Bangsaen Active Defense Sdk

Zero-Dependency, Bare-Metal Hardware Memory Zeroization & Cache Line Purging Engine for Enterprise Binaries (+0.00MB Memory Remanence Guarantee).

Zero-Dependency, Bare-Metal Hardware Memory Zeroization & Cache Line Purging Engine for Enterprise Binaries (+0.00MB Memory Remanence Guarantee).

💡 The Problem: Why Memory Scraping Still Works

Modern software security relies heavily on runtime obfuscation, heavy cloud sandboxing, or post-execution heuristics. However, sensitive payloads—such as AI model weights, API tokens, cryptographic private keys, and intermediate runtime states —must exist in plain text within volatile RAM during processing.

Attackers, RAM scrapers, and malicious debuggers do not hack the algorithm; they dump the volatile memory before the operating system reclaims it. Standard free() and garbage collection routines leave dirty cache lines and stale memory allocations exposed indefinitely.

🛡️ The Architecture: Bare-Metal C-Native Enforcement

Bangsaen Active Defense SDK is a static, zero-dependency C-Native library designed to be compiled directly into commercial binaries. It eliminates Import Address Table (IAT) Hooking and Dynamic Link Library (DLL) Hijacking entirely.

3-Pass Hardware Protection Protocol

When sensitive processing concludes, the SDK executes an immutable 3-pass hardware destruction sequence:

Pass 1 (Entropy Poisoning): Overwrites payload structures with dynamic XOR noise, collapsing logical data structures before deallocation.

Pass 2 (Volatile Zeroization): Forces direct physical pointer memory clearance ( 0x00 ) resilient against compiler Dead Store Elimination (DSE).

Pass 3 (Hardware CPU Cache Flush): Issues direct x86-64 assembly intrinsics ( _mm_clflush + _mm_sfence ) or ARM64 barriers ( dc civac ) to forcefully purge L1/L2/L3 cache lines back to physical RAM, leaving +0.00MB Memory Remanence .

📊 Empirical Proof: 1-Billion Dynamic Operations Audit

Validated on x86-64 / ARM64 Silicon :

🚀 1-Minute Developer Quickstart

1. Embed Headers & Sources

Simply copy include/bangsaen_sec.h and src/active_defense_core.c into your build tree.

2. Invoke Zeroization Primitive

3. Compile (Clang / GCC / MSVC)

Global Licensing: 1-Year Free Community Access

To redefine software memory safety standards globally, Bangsaen AI Labs offers a 1-Year Free Community Tier for all developers, enterprises, and researchers:

1-Year Unrestricted Local SDK Use: Free static deployment across Windows, Linux, macOS, iOS, and Android.

Hard Stop Protection: The free community build contains a 12-month operational window.

Enterprise Cloud Attestation Gateway: To unlock real-time 3072D Koopman Space Intent Analysis and Cloud-Signed Attestation Tokens via GCP, [email protected] for commercial licensing and API tenant keys.

Beyond Passive Defense: The Countermeasure Horizon (Easter Egg)

While this open specification guarantees Zero Remanence (+0.00MB), passive memory clearance is merely our baseline.

Because our core architecture decodes intent in sub-millisecond Hilbert Space before binary execution finishes, the enforcement layer easily scales into Active Countermeasure Mode:

Adversarial Poison Traps: Substituting scraped pointers with active traps that feed corrupted data to hostiles.

Dynamic Coordinate Warping: Instantly shifting live memory offsets to induce fatal exceptions in unauthorized debuggers (IDA Pro, x64dbg, Ghidra).

Hardware Thread Freezing: Issuing low-level kernel barriers to isolate malicious processes on sight.

"We choose to destroy memory to prove baseline hardware stability. What happens when we decide to respond... is a matter of architectural choice."

⚠️ Legal Disclaimer & Terms of Use

1. License & Operational Window

This repository is released under the MIT License . The free Community Edition contains a 12-month operational execution window from the release date. Developers and organizations may freely static-link, audit, and deploy this SDK across internal, research, or commercial binaries within this window.

2. "AS IS" Standard & Memory Management Safety

No Express Guarantee: This software is provided "AS IS" , without warranty of any kind, express or implied.

Developer Memory Boundary Responsibility: The bangsaen_sec_destroy_and_contaminate() primitive performs direct bare-metal pointer traversal and hardware CPU cache line flushing ( _mm_clflush / dc civac ). The integrating developer is solely responsible for ensuring that all buffer pointers and memory allocation sizes provided to the SDK are valid, aligned, and mutable.

Limitation of Liability: Bangsaen AI Labs shall not be held liable for any memory corruption, application segmentation faults, runtime crashes, or data loss resulting from improper buffer boundary inputs or invalid pointer passes.

📩 Enterprise & Commercial Inquiries

For extended enterprise licensing, continuous maintenance SLAs, or integrating real-time 3072D Koopman Space Intent Analysis with GCP Cloud Attestation, please :

Organization: Bangsaen AI Labs

Email: [email protected]

Repository: