TAM · Total Addressable Market
$30B
Identity and access management, MFA, behavioral risk scoring, zero-trust access, and hardware-bound authentication.
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18
NIS2 sectors
DORA
Financial access controls
120-170
3-year accounts
Current stage
Milestones
Readiness mix
AUTHENTICATOR Next-Gen Protocol
NEXT-GEN AUTHENTICATION PROTOCOL
TPM
Hardware Bound
Neural
Risk Scoring
Bio
Biometric Fusion
P2P
Mesh Fallback
//
What Changes For You
From Hoping Your Password Works to Knowing Nobody Can Impersonate You
Passwords are the weakest link in digital security and you know it. Every login, there's a moment of doubt. Shark Authenticator replaces that doubt with hardware-level mathematical certainty. Your identity is bound to your physical device, verified by AI in real-time, and protected against threats that don't even exist yet.
🧘
Effortless Security
No more
remembering passwords. No more SMS codes that get intercepted. Your body is the key.
🔒
Indestructible Identity
Hardware-bound
keys mean even if someone steals your password, they can't become you. Physics prevents
it.
👑
Future-Proof Confidence
Post-quantum
signatures protect you against threats that won't exist for a decade. You're already
ahead.
Why Shark Authenticator? A 2FA concept that combines neural threat scoring, biometric fusion, hardware binding, and post-quantum signatures. Why now? 80% of breaches start with stolen credentials. Traditional 2FA is broken. Every day you wait is a day your identity is exposed. Why this investment? Account takeover costs organizations $4B+ annually. The underwriting case is that strong identity controls can pay back quickly if they prevent even one major incident.
// Core Protocols
Authentication Engine
Four interlocking layers that make unauthorized access materially harder under a verified threat model.
Neural Threat Scoring
AI Risk Engine · Real-Time Analysis33-point behavioral analysis engine. Detects session hijacking and mouse-jitter anomalies in < 50ms using dedicated Tensor Cores. Assigns continuous risk scores not binary pass/fail.
RT
Real-Time
AI
Risk Model
Score
Continuous
Zero-Knowledge Biometrics
Hardware TEE · Secure EnclavePrivacy-preserving proofs ensure your biometric data never leaves your local hardware. FaceID/TouchID processed in a TEE vault, sending only cryptographic pass tokens.
TEE
Secure Vault
ZKP
Encryption
0
Data Leak
PQC Identity Vault
Lattice-Based · Quantum ResistantPost-Quantum Cryptographic signatures (ML-DSA) ensuring identity stays secure against quantum compute. Keys are bound to the motherboard's hardware ID.
DIL
Lattice Sig
HW
Binding
Post
Quantum
Resilient Mesh Logic
Mesh Network Mesh · DNS-IndependentDecentralized Mesh Network mesh verification. Identity remains valid even during global DNS outages or localized network fragmentation. Survives infrastructure attacks.
P2P
Mesh Verify
DNS
Independent
HA
High Avail
// Verification Pipeline
Trust Chain
Every access request passes through five sequential validation gates.
Hardware ID
TPM 2.0 / Secure Enclave
Neural Profile
Behavioral Score Check
ZKP Proof
Zero-Knowledge Protocol
PQC Signature
Quantum-Resistant Sign
Sovereignty
Scoped Access Token
// Deployment Trajectory
Integration Roadmap
Phased rollout. Each phase extends the trust perimeter.
I
Native Core Cryptography & TPM Binding
Foundation LayerImplement core cryptographic primitives in zero-allocation Native with hardware-bound key generation via TPM 2.0 / Secure Enclave. Challenge-response protocol and device attestation flow.
II
Neural Threat Scoring Engine
Intelligence LayerDeploy the AI risk scoring model for real-time login evaluation. IP reputation database, time-dilation anomaly detection, and behavioral fingerprinting integration.
III
Ecosystem Integration
Fusion LayerConnect Shark Authenticator with KAIROS and GARM. Biometric Sentinel AI fusion for high-clearance actions. Mesh Network mesh fallback for DNS-independent verification.
