Data Neutralization
The security posture that assumes breach is inevitable and renders exfiltrated data cryptographically inert. The question is no longer "how do we keep them out?" It's "what do they get when they're in?"
HyperSphere pioneered Data Neutralization across commercial, government, and defense environments. Stolen data that is cryptographically inert to anyone who takes it: keys derived in memory, destroyed after use — never stored, never stolen.
The breach economy is a system, not a series of incidents.
Stolen data has a market. It gets packaged, priced, and resold — often for years after the original breach. Cybersecurity Ventures projects annual cybercrime damages at $10.5 trillion; if it were a country, it would be the world's third-largest economy. And the visible numbers are a floor, not a ceiling: when the FBI seized the Hive ransomware group's infrastructure, only ~20% of its victims had ever reported the attack.
The entire model depends on one thing: the data being readable once taken. Remove that property, and the model collapses.
The car alarm never bent the theft curve. The immobilizer did.
Alarms, Clubs, and detection networks barely moved auto theft. Then the electronic immobilizer — mandated across the EU from 1998 — made a stolen car unable to start. You could possess it. You couldn't use it. Theft collapsed in every country that required it.
SIEM, EDR, XDR are the car alarms of the data layer. Data Neutralization is the immobilizer: not a better alarm, but the architectural layer that makes stolen data useless the moment it's taken.
Precisely what we mean when we say it works.
Encrypted frames are replicated identically across storage backends; any single backend holds only ciphertext, cryptographically useless without the keys — which are never stored alongside the data and do not exist at rest. Reconstruction is not computationally hard; it is infeasible, because the keys required to decrypt are absent, not hidden. We eliminate bulk decryption capability as an attack outcome. There is no key store to compromise. There is no derivation function to reverse-engineer.
See Data Neutralization applied to your industry
Explore use cases by industry and mission, or see the case for defense and government missions specifically.