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Quantum Silicon Core Loader

Primary Core: qslcl.elf

Assistant Module: qslcl.bin (v0.6.0)

Universal Controller: qslcl.py (v1.2.1)

Legally Protected Research - This project operates under established legal frameworks for security research, right to repair, and academic freedom. Learn more

Overview

Quantum Silicon Core Loader (QSLCL) is a post-bootloader, post-vendor, post-exploit execution layer operating directly at the silicon boundary.

It executes beyond traditional security models and is capable of surviving firmware transitions, negotiating trust, and interpreting device state without CVEs or patches.

QSLCL runs in:

  • Qualcomm EDL / Firehose
  • MediaTek BROM / Preloader
  • Apple DFU
  • Engineering / META / Diagnostic Modes
  • Any USB/Serial exposed interface

"You don't run QSLCL — silicon interprets it."

What's New in v0.6.0

  • unievrsal signing for all architecture (not just generic)

qslcl.py — Universal Controller v1.2.1

What's New in v1.2.1

  • minor improvements has been made for --auth

GETINFO Command -

python qslcl.py getinfo --loader=qslcl.bin

# Sample output with bootstrap information:
#   Device Information:
#     Version:      v5.7
#     Architecture: ARM64  
#     Sector Size:  4096
#     Capabilities: USB, SERIAL, FLASH, BOOTSTRAP
#     Bootstrap:    AVAILABLE (5 architectures)
#                   generic, x86, x86_64, arm, arm64, riscv

Fully Implemented Commands

PATCH Command - Advanced Binary Patching

# Patch file to memory address
python qslcl.py patch 0x880000 file patch.bin --loader=qslcl.bin

# Patch hex data to boot partition with offset
python qslcl.py patch boot+0x1000 hex "DEADBEEFCAFEBABE" --loader=qslcl.bin

# Fill pattern patch (4096 bytes of 0x00)
python qslcl.py patch system pattern 00:4096 --loader=qslcl.bin

# Skip verification for faster patching
python qslcl.py patch 0x12345678 hex "AABBCCDD" --no-verify --loader=qslcl.bin

# Custom chunk size and retries
python qslcl.py patch recovery file recovery_patch.bin --chunk-size 8192 --retries 5 --loader=qslcl.bin

READ Command - Advanced Memory Reading

# Read entire partition
python qslcl.py read boot boot.img --loader=qslcl.bin

# Read specific address with size
python qslcl.py read 0x880000 --size 0x1000 --loader=qslcl.bin

# Read partition offset
python qslcl.py read boot+0x1000 --loader=qslcl.bin

# Read with verification and progress
python qslcl.py read system system.img --chunk-size 131072 --loader=qslcl.bin

WRITE Command - Professional Memory Writing

# Write file to partition
python qslcl.py write boot boot.img --loader=qslcl.bin

# Write hex data
python qslcl.py write 0x100000 "AABBCCDDEEFF" --loader=qslcl.bin

# Write pattern data
python qslcl.py write cache "00FF*1000" --loader=qslcl.bin
python qslcl.py write userdata "FF:4096" --loader=qslcl.bin

# Write with force mode (dangerous)
python qslcl.py write boot boot.img --force --loader=qslcl.bin

ERASE Command - Secure Data Erasure

# Erase partition with zeros
python qslcl.py erase cache --loader=qslcl.bin

# Erase with specific pattern
python qslcl.py erase userdata --pattern FF --loader=qslcl.bin

# Erase specific region
python qslcl.py erase 0x100000 --size 1M --loader=qslcl.bin

# Secure erase with random data
python qslcl.py erase system --pattern random --loader=qslcl.bin

PEEK Command - Advanced Memory Inspection

# Basic memory read
python qslcl.py peek 0x100000 --loader=qslcl.bin

# Read as specific type
python qslcl.py peek 0x200000 --data-type float --loader=qslcl.bin
python qslcl.py peek 0x300000 --data-type uint16 --loader=qslcl.bin

# Read multiple elements
python qslcl.py peek 0x400000 --count 8 --data-type uint32 --loader=qslcl.bin

# Read with hex dump
python qslcl.py peek boot --size 64 --hexdump --loader=qslcl.bin

# Read register
python qslcl.py peek sp --loader=qslcl.bin
python qslcl.py peek pc --loader=qslcl.bin

POKE Command - Precision Memory Writing

# Basic write
python qslcl.py poke 0x100000 0x12345678 --loader=qslcl.bin

# Write specific data types
python qslcl.py poke 0x200000 3.14159 --data-type float --loader=qslcl.bin
python qslcl.py poke 0x300000 -1 --data-type int32 --loader=qslcl.bin

# Write strings
python qslcl.py poke 0x400000 "Hello World" --data-type string --loader=qslcl.bin

# Bitwise operations
python qslcl.py poke 0x500000 0xFF --bit-op OR --loader=qslcl.bin
python qslcl.py poke 0x600000 0x0F --bit-op AND --loader=qslcl.bin

