No other solutions have withstood a quantum computer cyber-attack. PME from the inventor of Polymorphic Encryption is the next generation disruptive cybersecurity solution that will replace AES as the data encryption standard. Machine learning and quantum computers easily overcome legacy AES and expose data at any point in the data path putting your data and your agency or business at risk. Fully patented and trade protected PME is your new standard of defense for data protection.

1. https://ageos.us
PME – The ONLY Proven
Quantum-Resistant Solution
Is your data encryption capability sufficient to
protect your business needs tomorrow?
Advanced machine learning and quantum
computers establish a new and critical timeline for
data protection requirements.
PATENTED AND TRADE SECRET POLYMOPHIC ENCRYPTION - PME
PME is based on new math (invented 2004) and a “shell within a shell” encryption
methodology. PME creates splinters or shards from the document being encrypted
and assigns a random key to each shard. Multiple ciphers are employed, random
number generators (RNGs) are applied, camouflage is introduced then the entire
data set is compressed. The compression step in the algorithm can result in up to a
95% reduction in file size which reduces network latency. During transmission if the
encrypted packet encounters a man in the middle or an in-path transmission attack
the embedded “chameleon” data intelligence will mutate the embedded shards into
“n” additional shards. At the destination mailbox the embedded rotating key algorithm
unpacks the shards and reassembles them for the intended user. PME is deliverable
as a subscription based installable app, a SAAS solution, an appliance-based OS
independent solution, and a mobile app for Federal, Enterprise, and individual users.
PME IS EVOLUTIONARY TO AES
The patented PME technology is evolutionary to legacy AES and represents the next
generation in digital cybersecurity. Dr. Albert Carlson is the inventor of this “new
math” and is the only person to have designed practical polymorphic cipher engines.
PME offers unequaled encryption capabilities for data in motion and data at rest while
providing the capability to transfer a very high volume of data without the usual delays
associated with legacy AES and other traditional encryption technologies. PME
enhances multi-layer security architecture and is designed to be modular and
customizable therefore adaptive which allows optimization for targeted environments
and devices. PME is multi-threaded and self-protecting in transmission offering
exponential increase in data security while avoiding merely increasing the key sizes.
MAXIMUM DATA PROTECTION FOR POST QUANTUM NEEDS - TODAY
PME is the first and most capable entrant into the next generation of cryptography.
PME is FIPS 140-2 compliant today and is currently becoming the de-facto standard
for federal agencies seeking to protect data in an inherently insecure world.
Since 2019 PME has been tested and remains unbroken by
the US Military, Academia, and US Intelligence thereby
validating its capabilities in the post-quantum world
SPLINTERING / SHARDING
Each message is made into n number of
splinters prior to being sent. Visually, this is
like creating your data on a pane of glass
and then striking it with a hammer at any
random point.
COMPRESSION
The ONLY available Polymorphic Encryption
technology that embeds multiple ciphers,
random number generations, camouflage
and silent sentinel awareness in the data
packet before it is sent
“CHAMELEON” SELF PROTECTION
Each compressed data packet is self-aware.
If the embedded awareness senses an
anomaly such as a hack the embedded data
will mutate the data from its original stream
and render it unintelligible.
DATA ENCRYPTION BLACK BOX
Operating in a similar fashion to the airplane
“black box” this feature tracks every
modification including any data in motion
anomaly for encrypted data while correlating
encryption and decryption activities by the
sender and the receiver.
NEXT GEN POST-QUANTUM
ENCRYPTION
Polymorphic Encryption (PME),
the new gold standard for data encryption
• Creates multiple keyed “shards”
• Rotating Key Algorithm eliminates AES “patterning”
• Camouflages data
• Compresses Files up to 95% & Reduces Network Latency
• Overlays instead of replacing current cybersecurity suite
• Defends itself when threatened
.