SoulID

Frequently Asked Questions

Find quick answers to the main questions about SoulID.

What differentiates cognitive biometrics from standard facial biometrics?
How can companies start using Universal ID in their ecosystems?
How the validation-based billing model protects the ROI of partner companies.
Encrypted email and unique identifiers generated by the system.
This is where SoulID's difference lies. We don't store raw facial images or voice recordings. We capture raw data points that are immediately converted into irreversible mathematical representations (hashes).
Typing rate, cursor movement patterns, and cognitive response time. This data is processed locally (on-device) whenever possible.
For the collection of sensitive biometric data.
To provide the Universal ID service.
For fraud prevention and maintaining network security.
Traditional facial biometrics simply compares one "photo" to another. SoulID uses Cognitive Biometrics and Dynamic Proof of Life. Our system analyzes facial microexpressions, pupil dilation, and thought patterns in real time. This means that even if someone possesses a high-definition photo or video of you, our AI will detect the absence of consciousness and vital signs, preventing fraud through deepfakes or digital masks.
We use a Zero-Knowledge Cryptography (ZKP) architecture. In practice, this means that SoulID does not store users' photos, videos, or audio. We transform your identity into an irreversible mathematical vector (hash). Even in a hypothetical scenario of an intrusion into our servers, an attacker would only find numerical sequences that cannot be converted back into human data. For the hacker, the data is invisible; for the system, it is mathematical proof that you are you.
Yes. SoulID was designed with the future of computing in mind. We use elliptic curve cryptography algorithms and quantum-resistant security standards, ensuring that your identity remains secure even with the exponential advancement of global processing power.
The cornerstone of our "zero leakage" guarantee is a cryptographic protocol that allows one party (the user) to prove to another (SoulID) that a statement is true (e.g., "I am the owner of this identity") without revealing any additional information (such as a facial image or name). This eliminates the risk of central databases being targeted by hackers, as sensitive data never leaves the user's device.
The process of transforming a set of biometric data into a unique alphanumeric sequence. In SoulID, hashing is unidirectional; that is, once your "Soul Signature" is converted into code, it is mathematically impossible to reconstruct your original image from that code. This protects the user against synthetic identity theft.
Unlike static biometrics (fingerprint or photo), cognitive biometrics analyzes neural and motor processing patterns. This includes touch pressure, reaction speed to visual stimuli, and the rhythmic cadence of interaction. This is what makes SoulID "AI-proof," as Deepfake algorithms can emulate appearance but cannot replicate the "spark" of human reasoning in real time.
A set of algorithms that verifies whether the source of biometric data comes from a living, present human being. SoulID uses spectral light detection to identify whether what the camera sees is real human skin or a high-definition screen attempting to inject a fake image.
We use asymmetric cryptography standards that offer the highest level of security with smaller keys, ensuring speed on mobile devices. Our architecture already includes layers of protection against quantum computing, guaranteeing that data protected today will not be "broken" by supercomputers in the future.
International standards governing Information Security and Privacy Management Systems. SoulID adopts these controls to ensure that all internal processes, from code development to customer support, follow bank-level security protocols.
Terms indicating that the platform was built respecting privacy rights from the outset. This includes the "Right to be Forgotten," where account deletion permanently erases all cryptographic traces, and "Privacy by Design," where security is not a patch but the DNA of the programming.
We guarantee that we never have access to your actual image, only to encrypted mathematical vectors.