HyperSpace™ takes advantage of WhiteStar SNP's embedded AIs to keep your network running smoothly in the most troublesome circumstances. These AIs include the:

● Guardian

● Sentinel

● Navigator

● Autonomic synchronizer

HyperSpace™ takes advantage of WhiteStar SNP's Advanced Cryptography including:

● NIST Standard Encryption

● Rolling Key on Every Packet

● Enterprise Wide Deployment

HyperSpace™ takes advantage of WhiteStar SNP's Point-to-Point and true End-to-End encryption:

● Only Sender & Receiver Can Decrypt Packets

● No Intermediate Decryption at Cloud Hops

● Packets Remain Encrypted to Network Edge

HyperSpace™ takes advantage of WhiteStar SNP's patented "cohorts" technology to create the absolute smallest surface area to attack.

● Meshed networks surface area is equal to the number of nodes connected

● Cohorts surface area is always ONE

● ONE is hardest to hack

● ONE is least to gain if hacked

HyperSpace™ takes advantage of WhiteStar SNP's Content Oriented Networking to provide intelligent functionality such as:

● Direct access to indexed content

● Geospacial packet tracing

● User defined sensor capabilities

HyperSpace™ takes advantage of WhiteStar SNP's patented Crypto-Tag Switching to:

● Maintain End-to-End Encryption

● Forward encrypted packets without decrypting the packets

● Allow connection even when behind desperate firewalls

HyperSpace™ takes advantage of WhiteStar SNP's self-forming and self-healing capabilities to ensure:

● Networks exist only as needed

● No replay attacks are possible

● Alternate paths accessed as needed

● Attacking parties isolated/stopped

HyperSpace™ matches underlying protocol speeds with negligible increase in latency.

Speeds up to 95% of the underlying network put it among the most performant private networks available.

HyperSpace™ takes advantage of WhiteStar SNP's design for operating in the Post Quantum Computing world.

● Supports Post Q NIST Algorithms

● Supports Hybrid traditional/quantum

● Point to Point entanglement support

Removes single points of failure common in ZTNA platforms.

Functions in a Cloud-like manner but without the needed infrastructure of a Cloud.

This removes potential data exfiltration points and reduces threat surface area.

A radical departure from TLS per- session keying.

All applications that use the WhiteStar protocol rekey on each packet, rather than on a per- session or time-based basis, and they do so with little to no loss in performance or resource usage.

Encrypt and limit access to devices even inside of a local network.

No longer can devices that connect to an internal device on a VPN ping every other device within the network.