IronClad hardens the encryption the world already trusts by continuously changing and re‑synchronizing keys — so a stolen key is worthless the instant it’s taken. Perpetual defense, with no performance tax.
Watch this stream become the mechanism ↓IronClad Encryption secures digital assets and communications across a wide range of industries and technologies, making all known key-based encryption virtually impossible to compromise.
By continuously changing and re‑synchronizing encryption keys, we turn the static defenses the world already trusts into perpetual ones — protecting data, communications, and digital assets without the performance cost that forces security trade‑offs.
Dynamic Encryption is not just an idea. It is protected by a foundation of granted U.S. patents plus active filings, so the technology on this page is IronClad's to license and build on.
IronClad enhances existing encryption, including AES and 3DES, without adding latency or performance overhead. Instead of one static key, keys are generated continuously and stay in sync between sender and receiver. That live stream above is exactly this, in motion.
The Dynamic Encryption engine eliminates the single point of failure inherent in single-key techniques. It continuously generates synchronous keys between sender and receiver, and each key protects only a tiny amount of data, so accessing any one of hundreds of millions of keys yields virtually useless data.
A redundant encryption channel runs alongside the primary one. If a channel is compromised, the second maintains encryption integrity, continuously authenticating transmitted data and hardening defenses against most attacks.
Built-in tolerance means that if a call or data packet drops on a faulty network, the keys stay synced between sender and receiver, so protection never breaks.
The increasing number of data thefts and security breaches, and new and pending legislation, is driving businesses to make data security a top priority.
Read more →An enhancement to secret-key algorithms that continuously generates synchronous keys, increasing the effectiveness of existing encryption without performance overhead.
Read more →Future data protection products will address the needs of enterprise and industrial customers.
Ultra-secure, ultra-rugged mobile handsets engineered to ensure absolute privacy.
In developmentA Secure Communication Appliance, the telecommunications gateway that connects handsets to PBX and call-manager systems.
In developmentContext-free, natively-secure containers. ICEMicro containers communicate securely, out-of-the-box.
Open sourceicecube, a native Docker container TLS solution, and iceman, a symmetric TLS library in Python.
Open sourceSecure call traffic between mobile handsets, PBX systems and distributed offices.
Secure communication between Docker containers natively, across disparate platforms.
Protect the client credentials that underpin every legitimate digital-wallet transaction.
Type a message, watch it encrypt, then decrypt it back, a live demonstration of the continuously-changing key stream.