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 which includes the following:

● NIST Standard Encryption - WhiteStar uses AES-256 elliptic curve encryption (strong as Bitcoin). If requested, WhiteStar can provide AES-128 FIPS 140-3 encryption algorithm.

● Rolling Key on Every Packet - A WhiteStar patented cryptographic protocol that uses a new key on each single packet, rather than TLS per-session keys or time-based basis.

● Enterprise Wide Deployment - Since encryption is part of the WhiteStar SNP, encryption across an entire enterprise can be changed at once to address cyberthreats.

HyperSpace's architecture is both Point-to-Point and true End-to-End. Point-to-point means that only the origin device and the receiving device see the packet. However, what does that mean in a wireless or multi-hop network environment? That is why HyperSpace(TM) takes advantage of WhiteStar SNP’s true End-to-End encryption. With true end-to-end encryption, only the device that sends the packet and the device that receives the packet has the ability to decrypt the packet. This is unlike cloud-based solutions (Signal, WhatsApp, etc.) that are encrypted multiple times point-to-point at each hop along the path allowing the packet to be decrypted and re-encrypted at the intermediary cloud locations.

HyperSpace™ takes advantage of WhiteStar SNP technologies like the Autonomic Synchronizer.

Keep your network running smoothly in the most troublesome circumstances, as well as the imbedded Guardian, Sentinel and Navigator Als, which maintain uptime, mobility and resilience.

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.

Designed for PQC adoption from day one.

Shifts the burden of security from the application developer to the network layer, so that developers can focus on their specialty- developing applications - and let WhiteStar handle securing the network.

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.