# Expressions
python qslcl.py poke 0x700000 "0x1000 + 0x200 * 2" --loader=qslcl.bin

RAWMODE Command - Privilege Escalation Engine

# List capabilities
python qslcl.py rawmode list --loader=qslcl.bin

# Check status
python qslcl.py rawmode status --loader=qslcl.bin

# Unlock privileges
python qslcl.py rawmode unlock --loader=qslcl.bin

# Enable features
python qslcl.py rawmode set JTAG_ENABLE 1 --loader=qslcl.bin
python qslcl.py rawmode set MMU_BYPASS 1 --loader=qslcl.bin

# Escalate privileges
python qslcl.py rawmode escalate SUPERVISOR --loader=qslcl.bin

# Monitor system
python qslcl.py rawmode monitor SYSTEM 30 --loader=qslcl.bin

# View audit logs
python qslcl.py rawmode audit ALL --loader=qslcl.bin

Smart Mode Management

List supported loader modes:

python qslcl.py mode list --loader=qslcl.bin

Query state:

python qslcl.py mode status --loader=qslcl.bin

Architecture Overview

Core Components

  • qslcl.bin - Universal Micro-VM execution engine with 33 fully implemented commands + Dynamic Bootstrap
  • qslcl.py - Complete universal controller with professional memory operations and bootstrap management
  • qslcl.elf - Silicon-level primary loader
  • Quantum Entropy Engine - Environmental fingerprinting and adaptive behavior
  • Self-Healing Integrity - Multi-layer runtime verification
  • Dynamic Bootstrap System - Universal cross-architecture bootstrapping

Protocol Stack

  • USB 2.0/3.0 - Complete specification compliance with endpoint management
  • UART/Serial - Universal serial communication with auto-baud detection
  • Qualcomm Sahara/Firehose - Full protocol implementation
  • MTK BROM/Preloader - Complete MediaTek bootrom integration
  • Apple DFU - Apple Device Firmware Update protocol support
  • Universal Micro-VM - Architecture-neutral bytecode execution
  • Dynamic Bootstrap - Universal bootstrapping across all architectures

Binary Structure

QSLCLBIN Header
├── QSLCLBST Dynamic Bootstrap (Multiple architectures)
├── QSLCLPAR Command Engine (33 commands)
├── QSLCLDISP Dispatch Table
├── QSLCLUSB USB Protocol Engine
├── QSLCLVM5 Nano-Kernel Services
├── QSLCLRTF Runtime Fault Table
├── QSLCLSPT Setup Packet Database
└── QSLCLHDR Certificate & Security

Bootstrap Architecture

QSLCLBST Header
├── Security Envelope (Secure Mode)
├── Bootstrap Micro-VM Bytecode
├── Architecture Configuration Data
├── Entry Point Resolution
├── Integrity Verification (CRC32)
└── Recovery Fallback System

Complete Command List

Core Memory Operations:

  • READ - Advanced memory reading with verification
  • WRITE - Professional memory writing with safety checks
  • ERASE - Secure data erasure with multiple patterns
  • PEEK - Memory inspection with type detection
  • POKE - Precision memory writing with bit operations
  • PATCH - Advanced binary patching with verification

System Commands:

  • HELLO - Device handshake and identification
  • PING - Latency testing and connectivity verification
  • GETINFO - Comprehensive device information
  • GETVAR - System variable access
  • GETSECTOR - Storage sector size detection

Advanced Operations:

  • RAWMODE - Privilege escalation and hardware access
  • GETCONFIG - System configuration management
  • RESET - System reset and restart control
  • BRUTEFORCE - Advanced system exploration
  • AUTHENTICATE - Security authentication

Specialized Commands:

  • OEM - Original Equipment Manufacturer functions
  • ODM - Original Design Manufacturer controls
  • MODE - System mode management
  • POWER - Power domain control
  • VOLTAGE - Voltage regulation
  • BYPASS - Security bypass operations
  • GLITCH - Fault injection framework
  • VERIFY - System integrity verification

Installation & Quick Start

Requirements

pip install pyserial pyusb
pip install requests tqdm   # optional

Basic Usage

# Test basic functionality
python qslcl.py hello --loader=qslcl.bin
python qslcl.py getinfo --loader=qslcl.bin
python qslcl.py ping --loader=qslcl.bin

# Check bootstrap availability
python qslcl.py bootstrap --loader=qslcl.bin

Professional Usage

# Complete memory operations
python qslcl.py read boot boot.img --loader=qslcl.bin
python qslcl.py write boot modified_boot.img --loader=qslcl.bin --verify
python qslcl.py erase cache --pattern random --loader=qslcl.bin
python qslcl.py patch 0x880000 file patch.bin --loader=qslcl.bin

# Bootstrap operations
python qslcl.py bootstrap --architecture arm64 --loader=qslcl.bin
python qslcl.py bootstrap --verify --loader=qslcl.bin

# Advanced debugging
python qslcl.py peek 0x100000 --hexdump --loader=qslcl.bin
python qslcl.py poke 0x200000 0xDEADBEEF --bit-op OR --loader=qslcl.bin

