@AnchorNet-Org

AnchorNet-Org

AnchorNet

Liquidity Network

AnchorNet is a liquidity coordination network for Stellar anchors that enables efficient cross-anchor settlement and liquidity sharing.

Anchors are financial institutions or service providers that act as fiat gateways to the Stellar network. They allow users to deposit and withdraw fiat currencies while issuing corresponding digital assets on-chain.

Today, anchors operate largely in isolation, which results in fragmented liquidity and inefficient cross-border settlements.

AnchorNet introduces a shared liquidity and routing layer between anchors, enabling seamless cross-anchor payments and automated settlement.

The protocol functions as an interbank settlement network for Stellar anchors.


1. Problem

Within the Stellar ecosystem, anchors serve as bridges between traditional financial systems and the blockchain network.

Examples of anchors include:

  • banks integrating with Stellar
  • payment processors
  • remittance providers
  • fiat on/off ramp services

However, the current system faces several challenges.

Current Limitations

ProblemImpact
Anchors operate independentlyfragmented liquidity
Manual cross-anchor settlementsoperational inefficiency
Inconsistent pricing across anchorspoor exchange rates
Limited coordinationslower global payments

Example Scenario

A user in India wants to send funds to Europe.

  • Anchor India: INR → USDC
  • Anchor Europe: USDC → EUR

Currently, there is no unified liquidity layer that efficiently routes funds between anchors.


2. Solution

AnchorNet introduces a global liquidity coordination protocol that connects anchors through a shared settlement and routing infrastructure.

Anchors contribute liquidity and participate in a distributed settlement network.

Core Principles

  • shared liquidity pools
  • automated routing between anchors
  • periodic net settlement
  • transparent pricing

This enables efficient cross-border flows between fiat currencies.

Example Flow

User sends: INR → EUR

Routing path:

Anchor India → USDC → AnchorNet Liquidity Pool → EUR Anchor

Payments are routed automatically through the network.


3. Key Features

Cross-Anchor Liquidity Sharing

Anchors can contribute liquidity to a shared pool that facilitates cross-border payments.

Automated Settlement

Balances between anchors are periodically settled on Stellar.

Smart Routing

Payments are automatically routed through the most efficient anchor pathway.

Liquidity Analytics

Provides real-time analytics on liquidity distribution across anchors.


4. Why Stellar

AnchorNet leverages the core capabilities of the Stellar network.

FeatureBenefit
Native asset issuanceanchors issue fiat-backed assets
Fast settlementcross-border payments finalize in seconds
Low transaction feesefficient large-scale settlement
Path paymentsmulti-hop routing across anchors

Stellar is uniquely designed for cross-border payment infrastructure.


5. System Architecture

flowchart LR
Sender[User Wallet]
AnchorA[Anchor A - India]
Router[AnchorNet Router]
LiquidityPool[AnchorNet Liquidity Pool]
AnchorB[Anchor B - Europe]
Receiver[Recipient Wallet]
Stellar[Stellar Network]
Sender --> AnchorA
AnchorA --> Router
Router --> LiquidityPool
LiquidityPool --> AnchorB
AnchorB --> Receiver
Router --> Stellar
Loading

6. Component Architecture

flowchart TB
Client[Wallet / Payment Application]
API[AnchorNet API Gateway]
RoutingEngine[Routing Engine]
LiquidityIndexer[Liquidity Indexer]
SettlementEngine[Settlement Engine]
AnalyticsService[Liquidity Analytics]
Database[(PostgreSQL)]
Cache[(Redis)]
StellarNode[Stellar Horizon Node]
Client --> API
API --> RoutingEngine
API --> SettlementEngine
API --> AnalyticsService
RoutingEngine --> LiquidityIndexer
LiquidityIndexer --> Database
SettlementEngine --> StellarNode
AnalyticsService --> Database
Loading

7. Cross-Anchor Payment Flow

sequenceDiagram
participant User
participant AnchorA
participant Router
participant AnchorB
participant Stellar
User->>AnchorA: Deposit INR
AnchorA->>Router: Request Routing
Router->>Router: Determine Optimal Anchor Path
Router->>Stellar: Execute Path Payment
Stellar->>AnchorB: Deliver USDC
AnchorB->>User: Convert to EUR
Loading

8. Settlement Process

AnchorNet performs periodic net settlements between anchors.

flowchart LR
Anchor1[Anchor A]
Anchor2[Anchor B]
Anchor3[Anchor C]
Netting[Net Settlement Engine]
Stellar[Stellar Settlement]
Anchor1 --> Netting
Anchor2 --> Netting
Anchor3 --> Netting
Netting --> Stellar
Loading

Instead of settling every transaction individually, AnchorNet aggregates balances and performs net settlement transactions, reducing costs.

9. Data Model

erDiagram
ANCHOR {
string id
string country
string supported_assets
}
LIQUIDITY_POOL {
string id
string asset
float liquidity
}
PAYMENT_ROUTE {
string id
string source_anchor
string destination_anchor
float estimated_cost
}
SETTLEMENT {
string id
string anchor_a
string anchor_b
float amount
}
ANCHOR ||--o{ LIQUIDITY_POOL : contributes
ANCHOR ||--o{ PAYMENT_ROUTE : participates
ANCHOR ||--o{ SETTLEMENT : settles
Loading

10. Tech Stack

LayerTechnologies
FrontendNext.js, React, TailwindCSS, Stellar wallet integration
BackendGolang, Node.js, REST APIs, gRPC microservices
BlockchainStellar Network, Horizon API, Stellar SDK
InfrastructureDocker, Kubernetes, PostgreSQL, Redis, AWS / GCP
Data Processingreal-time liquidity indexing, settlement monitoring, routing optimization

11. Security Considerations

AnchorNet incorporates multiple security layers.

