SHA-384 generator

Free SHA-384 Generator Tool

The SHA-384 Generator instantly creates a 384-bit SHA-2 hash from any text or file, outputting in hex or Base64. It helps you verify integrity, fingerprint data, and standardize checksums. Use it when you need a secure, one-way digest for downloads, audit trails, and cryptography workflows.

What is SHA-384 Generator?

The SHA-384 Generator is a browser-based utility that computes SHA-384 hashes—fixed-length, 384-bit digests produced by the SHA-2 family. Because SHA-384 is one-way and collision-resistant, it’s ideal for integrity checks, content addressing, and pre-hashing in digital signature schemes.

On Monkey Type, the SHA-384 Generator gives you an instant, privacy-friendly way to hash text or files without installing software. Your data is processed locally in the browser, so sensitive inputs never leave your device. This makes it a reliable tool for developers, security teams, and power users.

If you need a shorter or longer digest, consider related algorithms like SHA-256 or SHA-512. For encoding the output for transport, the Base64 Encoder is a convenient follow-up.

Why Use SHA-384 Generator?

• Verify file integrity: Hash a downloaded file and compare the digest to the publisher’s checksum. This quickly detects tampering or corruption. For side-by-side validation, try the Hash Compare tool.
• Content fingerprinting: Create deterministic fingerprints for documents, backups, and datasets. SHA-384’s larger output reduces accidental collisions compared to smaller hashes.
• Pre-hashing for signatures: Many signature schemes expect a hash of data. SHA-384 is a strong choice within the SHA-2 family for ECDSA/RSA workflows.
• Webhook/API security: When combined with a secret key as HMAC-SHA-384, you can authenticate messages. For keyed hashing, use the HMAC Generator.
• Education and testing: Demonstrate cryptographic hash properties—determinism, avalanche effect, and one-wayness—quickly in the browser on Monkey Type.

How to Use SHA-384 Generator on Monkey Type

1. Open the SHA-384 Generator on Monkey Type in your browser.
2. Choose your input type:
   • Paste or type text into the input field, or
   • Upload a file to compute its SHA-384 checksum.
3. (Optional) Select your output format: hexadecimal (lowercase or uppercase) or Base64. If you need to encode the digest for APIs, the Base64 Encoder is handy.
4. Click “Generate” to compute the SHA-384 hash instantly.
5. Review the 96-character hex digest (or Base64) displayed.
6. Use “Copy” to copy the result, or download it if provided.
7. (Optional) Compare your result with a published checksum using Hash Compare for quick validation.

Expected result: a deterministic 384-bit digest that changes completely if any input byte changes. Re-running with the same input will always yield the same output.

Key Features

• Client-side hashing for privacy—data stays in your browser.
• Text and file hashing to cover common verification needs.
• Multiple output encodings: hex (lower/upper) and Base64.
• Instant results with copy-to-clipboard and download options.
• Whitespace/line-ending control to keep inputs consistent.
• Lightweight and fast—no login or installation required on Monkey Type.
• Works alongside related tools like SHA-512 Generator for longer digests.

Best Practices & Tips

• Normalize input: Ensure consistent line endings and encoding (UTF-8) before hashing. If you’re preparing data for URLs, use the URL Encoder first.
• Don’t hash passwords directly: Plain SHA-384 is not suitable for password storage. Use a slow, salted algorithm such as the BCrypt Generator instead.
• Verify publisher checksums: Always prefer checksums posted over HTTPS or signed releases. Compare your SHA-384 digest against the official value.
• Avoid truncating blindly: If you shorten hashes for display, document the policy and accept the collision risk. Prefer full-length digests for security-critical tasks.
• Use HMAC for authenticity: To confirm both integrity and authenticity of messages, prefer HMAC-SHA-384 via the HMAC Generator.
• Keep file inputs stable: Small changes in metadata or compression can alter hashes. For structured data, consider formatting first with the JSON Formatter.

Common Use Cases

• Software downloads: Compute the SHA-384 checksum of installers and verify against the vendor’s published hash.
• Data pipelines: Fingerprint records or files to detect duplicates and track transformations across stages.
• Digital signatures: Pre-hash documents with SHA-384 before signing in ECDSA/RSA systems that specify SHA-2.
• Compliance and audits: Attach SHA-384 digests to logs, backups, and exports for tamper-evidence.
• API/webhook verification: Validate payloads using HMAC-SHA-384 to ensure messages are unaltered and authentic.
• Research and education: Demonstrate the avalanche effect by hashing slightly different inputs and observing radically different outputs.

Frequently Asked Questions

What is SHA-384 and how strong is it?

SHA-384 is a 384-bit variant of the SHA-2 family. It’s considered secure for collision and preimage resistance in modern applications. Its larger output compared to SHA-256 further reduces accidental collision probability, making it a solid choice for integrity and signing workflows.

Can I reverse a SHA-384 hash?

No. SHA-384 is a one-way function. You cannot derive the original input from the digest. To verify a value, hash the candidate input and compare the resulting digest to the known SHA-384 checksum.

When should I use SHA-256 vs SHA-384 vs SHA-512?

All are SHA-2 variants. SHA-256 is widely used and efficient; SHA-384 offers a longer digest with strong security margins; SHA-512 is optimal on 64-bit platforms and provides the longest digest. Choose based on policy, interoperability, and performance. You can try the SHA-256 Generator or SHA-512 Generator to compare.

Is SHA-384 suitable for password hashing?

No. Use a dedicated password hashing function with salt and work factor, such as the BCrypt Generator. Plain SHA-384 is too fast and vulnerable to brute-force attacks on passwords.

Does the SHA-384 Generator run locally in my browser?

Yes. On Monkey Type, hashing is performed client-side for privacy, so your text and files are not uploaded to a server. This provides immediate results and keeps sensitive data on your device.