Mathematical Magic
Your data is split and encoded so that no single piece reveals anything. Only when recombined is the full dataset readable.
Multi-Party Computation
Run queries, analytics, or AI on encrypted data, without ever decrypting it. Privacy isn’t sacrificed for performance.
Cloud Vendor Security & Fault Tolerance
Our architecture mathematically splits your data and distributes it across multiple clouds, making it useless to any single provider or insider. No keys to steal. No full dataset to breach.
Drop-In Solution
SecretSkyDB wraps around your existing systems without changing your apps, GUIs, performance or workflows. It’s just added security—seamless, invisible, and instant.
No Performance Overhead
Verified by TPC-C benchmarking—SecretSkyDB adds no measurable latency. Military-grade protection without slowing you down.
HOW WE SECURE WHAT OTHERS DON'T
The SSDB Difference -
Mathematical Magic + Data Sharding =
Logically Unbreakable
SecretSkyDB uses mathematical secret sharing and multi-party computation to break data into encrypted fragments—unusable on their own, but instantly reconstructable when accessed by an authorized party. This makes it logically unbreakable, even by future quantum computers.
Keyless Information-Theoretic Security for Files & Databases.
Own Your Data.
Stop Ransomware & Data Leaks.
Prepare for the Quantum Computing Near Future.
Keyless Information-Theoretic Security
for Files & Databases.
Own Your Data.
Stop Ransomware & Data Leaks.
Prepare for the Quantum Computing Near Future.
Quantum Protection already?!
Why Wait?
Ransomware, Leakage & Quantum Risk Are Already Here.
1. Stop “Harvest Now, Decrypt Later” Attacks
Your encrypted data could be stolen today and decrypted years from now by quantum computers. Don’t let that window stay open.
2. Ransomware-Proof by Design
Eliminate the attack vector. No keys to steal. No single point to compromise. No ransom to pay.
3. Don’t Just Trust the Cloud — Make It Trustless
SecretSkyDB splits data across providers, so no single cloud can access your full data.
4. Prevent Leaks, Internally and Externally
Even privileged insiders can’t access what they don’t control.
5. Built-in Compliance
Data sovereignty, zero trust, and encryption standards—handled by design, not policy.
"It’s possible a quantum computer could solve this puzzle in days or even hours, putting everything from state secrets to bank account information at risk."
"Even if an adversary can’t crack the encryption that protects our secrets at the moment, it could still be beneficial to capture encrypted data and hold onto it, in the hopes that a quantum computer will break the encryption down the road. This idea is sometimes expressed as “harvest now, decrypt later” — and it’s one of the reasons computers need to start encrypting data with post-quantum techniques as soon as possible."
BUILT ON PATENTED,
PROVEN CRYPTOGRAPHY
Distributed proven trust based on cryptographic secret sharing
The SSDB Difference -
Mathematical Magic + Data Sharding =
Logically Unbreakable
HOW WE SECURE WHAT OTHERS DON'T
SecretSkyDB uses mathematical secret sharing and multi-party computation to break data into encrypted fragments—unusable on their own, but instantly reconstructable when accessed by an authorized party. This makes it logically unbreakable, even by future quantum computers.
Mathematical Magic
Your data is split and encoded so that no single piece reveals anything. Only when recombined is the full dataset readable.
Multi-Party Computation
Run queries, analytics, or AI on encrypted data, without ever decrypting it. Privacy isn’t sacrificed for performance.
Cloud Vendor Security
& Fault Tolerance
Our architecture mathematically splits your data and distributes it across multiple clouds, making it useless to any single provider or insider. No keys to steal. No full dataset to breach.
Drop-In Solution
SecretSkyDB wraps around your existing systems without changing your apps, GUIs, performance or workflows. It’s just added security—seamless, invisible, and instant.
No Performance Overhead
Verified by TPC-C benchmarking—SecretSkyDB adds no measurable latency. Military-grade protection without slowing you down.
BUILT ON PATENTED,
PROVEN CRYPTOGRAPHY
Distributed proven trust based on cryptographic secret sharing
Tamper-Proof Distributed Execution
Secure computation, even across hostile or compromised systems.
Powered by patented Accumulating Automata and Cascaded Equations
Encrypted RAM Logic
Process sensitive data in untrusted environments - safely.
Encrypted RAM ensures that even "in processing" data stays protected
No Single Point of Compromise
Every part of your system can fail—without exposing your data.
Designed for zero-trust architectures and adversarial environments.
Tamper-Proof Distributed Execution
Secure computation, even across hostile or compromised systems.
Powered by patented Accumulating Automata and Cascaded Equations
Encrypted RAM Logic
Process sensitive data in untrusted environments - safely.
Encrypted RAM ensures that even "in processing" data stays protected
No Single Point of Compromise
Every part of your system can fail—without exposing your data.
Designed for zero-trust architectures and adversarial environments.
BUILT ON PATENTED, PROVEN CRYPTOGRAPHY
Distributed proven trust based on cryptographic secret sharing
Tamper-Proof Distributed Execution
Secure computation, even across hostile or compromised systems.
Powered by patented Accumulating Automata and Cascaded Equations
Encrypted RAM Logic
Process sensitive data in untrusted environments - safely.
Encrypted RAM ensures that even "in processing" data stays protected
No Single Point of Compromise
Every part of your system can fail—without exposing your data.
Designed for zero-trust architectures and adversarial environments.
Backed By
