env-manager - Production-Grade Secrets Management System

Exchange-level security configuration management with Vault integration, auto-generated secrets, and protocol-grade safety controls.

🎯 Overview

env-manager is a production-ready secrets management system built in Rust that provides:

🔐 Protocol-Level Security - .env files orchestrate secrets, not store them
🏦 SelfVault - Built-in enterprise-grade secrets management (zero dependencies!)
🛡️ Exchange-Grade Protection - Circuit breakers, policy engines, transaction validation
☁️ Vault Integration - HashiCorp Vault with Kubernetes authentication (optional)
✨ Auto-Generated Secrets - Cryptographically secure random values for development
📊 Observability - Prometheus metrics and structured logging
🚀 CI/CD Ready - GitHub Actions pipeline with security scanning
🌐 Web3 Support - HSM-backed signing, threshold signatures, multi-tier signers

Perfect for Web3 applications, financial systems, and any project requiring enterprise-grade secret management.

✨ Features

🔐 Core Security

SelfVault - Built-in secrets management with zero external dependencies
Vault Integration - HashiCorp Vault with Kubernetes authentication (optional)
Memory Safety - Zeroize secrets from memory when dropped (Rust advantage)
Key Rotation - Automatic secret rotation (configurable intervals)
Typed Configuration - Compile-time type safety with serde
Access Control - Role-based permission checks
Audit Logging - Complete audit trail for all secret access
Fail-Fast Validation - Catch configuration errors early

🌐 Web3 Security (NEW)

Secure Signing - Transaction/message signing without exposing private keys
Policy Engine - Amount limits, address controls, anomaly detection
Bridge Protection - Challenge periods, multi-sig, rate limiting
Emergency Controls - Pause signing, freeze bridges instantly
Risk Scoring - Real-time transaction risk assessment (0.0-1.0)
HSM/MPC Ready - Architecture supports hardware security modules

🛡️ Exchange-Level Protection

Transaction Validation - Multi-layer transaction verification engine
Policy Engine - Configurable policy enforcement (strict/audit modes)
Emergency Shutdown - Kill switch with recovery procedures
Circuit Breakers - Withdrawal limits, daily caps, anomaly detection
Global Pause - Instant system-wide operation halt
Secret Leak Detection - Monitor for accidental secret exposure
mTLS Support - Mutual TLS for secure service communication

☁️ Secret Management

SelfVault - Complete embedded secrets management system (NEW!)
- AES-256-GCM encryption with seal/unseal mechanism
- Dynamic credentials with automatic expiry and renewal
- Comprehensive audit trail for compliance
- Automatic secret rotation without downtime
- Fine-grained RBAC access control
- Production-grade security controls
Auto-Generated Secrets - Cryptographically secure random values for dev
Dynamic Credentials - Short-lived database credentials from Vault
Encrypted Cache - AES-256-GCM encrypted secret caching
HSM Integration - Hardware Security Module backed signing
Threshold Signatures - Multi-party signature schemes (t-of-n)
Web3 Signer Service - 3-tier signer (HSM/Encrypted/Standard)
Secret Path Orchestration - .env contains pointers, not values

📊 Observability & Monitoring

Prometheus Metrics - Standard metrics endpoint (/metrics)
Structured Logging - Tracing integration throughout
Telegram Notifications - Real-time deployment alerts
Health Checks - System status monitoring

🧠 Runtime Control

Feature Flags - Toggle features without redeployment
Config-Driven Safety - All limits from environment variables
Multi-Environment - Separate configs for dev/staging/prod
Password-Protected .env - Optional encryption for .env files

🚀 DevOps & Deployment

CI/CD Pipeline - GitHub Actions with security scanning
Kubernetes Ready - Complete K8s manifests and Helm charts
Docker Support - Containerized deployment
Security Scanning - TruffleHog, secret detection in pipeline
Automated Testing - Full test suite on every PR

🚀 Quick Start

Installation

Option 1: Homebrew (Recommended) 🍺

Fast installation with pre-built binaries:

# Add our tap (first time only)
brew tap decentralize-mind/env-manager

# Install
brew install env-manager

# Verify installation
# Note: Current version installs as 'secure-config'
secure-config --help

# Optional: Create alias for convenience
echo "alias env-manager='secure-config'" >> ~/.zshrc
source ~/.zshrc
env-manager --help  # Now works!

