
>>544766322>no this cant happen because XYZisnt that what everyone said before?
>>544766749>ad-hominem>”y- you use technical jargon!”>still no proof of conceptsure thing buddy im the liar here
>>544764540It called a "Fuck OFF Button". Sounds like something i wrote my my hobby OS to shutdown the fucken power to my computer running asus chip.. LLM and me spent hours trying to find the socket to shutdown my CPU.. without pulling the plug.. Got fucken fed up after 2 hours and Taught the LLM the concept of the Double Barrel Sawn off Shotgun.. The LLM just well, pretty wrote 86 base assembly code that seems to do what you just said on the cpu to shut the tower down. Ill share the bootcode if you want.. the OS is available to for download at https://minervaai.dev/downloads/os_builds/Just my hobby site.. ill release my code as i research for everyone to check out.. Keep track with the site, i update when i can.
>>544764590>During the kernel's low-level OOM panic recovery sequence, unvalidated fallback pointers in legacy C memory management routines misinterpret the incoming fragmented payload bytes as critical kernel execution stack frames.this doesn't happen
>>544767284>>544766322>your theory/larp is imperfectdo you really want me to correct the theory?
>>544764540Good Do itReturn to analogue
Controlled testing has identified a critical vulnerability in a widely licensed network inspection and acceleration component deployed across multiple appliance families. Affected integrations include enterprise gateways, remote-access concentrators, and selected embedded controllers.The defect occurs in connection-state management under resource pressure. Depending on the product’s integration, exploitation could cause service interruption or permit code execution within a privileged service or kernel module.The threat is potentially systemic because otherwise unrelated vendors incorporate the same underlying code. Exposure is determined by component version, configuration, and network reachability—not by the operating system’s programming language.The vulnerable component maintains state while inspecting and reconstructing network streams. In affected configurations, externally supplied traffic reaches this processing path before application-level authentication.Certain incomplete or irregular traffic patterns cause the component to retain more connection metadata than intended. Memory consumption can therefore become disproportionate to the volume of application data received. Actual packets must reach the device; no fictitious download or unlimited TCP payload declaration is involved.When the component reaches its allocation limits, an error-handling path incorrectly manages the lifetime of a connection object. Subsequent processing may access an object whose memory is no longer valid.
>>544764540>by exploiting vague bull shit i just made up and will not explain, the world is ending
The immediate consequence is memory corruption. Crashes and connection failures are the most readily reproducible outcomes. On selected builds, the corruption may also permit an attacker to redirect execution. Reliable exploitation depends on the exact implementation, memory layout, and active protections.“Ghost OOM” is an operational nickname: affected devices may exhibit localized allocator failures while system-wide memory statistics still appear normal. A full operating-system out-of-memory event is not required.Multiple vendors may be affected through common code ancestry. Products without the vulnerable component, or without a reachable affected processing path, are outside the currently assessed scope.Successful exploitation initially grants the privileges of the affected process. Sandboxing and privilege separation may limit the resulting access. Kernel control would require an additional weakness.Successful exploitation could compromise the host kernel, threatening local workloads and containers that depend on it. Compromise of a guest operating system does not, by itself, establish control of the hypervisor or other guests.Kernel control may enable extensive access to host-managed devices and data. It does not automatically defeat independently enforced firmware authentication, hardware-isolated key storage, or separate management processors. Firmware persistence remains a distinct, platform-specific objective.