LayerProtection
Anchor authenticationprevents unauthorized participants
Liquidity validationensures accurate liquidity reporting
Settlement verificationprevents settlement manipulation
Monitoring systemsdetect anomalies in liquidity

12. Revenue Model

AnchorNet generates revenue through infrastructure services.

Revenue StreamFee
Settlement routing0.1–0.3%
Anchor membershipnetwork participation fee
Liquidity analyticsenterprise data subscriptions
Institutional integrationsenterprise licensing

13. Future Roadmap

PhaseFocus
Phase 1anchor onboarding, routing infrastructure, liquidity monitoring
Phase 2automated liquidity balancing, advanced routing algorithms, anchor liquidity incentives
Phase 3global anchor liquidity market, institutional settlement network, cross-chain anchor interoperability

14. Potential Impact

AnchorNet transforms how anchors interact within the Stellar ecosystem.

Benefits include:

  • efficient cross-border payments
  • reduced liquidity fragmentation
  • improved exchange rates
  • scalable anchor coordination

This positions AnchorNet as a core financial infrastructure layer for global Stellar anchors.


Repository Structure

Each sub-project has its own README with setup and contribution instructions.


License: MIT

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@AnchorNet-Org

AnchorNet-Org

AnchorNet

Liquidity Network

AnchorNet is a liquidity coordination network for Stellar anchors that enables efficient cross-anchor settlement and liquidity sharing.

Anchors are financial institutions or service providers that act as fiat gateways to the Stellar network. They allow users to deposit and withdraw fiat currencies while issuing corresponding digital assets on-chain.

Today, anchors operate largely in isolation, which results in fragmented liquidity and inefficient cross-border settlements.

AnchorNet introduces a shared liquidity and routing layer between anchors, enabling seamless cross-anchor payments and automated settlement.

The protocol functions as an interbank settlement network for Stellar anchors.


1. Problem

Within the Stellar ecosystem, anchors serve as bridges between traditional financial systems and the blockchain network.

Examples of anchors include:

  • banks integrating with Stellar
  • payment processors
  • remittance providers
  • fiat on/off ramp services

However, the current system faces several challenges.

Current Limitations

ProblemImpact
Anchors operate independentlyfragmented liquidity
Manual cross-anchor settlementsoperational inefficiency
Inconsistent pricing across anchorspoor exchange rates
Limited coordinationslower global payments

Example Scenario

A user in India wants to send funds to Europe.

  • Anchor India: INR → USDC
  • Anchor Europe: USDC → EUR

Currently, there is no unified liquidity layer that efficiently routes funds between anchors.


2. Solution

AnchorNet introduces a global liquidity coordination protocol that connects anchors through a shared settlement and routing infrastructure.

Anchors contribute liquidity and participate in a distributed settlement network.

Core Principles

  • shared liquidity pools
  • automated routing between anchors
  • periodic net settlement
  • transparent pricing

This enables efficient cross-border flows between fiat currencies.

Example Flow

User sends: INR → EUR

Routing path:

Anchor India → USDC → AnchorNet Liquidity Pool → EUR Anchor

Payments are routed automatically through the network.


3. Key Features

Cross-Anchor Liquidity Sharing

Anchors can contribute liquidity to a shared pool that facilitates cross-border payments.

Automated Settlement

Balances between anchors are periodically settled on Stellar.

Smart Routing

Payments are automatically routed through the most efficient anchor pathway.

Liquidity Analytics

Provides real-time analytics on liquidity distribution across anchors.


4. Why Stellar

AnchorNet leverages the core capabilities of the Stellar network.

FeatureBenefit
Native asset issuanceanchors issue fiat-backed assets
Fast settlementcross-border payments finalize in seconds
Low transaction feesefficient large-scale settlement
Path paymentsmulti-hop routing across anchors

Stellar is uniquely designed for cross-border payment infrastructure.


5. System Architecture

flowchart LR
Sender[User Wallet]
AnchorA[Anchor A - India]
Router[AnchorNet Router]
LiquidityPool[AnchorNet Liquidity Pool]
AnchorB[Anchor B - Europe]
Receiver[Recipient Wallet]
Stellar[Stellar Network]
Sender --> AnchorA
AnchorA --> Router
Router --> LiquidityPool
LiquidityPool --> AnchorB
AnchorB --> Receiver
Router --> Stellar
Loading

6. Component Architecture

flowchart TB
Client[Wallet / Payment Application]
API[AnchorNet API Gateway]
RoutingEngine[Routing Engine]
LiquidityIndexer[Liquidity Indexer]
SettlementEngine[Settlement Engine]
AnalyticsService[Liquidity Analytics]
Database[(PostgreSQL)]
Cache[(Redis)]
StellarNode[Stellar Horizon Node]
Client --> API
API --> RoutingEngine
API --> SettlementEngine
API --> AnalyticsService
RoutingEngine --> LiquidityIndexer
LiquidityIndexer --> Database
SettlementEngine --> StellarNode
AnalyticsService --> Database
Loading

7. Cross-Anchor Payment Flow

sequenceDiagram
participant User
participant AnchorA
participant Router
participant AnchorB
participant Stellar
User->>AnchorA: Deposit INR
AnchorA->>Router: Request Routing
Router->>Router: Determine Optimal Anchor Path
Router->>Stellar: Execute Path Payment
Stellar->>AnchorB: Deliver USDC
AnchorB->>User: Convert to EUR
Loading

8. Settlement Process

AnchorNet performs periodic net settlements between anchors.

flowchart LR
Anchor1[Anchor A]
Anchor2[Anchor B]
Anchor3[Anchor C]
Netting[Net Settlement Engine]
Stellar[Stellar Settlement]
Anchor1 --> Netting
Anchor2 --> Netting
Anchor3 --> Netting
Netting --> Stellar
Loading

Instead of settling every transaction individually, AnchorNet aggregates balances and performs net settlement transactions, reducing costs.