Updates are easy:

brew update
brew upgrade env-manager

Option 2: Build from Source

# Clone repository
git clone https://github.com/decentralize-mind/env-manager.git
cd env-manager

# Build and install
cargo install --path .

# Verify (binary will be named 'env-manager')
env-manager --help

Option 3: Pre-built Binaries

Download from GitHub Releases:

# Download for your platform
curl -L https://github.com/decentralize-mind/env-manager/releases/download/v0.1.0/env-manager-v0.1.0-aarch64-apple-darwin.tar.gz | tar xz

# Move to PATH
mv env-manager /usr/local/bin/

# Verify
env-manager --help

Basic Usage

After installation, use these commands:

# Initialize SelfVault (first time)
env-manager vault-init

# Generate a .env template
env-manager generate

# Lock your .env file with password protection
env-manager lock

# Check status
env-manager status

# If you installed via Homebrew and haven't created the alias yet:
secure-config vault-init
secure-config generate
secure-config lock
secure-config status

Prerequisites

Rust 1.70+ (edition 2021)
(Optional) HashiCorp Vault for production deployments
(Optional) Docker for containerized deployment
(Optional) Kubernetes cluster for orchestration

1️⃣ Clone & Build

# Clone the repository
git clone https://github.com/yourusername/env-manager.git
cd env-manager

# Build the project
cargo build

# Run tests
cargo test

2️⃣ CLI Commands

env-manager provides powerful command-line tools for managing secrets.

Note on Usage:

Development: Use cargo run -- <command> when working in the source directory
Production: Use env-manager <command> after installation
Homebrew (current): Uses secure-config until next release (or create alias)

Basic Secret Management

When installed (production):

# Generate .env template with auto-generated secure secrets
env-manager generate

# Lock (encrypt) .env file with password protection
env-manager lock

# Unlock (decrypt) .env file
env-manager unlock

# Change encryption password
env-manager chpasswd

# Check lock status
env-manager status

# Show help
env-manager help

When developing (from source):

# Same commands, but prefix with 'cargo run --'
cargo run -- generate
cargo run -- lock
cargo run -- unlock
cargo run -- chpasswd
cargo run -- status
cargo run -- help

Command Details

Command	Description	Use Case
`generate`	Create .env template with crypto-secure random secrets	Initial setup
`lock`	Encrypt .env with AES-256-GCM + password	Protect secrets at rest
`unlock`	Decrypt .env file (prompts for password)	Access secrets for editing
`chpasswd`	Change encryption password	Password rotation
`status`	Check if .env is locked/unlocked	Verify security state
(none)	Load config and start application	Normal operation

🏦 SelfVault - Built-in Secrets Management

SelfVault is a complete, self-contained secrets management system built into env-manager. It provides enterprise-grade security features without requiring external dependencies like HashiCorp Vault.

# Run the SelfVault demonstration
env-manager self-vault-demo

# Or when developing from source:
cargo run -- self-vault-demo

This interactive demo showcases all SelfVault features:

✅ Centralized secure storage with AES-256-GCM encryption
✅ Dynamic credentials with automatic expiry
✅ Comprehensive audit trail with tamper-proof logging
✅ Automatic secret rotation without downtime
✅ Fine-grained access control policies (RBAC)
✅ Production-grade security controls
✅ Vault seal/unseal mechanism

SelfVault Features Explained

1. Secure Storage

All secrets encrypted with AES-256-GCM
Encryption keys zeroized from memory on drop
Seal/unseal mechanism to temporarily lock access

2. Dynamic Credentials

Generate temporary database/API credentials
Configurable TTL (time-to-live)
Automatic renewal before expiry
Cryptographically secure random generation

3. Audit Trail

Complete log of all operations
Filter by user, event type, or export as JSON
Compliance-ready for SOC2, PCI-DSS, etc.

