24H VOLUME: $2,180,450 DEMO✦SOL REFRACTED: 14,290 SOL DEMO✦AVERAGE HOP: 320MS DEMO✦
SOLANA-NATIVE OPTICAL ROUTING CONCEPT

What they track is only a reflection.

Private routing by design. No persistent browser wallet permissions. Explore ephemeral intent paths in a high-fidelity Solana prototype.

01Ephemeral Route
00Stored Sessions
SOLNative Network
Premium chrome optical prism dispersing blue light into reflected paths
PHOTON SPLITTING / LIQUID CHROME OPTICS
01 / REFRACTION TERMINAL

Route your intent.

Interact with a simulated ephemeral settlement flow.

● DEMONSTRATION ONLY
◎SOL
Public addresses only. Never enter a private key.
SIMULATED RATEILLUSTRATIVE
— USDC

No market feed or transaction is connected. Estimates use static demo rates.

ONE-TIME EXECUTION

Awaiting Configuration

Set up your destination to explore the route.

No blockchain transaction · No deposit address generated

02 / ROUTING ARCHITECTURE

Engineered to refract.

An optical metaphor translated into temporary execution contexts, fragmented paths and permission-minimized interaction.

LAYER 01 / ISOLATE

Ephemeral Escrows

Single-use execution accounts are designed to isolate intents. Real custody requires audited programs and independently verifiable authorization.

LAYER 02 / SPLIT

Photon Splitting

Routing intents through multiple pools seeks reduced direct-path correlation. Public blockchain transactions remain observable.

LAYER 03 / SETTLE

Zero-Permission Design

Avoid persistent wallet approvals in the browser. Moving assets still requires user authorization through a secure mechanism.

03 / OPTICAL ROUTE LAB · NEW

See how light travels.

Switch between the three intended route profiles and inspect a conceptual execution graph. The diagram is illustrative, not a live on-chain route.

ROUTE CHARACTERISTICS
Single-hop intent

One venue and a short execution path. Simplest structure, limited routing diversification.

HOPS
1
PATHS
1
MODE
Direct
INTENT TOPOLOGYSIMULATED
INPUTROUTERSETTLEMENT
ANALYSIS STATUSDESIGN SIMULATION

04 / LIQUIDITY FABRIC

Pool matrix.

ALL FIGURES DEMONSTRATIVE
PRIMARY

SOL / MIRAGE

Concept pair
SAMPLE TVL
$4.82M
Illustrative APY18.42%
STABLE

USDC / MIRAGE

Concept pair
SAMPLE TVL
$2.15M
Illustrative APY12.86%
AGGREGATOR

JUP / MIRAGE

Concept pair
SAMPLE TVL
$910K
Illustrative APY21.35%

No live liquidity pool is connected. Figures shown solely for interface design.

05 / FEE DISTRIBUTION ENGINE

Volume to utility.

Model the proposed 0.35% fee breakdown against hypothetical daily swap volume.

ILLUSTRATIVE DAILY VOLUME

$2,000,000
$100K$10M
● Staker allocation 0.20%
● Relayer liquidity 0.10%
● Reserve 0.05%

SIMULATED DAILY FLOW

Stakers
$4,000
Relayers
$2,000
Reserve
$1,000
TOTAL FEES$7,000

Hypothetical gross fee allocations only. No staker payouts or investment returns are guaranteed.

06 / EXECUTION JOURNEY

Three states. One intent.

01 / DEPOSIT
01

One-Time Proxy

A proposed transient receiving account provides an isolated execution context.

02 / ROUTE
02

Multi-Hop Liquidity

A router explores liquidity paths. Multiple hops do not automatically create anonymity.

03 / SETTLE
03

Destination Settlement

A target address receives the output under audited settlement and finality rules.

07 / PRIVACY DESIGN

Public ledger. New approach.

CAPABILITYTYPICAL DEXMIRAGE DESIGN OBJECTIVE
Wallet connectionOften requiredExtension-free interface
Browser permissionsApp-dependentNo persistent approval
Transaction graphPublicly analyzablePublic; reduced correlation is a research objective
RPC metadataProvider-dependentMinimize retention and access
MEV exposureDepends on executionRoute-aware mitigation target

08 / PROOFS AND RELAYER HEALTH

Verify the signal.

RELAYER HEALTH

Not connected

No authorized MIRAGE relay endpoint has been provided.

SOLANA RPC LATENCY

Not checked

A response from public RPC is not a MIRAGE health check.

SECURITY AUDITS

Not verified

Independent audit reports and deployed program IDs have not been supplied.

09 / OPERATIONAL RULES

The protocol rules.

Good privacy design requires verifiable software, minimal information retention and transparent risk disclosure.

MIRAGE PRINCIPLE
WHAT THEY TRACK IS ONLY A REFLECTION.
Fresh addresses can reduce obvious reuse patterns, but do not guarantee privacy. Verify ownership and never share private keys.
Confirmation and finalization differ. Route performance depends on chain conditions, liquidity and deployed contract logic.
This front-end does not write demo session data to localStorage or sessionStorage. Production services must also document server and provider logging policies.
Only audited, documented programs should ever be used for real deposits. The current terminal is a simulation and cannot receive funds.

THE OPTICAL FUTURE

Dissolve the trail.
Leave the reflection.

Explore the architecture behind MIRAGE.