Modern digital fraud no longer relies on crude deceptions. With the rapid rise of generative artificial intelligence, bad actors can effortlessly clone executive voices, replicate entire company websites, and manipulate digital assets. Traditional security systems continue to depend on static proofs—such as passwords, identity cards, and fixed site badges—that are inherently vulnerable to duplication. When static information can be copied in seconds, conventional verification fails to protect organizations, customers, and critical infrastructure from costly exploitation.
Marco Prive, Founder of Technologies Marco Prive, developed Seal LIFAIO™ to address this vulnerability by shifting focus from visual credibility to living, time-sensitive verification. By requiring rotating codes and multi-human authorization for high-stakes decisions, the Montreal-based platform is designed so that copied assets lose their value the moment someone tries to use them. In this Executive Q&A, Prive breaks down the mechanics behind living verification, the importance of distributed authorization, and how organizations can safeguard operations without collecting invasive biometric data.
Q: Traditional security frameworks often ask whether an identity credential, email, or website badge looks convincing. Why does this visual approach fail against modern automated fraud and deepfakes?
Marco Prive: For years we trained people to look for signs of trust: a logo, a padlock, a familiar voice, a professional email signature. The problem is that all of those things can now be copied perfectly, and fast. A fraudster can rebuild a website in an afternoon and clone a voice from a short video clip. So the question “does this look real?” doesn’t protect anyone anymore, because the copy looks exactly like the original.
What a copy can’t do is prove something that changes over time and that only the real organization controls. That’s the shift we made with Seal. We stopped asking people to judge appearances and started giving them something they can check for themselves, in a few seconds, at the moment it matters.
Q: Seal LIFAIO uses a 16-digit verification code that renews every 60 seconds by default (organizations can set a shorter interval) and requires no account or application to check. How does this zero-friction verification work in practical scenarios like in-person meetings or sensitive phone calls?
Marco Prive: The idea was to make verification as easy as reading a clock. The person being verified shows or reads out their current code. The other person goes to seal.lifaio.com on their own, types the code, and sees right away who it belongs to and whether it’s valid right now. No account, no app to install.
Say someone calls your accounting department claiming to be the CFO and asks for an urgent payment. Instead of trusting the voice, the employee asks for the Seal code and checks it. A cloned voice can say anything, but it can’t produce the right code at that exact moment. Same thing in person: a contractor showing up at a site, a courier, a new supplier. It takes about ten seconds, and it doesn’t require anyone to be technical.
Q: For critical operations such as wire transfers or large data exports, Seal can require approval from two or more verified individuals, with the number set by each organization. How does this distributed human authorization prevent breaches caused by compromised insider credentials or executive impersonation?
Marco Prive: Most major frauds come down to one person being convinced, or one account being taken over. If a single approval is enough to move money or export a database, then a single mistake is enough to cause the damage.
With Seal, an organization can decide that certain actions need more than one verified person to agree, each confirming on their own within a set time limit. If an attacker steals one employee’s credentials, that’s no longer enough. If someone impersonates the CEO over the phone, the other approvers still have to confirm independently, and that’s usually where the story falls apart. It’s the old “two keys to open the vault” principle, applied to digital decisions. It slows things down a little, but only for the few operations where that makes sense.
Q: Website spoofing has become remarkably sophisticated, with fraudsters easily copying static security seals and badges. How does your domain-tied verification expose fake sites and protect end users?
Marco Prive: A security badge on a website is just an image. Anyone can copy it onto a fake site, and most people will never click on it anyway. So we tied the verification to the domain itself.
When someone checks a site with Seal, they go to seal.lifaio.com themselves. They don’t click a link on the page they’re unsure about. They see which organization is verified and the exact domain it’s verified for. If you’re on a lookalike address, the domain doesn’t match, and the difference is right there in front of you. A copied badge on a fake site ends up working against the fraudster, because it points back to a verification that tells you the site isn’t the real one.
Q: When verifying sensitive files, invoices, or audio-visual media, Seal focuses on provenance rather than judging objective truth. How does in-browser fingerprinting establish authenticity without exposing the contents of confidential documents?
Marco Prive: We’re careful about what we promise here. Seal doesn’t tell you whether an invoice is fair or whether a statement is true. It tells you whether the file you received is exactly the one the organization sealed, and who that organization is.
The fingerprint is calculated in the person’s own browser. The file never leaves their computer and is never uploaded to us. When a customer receives an invoice, they enter the short code printed on it and choose the file. If one digit in the bank details was changed along the way, the fingerprint no longer matches and they’re told not to pay. For a law firm or an accounting office, that means they can offer verification to clients without ever handing us a confidential document.
Q: Many modern identity solutions rely heavily on facial recognition, GPS location, and extensive biometric surveillance. How did you design Seal LIFAIO to deliver rigorous security while intentionally minimizing stored personal information?
Marco Prive: From the start, I set a rule for myself: Seal shouldn’t hold data it doesn’t need. Seal doesn’t store faces, ID documents, biometric data or anyone’s location. We verify the organization and the people who act on its behalf, then we work with codes and fingerprints rather than personal information.
Honestly, it’s also a security choice. A database full of faces and ID cards is exactly what attackers go after. If we don’t have it, it can’t leak. Documents are fingerprinted on the user’s device, verifications don’t require an account, and people can leave whenever they want. We’re a Quebec company, so Law 25 was part of the design, not something we added later.
Securing enterprise operations and consumer trust against advanced fraud requires moving away from static markers that anyone can copy or clone. By anchoring authentication to time-sensitive proofs and distributed human consensus, organizations can render stolen credentials, deepfakes, and forged websites ineffective at the exact moment of decision-making.
As artificial intelligence continues to lower the barrier for sophisticated deception, living verification introduces an essential safeguard for modern communications, digital media, and data systems. Seal LIFAIO™, which is patent pending in the UK, demonstrates that stripping value from copied data while keeping the verification process accessible and privacy-conscious provides a pragmatic path forward for digital security across global industries.
To learn more, visit https://seal.lifaio.com and https://lifaio.com.
