Axcrypt VS dupEx

Axcrypt's answer

1. Truly Easy File Encryption

AxCrypt keeps encryption simple—right-click a file, encrypt it, and you’re done. No complicated setup, no confusing options.

2. Automatic Cloud Protection

It works seamlessly with Google Drive, OneDrive, Dropbox, and other cloud folders. Files get encrypted before they sync, keeping your cloud data safe.

3. Built-In Password Manager

Unlike most encryption tools, AxCrypt includes a secure password manager, so you can protect documents and store passwords in the same app.

4. Strong AES-256 Security

AxCrypt uses industry-standard AES-256 encryption with modern key handling—trusted by professionals for protecting sensitive data.

5. Secure File Sharing

You can share encrypted files with others securely using their AxCrypt ID, without exposing passwords.

6. Multi-platform Support

Available on Windows, Mac, Android, and iOS, so your encrypted files stay accessible anywhere.

7. Proven and Trusted

AxCrypt has been around for years, is widely reviewed, and is known for its stability and reliability—making it trusted by individuals and companies.

8. Open and Transparent

AxCrypt’s core design and encryption approach are transparent, unlike some alternatives that lack independent verification or a track record.

dupEx's answer:

Its focus on the second half of the job: not just finding duplicates, but choosing safely which copy to delete. Information also lives in file names and folders, so dupEx pairs exact detection (hashing plus optional byte-for-byte verification) with selection rules, protected reference folders and live results that can be acted on while the scan is still running.

Axcrypt's answer

• Choose AxCrypt for unmatched simplicity with real AES-256 security.

• Pick AxCrypt when you want encryption that just works—right-click and protect.

• Go with AxCrypt for automatic cloud-safe protection across all your devices.

• Use AxCrypt to share encrypted files securely without exposing passwords.

• Choose AxCrypt for built-in password management + strong file encryption in one app.

• Trust AxCrypt when you need proven, reliable, long-standing encryption—not experimental tools.

• Choose AxCrypt for excellent customer support that actually responds and solves your issue.

dupEx's answer:

For certainty and safety on Linux: byte-for-byte verification instead of "probably identical", protected reference folders, confirmation before every delete, and a clear view of which files cannot be deleted and why. It integrates with the common Linux file managers, handles network shares and hundreds of thousands of files, and ships for all major package formats. Scanning is free and unlimited; the license is a one-time purchase, no subscription.

Axcrypt's answer

• Personal users protecting documents like IDs, financial papers, medical files, and cloud backups.

• Professionals & freelancers who share confidential files with clients and need secure workflows.

• Small businesses & teams needing quick, dependable file-level encryption without enterprise complexity.

• Non-technical users who want strong protection but prefer a clean, simple interface.

dupEx's answer:

Linux desktop users with large, grown file collections — photos, documents, media archives, backups spread over several drives and NAS shares — and Linux power users who want exact control: byte-for-byte verification, regex selection rules, protected reference folders and network shares. Both want to reclaim space without the risk of deleting the wrong copy.

dupEx's answer:

It started in February 2026 as a hobby project: a way to compare large files bit by bit. During development, another tool reported two files as duplicates that differed in a single bit — if one copy is damaged, the intact one might be the one that gets deleted. That set the standard: dupEx has to be certain. What began as a tool for personal use grew into a product, tested on 13 Linux distributions, 7 desktop environments and 6 package formats before the stable 1.0.0 release in September 2026.

dupEx's answer:

A C engine with BLAKE3 hashing, SIMD assembly for the byte-for-byte comparison (SSE2, SSE4.1, AVX2), OpenMP for parallel work and SQLite for the hash cache; libmagic for file-type detection; a GTK4 interface written in Rust (gtk4-rs).