SML v4.08

MemoryEcho — Dual Key Output

MemoryEcho now provides two distinct key outputs during reconstruction.

New capabilities:

• PSQ Key — dynamic key derived from the current archive context
• Memory-Derived Key — stable key based purely on your answers

The Memory-Derived Key:

• remains identical across all versions and encryptions
• depends only on your answers
• acts as a persistent identity-level cryptographic root

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🍏 Experimental: Memory-Derived Apple Identity (MDAI)

New experimental feature available for testing.

Concept:

• Regenerate Apple credentials deterministically from memory

Supports:

• iPhone passcode
• Apple ID
• FileVault

Key idea:

A single memory-derived key → full identity reconstruction

• No backups
• No storage
• No cloud dependency

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📦 Download

SML-4.08-Windows-Portable.exe

📥 SML-4.08-Windows.zip

https://github.com/SecretML/SecretMemoryLocker/releases/download/v4.08/SML-4.08-Windows.zip

SML v4.07

🧠 MemoryEcho — Secure Derived Key Display

Secure handling of the memory-derived key during reconstruction.

Improvements:

• Controlled visibility of the derived key (no persistent exposure)
• Reduced risk of accidental disclosure during generation
• Safer interaction model for sensitive cryptographic output

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🔐 PassEcho Mode — Standalone Key Generation Container

New standalone mode for secure key generation.

Features:

• Create a separate encrypted container
• Works as an independent master key generator
• No dependency on the main archive after creation
• Designed for portable and isolated usage

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🎭 Hardened Decoy Layers

Decoy protection has been significantly upgraded.

Enhancements:

• All decoy layers are now encrypted and obfuscated
• Impossible to reliably distinguish real vs decoy data
• Stronger plausible deniability in real-world scenarios

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⚙️ Selectable Key Reconstruction Mode (V4 / V5)

Full control over key derivation logic.

Capabilities:

• Choose between V4 (Sequential Argon2 Chain)
• Or V5 (Stateful Memory-Hard Cascade)
• Enables compatibility, testing, and security tuning

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💡 This release focuses on stronger isolation, better control over sensitive outputs, and deeper cryptographic flexibility.

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📦 Download

SML-4.07-Windows-Portable.exe

📥 SML-4.07-Windows.zip

https://github.com/SecretML/SecretMemoryLocker/releases/download/v4.07/SML-4.07-Windows.zip

SML v4.06

What's New in v4.06 — Stability & UI Improvements

🎨 Improved Shortcut Icon Design

Cleaner and more refined icons for a better visual experience.

🛠 Bug Fixes

• Fixed several minor issues affecting usability.

⚙️ Stability Improvements

• Enhanced overall application stability and performance.

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📦 Download

SecretMemoryLocker-4.06-Windows-Portable.exe

📥 SML-4.06-Windows.zip

https://github.com/SecretML/SecretMemoryLocker/releases/download/v4.06/SML-4.06-Windows.zip

SecretML v4.05

What's New in v4.05 — TIMELOCK v1 (PSQC Chronos Protocol)

⏳ TIMELOCK v1 (Chronos Protocol) — Nonce-Based Cryptographic Time Delay

🔐 SecretMemoryLocker v4.05 introduces TIMELOCK v1, an experimental time-delay mechanism for PSQC (Phantom-Step Cascade Container).

This feature turns a randomly generated nonce into a computational time source, creating a cryptographic time capsule effect.

Instead of storing the real nonce, the PSQC container stores only its hash:

PSQC:{
  "nonce_hint": "LEdWTvvka9******",
  "nonce_hash_V1": "48d49beb8cbb82c65d1009fbcbc22c70c1a3dad87a7558b932dfb97ec4f3b928",
  "ciphertext": "Argon2id(secret = nonce, salt = file_hash → Layer0 : base64_payload_data..."
}

To unlock the container, the system must discover the nonce such that:
SHA256(nonce) == nonce_hash_V1

Once the correct nonce is found, it becomes the secret input for key derivation:

Phantom-Step Cascade (nonce-seeded)

nonce
↓

KDF₀ = Argon2(nonce, salt₀)
↓
Decrypt Layer₀ → data₀
↓

KDF₁ = Argon2(data₀, salt₁)
↓
Decrypt Layer₁ → data₁
↓

↓
...
↓

↓
Final Payload (final key + real data)

The derived key decrypts the container using ChaCha20-Poly1305.