9. Data Model

erDiagram
ANCHOR {
string id
string country
string supported_assets
}
LIQUIDITY_POOL {
string id
string asset
float liquidity
}
PAYMENT_ROUTE {
string id
string source_anchor
string destination_anchor
float estimated_cost
}
SETTLEMENT {
string id
string anchor_a
string anchor_b
float amount
}
ANCHOR ||--o{ LIQUIDITY_POOL : contributes
ANCHOR ||--o{ PAYMENT_ROUTE : participates
ANCHOR ||--o{ SETTLEMENT : settles
Loading

10. Tech Stack

LayerTechnologies
FrontendNext.js, React, TailwindCSS, Stellar wallet integration
BackendGolang, Node.js, REST APIs, gRPC microservices
BlockchainStellar Network, Horizon API, Stellar SDK
InfrastructureDocker, Kubernetes, PostgreSQL, Redis, AWS / GCP
Data Processingreal-time liquidity indexing, settlement monitoring, routing optimization

11. Security Considerations

AnchorNet incorporates multiple security layers.

LayerProtection
Anchor authenticationprevents unauthorized participants
Liquidity validationensures accurate liquidity reporting
Settlement verificationprevents settlement manipulation
Monitoring systemsdetect anomalies in liquidity

12. Revenue Model

AnchorNet generates revenue through infrastructure services.

Revenue StreamFee
Settlement routing0.1–0.3%
Anchor membershipnetwork participation fee
Liquidity analyticsenterprise data subscriptions
Institutional integrationsenterprise licensing

13. Future Roadmap

PhaseFocus
Phase 1anchor onboarding, routing infrastructure, liquidity monitoring
Phase 2automated liquidity balancing, advanced routing algorithms, anchor liquidity incentives
Phase 3global anchor liquidity market, institutional settlement network, cross-chain anchor interoperability

14. Potential Impact

AnchorNet transforms how anchors interact within the Stellar ecosystem.

Benefits include:

  • efficient cross-border payments
  • reduced liquidity fragmentation
  • improved exchange rates
  • scalable anchor coordination

This positions AnchorNet as a core financial infrastructure layer for global Stellar anchors.


Repository Structure

Each sub-project has its own README with setup and contribution instructions.


License: MIT

Popular repositories Loading

  1. AnchorNet-Contracts AnchorNet-ContractsPublic

    Rust 1 32

  2. .github .githubPublic

  3. AnchorNet-Frontend AnchorNet-FrontendPublic

    TypeScript 77

  4. AnchorNet-Backend AnchorNet-BackendPublic

    TypeScript 24

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Showing 4 of 4 repositories

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Skip to content
@AnchorNet-Org

AnchorNet-Org

AnchorNet

Liquidity Network

AnchorNet is a liquidity coordination network for Stellar anchors that enables efficient cross-anchor settlement and liquidity sharing.

Anchors are financial institutions or service providers that act as fiat gateways to the Stellar network. They allow users to deposit and withdraw fiat currencies while issuing corresponding digital assets on-chain.

Today, anchors operate largely in isolation, which results in fragmented liquidity and inefficient cross-border settlements.

AnchorNet introduces a shared liquidity and routing layer between anchors, enabling seamless cross-anchor payments and automated settlement.

The protocol functions as an interbank settlement network for Stellar anchors.


1. Problem

Within the Stellar ecosystem, anchors serve as bridges between traditional financial systems and the blockchain network.

Examples of anchors include:

  • banks integrating with Stellar
  • payment processors
  • remittance providers
  • fiat on/off ramp services

However, the current system faces several challenges.

Current Limitations

ProblemImpact
Anchors operate independentlyfragmented liquidity
Manual cross-anchor settlementsoperational inefficiency
Inconsistent pricing across anchorspoor exchange rates
Limited coordinationslower global payments

Example Scenario

A user in India wants to send funds to Europe.

  • Anchor India: INR → USDC
  • Anchor Europe: USDC → EUR

Currently, there is no unified liquidity layer that efficiently routes funds between anchors.


2. Solution

AnchorNet introduces a global liquidity coordination protocol that connects anchors through a shared settlement and routing infrastructure.

Anchors contribute liquidity and participate in a distributed settlement network.

Core Principles

  • shared liquidity pools
  • automated routing between anchors
  • periodic net settlement
  • transparent pricing

This enables efficient cross-border flows between fiat currencies.

Example Flow

User sends: INR → EUR

Routing path:

Anchor India → USDC → AnchorNet Liquidity Pool → EUR Anchor

Payments are routed automatically through the network.


3. Key Features

Cross-Anchor Liquidity Sharing

Anchors can contribute liquidity to a shared pool that facilitates cross-border payments.

Automated Settlement

Balances between anchors are periodically settled on Stellar.

Smart Routing

Payments are automatically routed through the most efficient anchor pathway.

Liquidity Analytics

Provides real-time analytics on liquidity distribution across anchors.


4. Why Stellar

AnchorNet leverages the core capabilities of the Stellar network.

FeatureBenefit
Native asset issuanceanchors issue fiat-backed assets
Fast settlementcross-border payments finalize in seconds
Low transaction feesefficient large-scale settlement
Path paymentsmulti-hop routing across anchors

Stellar is uniquely designed for cross-border payment infrastructure.