4. Secret Rotation

Schedule automatic rotation intervals
Zero-downtime rotation
Manual rotation on-demand
Track rotation history

5. Access Control (RBAC)

Role-based permissions (admin, developer, viewer)
Path-based policies with wildcards
Permission levels: Read, Write, Delete, List, Admin

6. Security Controls

Failed attempt lockout
Session management with timeouts
IP whitelisting
Emergency lockdown capability

Using SelfVault in Your Code

use secrets::self_vault::{SelfVault, DynamicCredentialsManager, SecretRotator};
use std::sync::Arc;

// Initialize SelfVault
let master_key = SelfVault::generate_master_key();
let vault = Arc::new(SelfVault::new(&master_key));

// Store a secret
vault.put_secret("secret/api-key", "my-secret-value", Some(3600), "admin")
    .await?;

// Retrieve a secret
if let Some(value) = vault.get_secret("secret/api-key", "admin").await? {
    println!("Secret: {}", value);
}

// Generate dynamic credentials
let creds_manager = DynamicCredentialsManager::new(
    vault.clone(),
    3600, // 1 hour TTL
    300,  // Renew 5 minutes before expiry
);
let cred = creds_manager.generate_credential(
    "db/creds/app",
    "database",
    "admin"
).await?;

println!("Username: {}", cred.username);
println!("Password: {}", cred.password);
println!("Expires in: {:?}", cred.time_until_expiry());

// Rotate secrets
let rotator = SecretRotator::new(vault.clone());
rotator.register_rotation("secret/api-key", 3600, "admin").await?;
rotator.rotate_secret("secret/api-key", "new-secret-value", "admin").await?;

When to Use SelfVault vs HashiCorp Vault

Feature	SelfVault	HashiCorp Vault
Deployment	Built-in, no external deps	Separate service required
Setup Complexity	Zero configuration	Complex setup & maintenance
Encryption	AES-256-GCM	AES-256-GCM + more
Dynamic Creds	✅ Yes	✅ Yes
Audit Trail	✅ Comprehensive	✅ Comprehensive
Auto Rotation	✅ Yes	✅ Yes
Access Control	✅ RBAC	✅ RBAC + more
High Availability	❌ Single instance	✅ Cluster support
Best For	Single apps, embedded use	Enterprise, multi-service

Use SelfVault when:

You want zero external dependencies
Running a single application/service
Need quick setup without infrastructure
Building embedded systems or edge applications

Use HashiCorp Vault when:

You need high availability across multiple nodes
Managing secrets for many microservices
Require advanced storage backends
Already have Vault infrastructure

For complete SelfVault documentation, see SELVAULT_GUIDE.md.

🌐 Web3 Security Features

env-manager includes production-ready Web3 security capabilities for blockchain applications:

# Run the Web3 security demonstration
cargo run -- web3-demo

Web3 Features

1. Secure Transaction Signing

Private keys NEVER leave protected memory
EIP-1559 transaction signing
EIP-191 message signing (personal_sign)
Policy-based validation before signing
Emergency pause mechanism

2. Transaction Policy Engine

Amount limits (per-tx, daily, weekly)
Address allowlisting/blocklisting
Rate limiting and anomaly detection
Multi-sig requirements for large amounts
Risk scoring (0.0 - 1.0)

3. Bridge Security

Challenge periods (30 minutes default)
Multi-signature validation (t-of-n)
Daily/weekly transfer limits
Operation challenge system
Emergency controls

Using Web3 Features in Code

use std::sync::Arc;
use env_manager::secrets::self_vault::SelfVault;
use env_manager::secrets::web3_signer_service::{Web3SignerService, Web3Transaction};
use env_manager::security::web3_policy_engine::Web3PolicyEngine;

// Initialize components
let vault = Arc::new(SelfVault::new(&master_key));
let signer = Web3SignerService::new(vault.clone(), policy_engine, config);
let policy = Web3PolicyEngine::new(vault.clone());

// Load signing key (stays encrypted!)
signer.load_signing_key("treasury", "admin").await?;

// Validate transaction
let result = policy.validate_transaction(sender, recipient, amount, "admin").await?;

// Sign if valid
if result.is_valid {
    let sig = signer.sign_transaction(&tx, "treasury", "admin").await?;
    broadcast(sig.to_hex()).await?;
}

Security Guarantees:

🔒 Keys never exposed to application code
🛡️ All transactions policy-validated
🚨 Emergency pause on all operations
📋 Comprehensive audit trails
⏱️ Bridge challenge periods prevent instant drains

For complete Web3 documentation, see WEB3_UPGRADE_GUIDE.md.

