About Me
Exploring the depths of low-level programming and system architecture
Who is CPScript?
I'm CPScript, also known as 0x44isease, a low-level developer with expertise in system exploitation, malware analysis, and kernel development. My work focuses on the intricate intersection of hardware and software, diving deep into how systems operate at their foundational levels.
As the creator of SystemScript language and lead developer at TRUST SYSTEMS, I develop military-grade security tools and custom system frameworks designed for both protection and controlled exploitation. My passion lies in understanding and manipulating the lowest levels of computing architecture.
cpscript@system:~
Root access granted to kernel functions and hardware interfaces
Clearance: Level 5 - System Exploitation & Malware Analysis
- Kernel & driver development
- System exploitation frameworks
- Reverse engineering & malware analysis
- Custom low-level language design
- Hardware manipulation & firmware development
Technical Arsenal
My diverse toolkit for system manipulation and low-level development
Core Expertise
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Low-level Programming
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Malware Analysis
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System Architecture
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Memory Management
System Control
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Systems Exploitation
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Kernel Development
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Firmware Development
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Boot-Sector Development
Advanced Technologies
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Machine Learning
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GPU Programming
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Language Design
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Binary Analysis
Languages & Tools
My programming languages and development tools
Operating Systems
Platforms I use
Featured Projects
A small selection of my projects
SystemScript
Custom programming language bridging low-level and high-level development with direct hardware access capabilities and memory management features.
Memory-Manipulation
Lightweight memory manipulation framework for advanced memory operations, allowing for precise control over system resources and memory allocation.
8bitCPU-HDL
Custom 8-bit CPU implementation in hardware description language, demonstrating advanced digital logic design and processor architecture principles.
kernel-game
Kernel software for boot sector backup and restoration, ensuring system integrity and providing disaster recovery options.
Hyra OS (By Ian M.)
An Operating system made my a freind of mine, You Should Check It Out!!!.
Kyro OS
A weponized operating system focusing on user security. This is more of a unbloated weponized framework as an operating system.
SystemScript
A powerful multi-paradigm systems programming language for complete hardware and software control
Reimagining System-Level Programming
SystemScript is my custom programming language that bridges the gap between low-level system programming and high-level application development. With a C-like syntax but considerably more power and flexibility, it provides direct hardware manipulation capabilities alongside high-level abstractions.
The language uses a recursively enumerable parsing system that enables both precise control and expressive syntax, making it suitable for everything from kernel development to web applications, while maintaining absolute control over underlying systems resources.
SystemScript Example
// Basic program structure
module example;
import system.io;
import system.memory;
// Constants
const MAX_BUFFER_SIZE: u32 = 4096;
// Function definition with type annotations
fn calculate_checksum(data: *u8, length: u32) -> u32 {
let sum: u32 = 0;
for (let i: u32 = 0; i < length; i++) {
sum += *unsafe_offset(data, i);
}
return sum & 0xFFFFFFFF;
}
// Entry point
fn main() -> i32 {
// String literals
let message = "Hello, SystemScript!";
io.println(message);
// Direct memory allocation
let buffer = memory.alloc(MAX_BUFFER_SIZE);
defer memory.free(buffer);
// Hardware port access
io.port_write(0x3F8, 65);
return 0;
} Key Features
SystemScript combines the power of systems programming with modern language features, providing explicit control over hardware while maintaining safety mechanisms where needed.
- Direct memory management with manual and automated options
- Hardware port I/O and memory-mapped device access
- Kernel-level system call integration
- Precise control flow with advanced pattern matching
- Metaprogramming and compile-time code execution
- JIT compilation for dynamic code generation
- Inline assembly for architecture-specific optimization
Kernel Development Example
// Kernel entry point implementation
module kernel;
import hardware.cpu;
import hardware.terminal;
import system.interrupts;
import memory.virtual;
// Kernel entry point
#[no_mangle]
#[export]
fn kernel_main() {
// Initialize terminal for output
terminal.initialize();
terminal.clear();
terminal.print("SystemScript Kernel booting...\n");
// Initialize GDT and IDT
cpu.setup_gdt();
interrupts.setup_idt();
// Setup memory management
virtual.initialize();
// Setup interrupt handlers
interrupts.set_handler(0x0E, page_fault_handler);
interrupts.enable();
// Kernel main loop
loop {
cpu.halt();
}
}TRUST SYSTEMS
Elite cybersecurity division designing military-grade security solutions
root@trust-systems:~
Founded by CPScript (0x44isease), TRUST SYSTEMS specializes in developing military-grade security tools and exploitation frameworks for authorized security testing and system hardening.
Our team consists of highly specialized developers focusing on kernel-level security, system architecture, and advanced threat detection and prevention.
[+] Loading kernel modules...
[+] Initializing memory protection...
[+] Setting up monitoring agents...
[+] Configuring threat detection rules...
[+] Enabling encryption for all communications...
[+] System hardening complete.
[+] Protection active: All systems operational
TRUST SYSTEMS Security Framework
# TRUST SYSTEMS Security Framework
# Advanced protection and system manipulation toolkit
# Developed by @CPScript (0x44isease)
import trust.core as core
import trust.security as sec
# Initialize system protection
system = core.TrustSystem()
system.initialize_protection(level=sec.MILITARY_GRADE)
# Deploy advanced monitoring
monitor = system.deploy_monitor(scope=core.KERNEL_LEVEL)
monitor.start(stealth_mode=True)
# Set up threat detection
detector = sec.ThreatDetector(sensitivity=sec.HIGH)
detector.register_callback(system.neutralize_threat)
# Initialize memory protection
memory_guard = sec.MemoryGuard()
memory_guard.protect_critical_regions()
memory_guard.enable_exploit_prevention()
# Set up secure communication
comms = sec.SecureChannel(encryption=sec.AES_256_GCM)
comms.initialize()
print("TRUST SYSTEMS Security Framework activated")
print("System is now protected and monitored")Key Focus Areas
TRUST SYSTEMS focuses on developing security solutions that protect critical infrastructure while enabling authorized security research. Our frameworks integrate at the system level to provide comprehensive security without performance degradation.
We specialize in developing custom security solutions for:
- Critical infrastructure protection
- Advanced persistent threat detection
- Zero-day vulnerability research and mitigation
- Kernel-level security mechanisms
- Memory protection and anti-exploitation
- Custom cryptographic implementation
Connect With Me
Interested in low-level development, systems exploitation, or malware analysis? Let's collaborate.
Feel free to reach out if you're interested in discussing low-level development, systems exploitation, or any technical project that pushes the boundaries of what's possible with hardware and software integration. Notice, I come at a price but my work is efficient and professional.
contact-disease.unelected107@passmail.net