5. System Architecture

flowchart LR
Sender[User Wallet]
AnchorA[Anchor A - India]
Router[AnchorNet Router]
LiquidityPool[AnchorNet Liquidity Pool]
AnchorB[Anchor B - Europe]
Receiver[Recipient Wallet]
Stellar[Stellar Network]
Sender --> AnchorA
AnchorA --> Router
Router --> LiquidityPool
LiquidityPool --> AnchorB
AnchorB --> Receiver
Router --> Stellar
Loading

6. Component Architecture

flowchart TB
Client[Wallet / Payment Application]
API[AnchorNet API Gateway]
RoutingEngine[Routing Engine]
LiquidityIndexer[Liquidity Indexer]
SettlementEngine[Settlement Engine]
AnalyticsService[Liquidity Analytics]
Database[(PostgreSQL)]
Cache[(Redis)]
StellarNode[Stellar Horizon Node]
Client --> API
API --> RoutingEngine
API --> SettlementEngine
API --> AnalyticsService
RoutingEngine --> LiquidityIndexer
LiquidityIndexer --> Database
SettlementEngine --> StellarNode
AnalyticsService --> Database
Loading

7. Cross-Anchor Payment Flow

sequenceDiagram
participant User
participant AnchorA
participant Router
participant AnchorB
participant Stellar
User->>AnchorA: Deposit INR
AnchorA->>Router: Request Routing
Router->>Router: Determine Optimal Anchor Path
Router->>Stellar: Execute Path Payment
Stellar->>AnchorB: Deliver USDC
AnchorB->>User: Convert to EUR
Loading

8. Settlement Process

AnchorNet performs periodic net settlements between anchors.

flowchart LR
Anchor1[Anchor A]
Anchor2[Anchor B]
Anchor3[Anchor C]
Netting[Net Settlement Engine]
Stellar[Stellar Settlement]
Anchor1 --> Netting
Anchor2 --> Netting
Anchor3 --> Netting
Netting --> Stellar
Loading

Instead of settling every transaction individually, AnchorNet aggregates balances and performs net settlement transactions, reducing costs.

9. Data Model

erDiagram
ANCHOR {
string id
string country
string supported_assets
}
LIQUIDITY_POOL {
string id
string asset
float liquidity
}
PAYMENT_ROUTE {
string id
string source_anchor
string destination_anchor
float estimated_cost
}
SETTLEMENT {
string id
string anchor_a
string anchor_b
float amount
}
ANCHOR ||--o{ LIQUIDITY_POOL : contributes
ANCHOR ||--o{ PAYMENT_ROUTE : participates
ANCHOR ||--o{ SETTLEMENT : settles
Loading

10. Tech Stack

LayerTechnologies
FrontendNext.js, React, TailwindCSS, Stellar wallet integration
BackendGolang, Node.js, REST APIs, gRPC microservices
BlockchainStellar Network, Horizon API, Stellar SDK
InfrastructureDocker, Kubernetes, PostgreSQL, Redis, AWS / GCP
Data Processingreal-time liquidity indexing, settlement monitoring, routing optimization

11. Security Considerations

AnchorNet incorporates multiple security layers.

LayerProtection
Anchor authenticationprevents unauthorized participants
Liquidity validationensures accurate liquidity reporting
Settlement verificationprevents settlement manipulation
Monitoring systemsdetect anomalies in liquidity

12. Revenue Model

AnchorNet generates revenue through infrastructure services.

Revenue StreamFee
Settlement routing0.1–0.3%
Anchor membershipnetwork participation fee
Liquidity analyticsenterprise data subscriptions
Institutional integrationsenterprise licensing

13. Future Roadmap

PhaseFocus
Phase 1anchor onboarding, routing infrastructure, liquidity monitoring
Phase 2automated liquidity balancing, advanced routing algorithms, anchor liquidity incentives
Phase 3global anchor liquidity market, institutional settlement network, cross-chain anchor interoperability

14. Potential Impact

AnchorNet transforms how anchors interact within the Stellar ecosystem.

Benefits include:

  • efficient cross-border payments
  • reduced liquidity fragmentation
  • improved exchange rates
  • scalable anchor coordination

This positions AnchorNet as a core financial infrastructure layer for global Stellar anchors.


Repository Structure

Each sub-project has its own README with setup and contribution instructions.


License: MIT

Popular repositories Loading

  1. AnchorNet-Contracts AnchorNet-ContractsPublic

    Rust 1 32

  2. .github .githubPublic

  3. AnchorNet-Frontend AnchorNet-FrontendPublic

    TypeScript 77

  4. AnchorNet-Backend AnchorNet-BackendPublic

    TypeScript 24

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Showing 4 of 4 repositories

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This organization has no public members. You must be a member to see who’s a part of this organization.

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Skip to content
@AnchorNet-Org

AnchorNet-Org

AnchorNet

Liquidity Network

AnchorNet is a liquidity coordination network for Stellar anchors that enables efficient cross-anchor settlement and liquidity sharing.

Anchors are financial institutions or service providers that act as fiat gateways to the Stellar network. They allow users to deposit and withdraw fiat currencies while issuing corresponding digital assets on-chain.

Today, anchors operate largely in isolation, which results in fragmented liquidity and inefficient cross-border settlements.

AnchorNet introduces a shared liquidity and routing layer between anchors, enabling seamless cross-anchor payments and automated settlement.

The protocol functions as an interbank settlement network for Stellar anchors.


1. Problem

Within the Stellar ecosystem, anchors serve as bridges between traditional financial systems and the blockchain network.

Examples of anchors include:

  • banks integrating with Stellar
  • payment processors
  • remittance providers
  • fiat on/off ramp services

However, the current system faces several challenges.

Current Limitations

ProblemImpact
Anchors operate independentlyfragmented liquidity
Manual cross-anchor settlementsoperational inefficiency
Inconsistent pricing across anchorspoor exchange rates
Limited coordinationslower global payments

Example Scenario

A user in India wants to send funds to Europe.

