A patented solution designed to protect individuals from digital threats in real time — bridging the gap between personal and enterprise security that no other protocol addresses.
Your security stack verifies devices. Not humans. DeepTrust Verified is the first bilateral cryptographic protocol that closes the attestation gap — the unguarded moment between your last control and your first act of trust.
As digital threats become more sophisticated, individuals remain the most vulnerable point in the security chain — and increasingly the primary target. Your perimeter is defended. The human inside it is not.
The employee transferred $25 million USD. Zero credentials were breached. Every existing security control passed. MFA passed. The VPN was legitimate. The device was trusted. The only thing never verified was the human on the other end of the call — because no technology existed to verify it. Until now.
MFA verifies a device. EDR monitors an endpoint. SIEM logs the traffic. None of them verify that a human being — the right human being — is actually present on the other end of a trusted exchange. That gap, between your last control and your first act of trust, is the attestation gap. It is where the most damaging attacks now live.
| Existing Control | Where It Falls Short | How DeepTrust Closes the Gap |
|---|---|---|
| MFA / 2FA | Verifies device possession, not human presence. Vulnerable to phishing and social engineering. | Bilateral Trust Loops verify the human in real time. Deepfakes cannot replicate a live bilateral code exchange. |
| Voice / Face Biometrics | AI clones voices in real time and generates synthetic faces. Biometrics are permanent and unrevokable if compromised. | Ephemeral codes change every 30 seconds. Impersonation is impossible even with a perfect voice clone or deepfake face. |
| FIDO2 / Passkeys | Confirms device possession, not human presence. A stolen device passes every check. The human is assumed, never verified. | Human verification is device-independent. A compromised device cannot complete a Trust Loop without the live human. |
| KYC / Onboarding | Verifies identity once at enrollment. Cannot confirm the same person is present during a high-risk interaction weeks later. | Real-time verification every interaction. Mutual confirmation using encrypted, human-mediated codes every session. |
| Enterprise SSO | Protects systems but cannot confirm the authenticated user is genuinely present in each high-value subsequent interaction. | Trust Loops deliver per-interaction verification. Fully compatible with existing SSO infrastructure. |
| Iris Orbs / Web3 ID | Answers “Are you a human?” at enrollment. Cannot answer “Is this specific human present right now?” | Rotatable secrets, revocable per contact. No biometrics stored. Bound to the exact interaction. |
We have developed a proactive cybersecurity system that protects individuals in real time — detecting and preventing threats before they cause harm. Our approach extends beyond traditional enterprise security by addressing risks at the individual human level.
Two people. Two secret codes. Neither guessable without the bilateral seed. Both must confirm simultaneously over a live channel. A deepfake cannot complete this — mathematically impossible.
The server never holds plaintext seeds or codes. Structurally incapable of reconstructing events. Security holds even if the server is fully compromised. Architecture, not policy.
Every verification event produces an Abracadabradoo record — cryptographically chained, auditable, non-repudiable, and compliant with NIS2, DORA, UNECE R156, and the EU AI Act.
Insurers don’t wait for the fire — they require the alarm before they’ll cover the building. DeepTrust Verified is that alarm. The control that finally makes deepfake fraud insurable, auditable, and preventable.
Our software delivers continuous monitoring, intelligent bilateral verification, and tamper-evident attestation through patented technology. Real session logs confirm reduction to practice.
The actual DeepTrust Verified protocol running live in your browser. No download, no server, no account needed.
The system leverages nested AEAD encryption, behavioral presence detection, and a server-blind architecture to identify and prevent impersonation at the earliest stage. Designed for scalability, it integrates seamlessly as an additional security layer into any enterprise environment.
Both humans complete bilateral TOTP. State machine advances to state=2. Event hash generated from session ID, timestamp, and action.
nonce₁ derived from event_hash. nonce₂ derived from EE ciphertext. Each depends on the other — modification to either invalidates both. Tamper-evident by mathematics.