IV
Enterprise SSO & Institutional Rollout
Distribution LayerSAML 2.0 / OIDC enterprise SSO integration. API-first architecture for institutional deployment. Compliance certification for SOC 2, ISO 27001, and FedRAMP.
// Decision Architecture
AUTHENTICATOR Decision Architecture
From access request to token issuance a zero-trust pipeline with neural scoring.
Secure Your Infrastructure
Shark Authenticator is available for enterprise evaluation. Contact for institutional access.
Request Enterprise Access
IDENTITY THREAT
Authentication Failure Costs
$52B
Identity Fraud Losses (2024)
Javelin Strategy &
Research
49M
Americans Affected
Annual identity theft
victims
Pilot target
Authenticator Accuracy Benchmark
Multi-modal neural
biometrics
ZKP
Zero-Knowledge Auth
Prove identity without
exposing data
📈 Global Identity Fraud Losses
$16B
2020
$24B
2021
$28B
2022
$43B
2023
$52B
2024
Javelin Strategy & Research Growing 225% in 4 years.
🔐 Auth Method Security Comparison
Passwords81% of breaches
SMS 2FASIM-swap vulnerable
TOTP AppsPhishing risk
Forneus Technologies AUTHENTICATORpilot benchmark target
Identity Vulnerabilities vs. AUTHENTICATOR Solutions
🏦 Financial Platforms & HNWIs
PROBLEM
SIM swapping and phishing completely bypass standard 2FA. A targeted attack intercepts the 6-digit code, granting immediate access to digital portfolios and banking accounts. Millions are drained before the user realizes.
🏦 Financial Platforms & HNWIs
OUR
SOLUTION
Zero-Trust Neural Biometrics. The code alone is useless. Authenticator tracks typing cadence, micro-movements, and device geolocation. If the behavioral fingerprint does not match, access is blocked by policy and cryptographic challenge.
🏢 Enterprise & Remote Workforces
PROBLEM
Remote employees are the weakest link. Attackers use "MFA Fatigue" or steal session cookies to bypass login screens entirely, granting access to internal corporate networks and bypassing standard credentials.
🏢 Enterprise & Remote Workforces
OUR
SOLUTION
Hardware-Bound Sessions & PQC. The authentication session is cryptographically bound to the specific physical device's TPM. Stolen session cookies will not work on an attacker's machine. Handshake is quantum-resistant.
🏦 Banks & Fintech
Replace SMS 2FA with neural biometrics. TPM hardware binding prevents credential theft. Behavioral analysis detects compromised accounts in real-time.
🏛️ Government e-ID Systems
National identity infrastructure with ZK proofs. Citizens authenticate without exposing biometric data to the system. Quantum-resistant by design.
🔐 Enterprise Access Control
Replace passwords entirely. Continuous authentication via behavioral biometrics. Impossible to share, steal, or phish credentials. Hardware-bound trust.
⚔️ Defense & Top-Tier Security
Operator authentication in hostile environments. Works without network. Anti-spoofing AI defeats deepfakes. Duress detection automatically triggers lockdown.
// INSTITUTIONAL PARTNERSHIP
Reduce Identity Fraud
Financial institutions, government agencies, and enterprises can accelerate Authenticator deployment by submitting an official letter of interest. Your demand directly prioritizes development milestones.
📧 oleksandr.l@forneus.io
Official letters on company / government letterhead.
Include: Organization type, authentication use case, estimated user base.
Every LOI accelerates product launch and
grant procurement.
// PASSWORDS ARE DEAD. YOUR USERS ARE ALREADY COMPROMISED.
// DATASHEET
Technical Specifications
2FA PROTOCOL
TOTP + HOTP
RFC-6238 compliant, extended
RISK SCORING
Neural Engine
Behavioral + device trust analysis
HARDWARE BINDING
Secure Enclave
iOS Keychain / Android Keystore
BIOMETRIC FUSION
Multi-Modal
Face ID + fingerprint + behavior
ARCHITECTURE
Zero-Trust
Never trust, always verify
TOKEN FORMAT
8-Digit
Extended entropy vs standard 6-digit
// INTEROPERABILITY
Ecosystem Data Flow
Shark Authenticator is the trust gateway it guards every entry point across the Forneus Technologies ecosystem.
