🧑‍💻 @agamtechtricks x @attmemes

https://www.theguardian.com/technology/2026/oct/05/sam-altman-open-ai-chatgpt-benefits-risks

YES SIR 🤖

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JioMart's iOS navigation implementation on Android

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ℹ️ Screenshot by @Thereallo1026
🧑‍💻 @agamtechtricks x @attmemes

Here's the new Windows 11 Search Box built on WinUI 3. It will later include inline web previews, inline actions, and phone actions to complete quick tasks with your Phone Link connected device.

This is currently available in build 26340.9616 in the Experimental channel, or build 28120.3181 in the Experimental (26H1) channel.

🔗 Windows Blogs
🧑‍💻 @agamtechtricks

Apple to launch first ever touch-screen MacBook on October 27

The new touchscreen MacBook Pro models, codenamed K114 and K116, will reportedly use M5 Pro and M5 Max chips and offer tandem OLED display. It will feature a Dynamic Island instead of the traditional notch.

The MacBook Pros with M6 chip, code-named J804 and J833, will look like their current versions.

🔗 Bloomberg
🧑‍💻 @agamtechtricks

"bro i swear i did not steal anything!!!" meanwhile this mf: https://github.com/search?q=repo%3Akushagrasinghx%2FBitChord+orchard&type=code

👨🏻‍💻 @agamtechtricks x @attmemes

Will make a documentation about this later on.

👨🏻‍💻 @agamtechtricks x @attmemes

Years ago when I've tried to make art for banners of custom roms people are now making this bs

huge shoutout to bananaOS

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👨🏻‍💻 @agamtechtricks x @attmemes

Reverse Engineered Chromebook SOF Audio support for Google MAX98373 & Nuvoton 88L25

https://github.com/isaiahscape/cros-sofaudio/releases/latest

Thanks to @3kierz for helping me out, specially to @coolstar who made this driver possible.

👨🏻‍💻 @agamtechtricks

https://music.apple.com/us/jfdsalkfavsd

apple knows ball

👨🏻‍💻 @agamtechtricks x @attmemes

👨🏻‍💻 @agamtechtricks x @attmemes

Good morning everynyan, Welcome to the Appl—

Horse horse horse horse horse installing my horse how it feels to cook yummy food la la la la la la la la la la la pi pi pi pi pi pi pi pi pi la la la la la la la la la la la la la la pi pi pi pi pi pi pi pi pi pi pi la la la la la la la more not gacha games review to come

The article "Recovering a Titan" from helluvaOS Red Winter Hunt Unit (TSNII Labs) covers the inner workings, failure states, and low-level rescue protocol for Google's hardware security chip (GSC / Titan M2/M3 / Dauntless / Epic) found on Pixel devices. It introduces Perlica, an in-house Rust CLI designed to parse, plan, and execute firmware recovery.

The Problem (Silent "NOS Production Error"):
When a Pixel's GSC Read-Write (RW) firmware becomes corrupted, the device enters a hard-to-diagnose bricked state. The bootloader still responds and displays Secure boot: PRODUCTION, but shows NOS production: error! (Nugget OS failure). Because the GSC serves as the hardware root of trust, the phone cannot boot.

Google's Hidden OEM Rescue Protocol:
The chip communicates with the host over SPI using undocumented fastboot OEM commands rather than standard flash commands:

fastboot oem gsc: Pings the security chip (10-second timeout).
fastboot oem gsc version: Queries the logical partition layout and version strings.
fastboot oem "gsc header RO_A" (or RO_B, RW_A, RW_B): Inspects per-partition headers.
fastboot oem gsc rescue & fastboot flash gsc <bin>: Triggers the recovery pipeline and streams firmware.
fastboot oem gsc sjtag-cfg: Checks hardware JTAG status (locked to internal Google debug units).

Partition Structure & Verification:

GSC uses an A/B partition scheme with two Read-Only banks (RO_A, RO_B) and two Read-Write banks (RW_A, RW_B).
If RW_A is unselected, missing its status marker, or reports no parsed version, the device enters a degraded state requiring a "pure rescue."
Firmware rescue frames require strict SHA-256 integrity checks; an unacknowledged or mismatched frame stalls the transmission.
Very old RO firmware marked with /spil_ requires intermediate transitional images before accepting current firmware.

Next-Gen Hardware Insights:
• The article notes differences in newer payloads (such as Epic / Longjing chips intended for later Pixel hardware):
The manifest is structured as a binary struct at a fixed 64 KB offset (half that of Dauntless).
• Payloads are larger (~344 KB vs. 258 KB on earlier chips) and do not use traditional framed rescue payloads or standard anti-rollback counters.

What Perlica Does:
Rather than blindly sending byte streams or relying on Google's proprietary web-based flasher, Perlica provides a deterministic CLI pipeline:
Inspect: Reads partition tables and slot headers.
Plan: Evaluates slot status, rollback states, and required intermediate stages.
Execute: Streams rescue frames with SHA-256 checks.
Verify: Queries partition receipts post-flash to confirm the chip has cleanly switched to an active, valid RW state.

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