  • Anchor India: INR → USDC
  • Anchor Europe: USDC → EUR

Currently, there is no unified liquidity layer that efficiently routes funds between anchors.


2. Solution

AnchorNet introduces a global liquidity coordination protocol that connects anchors through a shared settlement and routing infrastructure.

Anchors contribute liquidity and participate in a distributed settlement network.

Core Principles

  • shared liquidity pools
  • automated routing between anchors
  • periodic net settlement
  • transparent pricing

This enables efficient cross-border flows between fiat currencies.

Example Flow

User sends: INR → EUR

Routing path:

Anchor India → USDC → AnchorNet Liquidity Pool → EUR Anchor

Payments are routed automatically through the network.


3. Key Features

Cross-Anchor Liquidity Sharing

Anchors can contribute liquidity to a shared pool that facilitates cross-border payments.

Automated Settlement

Balances between anchors are periodically settled on Stellar.

Smart Routing

Payments are automatically routed through the most efficient anchor pathway.

Liquidity Analytics

Provides real-time analytics on liquidity distribution across anchors.


4. Why Stellar

AnchorNet leverages the core capabilities of the Stellar network.

FeatureBenefit
Native asset issuanceanchors issue fiat-backed assets
Fast settlementcross-border payments finalize in seconds
Low transaction feesefficient large-scale settlement
Path paymentsmulti-hop routing across anchors

Stellar is uniquely designed for cross-border payment infrastructure.


5. System Architecture

flowchart LR
Sender[User Wallet]
AnchorA[Anchor A - India]
Router[AnchorNet Router]
LiquidityPool[AnchorNet Liquidity Pool]
AnchorB[Anchor B - Europe]
Receiver[Recipient Wallet]
Stellar[Stellar Network]
Sender --> AnchorA
AnchorA --> Router
Router --> LiquidityPool
LiquidityPool --> AnchorB
AnchorB --> Receiver
Router --> Stellar
Loading

6. Component Architecture

flowchart TB
Client[Wallet / Payment Application]
API[AnchorNet API Gateway]
RoutingEngine[Routing Engine]
LiquidityIndexer[Liquidity Indexer]
SettlementEngine[Settlement Engine]
AnalyticsService[Liquidity Analytics]
Database[(PostgreSQL)]
Cache[(Redis)]
StellarNode[Stellar Horizon Node]
Client --> API
API --> RoutingEngine
API --> SettlementEngine
API --> AnalyticsService
RoutingEngine --> LiquidityIndexer
LiquidityIndexer --> Database
SettlementEngine --> StellarNode
AnalyticsService --> Database
Loading

7. Cross-Anchor Payment Flow

sequenceDiagram
participant User
participant AnchorA
participant Router
participant AnchorB
participant Stellar
User->>AnchorA: Deposit INR
AnchorA->>Router: Request Routing
Router->>Router: Determine Optimal Anchor Path
Router->>Stellar: Execute Path Payment
Stellar->>AnchorB: Deliver USDC
AnchorB->>User: Convert to EUR
Loading

8. Settlement Process

AnchorNet performs periodic net settlements between anchors.

flowchart LR
Anchor1[Anchor A]
Anchor2[Anchor B]
Anchor3[Anchor C]
Netting[Net Settlement Engine]
Stellar[Stellar Settlement]
Anchor1 --> Netting
Anchor2 --> Netting
Anchor3 --> Netting
Netting --> Stellar
Loading

Instead of settling every transaction individually, AnchorNet aggregates balances and performs net settlement transactions, reducing costs.

9. Data Model

erDiagram
ANCHOR {
string id
string country
string supported_assets
}
LIQUIDITY_POOL {
string id
string asset
float liquidity
}
PAYMENT_ROUTE {
string id
string source_anchor
string destination_anchor
float estimated_cost
}
SETTLEMENT {
string id
string anchor_a
string anchor_b
float amount
}
ANCHOR ||--o{ LIQUIDITY_POOL : contributes
ANCHOR ||--o{ PAYMENT_ROUTE : participates
ANCHOR ||--o{ SETTLEMENT : settles
Loading

10. Tech Stack

LayerTechnologies
FrontendNext.js, React, TailwindCSS, Stellar wallet integration
BackendGolang, Node.js, REST APIs, gRPC microservices
BlockchainStellar Network, Horizon API, Stellar SDK
InfrastructureDocker, Kubernetes, PostgreSQL, Redis, AWS / GCP
Data Processingreal-time liquidity indexing, settlement monitoring, routing optimization

11. Security Considerations

AnchorNet incorporates multiple security layers.

LayerProtection
Anchor authenticationprevents unauthorized participants
Liquidity validationensures accurate liquidity reporting
Settlement verificationprevents settlement manipulation
Monitoring systemsdetect anomalies in liquidity

12. Revenue Model

AnchorNet generates revenue through infrastructure services.

Revenue StreamFee
Settlement routing0.1–0.3%
Anchor membershipnetwork participation fee
Liquidity analyticsenterprise data subscriptions
Institutional integrationsenterprise licensing

13. Future Roadmap

PhaseFocus
Phase 1anchor onboarding, routing infrastructure, liquidity monitoring
Phase 2automated liquidity balancing, advanced routing algorithms, anchor liquidity incentives
Phase 3global anchor liquidity market, institutional settlement network, cross-chain anchor interoperability

14. Potential Impact

AnchorNet transforms how anchors interact within the Stellar ecosystem.

Benefits include:

  • efficient cross-border payments
  • reduced liquidity fragmentation
  • improved exchange rates
  • scalable anchor coordination

This positions AnchorNet as a core financial infrastructure layer for global Stellar anchors.


Repository Structure

Each sub-project has its own README with setup and contribution instructions.


