DEV Community: Jaypsmall

🎨 HexColor PRO (v1.0) | is elegant tool for managing, capturing, and generating color palettes, designed specifically for software developers.

Jaypsmall — Sun, 26 Jul 2026 13:05:02 +0000

🎨 HexColor PRO (v1.0)

✨ Key Features

🔮 Dynamic HSL Wheel (Moon Mode): Explore the color spectrum visually and intuitively using a moon-shaped picker. Fine-tune highlights and shadows with precision.
📷 Sniper Mode & Camera Extractor: Capture any real-world color in real-time. Use windowed or full-screen mode to aim your mobile camera and instantly get the exact color code.
🧠 Automatic Harmony Generator: Instantly get perfect color combinations based on color theory:
- Complementary Colors
- Analogous Colors (Customize the number of simultaneous analogous colors!)
- Triadic Combinations
♿ Built-in Accessibility (WCAG Compliant): Check the contrast ratio of text against your chosen color in real-time to ensure your designs meet accessibility standards.
🗂️ Palette & Favorites Management: Save your favorite colors, organize collections, and assign custom names so you never lose your inspiration.
⚙️ Highly Customizable: * Dark Mode / Gold Mode (Premium) / Chaos Mode.
- Multi-language support (ES/EN).
- Fixed interface color settings.

https://github.com/Jaypsmall/HexColor/releases/android-app

🚀 Developer Productivity (Direct Export)

Stop copying codes one by one! HexColor PRO lets you export entire palettes with a single tap in industry-standard formats:

CSS Variables (For web development)
JSON Array (For software integrations and configurations)
Android XML (Ready to paste into your colors.xml file)

🛠️ Architecture and Technologies (Optional)

Platform: Native Android
Optimization Tools: Advanced code obfuscation using R8 / ProGuard to ensure the security and performance of the executable.

⚖️ License & Copyright

🚫 Strictly prohibited: Reproduction, distribution, modification, commercial use, or redistribution of this software, code, or executables without the prior written consent of the original author.

For any inquiries or usage requests, please contact: pekipekistani22@gmail.com

Developed with 💛 by an Independent Dev.

Research repository on the Theory of Asymmetric Flow, mathematical models, algorithms, and computational simulations.

Jaypsmall — Tue, 21 Jul 2026 05:38:49 +0000

🔬 Theory of Asymmetric Flow

Reference Implementation

La Pekillada

**Asymmetric Flow & Geometric Absorption Algorithm

📌 Overview

La Pekillada is the first reference implementation of the Asymmetric Flow & Geometric Absorption Algorithm, developed to study the behavior of the Theory of Asymmetric Flow through computational simulation.

Created and documented by:

@Jaypsmall

Project name:

La Pekillada

🧠 Theoretical Foundation

This repository is based on the Theory of Asymmetric Flow, a theoretical framework that studies the dynamic redistribution of exposure across multiple independent variables.

The theory proposes that the collective behavior of a multi-variable system should be analyzed as a whole rather than as isolated variables.

The theoretical framework is intentionally independent of any specific implementation, application domain, initial capital, iteration limit, or execution environment. Such constraints belong exclusively to particular algorithms and computational implementations derived from the theory.

The Asymmetric Flow & Geometric Absorption Algorithm provides a mathematical implementation of this theoretical framework.

La Pekillada is the first reference implementation created to experimentally evaluate the theory under controlled simulations.

🧩 Concept

The algorithm is based on a dynamic asymmetric redistribution model.

Three independent variables operate simultaneously.
The successful variable returns to minimum exposure.
The unsuccessful variables increase their exposure progressively.
The system studies whether accumulated exposure can be absorbed by future positive events.

The objective is to analyze the behavior of progressive allocation systems under different statistical conditions.

⚙️ Algorithm Logic

The model follows these rules.

Initial State

A = 1
B = 1
C = 1

Each variable starts with the minimum exposure unit.

Event Resolution

When an event occurs:

Winning Variable

The winning variable returns to the minimum value.

Winner = 1

Losing Variables

The losing variables increase.

Loser = Loser × 2

Example:

Initial

A = 1
B = 1
C = 1

Event

A wins

New state

A = 1
B = 2
C = 2

📊 Mathematical Model

The system studies:

Exposure accumulation
Capital consumption
Geometric progression
Variance impact
Recovery behaviour
Maximum risk thresholds

Main variables:

R = Available Resources

E = Exposure Level

V = Variance

T = Number of Iterations

🔬 Simulation Environment

The repository works as a mathematical laboratory.

Possible experiments:

100 rounds
1,000 rounds
100,000 rounds
Monte Carlo simulations

Metrics evaluated:

✅ Final balance

✅ Maximum exposure reached

✅ Maximum drawdown

✅ Recovery periods

✅ System stability

🛡️ Risk Analysis

This project does not claim guaranteed profitability.

The model studies the point where:

Geometric growth exceeds available capital.
External limits affect execution.
Variance creates extreme scenarios.

