[ l/acc × e/acc ] | [ Δt → ∞ ]
?
l/acc (Left Accelerationism): A political project advocating for the repurposing of capitalist productive forces—specifically automation and cybernetic infrastructure—to transcend labor and achieve a post-capitalist, post-scarcity society.
e/acc (Effective Accelerationism): A techno-optimist framework asserting that the expansion of intelligence and technological complexity is a fundamental thermodynamic imperative, to be optimized rather than constrained.


[Hardware]

Processor: AMD Ryzen 5 5600XT
Socket Designation:
AM4
Architecture Family:
Zen (Family 25, Model 33, Stepping 2)
Core Configuration:
6 Cores / 12 Threads (Multi-Core / Hardware Threading)
Current Speed baseline:
3700 MHz
Max Peak Speed:
4750 MHz
External Clock Base:
100 MHz
Operational Core Voltage:
1.1 V
Execution Flags:
64-bit / FPU / PAE / TSC / MMX / SSE / HTT / Enhanced Virtualization
Memory: 32 GB DDR4
Total Array Capacity:
32 GiB (2x 16 GiB Modules / 128 GiB Max Capacity)
Array Topology:
Dual-Channel (P0 CHANNEL A // P0 CHANNEL B)
Module Manufacturer:
Kingston
Hardware Part Number:
KF3200C16D4/16GX
Memory Type Standard:
DDR4 Synchronous Unbuffered (DIMM Form Factor)
Configured Memory Speed:
3200 MT/s
Bus Bit Width:
64 bits (Data) / 64 bits (Total)
Configured Voltage:
1.2 V
Graphics: ASRock Radeon RX 570 (8GB)
Core Silicon Topology:
AMD Ellesmere XL [Polaris 20 Architecture / 14nm]
PCI Bus Hardware Address:
23:00.0 VGA Compatible Controller (rev ef)
Board Integrator Subsystem:
ASRock Incorporation [Device ID: 5031]
Driver Interface Layer:
amdgpu kernel modules active // IOMMU Group 14
Processing Arrays:
2048 Stream Processors // 32 Compute Units
Engine Clock Speeds:
1270 MHz Base // 1340 MHz Boost Ceiling
VRAM Frame Buffer:
8 GiB Dedicated GDDR5 // 256-bit Bus Width
Memory Subsystem Bandwidth:
224.0 GB/s Data Transfer Rate (7000 Mbps effective)
Total Board Power Envelope:
190 Watts TDP via 8-pin auxiliary rail
Hardware Registers & Features:
Physical Resizable BAR enabled // Message Signaled Interrupts (MSI+)
Motherboard: MSI B550M-A PRO
Board Manufacturer:
Micro-Star International Co., Ltd. (MSI)
Product Model / SKU:
B550M-A PRO (MS-7C96) // Revision 1.0
Core Logic Chipset:
AMD B550 Platform Controller Hub
Firmware Subsystem:
American Megatrends International, LLC. (AMI UEFI)
BIOS Version & Date:
2.I0 // Released 12/02/2025
Firmware ROM Capacity:
32 MiB (Physical Socketed ROM)
Onboard Audio Interface:
Realtek ALC1220 High Definition Audio (Bus 25:00.4)
Hardware System UUID:
68430cda-60ac-9b11-a223-345a60713c6b
Core Architecture Support:
PCI Bus / UEFI Boot / USB Legacy / Flash Upgradable

[Projects]

GENPASSWD (C / Libsodium)

A low-overhead, secure password generator built with libsodium.

PWNEDBY1400.WIKI (Platform Administration)

Lifecycle management for the MediaWiki software stack. Responsibilities included routine security patching, database maintenance, extension configuration, and core platform hardening to ensure continuous service availability.

plecOS (x86_64 Operating System)

A hobbyist kernel implementation targeting the x86_64 architecture using the Limine bootloader protocol.

Build Infrastructure:
LLVM Toolchain, nasm, GNU Make, Xorriso
Boot Protocol:
Limine (UEFI-compliant)
Source Repository:
codeberg.org/uxtbd/plecOS
Technical Documentation:
Intel® 64/IA-32 SDM, OSDev Wiki

[About Me]

Developer dedicated to performance/security-focused programming, loves cybersecurity, computer engineering, networking, and all sorts of games.


[Security]

Cryptographic identity verification:

Key Type:
Ed25519 (X25519)
Fingerprint:
8D37 25FB D62E ACA1 3F48 84F1 13A8 CE24 0795 0D3D

[Contact]

Direct electronic mail route:

dev@kthread.dev

Communication Policy

Authenticated Traffic: Serious or sensitive inquiries must be GPG clear-signed using the public key documented in the [Security] section. Unsigned correspondence is treated as unverified and will be deprioritized.

Clear-Signing Guide:

To ensure authenticity, clear-sign your payload to embed a digital signature into the message body. For CLI environments:

  1. Write your message in a text file (e.g., message.txt).
  2. Run: gpg --clearsign message.txt
  3. This generates message.txt.asc. Paste the entire block, including the headers and signature, into your mail client.

Note: Ensure your mail client is set to plain text mode. HTML formatting alters whitespace and will invalidate the cryptographic signature.