License: MIT

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Skip to content
@AnchorNet-Org

AnchorNet-Org

AnchorNet

Liquidity Network

AnchorNet is a liquidity coordination network for Stellar anchors that enables efficient cross-anchor settlement and liquidity sharing.

Anchors are financial institutions or service providers that act as fiat gateways to the Stellar network. They allow users to deposit and withdraw fiat currencies while issuing corresponding digital assets on-chain.

Today, anchors operate largely in isolation, which results in fragmented liquidity and inefficient cross-border settlements.

AnchorNet introduces a shared liquidity and routing layer between anchors, enabling seamless cross-anchor payments and automated settlement.

The protocol functions as an interbank settlement network for Stellar anchors.


1. Problem

Within the Stellar ecosystem, anchors serve as bridges between traditional financial systems and the blockchain network.

Examples of anchors include:

  • banks integrating with Stellar
  • payment processors
  • remittance providers
  • fiat on/off ramp services

However, the current system faces several challenges.

Current Limitations

ProblemImpact
Anchors operate independentlyfragmented liquidity
Manual cross-anchor settlementsoperational inefficiency
Inconsistent pricing across anchorspoor exchange rates
Limited coordinationslower global payments

Example Scenario

A user in India wants to send funds to Europe.

  • Anchor India: INR → USDC
  • Anchor Europe: USDC → EUR

Currently, there is no unified liquidity layer that efficiently routes funds between anchors.


2. Solution

AnchorNet introduces a global liquidity coordination protocol that connects anchors through a shared settlement and routing infrastructure.

Anchors contribute liquidity and participate in a distributed settlement network.

Core Principles

  • shared liquidity pools
  • automated routing between anchors
  • periodic net settlement
  • transparent pricing

This enables efficient cross-border flows between fiat currencies.

Example Flow

User sends: INR → EUR

Routing path:

Anchor India → USDC → AnchorNet Liquidity Pool → EUR Anchor

Payments are routed automatically through the network.


3. Key Features

Cross-Anchor Liquidity Sharing

Anchors can contribute liquidity to a shared pool that facilitates cross-border payments.

Automated Settlement

Balances between anchors are periodically settled on Stellar.

Smart Routing

Payments are automatically routed through the most efficient anchor pathway.

Liquidity Analytics

Provides real-time analytics on liquidity distribution across anchors.


4. Why Stellar

AnchorNet leverages the core capabilities of the Stellar network.

FeatureBenefit
Native asset issuanceanchors issue fiat-backed assets
Fast settlementcross-border payments finalize in seconds
Low transaction feesefficient large-scale settlement
Path paymentsmulti-hop routing across anchors

Stellar is uniquely designed for cross-border payment infrastructure.


5. System Architecture

flowchart LR
Sender[User Wallet]
AnchorA[Anchor A - India]
Router[AnchorNet Router]
LiquidityPool[AnchorNet Liquidity Pool]
AnchorB[Anchor B - Europe]
Receiver[Recipient Wallet]
Stellar[Stellar Network]
Sender --> AnchorA
AnchorA --> Router
Router --> LiquidityPool
LiquidityPool --> AnchorB
AnchorB --> Receiver
Router --> Stellar
Loading

6. Component Architecture

flowchart TB
Client[Wallet / Payment Application]
API[AnchorNet API Gateway]
RoutingEngine[Routing Engine]
LiquidityIndexer[Liquidity Indexer]
SettlementEngine[Settlement Engine]
AnalyticsService[Liquidity Analytics]
Database[(PostgreSQL)]
Cache[(Redis)]
StellarNode[Stellar Horizon Node]
Client --> API
API --> RoutingEngine
API --> SettlementEngine
API --> AnalyticsService
RoutingEngine --> LiquidityIndexer
LiquidityIndexer --> Database
SettlementEngine --> StellarNode
AnalyticsService --> Database
Loading

7. Cross-Anchor Payment Flow

sequenceDiagram
participant User
participant AnchorA
participant Router
participant AnchorB
participant Stellar
User->>AnchorA: Deposit INR
AnchorA->>Router: Request Routing
Router->>Router: Determine Optimal Anchor Path
Router->>Stellar: Execute Path Payment
Stellar->>AnchorB: Deliver USDC
AnchorB->>User: Convert to EUR
Loading

8. Settlement Process

AnchorNet performs periodic net settlements between anchors.

flowchart LR
Anchor1[Anchor A]
Anchor2[Anchor B]
Anchor3[Anchor C]
Netting[Net Settlement Engine]
Stellar[Stellar Settlement]
Anchor1 --> Netting
Anchor2 --> Netting
Anchor3 --> Netting
Netting --> Stellar
Loading

Instead of settling every transaction individually, AnchorNet aggregates balances and performs net settlement transactions, reducing costs.

9. Data Model

erDiagram
ANCHOR {
string id
string country
string supported_assets
}
LIQUIDITY_POOL {
string id
string asset
float liquidity
}
PAYMENT_ROUTE {
string id
string source_anchor
string destination_anchor
float estimated_cost
}
SETTLEMENT {
string id
string anchor_a
string anchor_b
float amount
}
ANCHOR ||--o{ LIQUIDITY_POOL : contributes
ANCHOR ||--o{ PAYMENT_ROUTE : participates
ANCHOR ||--o{ SETTLEMENT : settles
Loading

10. Tech Stack

LayerTechnologies
FrontendNext.js, React, TailwindCSS, Stellar wallet integration
BackendGolang, Node.js, REST APIs, gRPC microservices
BlockchainStellar Network, Horizon API, Stellar SDK
InfrastructureDocker, Kubernetes, PostgreSQL, Redis, AWS / GCP
Data Processingreal-time liquidity indexing, settlement monitoring, routing optimization

11. Security Considerations

AnchorNet incorporates multiple security layers.

