FIDO2 Certified Trust Server Cert: FIDO20020260217001

Beyond Login.
Beyond OTP.
Authentic Trust.

Most security platforms solve the easiest problem: logging in. nToken solves the hardest problem: securing the transaction itself while eliminating user friction.

Discuss Architecture Explore Capabilities

nToken Core

Transaction Integrity

[1] Payload Received Backend → nToken

Transfer RM 1,000 → Company A

[2] Cryptographic Binding WYSIWYS

HASH = sha256(
nonce + "1000|Company A"
)

[3] MitB Attack Attempt Mutation

Amount altered to RM 10,000

Hash Mismatch. Signature Rejected.

The Dual Challenge

Friction in Identity.
Blindness in Transactions.

Modern digital platforms face two distinct but equally critical challenges: user abandonment during login, and sophisticated fraud during execution.

Application Dependency & UX Friction

Legacy authentication forces users to switch between a primary service and a secondary authenticator app. This multi-step context switching increases abandonment rates and generates user frustration. Traditional redirects often lead to login failures and session synchronization issues.

The Blind Signing Problem

Most banks rely on SMS OTPs. These answer one question: "Is this the user?" They do not answer: "Is this the transaction the user intended?"

In a Man-in-the-Browser (MitB) attack, malware alters a $100 transfer to $10,000. The user enters a valid OTP. The bank executes a fraudulent transaction. OTP is blind to intent.

Pillar 1

Frictionless Identity with FIDO2 Passkeys

nToken modernizes the front door of your application by introducing an architecture that eliminates password-based attacks, SMS interception risks, and user drop-off.

Single-Application Experience

App-less Biometric Login

Users authenticate directly within your service using native device biometrics (FaceID, Windows Hello). No secondary apps. No QR scans. No redirects.

Origin-Bound Security

Delivers mathematically guaranteed phishing resistance. Authentication is tied cryptographically to your legitimate domain, neutralizing proxy attacks.

Pillar 2

What You See Is What You Sign

For high-risk actions, nToken shifts the architecture from session-based approval to payload-bound cryptographic intent verification.

Transaction Binding

The exact payload (amount + payee) is hashed and embedded directly into the authentication challenge.

Immutable Signatures

The user's device securely signs the challenge using a locally stored passkey protected by hardware (TEE).

Mathematical Verification

If even 1 byte of the payload changes in transit, the signature verification fails mathematically. Automatically.

The Result

Authentication proves identity. nToken proves intent.

Engineering Standard

High-Performance.
Future-Ready.

Built by engineering leaders focused on high-throughput, security-critical infrastructure. nToken is designed to deploy seamlessly into modern banking stacks without forcing core system replacement.

Neurogine nToken: FIDO2 Certified
Officially registered and certified by the FIDO Alliance as Neurogine NToken, achieving 100% functional server compliance.

No: FIDO20020260217001 FIDO2 v2.1
Ultra-Low Latency Core
Powered by modern Java and compiled to GraalVM Native Image for instant startup and minimal resource footprint.
Cloud-Native Scale
Designed for Kubernetes (including edge setups via MicroK8s) with event-driven Kafka integration for immutable audit streams.

Deploy Anywhere

On-Premise � Private Cloud � Hybrid Sovereignty

Client Interfaces (Web / Mobile SDK)

nToken Trust Layer (GraalVM + K8s)

FIDO2 / WebAuthn

PQC (ML-KEM/DSA)

Kafka Audit Stream & Secure Storage

Future Proof

Post-Quantum Security

Attackers are harvesting encrypted financial data today to decrypt once quantum computing matures. nToken mitigates this "Harvest Now, Decrypt Later" threat.

Hybrid Architecture

Classical (ECC) and Post-Quantum protocols operate side-by-side, allowing zero-disruption migration. Legacy clients remain supported.

ML-KEM

Integrated Key Encapsulation Mechanism aligned with NIST standards to protect data in transit against future quantum decryption.

ML-DSA

Quantum-resistant Digital Signature Algorithms ensuring that transaction intent remains cryptographically verifiable beyond 2030.

Deployment Scenarios

Transforming the Digital Journey

Retail & Corporate Banking

Replace SMS OTP infrastructure to reduce operational costs while enabling multi-million dollar transaction authorization with strong non-repudiation.

National & Sovereign Identity

Bridge modern passkey authentication with existing national PKI trust infrastructure to deliver secure, highly scalable citizen portals and e-government services.

High-Risk Digital Platforms

Secure beneficiary changes, device re-binding, account recovery, and limit increases without degrading the user experience.

Beyond Login.Beyond OTP.Authentic Trust.