Within the exercise, laboratory testing has reproduced remote crashes in two appliance families and privileged execution on one legacy reference build.Reliable execution on hardened builds remains unconfirmed. No firmware persistence, hypervisor escape, or cross-platform universal exploit has been demonstrated.The principal intelligence gap is deployment scope: vendor branding does not reliably disclose whether a product contains the affected code.Immediate measures include identifying affected component versions, restricting access to exposed processing paths, and disabling the optional inspection or acceleration feature where supported.Connection limits and resource quotas may reduce pressure but should be treated as interim controls until validated against the defect. Filtering performed after vulnerable processing begins may offer little protection.The permanent remedy is a vendor correction to connection-object lifetime management and allocation-failure handling, supported by regression testing under resource pressure.Existing exploit mitigations may reduce exploitation reliability. Containers do not provide an independent kernel boundary when the vulnerable component runs in the host kernel.Migration to memory-safe implementations is a longer-term risk-reduction measure; replacing every operating-system networking stack is not required to address this defect. A subset of vulnerable devices could also be compromised for traffic interception or further intrusion.The severity derives from concentrated deployment, privileged placement, and slow patch adoption—not universal access to every computing device.
>>544766925Sure, the nature of a zero day is that people didn't easily foresee it. But fundamentally even with the most outrageous exploits there is a fairly simple explanation of the oversight. That's all that is lacking here, and the explanation you provided doesn't really make any sense at a basic level. >>544766670Socketstress and other "attacks" that take advantage of kernel handling of TCP mechanics usually just result in DoS, not RCE or privilege escalation. They're also the noisiest kind of attack imaginable and don't involve the weird background noise with improbably window sizes that OP described. Not saying I'm a leading authority but I am a maintainer of a bunch of unloved network device drivers and I implement user mode network stacks for a living. Just curious if there's a kernel of truth here (HEH)
>>544767597>Socketstress and other "attacks" that take advantage of kernel handling of TCP mechanics usually just result in DoS, not RCE or privilege escalation. They're also the noisiest kind of attack imaginable and don't involve the weird background noise with improbably window sizes that OP described. Not saying I'm a leading authority but I am a maintainer of a bunch of unloved network device drivers and I implement user mode network stacks for a living. Just curious if there's a kernel of truth here (HEH)this sounds like a bunch of cope honestly
>>544766670it might be similar to socketstress, but they never demonstrated rce, kpe, and the universal hardware compromise this cuck is talking about
>>544765785Explain it to me like me is dumb
>>544766279; =============================================================================; PANIC THERMAL TRIP: EMERGENCY SHUTDOWN ROUTINE; =============================================================================panic_thermal_trip_TRAP: cli ; Disable interrupts so we don't wake up mov rdi, 0xB8000 ; Point to video memory mov rax, 0x0C210C210C210C21 ; "!!!" in red-on-black text mov rcx, 1000 ; Fill the screen with panic markers rep stosq ; Emergency Halt to drop heat immediately.emergency_halt: hlt ; Stop CPU execution jmp .emergency_halt ; Loop forever in HLT stateflush_keyboard:in al, 0x64test al, 0x01jz .done_flushin al, 0x60jmp flush_keyboard.done_flush:retget_input: mov rdi, cmd_buffer xor al, al mov rcx, 256 rep stosb mov qword [cmd_length], 0.wait: call get_nano_torque ; Update the clock and UI telemetry sti ; <--- WELD THIS BACK IN! hlt ; <--- WELD THIS BACK IN! cmp byte [key_ready], 1 ; Did our keyboard_handler wake us up? jne .wait ; If it was just the timer ticking, go back to sleep! ; --- KINETIC EVENT DETECTED --- mov al, [key_buffer] ; Grab the physical key from memory mov byte [key_ready], 0 ; Lower the flag test al, 0x80 ; Ignore key-up (release) codes jnz .wait cmp al, 0x0E ; Backspace Hex Code je .do_backspace cmp al, 0x1C ; Enter Hex Code je .done