LayerProtection
Anchor authenticationprevents unauthorized participants
Liquidity validationensures accurate liquidity reporting
Settlement verificationprevents settlement manipulation
Monitoring systemsdetect anomalies in liquidity

12. Revenue Model

AnchorNet generates revenue through infrastructure services.

Revenue StreamFee
Settlement routing0.1–0.3%
Anchor membershipnetwork participation fee
Liquidity analyticsenterprise data subscriptions
Institutional integrationsenterprise licensing

13. Future Roadmap

PhaseFocus
Phase 1anchor onboarding, routing infrastructure, liquidity monitoring
Phase 2automated liquidity balancing, advanced routing algorithms, anchor liquidity incentives
Phase 3global anchor liquidity market, institutional settlement network, cross-chain anchor interoperability

14. Potential Impact

AnchorNet transforms how anchors interact within the Stellar ecosystem.

Benefits include:

  • efficient cross-border payments
  • reduced liquidity fragmentation
  • improved exchange rates
  • scalable anchor coordination

This positions AnchorNet as a core financial infrastructure layer for global Stellar anchors.


Repository Structure

Each sub-project has its own README with setup and contribution instructions.


License: MIT

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  1. AnchorNet-Contracts AnchorNet-ContractsPublic

    Rust 1 32

  2. .github .githubPublic

  3. AnchorNet-Frontend AnchorNet-FrontendPublic

    TypeScript 77

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    TypeScript 24

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Skip to content
@AnchorNet-Org

AnchorNet-Org

AnchorNet

Liquidity Network

AnchorNet is a liquidity coordination network for Stellar anchors that enables efficient cross-anchor settlement and liquidity sharing.

Anchors are financial institutions or service providers that act as fiat gateways to the Stellar network. They allow users to deposit and withdraw fiat currencies while issuing corresponding digital assets on-chain.

Today, anchors operate largely in isolation, which results in fragmented liquidity and inefficient cross-border settlements.

AnchorNet introduces a shared liquidity and routing layer between anchors, enabling seamless cross-anchor payments and automated settlement.

The protocol functions as an interbank settlement network for Stellar anchors.


1. Problem

Within the Stellar ecosystem, anchors serve as bridges between traditional financial systems and the blockchain network.

Examples of anchors include:

  • banks integrating with Stellar
  • payment processors
  • remittance providers
  • fiat on/off ramp services

However, the current system faces several challenges.

Current Limitations

ProblemImpact
Anchors operate independentlyfragmented liquidity
Manual cross-anchor settlementsoperational inefficiency
Inconsistent pricing across anchorspoor exchange rates
Limited coordinationslower global payments

Example Scenario

A user in India wants to send funds to Europe.

  • Anchor India: INR → USDC
  • Anchor Europe: USDC → EUR

Currently, there is no unified liquidity layer that efficiently routes funds between anchors.


2. Solution

AnchorNet introduces a global liquidity coordination protocol that connects anchors through a shared settlement and routing infrastructure.

Anchors contribute liquidity and participate in a distributed settlement network.

Core Principles

  • shared liquidity pools
  • automated routing between anchors
  • periodic net settlement
  • transparent pricing

This enables efficient cross-border flows between fiat currencies.

Example Flow

User sends: INR → EUR

Routing path:

Anchor India → USDC → AnchorNet Liquidity Pool → EUR Anchor

Payments are routed automatically through the network.


3. Key Features

Cross-Anchor Liquidity Sharing

Anchors can contribute liquidity to a shared pool that facilitates cross-border payments.

Automated Settlement

Balances between anchors are periodically settled on Stellar.

Smart Routing

Payments are automatically routed through the most efficient anchor pathway.

Liquidity Analytics

Provides real-time analytics on liquidity distribution across anchors.


4. Why Stellar

AnchorNet leverages the core capabilities of the Stellar network.

FeatureBenefit
Native asset issuanceanchors issue fiat-backed assets
Fast settlementcross-border payments finalize in seconds
Low transaction feesefficient large-scale settlement
Path paymentsmulti-hop routing across anchors

Stellar is uniquely designed for cross-border payment infrastructure.


5. System Architecture

flowchart LR
Sender[User Wallet]
AnchorA[Anchor A - India]
Router[AnchorNet Router]
LiquidityPool[AnchorNet Liquidity Pool]
AnchorB[Anchor B - Europe]
Receiver[Recipient Wallet]
Stellar[Stellar Network]
Sender --> AnchorA
AnchorA --> Router
Router --> LiquidityPool
LiquidityPool --> AnchorB
AnchorB --> Receiver
Router --> Stellar
Loading

6. Component Architecture

flowchart TB
Client[Wallet / Payment Application]
API[AnchorNet API Gateway]
RoutingEngine[Routing Engine]
LiquidityIndexer[Liquidity Indexer]
SettlementEngine[Settlement Engine]
AnalyticsService[Liquidity Analytics]
Database[(PostgreSQL)]
Cache[(Redis)]
StellarNode[Stellar Horizon Node]
Client --> API
API --> RoutingEngine
API --> SettlementEngine
API --> AnalyticsService
RoutingEngine --> LiquidityIndexer
LiquidityIndexer --> Database
SettlementEngine --> StellarNode
AnalyticsService --> Database
Loading

7. Cross-Anchor Payment Flow

sequenceDiagram
participant User
participant AnchorA
participant Router
participant AnchorB
participant Stellar
User->>AnchorA: Deposit INR
AnchorA->>Router: Request Routing
Router->>Router: Determine Optimal Anchor Path
Router->>Stellar: Execute Path Payment
Stellar->>AnchorB: Deliver USDC
AnchorB->>User: Convert to EUR
Loading

8. Settlement Process

AnchorNet performs periodic net settlements between anchors.

flowchart LR
Anchor1[Anchor A]
Anchor2[Anchor B]
Anchor3[Anchor C]
Netting[Net Settlement Engine]
Stellar[Stellar Settlement]
Anchor1 --> Netting
Anchor2 --> Netting
Anchor3 --> Netting
Netting --> Stellar
Loading

Instead of settling every transaction individually, AnchorNet aggregates balances and performs net settlement transactions, reducing costs.