Important factors:

Starting capital
Maximum allowed exposure
Number of iterations
External constraints

🧪 Experimental Validation

Validation is performed through:

Monte Carlo Analysis

Thousands of independent simulations can be executed to measure:

Probability distribution
Average results
Extreme events
Risk of exhaustion

📂 Project Structure

theory-of-asymmetric-flow/

│
├── LICENSE
├── AUTHORS.md
├── README.md
├── main.py
├── simulator.py
│
├── results/
│   └── simulations.csv
│
└── docs/
    ├── THEORY.md
    ├── THESIS.md
    ├── MATHEMATICAL_MODEL.md
    └── SIMULATION_RESULTS.md

🚀 Usage

Clone repository:

git clone https://github.com/Jaypsmall/theory-of-asymmetric-flow

Run simulation:

python main.py

Configure parameters:

ROUNDS = 1000
INITIAL_CAPITAL = 10000
INITIAL_UNIT = 1

🔮 Future Development

Possible improvements:

Real-time visualization
Statistical dashboard
Monte Carlo engine
Risk heatmaps
Probability analysis
Machine learning pattern detection

📚 Documentation

📖 [Theory of Asymmetric Flow]

https://github.com/Jaypsmall/theory-of-asymmetric-flow/blob/main/docs/THEORY.md

📘 [Complete Thesis]

https://github.com/Jaypsmall/theory-of-asymmetric-flow/blob/main/docs/THESIS.md

🏛 Repository Architecture

This repository is organized into four conceptual layers.

1. Theory of Asymmetric Flow

The conceptual framework.

2. Asymmetric Flow & Geometric Absorption Algorithm

The mathematical algorithm derived from the theory.

3. La Pekillada

The first reference implementation.

4. Python Simulation

Computational experiments used to evaluate the implementation under controlled conditions.

📜 Project Information

Theory

Theory of Asymmetric Flow

Reference Algorithm

Asymmetric Flow & Geometric Absorption Algorithm

Reference Implementation

La Pekillada

Creator

@Jaypsmall

Type

Experimental mathematical theory, computational model, and simulation framework.

Status

Research and development.

📄 License

This repository contains original theoretical work, mathematical models, algorithms, software implementations, documentation, simulations, and related materials created by the author.

No part of this repository may be copied, reproduced, modified, redistributed, incorporated into another project, or used for commercial purposes without the prior written permission of the author.

For licensing inquiries:

https://github.com/Jaypsmall

See the LICENSE file for the complete license terms.

⚠️ Disclaimer

This repository presents an experimental mathematical framework intended for research, simulation, and educational purposes.

The computational models and implementations are designed to explore theoretical behavior under controlled simulations and should not be interpreted as guarantees of real-world performance.

https://github.com/Jaypsmall/theory-of-asymmetric-flow

# 🚀 Introducing HEX ROOT SCAN: A Mobile Security Toolkit for Android ## A modern security workspace built for Android researchers and developers

Jaypsmall — Sun, 19 Jul 2026 03:26:08 +0000

Today I want to introduce HEX ROOT SCAN, an Android security toolkit designed to bring advanced analysis capabilities directly to mobile devices.

The idea behind this project was simple:

Create a clean, powerful, and portable security workspace for Android users who need more than a basic scanner.

🔥 What is HEX ROOT SCAN?

HEX ROOT SCAN is a modular Android security suite that combines:

📡 Network analysis tools
🔍 Security information gathering
🧩 Modular tool management
🔐 Root environment support
🌐 API integrations
📄 Report generation and data export

The goal is to provide a centralized interface instead of requiring multiple environments and manual configurations.

⚙️ Features

🛠 Modular Architecture

HEX ROOT SCAN is designed with a modular approach, allowing new capabilities and tools to be integrated over time.

🔐 Root Support

For advanced Android environments, the application can use superuser permissions to access deeper system information and provide additional functionality.

🌍 API Integration

Users can connect their own external services and APIs to extend the capabilities of the platform.

📊 Organized Results

Security information should not only be collected, it should be understandable.

HEX ROOT SCAN focuses on structured results, organization, and documentation.

🎯 Why build HEX ROOT SCAN?

Many powerful security tools exist, but mobile users often face common problems:

Complex installation processes
Multiple separate environments
Fragmented workflows
Lack of a modern mobile interface

HEX ROOT SCAN explores a different approach:

A complete Android security dashboard designed for mobility and simplicity.

🧠 Project Vision

This project is not just another terminal application.

The vision is to create a complete mobile security environment where analysis, information, and reporting can work together from a single interface.

📱 Built for

Security researchers
Android developers
Network administrators
Cybersecurity students
Authorized security testers

⚠️ Always use security tools responsibly and only on systems you own or have explicit permission to analyze.

🚧 Current Development

HEX ROOT SCAN is actively evolving.