Server holds EE, PT, event_hash — all encrypted. Architecturally incapable of decrypting. Any party with K_session can independently verify. Structure, not policy.
Each trusted relationship generates a unique bilateral seed — separate from device credentials. Each party holds a seed the other created. Asymmetric by design. The relationship itself becomes a cryptographic anchor.
Both parties generate time-bound codes simultaneously. Party A reads their code aloud to Party B over the existing live channel. Both must enter the other’s code within 30 seconds. A deepfake cannot complete this — it has never held the seed.
The server never holds plaintext seeds or codes. Structurally incapable of reconstructing events. Security holds even if the server is fully compromised. This is architecture, not policy.
Nested AEAD with double-hash chaining. nonce₁ = SHA256(event_hash ‖ “EE”). nonce₂ = SHA256(EE ‖ “PT”). Neither artifact can be forged independently. Court-grade evidence by architecture.
Trust Loops maintain verified presence across the lifecycle of a high-value interaction. Not just at the door — every room. Every critical moment can be gated.
Modern attacks increasingly target individuals as entry points into larger systems. Protecting people means protecting entire organizations. The gap is human — and it runs through every enterprise in the world.
UNC1069 and nation-state threat actors deploy synthetic identity operations at enterprise scale — targeting authorization flows, vendor approval chains, and high-value wire instructions. The attack surface is human, not technical.
NIS2, DORA, UNECE R156, and the EU AI Act are all converging on the same compliance requirement: verifiable human authentication controls. The layer they require does not exist in any other product today.
As deepfake fraud becomes underwritable, insurers who mandate DeepTrust as a condition of coverage trigger deployment across entire enterprise portfolios simultaneously. One mandate. Thousands of deployments.
DeepTrust deliberately does not compete with IAM, MFA, PAM, ERP controls, SOC tooling, fraud detection, or biometrics. It wraps them. A thin, enforceable control that activates only at high-risk human decision points — the choke points where impersonation causes the most damage. Everything below it remains unchanged.
DeepTrust is layered on top of existing security and business workflows — it doesn’t replace them. For a pilot, the work is integrating a mutual proof-of-presence gate at 1–2 high-risk decision points. Nothing else changes.
Before any payment above a threshold commits, DeepTrust requires bilateral confirmation. The Arup attack fails at this gate. Every time.
Vendor impersonation and payment redirection stopped before the bank detail change commits. Both parties verify simultaneously.
Account takeover via social engineering requires an authoriser. DeepTrust forces that authoriser to prove simultaneous presence before recovery completes.
UNECE R156 requires a human to authorise every OTA update. DeepTrust produces the cryptographic proof that a human — not just a device — gave that authorisation.
Each relationship gets a unique bilateral seed. No central authority. Trust is peer-to-peer and cryptographically anchored between exactly two humans.
Any trust relationship can be revoked at any time — per contact, per device, per context. No hardware tokens to retrieve. No biometrics to overwrite. One action. Done.
Trust Loops scoped to specific event types, time windows, or transaction thresholds. Extend exactly as much trust as the context requires — and no more.
“Even if a user’s device is compromised, DeepTrust still requires independent, simultaneous participation from the counterparty. A single compromised endpoint is insufficient to authorise a protected action. That’s not a feature. That’s the design.”
“If Arup had DeepTrust at the wire approval choke point, the deepfake CFO attack could not physically have succeeded. The bilateral secret was never shared with the attacker. The event was never bound to their identity. The transfer could not commit.”
Individuals seeking advanced digital protection. Companies enhancing employee security. Integration with enterprise cybersecurity infrastructure. The same protocol scales from protecting a family member to authorising a vehicle OTA update across a global supply chain.
Anyone who needs to verify the human on the other end of a call, message, or transaction before extending trust. Families, freelancers, anyone targeted by impersonation fraud.