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⚙️ Core Properties

• Computational Time Delay — nonce search space defines unlock time
• Memory-Hard Verification — Argon2id significantly increases brute-force cost
• Server-Optional Architecture — server may store only the nonce (not encrypted data)
• Offline Recovery Possible — nonce can be discovered through computation
• Integrated with PSQC — works alongside Phantom-Step Cascade encryption layers

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🧩 Unlock Modes

Server-assisted unlock

A server may optionally store the real nonce and release it after a predefined time condition.

Offline unlock

The container can also be unlocked by discovering the nonce through brute-force search.

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🧪 Potential Use Cases

• cryptographic time capsules
• delayed secret release
• long-term encrypted archives
• experimental time-lock encryption systems

📦 Download

SecretMemoryLocker-4.05-Windows-Portable.exe

📥 SecretMemoryLocker-4.05-Windows.zip

https://github.com/SecretML/SecretMemoryLocker/releases/download/v4.05/SecretMemoryLocker-4.05-Windows.zip

SecretML v4.03

SecretMemoryLocker v4.03

What's New in v4.03 — Phantom-Step Cascade Key Derivation

🔑 Phantom-Step Cascade — Deterministic Final Key Generation

SecretMemoryLocker v4.03 introduces an enhanced key derivation model based on a chained Argon2 cascade.

Core idea:

• Initial seed: k = file_hash_seed
• Each secret answer is processed sequentially
• Every step re-derives the key using the previous result as salt
• Final output becomes the deterministic final_key

Conceptually:

k = file_hash_seed

for answer in answers:
    k = Argon2(answer, salt=k)

final_key = k

🛡 What This Achieves

• Multi-layer entropy amplification
• Order-dependent cryptographic strengthening
• No stored master key
• Deterministic and reproducible recovery

This update strengthens resistance against brute-force and structural attacks while preserving full recoverability.

SecretML v4.02

🚀 SecretMemoryLocker v4.02 — The Cognitive Challenge Update

🧠 The Interactive Defense: "Mind-over-Machine"

Version 4.02 introduces a paradigm shift in user authentication. Instead of static passwords, SecretML now utilizes Cognitive Entropy through an interactive challenge-response protocol.

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🎭 New Feature: The Vault Quest

We’ve included a pre-configured challenge to demonstrate our Tri-State Security Logic. Can you distinguish the truth from the mirage?

How to test:

1. Download the release and locate the /Vault folder.
2. Launch the app and click the "Decrypt" button.
3. Select quest_protocol.json and then select SecretML_Vault.zip.
4. Navigate the three-step cognitive filter:
   • Truth Path: Enter 100% accurate data to access the authentic license.txt.
   • Decoy Path: Enter "plausible" decoy answers to trigger a Plausible Deniability event. You'll unlock a Honey-pot file, designed to mislead intruders.
   • MirageLoop: Any other input leads to an infinite processing loop — wasting an attacker's time without giving away a single bit of error data.

💡 SecretMemoryLocker — Where memory becomes a labyrinth and security is absolute.

📦 Download

SecretML v4.02 (Portable EXE)

📥 Download for Windows: SecretML v4.02.zip

Note: Extract the full ZIP archive to ensure the /Vault folder is accessible for the challenge.

SecretML v3.15

🚀 What's New in v3.15 — Memory-Sync & Chained Recovery

🧠 Memory-Sync (Derived Access Key)

SecretML can now derive and securely store a session master key based on your answers — without ever saving the answers themselves.