Future improvements include:

More security modules
Enhanced reporting
Better performance
Additional integrations
Improved user experience

android #cybersecurity #kotlin #infosec #opensource #mobiledevelopment

# From Root Access to Real Apps: My Journey Building Advanced Android Tools with Kotlin

Jaypsmall — Wed, 15 Jul 2026 07:15:28 +0000

Building Android applications is interesting.

Building applications that interact with the system itself is a completely different challenge.

Over the last months, I have been experimenting with Android internals, Root access, automation, performance optimization and security tools.

My goal was simple:

Understand how far Android can be pushed when you combine software, system access and creativity.

🔓 Android Root Development

Some of my projects explore what is possible when an application has elevated privileges.

Examples:

🌡️ CpuTemp

A CPU optimization tool for rooted Android devices.

Features:

Real-time temperature monitoring
CPU governor control
Performance profiles:
- Boost
- Normal
- Cool
Floating monitoring overlay

Built with:

Kotlin
Android APIs
Root commands

🎙️ Real-Time Audio Processing

I also worked on voice processing experiments.

ProVoiceChanger

A real-time voice effects project focused on:

Pitch modification
Distortion effects
Low latency audio processing

The biggest challenge was handling audio processing while keeping response time as low as possible.

🤖 Android Automation

Automation is another area I enjoy exploring.

DemoniTalk

A voice automation engine capable of:

Voice commands
Custom actions
Floating interfaces
System automation

DemoniDraw

A gesture-based automation experiment.

The idea:

Draw a pattern → Recognize the gesture → Execute an action.

🛡️ Security Research

I also created tools focused on learning network security concepts.

HexRootScan

An Android security toolkit including:

Network scanning
DNS analysis
Whois information
Security utilities

The purpose is learning, experimentation and understanding how security tools work.

🧠 Lessons learned

Working close to Android internals taught me several things:

Root access gives power, but also responsibility.
Performance optimization requires understanding hardware.
Good UX matters even for advanced tools.
System programming requires patience and constant testing.

🚀 Open Source

All these projects are experiments in learning and sharing knowledge.

I believe the best way to improve as a developer is:

Build → Break → Learn → Improve.

You can check my projects here:

GitHub:
https://github.com/Jaypsmall

Future goals

I want to continue exploring:

Android system optimization
Security research
Automation engines
Accessibility tools
Performance engineering

Thanks for reading.

Feel free to share ideas, feedback or interesting projects.

Mis Apps Nativas para Android: Llevando la automatización y el control de hardware al límite (Root) Proyectos de un Desarrollador Independiente

Jaypsmall — Sun, 12 Jul 2026 17:32:02 +0000

¡Buenas a todos de la comunidad de Dev! 🚀

Quiero compartir con vosotros el ecosistema de aplicaciones nativas para Android que he estado programando. Me apasiona exprimir el hardware, saltarme las restricciones del sistema operativo y crear herramientas de automatización reales utilizando accesos de Superusuario (Root).

Os presento mis proyectos principales, los cuales tengo completamente actualizados en mi perfil de GitHub.

🌡️ 1. CpuTemp - Root Governor Controller

Una herramienta avanzada para gestionar de forma directa las frecuencias y políticas de los gobernadores del procesador. Permite romper las restricciones térmicas del sistema mediante tres perfiles dedicados:

Boost: Rendimiento extremo (Performance) para tareas pesadas.
Normal: Equilibrio diario (Interactive/Schedutil).
Cool: Modo ahorro de energía extremo (Powersave) para mitigar el calentamiento.

🎙️ 2. DemoniTalk (Edición Demoníaca)

Un asistente de voz ultra-avanzado que funciona mediante un botón flotante (Overlay). Escucha comandos en segundo plano y ejecuta scripts de consola y macros Root. Puede forzar el cierre de apps (am force-stop), simular toques secuenciales en pantalla (input tap / sleep) e inyectar eventos de sistema.

🎨 3. DemoniDraw

La evolución lógica de la automatización discreta. En lugar de usar la voz, despliega un lienzo flotante invisible de baja latencia que captura trazos y gestos en pantalla en tiempo real. Dibujar una "W" levanta WhatsApp al instante, y una "C" ejecuta una macro de limpieza que cierra todos los procesos activos mediante la terminal. ¡Cero APIs pesadas, optimizado al milímetro!

🎙️ 4. ProVoiceChanger

Un modulador de voz en tiempo real diseñado para Android. Modifica el pitch, la distorsión y añade efectos directamente sobre el flujo de audio

🛠️ El Stack Tecnológico

Casi todo mi ecosistema

🔗 ¡Échale un ojo al código!

Podéis ver los repositorios, los READMEs detallados y seguir mis actualizaciones y commits en mi perfil de GitHub:

👉 Mi GitHub: github.com/Jaypsmall (Architect_D4d)

Me encantaría saber vuestra opinión, si tenéis sugerencias para nuevas macros en los motores "Demoni" o si os mola este rollo de trastear con el sistema. ¡Dejadme un comentario o una estrella en GitHub si os gusta el trabajo! 😈⚡