CFO impersonation and vendor fraud exploit the gap between MFA and wire approval. DeepTrust makes the $25M Arup case structurally impossible.
R156 mandates traceable human authorisation for every OTA update. SekTok authenticates the device. DeepTrust authenticates the human. The R156 audit record is produced automatically.
Absence of a human attestation layer will become a coverage exclusion. DeepTrust Verified is the policy-enabling control — insurable by construction, not exception.
POs, contract approvals, financial transactions — all authorised by email click today. One spoofed email equals misdirected payment. DeepTrust gates the commit.
The EU AI Act requires verifiable human oversight for high-risk AI decisions. DeepTrust provides the cryptographic proof-of-presence layer every high-risk AI deployment needs.
This creates a growing demand for individual-level cybersecurity solutions — and a significant market opportunity. Four active regulatory forcing functions are now converging on the same compliance requirement simultaneously — a requirement no existing product satisfies.
Every enterprise client in a regulated EU sector now has a compliance requirement that no existing MFA, biometric, or SSO product satisfies. DeepTrust Verified is the only protocol specifically designed to close this gap. The window to establish first-mover position is now.
Patent-protected. Focused on the underserved personal cybersecurity segment. Scalable to enterprise environments. Working prototype available. Four advantages that compound into an insurmountable lead.
Active enterprise pilot. Budget allocated, scope defined. Partner identity under NDA.
Unsolicited inbound from a leading European insurance group. Deepfake underwriting creates direct demand.
Active adversarial testing partnership. Breach resistance score produced as insurer-readable evidence.
Partnership confirmed. Enterprise client network access and regulated-sector deployment support.
Our solution combines advanced bilateral detection logic with adaptive cryptographic response mechanisms — designed for real-world application, scalability, and flexibility. Server-blind by architecture. Deepfake-resistant by mathematics.
The first insurer to mandate DeepTrust triggers deployment across their entire enterprise portfolio simultaneously. One mandate. Thousands of deployments. This is mandate-led distribution — exactly how MFA was adopted. That layer does not exist today. DeepTrust is the answer.
All integrations available under commercial licence. Custom enterprise builds, white-label deployments, co-development agreements all considered. Open to discussion.
Discuss Integration →The same bilateral human authentication protocol built for everyone. No IT department. No enterprise contract. Two people, two codes, thirty seconds.
A scammer calls claiming to be her bank. She opens SafeWord. The code doesn’t match. She hangs up. Scam blocked. No technical knowledge required.
Before wiring emergency money, parents verify it’s actually their child — not a voice clone. One 30-second verification. Zero wire fraud.
Freelancers, families, anyone who needs to answer: “Is this really the person I think I’m talking to?” Same protocol. No enterprise contract.
Actively seeking seed investors and early launch partners. safewordverified.com · trustsafeword.com
Just as SOC 2 became the baseline signal for data security, DeepTrust Verified™ is positioned to become the b2b2c trust mark for bilateral human authentication — embedded into enterprise platforms, required by insurers, recognised across regulated industries. Platform partners embed the protocol. Their end-users inherit the trust mark.
Jason Johnson is a Prague-based founder with a background spanning energy law, digital trust, blockchain architecture, international finance, and university education across the US, Europe, and Asia. His MBL thesis at the Technical University of Berlin established the academic foundation for DeepTrust Verified’s cryptographic architecture.
Prior to founding DeepTrust Verified, Jason held roles spanning venture advisory, sustainability consulting, and startup coaching inside EU-funded accelerator programmes. He has taught entrepreneurship, law, and business across institutions on three continents.
DeepTrust Verified was built from first principles: the attestation gap is structural, not procedural. Closing it requires a new protocol — not a patch on an existing one. Two provisional patents filed. Architecture purpose-built. Pipeline real.
Contact us for demo access, partnership inquiries, or investment discussions. We are in active conversation with enterprise buyers, insurers, and strategic investors.