IP-ST // NomSec® // Secure Stack
Security Built on State, Not Files.
The IP-ST Secure Stack replaces stored files, static passwords, and fixed addresses with event-driven state, acoustic identity, and dynamic mapping. An experimental, patent-pending, state-centric approach designed to reduce attack surfaces.
Why Current Security Fails
Traditional security protects stored objects. The IP-ST Secure Stack removes the stored object entirely — leaving an attacker nothing to find.
No persistent file to steal — only transient event-state.
Acoustic state identity instead of static shared secrets.
Data lives in computation, not in stored tables.
Dynamic coordinate mapping — no fixed target to hit.
Continuous state flow replaces session tokens.
Identity is a trajectory, not a stored record.
NomSec State Vault
A three-phase, state-centric access flow. This is an animated walkthrough — no real microphone is used. The State Vault is an experimental, patent-pending research concept.
PhoNom Enrollment
The user speaks naturally. The system captures an acoustic state trajectory — not a recording, not a phrase. This trajectory becomes the reference identity stored in the vault.
No audio is recorded. No phrase is stored. Only event-based state representations are retained.
Voice Lock Studio
A working demonstrator of file-less state processing. Lock a file with your voice state, then unlock it by speaking again — no password, no phrase, no recording stored.
Secure Data Room
Sensitive IP-ST documentation is available through a triaged access process. Request access below — your request will be reviewed and an invitation sent separately.
NDA-Gated Access
Every document is protected behind a reviewed NDA pipeline.
View-Only Telemetry
Document access is logged with full audit trail.
Whitepapers & Specs
Technical specifications, FPGA plans, and financial models.
Time-Limited Links
Signed URLs expire — no permanent file exposure.
Admin-Triaged
Access requests are reviewed individually before invitation.
IP-ST Communication Security
Security as a structural property of the asynchronous stream itself — not a layer applied on top.
Event-Driven Transport
State differentials transmitted as discrete events — no frame buffer to intercept.
Acoustic Identity Layer
PhoNom® binds identity to voice-state trajectories, not stored credentials.
Layer 6 Dynamic Mapping
Indexed coordinates shift per session — no static address to target.
Non-Repeating Streams
Strictly event-driven and non-repeating — intended to resist replay analysis.
Zero-Crypto-Processor Load
Security is a structural property of the stream, not an added layer.
Communication security features are forward-looking research directions. The current prototype demonstrates the state-centric foundation; full transport-layer hardening is an active research area.
Four Security Pillars
PhoNom Identity
Acoustic state trajectories replace static credentials. Identity is a living pattern, not a stored secret.
File-less State Architecture
Data exists as transient event-state in computation. No persistent file to exfiltrate.
Layer 6 Dynamic Mapping
Indexed coordinates shift dynamically. No fixed address for an attacker to target.
Fuzzy State Vault
Access requires matching a state corridor, not an exact key. Tolerant to variation, resistant to replay.
Secure Stack Architecture
From physical world to application — state flows through seven layers, each adding a security property without storing a persistent file.
Industry Applications
Aerospace & Defense
State-centric ISR relay with no stored frames to intercept.
Critical Infrastructure
Dynamic mapping for grid and facility access control.
Healthcare Data
File-less patient state — no persistent record to exfiltrate.
Industrial IoT
Embedded SDK for edge sensors and actuators.
Financial Services
Acoustic identity for high-assurance transactions.
Telecommunications
Non-repeating streams for resilient transport.
Commercial Licensing
Licensing is tailored per deployment. The matrix below outlines scope — pricing is discussed individually and is not binding.
Research & Evaluation
For academia and research institutions evaluating the IP-ST Secure Stack.
- Architecture documentation
- Reference state-vault walkthrough
- Non-commercial evaluation
Commercial Deployment
For organizations deploying IP-ST security in production environments.
- Production SDK license
- Layer 6 mapping integration
- Priority technical support
Embedded & Edge
For hardware manufacturers integrating the embedded security SDK.
- ARM Cortex-M SDK
- Cross-platform runtime
- Silicon-level integration support
Embedded Security SDK
A lightweight runtime designed for constrained edge environments — from microcontrollers to cross-platform deployments. The SDK brings state-centric security to silicon.
NomSec Security Challenge
NomSec is an experimental, patent-pending security research environment. You are invited to test its boundaries. If you find a method that weakens the system, report it through the Contact & Security Report form — the goal is to improve NomSec collaboratively.
If you succeed in finding a method you believe weakens the system, report it responsibly. The objective is a safer, more reliable NomSec — built together with the community.
Patents & IPR
PCT patent application filed. The IP-ST Secure Stack is protected intellectual property.
All rights reserved. Developed and owned by ArJar Oy, Jyväskylä, Finland.
NomSec is experimental and research-driven. No guarantee of absolute security is claimed or implied.
Interested in Licensing, Partnership or Pilot Projects?
All inquiries route through a single Contact & Security Report form. Select the option that fits — we review every submission individually.