Example Workflow

# 1. Generate initial configuration
cargo run -- generate
# ✅ .env created with auto-generated JWT_SECRET, API_KEY, etc.

# 2. Check status
cargo run -- status
# 🔓 .env file is UNLOCKED (plaintext)

# 3. Lock it for security
cargo run -- lock
# Enter password: ********
# 🔒 .env file locked successfully

# 4. Verify it's locked
cargo run -- status
# 🔒 .env file is LOCKED (encrypted)

# 5. Unlock when you need to edit
cargo run -- unlock
# Enter password: ********
# 🔓 .env file unlocked

# 6. Run the application
cargo run
# 🔐 Loading secure configuration...
# 🚀 Application ready!

Quick Reference - All Commands

# 🔧 Basic Secret Management
cargo run -- generate        # Create .env template with secure secrets
cargo run -- lock            # Encrypt .env with password
cargo run -- unlock          # Decrypt .env file
cargo run -- chpasswd        # Change encryption password
cargo run -- status          # Check lock status

# 🏦 SelfVault Management
cargo run -- vault-init      # Initialize SelfVault with persistent master key
cargo run -- vault-migrate   # Migrate .env secrets to SelfVault
cargo run -- vault-stats     # Display SelfVault statistics

# 🎭 Demos
cargo run -- self-vault-demo # Interactive demo of SelfVault features
cargo run -- web3-demo       # Demo Web3 security features (signing, policies, bridges)

# 🚀 Run Application
cargo run                    # Start application (default)
cargo run --release          # Production build

# ℹ️  Help
cargo run -- help            # Show all commands

After installation (production use):

# Same commands without 'cargo run --' prefix
env-manager generate
env-manager lock
env-manager unlock
env-manager chpasswd
env-manager status
env-manager vault-init
env-manager vault-migrate
env-manager vault-stats
env-manager self-vault-demo
env-manager web3-demo
env-manager help

# If installed via Homebrew (current version uses 'secure-config'):
secure-config generate
secure-config vault-init
# etc.

3️⃣ Run the Application

# Development mode (uses auto-generated secrets)
cargo run

# Production mode (set Vault credentials first)
export VAULT_TOKEN="your-token"
export VAULT_ADDR="https://vault.prod.internal:8200"
cargo run --release

4️⃣ Verify It's Working

You should see output like:

🔐 Loading secure configuration...
✅ Configuration validated successfully
🛡️  Advanced configuration loaded:
   - Feature Flags: Bridge=true, Airdrop=false, Global Pause=false
   - Safety Controls: Max Withdrawal=100000, Bridge Daily Limit=1000000
   - Rotation Config: Refresh=300s, Max TTL=900s
   - Observability: Metrics Port=9090
☁️  Vault secret paths configured:
   - jwt: secret/data/secure-app/jwt
   - db: database/creds/secure-app
✅ System health check passed
📊 Starting metrics server on port 9090
🚀 Application ready!

Configuration

Development Mode (Auto-Generated Secrets)

The .env file is automatically generated with secure random values:

# Application Settings
APP_NAME=SecureConfigApp
APP_ENV=development
APP_PORT=8080

# Database Configuration
DATABASE_URL=postgresql://user:password@localhost:5432/mydb

# Auto-Generated Secrets (cryptographically secure)
JWT_SECRET=<64-char-random-string>
ENCRYPTION_KEY=<32-byte-hex-string>
API_KEY=<32-char-random-string>

# Feature Flags
ENABLE_BRIDGE=true
ENABLE_AIRDROP=false
METRICS_ENABLED=true

# Safety Controls
MAX_WITHDRAWAL_LIMIT=100000
BRIDGE_DAILY_LIMIT=1000000
ENABLE_GLOBAL_PAUSE=false

Note: Secrets are auto-generated on first run. No manual configuration needed!