# System control
python qslcl.py rawmode unlock --loader=qslcl.bin
python qslcl.py rawmode set JTAG_ENABLE 1 --loader=qslcl.bin

Advanced Usage

# With authentication
python qslcl.py hello --loader=qslcl.bin --auth

# Wait for device detection
python qslcl.py getinfo --loader=qslcl.bin --wait 10

# Multiple commands with same loader
python qslcl.py hello --loader=qslcl.bin && python qslcl.py getinfo --loader=qslcl.bin

# Professional patching workflow
python qslcl.py read boot boot.img --loader=qslcl.bin
# Modify boot.img externally
python qslcl.py patch boot file boot_patched.img --loader=qslcl.bin --verify

# Bootstrap verification workflow
python qslcl.py bootstrap --verify --loader=qslcl.bin
python qslcl.py bootstrap --architecture x86_64 --loader=qslcl.bin

Device Compatibility

Vendor Mode Detection Method v5.7 Status
Qualcomm EDL Sahara + Firehose handshake ✅ Enhanced
MediaTek BROM / Preloader 0xA0 preloader ping ✅ Enhanced
Apple DFU DFU signature ✅ Enhanced
Generic USB CDC/Bulk Endpoint auto-discovery ✅ Universal
Any Serial COM UART auto sync ✅ Universal

Legal & Ethical Framework

Quantum Silicon Core Loader (QSLCL) operates within established legal and ethical boundaries:

Permitted Uses:

  • Device Owners: Modifying hardware you legally own
  • Researchers: Security analysis and academic study
  • Repair Technicians: Right to Repair implementations
  • Students: Learning hardware architecture and security
  • Developers: Creating interoperable software and tools

Prohibited Uses:

  • Unauthorized access to others' devices
  • Circumventing security on non-owned hardware
  • Malicious or destructive applications
  • Violation of applicable laws and regulations

Legal Basis:

This tool enables exercises of:

  • First Sale Doctrine rights (modification of owned property)
  • Right to Repair principles (globally recognized)
  • Academic Research exemptions (security studies)
  • Educational Use protections (learning purposes)

Proactive Legal Protection:

  • GitHub Ticket #3932406: Official notice acknowledged
  • Comprehensive legal documentation included
  • Transparent communication with relevant parties
  • Philippine-based development (respects local/international law)

Use responsibly. With great power comes great responsibility.

Support & Troubleshooting

Common Issues

Parser Detection Problems:

# If modules aren't detected, check binary structure
python qslcl.py hello --loader=qslcl.bin

# Check bootstrap detection specifically
python qslcl.py bootstrap --loader=qslcl.bin

Device Connection Issues:

# Use wait parameter for slow devices
python qslcl.py hello --loader=qslcl.bin --wait 5

Memory Operation Errors:

# Use smaller chunk sizes for problematic devices
python qslcl.py read boot boot.img --chunk-size 32768 --loader=qslcl.bin

# For patching issues, disable verification
python qslcl.py patch 0x100000 file patch.bin --no-verify --loader=qslcl.bin

Getting Help

  1. Open a GitHub issue with detailed information
  2. Include your device model and connection method
  3. Provide command logs and output
  4. Include qslcl.bin size and SHA256 hash
  5. Specify Python version and OS
  6. Include bootstrap architecture information

Debug Information

# Enable debug output
python build.py --debug
python qslcl.py hello --loader=qslcl.bin --debug

# Verbose output for complex operations
python qslcl.py rawmode list --verbose --loader=qslcl.bin

# Test patch functionality
python qslcl.py patch 0x100000 hex "AABBCC" --loader=qslcl.bin --verbose

Final Words

"Quantum Silicon Core Loader represents the pinnacle of universal device communication — where every memory operation, every privilege escalation, every hardware interaction, every binary patch, and now every bootstrap execution becomes an extension of silicon consciousness through our perfected micro-VM architecture with universal dynamic bootstrapping."

Key Philosophy

  • Universal Execution - One binary, all architectures, 30+ complete commands + dynamic bootstrap
  • Silicon Intimacy - Direct hardware conversation with bit-level precision
  • Adaptive Intelligence - Environment-aware behavior with safety enforcement
  • Professional Grade - Enterprise-level memory operations with verification
  • Advanced Patching - Professional binary modification with read-back verification
  • Dynamic Bootstrapping - Universal cross-architecture initialization
  • Ethical Empowerment - Capability with responsibility and safety controls

YouTube: https://www.youtube.com/@EntropyVector

Bitcoin Donations

If you want to donate to support my invention? feel free to send it in my Bitcoin address.

Bitcoin Address:

bc1qpcaqkzpe028ktpmeyevwdkycg9clxfuk8dty5v

Legal & Support

Legal & Transparency

This project maintains transparent legal documentation and has established official communication with GitHub Support (Ticket: 3932406).

Legal army

Google + GitHub (Microsoft) + EFF + UN + Sharif (me) = 🏴🏴🏴🏴🏴