Authenticator ↔ GARM
Authenticator validates user identity; GARM stores the cryptographic proof and manages session tokens. Bi-directional trust chain.
Authenticator → KAIROS
Provides the 2FA challenge layer before any trade execution or strategy modification can proceed. No bypass possible.
Authenticator → PHANES
Verifies device ownership and user identity before establishing any encrypted messaging session within the P2P mesh.
// Market Sizing & Milestones · AUTHENTICATOR
AUTHENTICATOR: TAM/SAM/SOM & Roadmap
Hardware-bound identity and adaptive access layer for the Forneus stack and regulated enterprises. Founded in 2025, currently bootstrapped, operating in a founder-funded, pre-institutional stage. The figures below are target budgets and milestone assumptions for a first priced round, not announced financing.
Current stageFounder-funded / pre-institutional
Funding windowFrom autumn 2026
Capital disciplineMilestone-based tranches
Investor framingProjection, not guarantee
SAM · Serviceable Addressable Market
$4B
EU regulated finance, healthcare, legal, defense supply chain, and AI-governed environments requiring strong identity assurance.
SOM · Conservative Obtainable Target
$10-15M ARR
120-170 enterprise customers within 36 months after seed at $75K-$90K annual ACV, plus internal bundling with GARM and KAIROS.
Market Logic
EU NIS2 scope; DORA ICT access-control pressure; NIST PQC standards; AI Act high-risk system control requirements. SOM is calculated as reachable revenue/bookings from a narrow initial segment, not as a percentage fantasy of the whole market.
// Evidence Layer
Why AUTHENTICATOR can compound into venture-scale value
Authenticator is the attach-rate product: if GARM, KAIROS, and PHANES become trusted infrastructure, identity and access control become a natural bundled revenue layer.
NIS2 pushes cybersecurity governance and management accountability across critical sectors.
DORA makes ICT risk management and third-party resilience a financial-sector requirement.
SOM assumes regulated enterprise deployments and internal portfolio bundling.
AUTHENTICATOR
Market
Proof
Capital
// Funded Milestone Plan
From Bootstrap to Commercial Evidence
Protocol design
TPM binding concept, risk-score architecture, biometric fusion model, and ecosystem role specified.
Pre-seed target
Core implementation, SAML/OIDC adapter design, device-binding demo, and first GARM/KAIROS internal integration.
Enterprise beta
SSO pilot, admin console, audit logs, SOC 2 readiness plan, and 10-15 design partners.
Seed target
SOC 2 Type I, ISO 27001 path, production SSO integrations, and first paid regulated accounts.
Certification and scale target
SOC 2 Type II preparation, 50+ paying customers, and Series A readiness from retention and attach rate.
Investor upside case: the company is positioned as a portfolio of deep-tech options.
A billion-dollar outcome is only credible if 2-3 products convert pilots into recurring revenue or sovereign contracts.
This page presents the milestone evidence required to make that case professionally.
// Institutional Access
Request the AUTHENTICATOR diligence package
We share technical evidence, roadmap assumptions, and funding use-of-proceeds under qualified investor or strategic partner access.
Request Access
// Execution Roadmap
AUTHENTICATOR roadmap
A staged path for access verification, sequenced around validation, trust controls, partner readiness, and capital discipline.
In development
Product
52%
Trust
74%
Partner
50%
Funding
44%
- 2026 Q4: map authentication journeys across Forneus products and identify the smallest useful verification module.
- 2027 Q1: build prototype flows for device binding, recovery, session review, and suspicious-access alerts.
- 2027 Q2: test usability against realistic founder, admin, partner, and investor access scenarios.
- 2027 Q3: add audit logs, backup-code procedures, and policy controls for restricted pages and dashboards.
- 2028 Q1-Q2: connect with PHANES where identity proofing is needed and keep standalone mode for lighter use cases.
- 2028 Q3-Q4: prepare documentation, security review, and support routines for external pilot customers.
- 2029: move toward ecosystem-wide access control after recovery and support operations are proven.
Access readiness
PrototypeSecurity controlsIntegrationsFunding dependency
Access-control path keeps the next release decision tied to evidence rather than broad unfocused spending.