Production Mode (Vault-Based)

For production, comment out auto-generated secrets and configure Vault:

# Comment out auto-generated secrets
# JWT_SECRET=...
# ENCRYPTION_KEY=...

# Enable Vault
SECRETS_PROVIDER=vault
VAULT_ADDR=https://vault.prod.internal:8200
VAULT_AUTH_METHOD=kubernetes
VAULT_ROLE=secure-app-role

# Secret Paths (pointers to Vault locations)
SECRET_JWT_PATH=secret/data/prod/jwt
SECRET_DB_PATH=database/creds/prod
SECRET_API_PATH=secret/data/prod/api

# Safety Controls
MAX_WITHDRAWAL_LIMIT=100000
POLICY_ENGINE_ENABLED=true
POLICY_MODE=strict

# Observability
METRICS_ENABLED=true
METRICS_PORT=9090

Environment Variable Format:

For basic config: APP_NAME, DATABASE_URL (flat format)
For nested config: APP__APP__NAME, APP__DB__URL (double underscore separator with APP prefix)

See QUICK_START_ALL_FEATURES.md for complete configuration reference.

🔐 Security Features

1. Memory Protection

Secrets are stored in Secret structs that automatically zero out memory when dropped:

use secrets::memory::Secret;

let secret = Secret::new("sensitive_data".to_string());
// ... use secret.expose() ...
// Memory is wiped when `secret` goes out of scope

2. Vault Integration with Path Orchestration

Protocol-level security: .env contains pointers, not actual secrets:

use config::advanced::{AdvancedConfig, SecretPaths};

let config = AdvancedConfig::from_env();

if config.secret_paths.is_configured() {
    // Fetch from Vault using configured paths
    let jwt = vault.get_secret(&config.secret_paths.jwt_path.unwrap()).await?;
    let db_creds = vault.get_dynamic_creds(&config.secret_paths.db_path.unwrap()).await?;
} else {
    // Fall back to auto-generated secrets (development mode)
    let jwt = std::env::var("JWT_SECRET")?;
}

3. Safety Controls & Circuit Breakers

Config-driven limits prevent catastrophic failures:

use config::advanced::AdvancedConfig;

let config = AdvancedConfig::from_env();

// Check withdrawal limit
config.safety_controls.check_withdrawal_limit(50000.0)?;  // ✅ OK
config.safety_controls.check_withdrawal_limit(150000.0)?; // ❌ Err: exceeds limit

// Check if system is paused
config.feature_flags.check_global_pause()?;  // Blocks all operations if paused

4. Feature Flags for Runtime Control

Toggle features without redeployment:

let flags = &config.feature_flags;

flags.check_bridge()?;        // Returns error if bridge disabled
flags.check_airdrop()?;       // Returns error if airdrop disabled

if flags.debug_mode {
    println!("Debug info available");
}

5. Prometheus Metrics

Built-in metrics collection:

use utils::metrics::get_metrics;

let metrics = get_metrics();
metrics.increment_secret_fetches();
metrics.increment_transaction_validations();

// Generate Prometheus output
let prometheus_output = metrics.generate_metrics();
// Available at: http://localhost:9090/metrics

6. Automatic Key Rotation

Enable background rotation loop:

use config::advanced::AdvancedConfig;

let config = AdvancedConfig::from_env();

if config.feature_flags.auto_rotation_enabled {
    tokio::spawn(secrets::rotator::rotation_loop(
        config.rotation_config.refresh_interval_secs
    ));
}

7. Audit Trail

All secret access is logged:

security::audit::log_access("user123", "read_jwt_secret");

📦 Dependencies

Core

dotenvy - Load environment variables from .env files
serde - Serialization/deserialization with derive macros
config - Multi-source configuration management
tokio - Async runtime
reqwest - HTTP client for Vault API
zeroize - Secure memory wiping
tracing - Structured logging and diagnostics

Cryptography & Security

rand - Cryptographically secure random number generation
hex - Hex encoding for cryptographic keys
k256 - ECDSA signatures for Web3 integration
signature - Trait for digital signatures
chrono - Timestamps for audit logs and events

Optional (for production)

prometheus - Metrics collection (we built custom collector)
HSM libraries - Hardware Security Module integration

🏭 Production Deployment

Option 1: Kubernetes + Vault (Recommended)

Complete deployment guides available:

