Foulware

Security Architecture & Disclosure

Overview of Foulware's DMA hardware isolation, zero-trust infrastructure, cryptographic protections, and vulnerability disclosure program.

Security Standard: Foulware is engineered from the ground up on hardware-level isolation principles, end-to-end cryptographic key verification, and zero-compromise privacy standards.

1. Security Overview

At Foulware, security is not an afterthought—it is the foundational pillar of everything we build. Whether designing bespoke DMA (Direct Memory Access) firmware, engineering undetected recoil algorithms, or managing customer licenses, our systems adhere to rigorous cybersecurity standards to protect our users and preserve complete operational stealth.

This document outlines our multi-layered security architecture, encryption standards, hardware isolation models, and responsible vulnerability disclosure policy.

2. Multi-Layered Protection Model

Our technology stack operates across four distinct defensive layers:

┌─────────────────────────────────────────────────────────────┐
│ 1. HARDWARE ISOLATION (DMA & PCIe Device Emulation)         │
├─────────────────────────────────────────────────────────────┤
│ 2. SECURE CLIENT LOADERS & HWID CRYPTOGRAPHY                │
├─────────────────────────────────────────────────────────────┤
│ 3. ZERO-TRUST CLOUD INFRASTRUCTURE & NEXTAUTH OTP           │
├─────────────────────────────────────────────────────────────┤
│ 4. PCI-DSS LEVEL 1 ISOLATED PAYMENT GATEWAYS                │
└─────────────────────────────────────────────────────────────┘

3. DMA Hardware Isolation & Custom Firmware

Traditional software cheats run directly on the game machine at user or kernel level (Ring 0/3), making them susceptible to memory scanning, page table inspection, handle verification, and heuristic behavioral detection by anti-cheat systems.

Foulware leverages Direct Memory Access (DMA) to guarantee physical hardware isolation:

A. 2-PC Physical Separation

  • Main Gaming PC: Runs only the game and standard display output. Zero cheat code, injected DLLs, hooks, or anomalous threads execute on this machine.
  • Secondary Radar / Processing PC: Connects to the main PC via a dedicated PCIe DMA hardware card (e.g., Squirrel, Enigma, LeetDMA). It reads game memory independently over the PCIe bus without requiring software drivers on the host gaming PC.

B. 1:1 Bespoke Firmware Spoofing

Generic, mass-distributed DMA firmware is easily fingerprinted by anti-cheat systems analyzing PCIe configuration space headers. Foulware custom 1:1 firmware resolves this through bespoke device cloning:

  • Custom Vendor & Device IDs: Extracted from genuine real-world donor PCIe devices (e.g., Intel Gigabit NICs, Realtek network controllers, Wi-Fi 6 cards, SoundBlaster audio cards).
  • Subsystem & Header Emulation: Exact mirroring of Subsystem Vendor ID, Subsystem ID, Class Code, Revision ID, BAR (Base Address Registers) sizing, and Interrupt Pin configurations.
  • Master Abort & TLP Filtering: Hardware-level PCIe Transaction Layer Packet (TLP) configuration that strictly restricts responses to legitimate bus requests.

Unique Binary Generation: Every custom 1:1 firmware build is compiled individually with a unique cryptographic signature. No two customers receive the same binary footprint.

4. Client & Loader Security

For our macro products and standalone utilities, our loaders incorporate advanced binary protection techniques:

  • Memory Virtualization & Polymorphic Packing: Binaries are protected using custom mutation engines that randomize control flow and eliminate static byte patterns.
  • Encrypted License Handshake: All communications between our client loaders and authentication servers use TLS 1.3 with pinned public keys to prevent man-in-the-middle (MITM) proxy inspection.
  • Secure HWID Fingerprinting: Hardware binding relies on salted, irreversible cryptographic hashes (SHA-256) of low-level hardware attributes to prevent key theft while preserving customer anonymity.
  • Anti-Debugging & Integrity Verification: Loaders continuously verify in-memory integrity, terminating immediately upon detection of memory dumpers, disassemblers (IDA/x64dbg/Ghidra), or unauthorized hook injectors.

5. Web & Cloud Infrastructure

Our web portal (foulware.com) and API services are architected with enterprise-grade web security best practices:

  • Passwordless Authentication: We utilize NextAuth with passwordless email OTP (One-Time Password) magic links and OAuth 2.0 (Google, Discord), eliminating the risk of stored password database leaks or credential stuffing attacks.
  • End-to-End Encryption: All web traffic is strictly served over HTTPS with modern cipher suites and HSTS (HTTP Strict Transport Security) enabled.
  • Database Isolation: Customer data, order history, and license keys are stored in encrypted PostgreSQL databases with strictly scoped role-based access controls and automatic connection pooling.
  • Zero Cardholder Data Storage: Payment transactions are offloaded entirely to Stripe via secure tokenized Elements. No credit card or CVV data ever touches Foulware servers.

6. Stream-Safety & Visual Privacy

For products featuring visual overlays (such as ESP, Radar, or crosshairs):

  • OBS / Discord Capture Bypass: Visual elements are rendered through dedicated hardware fusers or stream-safe graphics hooks that prevent accidental overlay capture during live streaming or screen sharing.
  • Zero Watermarks in Screen Dumps: We protect your privacy by eliminating invasive on-screen identifiers during gameplay.

7. Responsible Vulnerability Disclosure

We welcome responsible security research from the community. If you discover a security vulnerability in our web platform, authentication system, or digital distribution pipelines, we appreciate your assistance in disclosing it to us responsibly.

Disclosure Guidelines

  • Provide a clear proof-of-concept (PoC) with detailed steps to reproduce the issue.
  • Allow us reasonable time (typically 24–72 hours) to investigate and remediate before disclosing details publicly.
  • Do not attempt to access, exfiltrate, or alter data belonging to other customers.
  • Do not perform Denial of Service (DoS/DDoS) attacks or degrade system availability.

Reporting Channels

To submit a vulnerability report or security inquiry:

  • Private Security Ticket: Open a high-priority ticket in our official Discord Server.
  • Direct Admin Inquiries: Contact a verified administrator directly via Discord for urgent disclosures.

We acknowledge and review all valid security submissions promptly.