Incorrect
Scannable Visual Interaction Network

How It Works

A complete technical walkthrough — from physical trigger to value attribution.
01
Physical Layer
Trigger Deployed on Any Surface
A physical anchor point — printed, projected, holographic, or embedded — placed on clothing, packaging, signage, product, wall, or skin. The trigger encodes no URL. No destination. An opaque identifier only. The network owns the meaning.
QR Lattice ★ AR Marker NFC / RFID Projected Holographic Image / Audio
02
Detection
Device Captures the Trigger
A device camera, NFC tap, or audio input detects the trigger and extracts the opaque ID. The client-side app has no routing logic — it cannot resolve the ID into a destination without the network. The trigger is meaningless without SVIN.
03
Context Layer
Anonymous Context Vector Assembled
The device builds a context vector without identifying the user. No login. No account data collected. The vector is transmitted alongside the opaque ID to the SVIN network — nothing else.
Device Type + OS IP-Derived City Timestamp Anonymous Interaction Hash
04
Intelligence Layer
Routing Engine Runs — Server-Side Only
The routing engine processes the opaque ID and context vector entirely on the server in real time. It applies routing logic, evaluates ranked destinations, and applies trust tiers. No routing intelligence ever reaches the client. The client receives a ranked response payload — nothing more.
Server-Side Only Real-Time Context-Aware Ranking Trust Tier Applied Multi-Destination Output
05
Output Layer
Discovery Feed Delivered to Device
The device renders a swipeable ranked card feed — not a redirect. The user sees the destination URL before anything opens. Every interaction (like, skip, open) logs anonymously and feeds back into the routing engine, improving accuracy across the entire network.
Like Skip Open URL Shown Before Opening Feedback Loop Active
06
Attribution Layer
Value Distributed Automatically
Each scan event generates a value unit. It distributes instantly across three participants — no manual reconciliation, no invoicing, no delay. The object owner earns simply by having a node deployed. The sponsor pays only for real engagement. The platform takes margin on every event.
Object Owner Earns per Scan Sponsor Pays per Engagement Platform Takes Margin Instant · Automatic
Every scan event distributes to three parties
Who Gets Paid
No one party owns the value. It splits automatically across every scan.
Object Owner
Earns per scan
Passive income from deploying or wearing any node on the network. No action required after setup.
Content Sponsor
Pays per engagement
Targeted reach tied to physical context — not impressions, real interactions with real people.
Platform
Takes margin
Infrastructure, routing intelligence, and network effect compound over time with every node added.
Any trigger. Any surface. Same network.
How It Fires
The network does not care which modality triggers it. All paths resolve to the same routing infrastructure.
QR Lattice
Multi-code visual composition. Today's primary trigger.
AR Marker
Fiducial or custom pattern. Detected by AR devices.
📡
NFC / RFID
Tap-based interaction. Same network, different entry point.
💡
Projected
Pattern rendered by projector onto any surface.
Holographic
Pattern rendered in physical space. No surface needed.
🎵
Image / Audio
ML classifier or acoustic fingerprint as trigger.
Why this can't be replicated overnight
The Moat
Three structural advantages that compound with every node added to the network.
Advantage 01
Network Effect
Every new node improves routing accuracy for all existing nodes. The value of the network is a direct function of its size. Routing improves as the network grows.
Advantage 02
Server-Side IP
No routing logic ever touches the client. The intelligence is entirely server-side. A competitor can copy the trigger format — they cannot copy the network or the data.
Advantage 03
Origin: 2013
Conceived before QR codes were mainstream. Two provisionals filed March 2026. 101 claims across utility and design patent tracks. Prior art is ours.
The Network
Zero
URLs in the Trigger
7–10+
Codes Per Scan Event
2013
Origin Year
Surfaces
PHVAR · Mar 13 2026
The trigger is no longer required to be printed. Under new USPTO guidance, projected, holographic, AR, and VR triggers are now patentable surfaces. Same network. Every reality.