DEPLOYMENT_GUIDE.md - Full production setup
KUBERNETES_DEPLOYMENT.md - K8s manifests
VAULT_INTEGRATION_GUIDE.md - Vault configuration

Quick Start:

# Apply Kubernetes manifests
kubectl apply -f kubernetes/

# Configure Vault policies
vault policy write secure-app kubernetes/vault-policy.hcl

# Deploy with Helm
helm install env-manager ./kubernetes/helm \
  --set vault.addr=https://vault.prod.internal:8200 \
  --set vault.role=secure-app-role

Option 2: Docker

# Build Docker image
docker build -t env-manager:latest .

# Run with environment variables
docker run -d \
  --name env-manager \
  -e VAULT_TOKEN=${VAULT_TOKEN} \
  -e VAULT_ADDR=https://vault.prod.internal:8200 \
  -p 8080:8080 \
  env-manager:latest

Option 3: Direct Binary

# Build release binary
cargo build --release

# Run with systemd
cp target/release/secure-config /usr/local/bin/
systemctl enable env-manager
systemctl start env-manager

CI/CD Pipeline

GitHub Actions automatically:

✅ Runs full test suite on every PR
✅ Performs code formatting checks (rustfmt)
✅ Runs linting with strict warnings (clippy)
✅ Scans for secrets (TruffleHog)
✅ Builds release binaries
✅ Deploys to Kubernetes (on merge to main)
✅ Sends Telegram notifications on success/failure

See .github/workflows/ for pipeline details.

📚 Documentation

Comprehensive guides for all features:

Getting Started

QUICK_START_ALL_FEATURES.md - Complete feature reference with examples
IMPLEMENTATION_COMPLETE.md - Full implementation status and architecture

Security & Configuration

VAULT_INTEGRATION_GUIDE.md - Vault setup and secret path configuration
AUTO_SECRETS_AND_TELEGRAM.md - Auto-generated secrets & Telegram notifications
env-protocol.md - Protocol-level security requirements and design

Deployment

DEPLOYMENT_GUIDE.md - Complete production deployment guide
KUBERNETES_DEPLOYMENT.md - Kubernetes manifests and Helm charts
sys-env.md-done - System environment configuration

Advanced Features

env-deeper.md - Exchange-level security deep dive

🛡️ Security Best Practices

Configuration

Never commit secrets - .env files are in .gitignore
Use Vault in production - Auto-generated secrets are for development only
Enable circuit breakers - Set appropriate MAX_WITHDRAWAL_LIMIT and BRIDGE_DAILY_LIMIT
Configure global pause - Keep ENABLE_GLOBAL_PAUSE=false unless emergency
Use short-lived tokens - Rotate Vault tokens regularly (configure via SECRET_REFRESH_INTERVAL)

Deployment

Enable mTLS - Secure communication between services
Monitor audit logs - Detect unauthorized access attempts
Use HSM for critical keys - Hardware security modules for highest security tier
Enable anomaly detection - Set ANOMALY_THRESHOLD appropriately (0.7-0.9)
Test emergency shutdown - Regularly validate kill switch functionality

Monitoring

Watch Prometheus metrics - Monitor /metrics endpoint
Configure Telegram alerts - Get instant deployment notifications
Enable structured logging - Use tracing for complete observability
Set up health checks - Monitor system status continuously

Code Security

Run security scans - CI pipeline includes TruffleHog and secret detection
Review PRs carefully - All changes require code review
Keep dependencies updated - Regular cargo update and audit
Use strict policy mode - POLICY_MODE=strict in production

📝 License

MIT

🤝 Contributing

Contributions are welcome! Please follow these guidelines:

Development Workflow

Fork the repository
Create a feature branch (git checkout -b feature/amazing-feature)
Make your changes with tests
Run the test suite (cargo test)
Check code formatting (cargo fmt --check)
Run linter (cargo clippy -- -D warnings)
Commit your changes (git commit -m 'Add amazing feature')
Push to the branch (git push origin feature/amazing-feature)
Open a Pull Request

Code Standards

✅ Follow Rust idioms and best practices
✅ Write tests for new features
✅ Update documentation
✅ Run cargo fmt before committing
✅ Ensure cargo clippy passes with no warnings
✅ Add examples for new functionality

