IronClad Encryption (ICE) brings innovation and next-generation leadership to data encryption security. Our strategic and tactical data protection solutions strengthen existing encryption methods. ICE's unique, patented technology may be used with both proactive and reactive techniques, helping our customers mitigate risk, manage compliance and achieve greater peace of mind.
IronClad Encryption technology is an enhancement to secret key algorithms. Our solutions increase the effectiveness of current encryption products, making it virtually impossible to compromise stored and transmitted data.
A unique feature of IronClad Encryption's technology is the ability to provide continuous authentication of encrypted data transmitted, creating much stronger defenses to most hacker attacks.
Stronger encryption is a key component to the overall solution to this problem. IronClad Encryption was formed to develop and license a new approach that dramatically enhances the strength of today's key-based encryption methods. Through its patented Dynamic Synchronous Key Management technology, IronClad Encryption brings innovation to data encryption security.
Our Mission
"Providing global freedom to execute electronic transmissions and store electronic data absent the oppressive intrusion of cyber-terrorism that causes destruction and loss. Offering cybersecurity encryption so advanced, it operates without performance degradation or significant band-width usage."
IronClad Encryption-powered solutions utilize our patented Dynamic Encryption and Perpetual Authentication technologies to make all known key-based encryption technologies virtually impossible to compromise. Dynamic Encryption eliminates vulnerabilities caused by exposure of any single encryption key by continuously changing encryption keys and keeping them synchronized in a fault-tolerant manner. Perpetual Authentication uses multiple virtual channels for encryption, so that if one channel is compromised, the others maintain encryption integrity, all with very low latency and system performance overhead.
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