• One non-reversible 256-bit Master-Hash
• Stored securely in the system keyring
• Enables instant access to multiple archives without re-entering answers

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🔐 Per-Archive Unique Encryption

Every encrypted file receives its own unique password, even within the same session.

• Archive key = SHA256(MasterHash + FileHash)
• File hash is stored in archive metadata (comment)
• No two archives ever share the same encryption key

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⛓ Chained Recovery (Memory Path Protection)

Access to the Master-Key is protected by a recursive question–answer chain.

• Each answer decrypts the next step
• No visible structure or plaintext questions
• Partial knowledge is useless

You don’t enter a password —
you unlock your own memory.

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🛡 Zero-Knowledge Security Model

• Answers are never stored
• Only derived hashes exist
• Keyring data can be wiped instantly via UI

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🧨 Instant Access Revocation

Removing archive metadata immediately breaks access —
even if the Master-Key still exists.

A true cryptographic kill-switch.

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🧪 Status

• Stable Windows build
• No KDF (test version)
• Ready for real-world usage & testing

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📦 Download

SecretML v3.15.exe

SML v3.15.zip

Memory-based encryption.
No passwords. No files. No traces.

Secret Memory Locker - v3.10

🚀 What's New in v3.10 — Enhanced SML-Seed & AI Security Core

🌱 Improved SML-Seed 24 Generation

Your 24-word seed phrases are now stronger and more reliable.

Enhancements:

• Increased entropy when generating SML-Seed 24 from archive data.
• More chaotic internal parameters for higher resistance to pattern analysis.
• Fixed multiple bugs related to edge-case seed reconstruction.

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🤖 Expanded AI Question Engine

Security questions now provide deeper variability and stronger protection.

Upgrades:

• Larger internal AI dataset for question generation.
• More unique and less predictable question patterns.
• Better personalization without reducing security.

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🛡 PRO Mode — Update Availability Checker

PRO users now see in-app version availability and get notified when a new SML release is published.

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✅ Download SecretML v3.10
SML v3.10.zip

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This update focuses on improving reliability, entropy, and long-term recoverability of your encrypted data.

SecretML v3.09

🚀 What's New in v3.09 — Memory Echo Password Generator (PRO)

🧠 Memory Echo Password Generator (PRO)

Generate infinite passwords dynamically — without ever storing them.

How it works:

• Combines your secret answers + the encrypted file hash (as salt).
• Produces unique, instantly reproducible passwords for any resource.

Steps to use:

1. Activate PRO mode.
2. Select your *_SMLkey.json key-file.
3. Answer your secret questions.
4. Enter the resource name (e.g. GMAIL.COM, FACEBOOK.COM).
5. Get your password instantly.

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🔐 Password Formats

• SHA-256 (64 chars) — maximum entropy, hexadecimal string.
• SML-Echo (32 chars) — mix of uppercase, lowercase, numbers.

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📌 Key Rules for Resource Names

• Exact input matters — same name = same password, even small changes break consistency.
• Case insensitive — facebook.com = FACEBOOK.COM.
• Keep it simple — e.g. use just GMAIL.COM.

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🛡 Why Memory Echo?

• On-the-fly — passwords never stored, exist only during generation.
• Offline mode — once activated, no internet is needed.
• Total control — only you, with answers + key-file, can restore passwords.

💡 Pro Tip: Use Memory Echo to create your master password (e.g. for Google Account).
This ensures guaranteed recovery and unbreakable security for your entire digital life.

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SecretML v3.07

🚀 What's New in v3.07 — SML-AutoPIN

Secret Memory Locker v3.07 introduces the groundbreaking SML-AutoPIN feature:

🔐 SML-AutoPIN

• Unlimited passwords — no need to memorize or manage them manually.
• Simply choose a file — the app will securely archive it with a unique, automatically generated password.
• To decrypt, just select the archive and instantly recover your file.

This marks a new step towards effortless, memory-powered encryption.