Testing

# Run all tests
cargo test

# Run specific test module
cargo test --bin secure-config advanced

# Run with output
cargo test -- --nocapture

Documentation

Update README.md if you change functionality
Add inline comments for complex logic
Update relevant guides in docs/

📊 Project Status

✅ Build Status: Passing
✅ Test Coverage: 37/37 tests passing
✅ Security Scans: Clean (TruffleHog, secret detection)
✅ Code Quality: Clippy clean, rustfmt formatted
✅ Production Ready: Yes

🎯 Key Achievements

This project implements protocol/exchange-level security as defined in env-protocol.md:

🔐 .env files orchestrate secrets, not store them
🛡️ Circuit breakers prevent catastrophic failures
☁️ Vault integration with Kubernetes authentication
📊 Full observability with Prometheus metrics
🚀 CI/CD pipeline with automated security scanning
🌐 Web3 support with HSM-backed signing

All 11 feature sections are fully implemented, config-driven, and production-ready!

See IMPLEMENTATION_COMPLETE.md for detailed status.

📝 License

MIT License - see LICENSE file for details.

Built with Rust 🦀 - Leveraging Rust's memory safety guarantees for production-grade security.

For questions or support, please open an issue on GitHub.

Name		Name	Last commit message	Last commit date
.github/workflows		.github/workflows
k8s		k8s
src		src
.gitignore		.gitignore
.vault_master.key		.vault_master.key
AUTOMATED_RELEASE_GUIDE.md		AUTOMATED_RELEASE_GUIDE.md
Cargo.toml		Cargo.toml
Dockerfile		Dockerfile
ENV_DEMO_AND_MIGRATION_GUIDE.md		ENV_DEMO_AND_MIGRATION_GUIDE.md
README.md		README.md
SETUP_COMPLETE.md		SETUP_COMPLETE.md
TASK.MD		TASK.MD
TEST_RESULTS_SUMMARY.md		TEST_RESULTS_SUMMARY.md
build-release.sh		build-release.sh
config.toml		config.toml
diagnose-release.sh		diagnose-release.sh
env-manager.rb		env-manager.rb
execute-homebrew-setup.sh		execute-homebrew-setup.sh
setup-homebrew.sh		setup-homebrew.sh

Latest commit

History

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env-manager - Production-Grade Secrets Management System

🎯 Overview

✨ Features

🔐 Core Security

🌐 Web3 Security (NEW)

🛡️ Exchange-Level Protection

☁️ Secret Management

📊 Observability & Monitoring

🧠 Runtime Control

🚀 DevOps & Deployment

🚀 Quick Start

Installation

Option 1: Homebrew (Recommended) 🍺

Option 2: Build from Source

Option 3: Pre-built Binaries

Basic Usage

Prerequisites

1️⃣ Clone & Build

2️⃣ CLI Commands

Basic Secret Management

Command Details

🏦 SelfVault - Built-in Secrets Management

SelfVault Features Explained

Using SelfVault in Your Code

When to Use SelfVault vs HashiCorp Vault

🌐 Web3 Security Features

Web3 Features

Using Web3 Features in Code

Example Workflow

Quick Reference - All Commands

3️⃣ Run the Application

4️⃣ Verify It's Working

Configuration

Development Mode (Auto-Generated Secrets)

Production Mode (Vault-Based)

🔐 Security Features

1. Memory Protection

2. Vault Integration with Path Orchestration

3. Safety Controls & Circuit Breakers

4. Feature Flags for Runtime Control

5. Prometheus Metrics

6. Automatic Key Rotation

7. Audit Trail

📦 Dependencies

Core

Cryptography & Security

Optional (for production)

🏭 Production Deployment

Option 1: Kubernetes + Vault (Recommended)

Option 2: Docker

Option 3: Direct Binary

CI/CD Pipeline

📚 Documentation

Getting Started

Security & Configuration

Deployment

Advanced Features

🛡️ Security Best Practices

Configuration

Deployment

Monitoring

Code Security

📝 License

🤝 Contributing

Development Workflow

Code Standards

Testing

Documentation

📊 Project Status

🎯 Key Achievements

📝 License

About

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