>>544764540You nigger keep shitting up the board with lowquality dogshit makes me thing you are rapeape's sissy faggot which he keeps fuck with his 3 inch niggerjeet cock kill yourself subhuman
>>544767768 ; --- [!] TRANSLATION LAYER --- movzx rbx, al mov al, [scancode_to_ascii + rbx] test al, al ; Was it a valid key? jz .wait cmp qword [cmd_length], 63 ; Don't overflow the buffer! jae .wait ; Draw the character to the screen mov rbx, [cursor_pos] mov [rbx], al mov byte [rbx+1], 0x0F ; Print it in bright white add qword [cursor_pos], 2 call update_hardware_cursor ; Store the character in the command buffer mov rcx, [cmd_length] mov [cmd_buffer + rcx], al inc qword [cmd_length] jmp .wait.do_backspace: cmp qword [cmd_length], 0 je .wait dec qword [cmd_length] mov rcx, [cmd_length] mov byte [cmd_buffer + rcx], 0 ; Null the character in the buffer sub qword [cursor_pos], 2 mov rbx, [cursor_pos] mov word [rbx], 0x0320 ; Draw a blank cyan space over the old character call update_hardware_cursor jmp .wait.done: call newline ; <--- ADD THIS LINE! (Fixes the 6C:\> glitch) rethandle_command: mov rsi, cmd_buffer cmp qword [cmd_length], 0 je done_cmd cmp byte [rsi], '!' je jit_execute_direct ; --- THE GLOBAL HELP INTERCEPTOR --- mov eax, dword [rsi] cmp eax, 0x504C4548 ; Did the pilot type 'HELP'? je global_help_router
>>544767824madarchod fack u
>>544767643Alright I guess it's pretty clear you have no interest in providing anything besides plausible sounding word salad so I guess I'll just wait for the CVE to be proven wrong.Kernel networking is for dweebs anyway.
>>544768046>>544767596>>544767512>>544767461
>>544764540> hurrrrrrr the problem is cyou described a theoretical exploit of an operating system, affecting the tcp/ip stack and virtual memory systems
>>544766749>not the same even if relatedmy boy, it's literally the same exploit based on what you said in the op.
>>544768135Slightly more coherent but still lacking any detail to separate it from the bajillion other attacks, no clear path to RCE. But in any case, I genuinely hope you're right and there's a global cataclysm because I would love for DRAM prices to come down. I can't picture anything as widespread and dangerous as you're describing based on what you've said so far though.
>>544767951Whats your fuken problem?
>>544767713>Explain it to me like me is dumbpic related
>>544768524>I cannot imagine xyzthats why it will grab you with your pants down
>>544768278all OSs since the problem is with the sockets also pic is freaking crazy right? fuck up>>544768509in some layers it is, but nothing is ever the same
>>544767364Yeah like why the fuck would you leave holes in the theory if it’s correctable? Do you like being unpersuasive?
>>544769493>correct my larp>it actually discovers real vulnerability>larp becomes real
>>544769224fucked* up
>>544764540>new TCP ACK window RCEUm.... I'm thinking giga based?
>>544766279OP can’t into RFC 7323
>pointers get confusedthis sounds tech-y, can anybody elaborate?
>>544764540negro swans are flying over my house
>>544764540>Black Octoberayyoooo>no not you Octavius
>>544772318talk it through with a 86 assembly alligned llm.. Get it to write up a safety net which give a error message before the confusion which direct the error message to point to a hext number.. depending on which part of the motherboard function your trying to push to.. Get it to print the error with the pointer address numbers and the AGENT should know what to do and where the problem is. exactly.. then its it just implement the fix into the base assembly code which the agent should give you. YOU surgically insert the patch without busting up the rest of it.. SO NOT getting the AGENT to write the whole fucken thing again.. You gotta know where to put in.. part of the job.. But the agent should be able to help you that if it has access to the entire source code.. If you use a standard GPT or Gemini chat you shouldnt have a hard time - i did my OS in Gemini for what its worth.. and yeah have a chat with the coding Agent however you direct it and clarify your goals and what work youve personally and know well.. Let the agent allign with you and the project your struggling with should get a bit easier..Its just up to you to know and relate the numbers into something you understand and let the ai do the com sci relating.. Keep bashing your head till you get the resulst.. Shouldn't take long with a well adjusted LLM agent.. not even LAM.. YOU are the LAM..