9. Data Model

erDiagram
ANCHOR {
string id
string country
string supported_assets
}
LIQUIDITY_POOL {
string id
string asset
float liquidity
}
PAYMENT_ROUTE {
string id
string source_anchor
string destination_anchor
float estimated_cost
}
SETTLEMENT {
string id
string anchor_a
string anchor_b
float amount
}
ANCHOR ||--o{ LIQUIDITY_POOL : contributes
ANCHOR ||--o{ PAYMENT_ROUTE : participates
ANCHOR ||--o{ SETTLEMENT : settles
Loading

10. Tech Stack

LayerTechnologies
FrontendNext.js, React, TailwindCSS, Stellar wallet integration
BackendGolang, Node.js, REST APIs, gRPC microservices
BlockchainStellar Network, Horizon API, Stellar SDK
InfrastructureDocker, Kubernetes, PostgreSQL, Redis, AWS / GCP
Data Processingreal-time liquidity indexing, settlement monitoring, routing optimization

11. Security Considerations

AnchorNet incorporates multiple security layers.

LayerProtection
Anchor authenticationprevents unauthorized participants
Liquidity validationensures accurate liquidity reporting
Settlement verificationprevents settlement manipulation
Monitoring systemsdetect anomalies in liquidity

12. Revenue Model

AnchorNet generates revenue through infrastructure services.

Revenue StreamFee
Settlement routing0.1–0.3%
Anchor membershipnetwork participation fee
Liquidity analyticsenterprise data subscriptions
Institutional integrationsenterprise licensing

13. Future Roadmap

PhaseFocus
Phase 1anchor onboarding, routing infrastructure, liquidity monitoring
Phase 2automated liquidity balancing, advanced routing algorithms, anchor liquidity incentives
Phase 3global anchor liquidity market, institutional settlement network, cross-chain anchor interoperability

14. Potential Impact

AnchorNet transforms how anchors interact within the Stellar ecosystem.

Benefits include:

  • efficient cross-border payments
  • reduced liquidity fragmentation
  • improved exchange rates
  • scalable anchor coordination

This positions AnchorNet as a core financial infrastructure layer for global Stellar anchors.


Repository Structure

Each sub-project has its own README with setup and contribution instructions.


License: MIT

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  1. AnchorNet-Contracts AnchorNet-ContractsPublic

    Rust 1 32

  2. .github .githubPublic

  3. AnchorNet-Frontend AnchorNet-FrontendPublic

    TypeScript 77

  4. AnchorNet-Backend AnchorNet-BackendPublic

    TypeScript 24

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Skip to content
@AnchorNet-Org

AnchorNet-Org

AnchorNet

Liquidity Network

AnchorNet is a liquidity coordination network for Stellar anchors that enables efficient cross-anchor settlement and liquidity sharing.

Anchors are financial institutions or service providers that act as fiat gateways to the Stellar network. They allow users to deposit and withdraw fiat currencies while issuing corresponding digital assets on-chain.

Today, anchors operate largely in isolation, which results in fragmented liquidity and inefficient cross-border settlements.

AnchorNet introduces a shared liquidity and routing layer between anchors, enabling seamless cross-anchor payments and automated settlement.

The protocol functions as an interbank settlement network for Stellar anchors.


1. Problem

Within the Stellar ecosystem, anchors serve as bridges between traditional financial systems and the blockchain network.

Examples of anchors include:

  • banks integrating with Stellar
  • payment processors
  • remittance providers
  • fiat on/off ramp services

However, the current system faces several challenges.

Current Limitations

ProblemImpact
Anchors operate independentlyfragmented liquidity
Manual cross-anchor settlementsoperational inefficiency
Inconsistent pricing across anchorspoor exchange rates
Limited coordinationslower global payments

Example Scenario

A user in India wants to send funds to Europe.

  • Anchor India: INR → USDC
  • Anchor Europe: USDC → EUR

Currently, there is no unified liquidity layer that efficiently routes funds between anchors.


2. Solution

AnchorNet introduces a global liquidity coordination protocol that connects anchors through a shared settlement and routing infrastructure.

Anchors contribute liquidity and participate in a distributed settlement network.

Core Principles

  • shared liquidity pools
  • automated routing between anchors
  • periodic net settlement
  • transparent pricing

This enables efficient cross-border flows between fiat currencies.

Example Flow

User sends: INR → EUR

Routing path:

Anchor India → USDC → AnchorNet Liquidity Pool → EUR Anchor

Payments are routed automatically through the network.


3. Key Features

Cross-Anchor Liquidity Sharing

Anchors can contribute liquidity to a shared pool that facilitates cross-border payments.

Automated Settlement

Balances between anchors are periodically settled on Stellar.

Smart Routing

Payments are automatically routed through the most efficient anchor pathway.

Liquidity Analytics

Provides real-time analytics on liquidity distribution across anchors.


4. Why Stellar

AnchorNet leverages the core capabilities of the Stellar network.

FeatureBenefit
Native asset issuanceanchors issue fiat-backed assets
Fast settlementcross-border payments finalize in seconds
Low transaction feesefficient large-scale settlement
Path paymentsmulti-hop routing across anchors

Stellar is uniquely designed for cross-border payment infrastructure.


5. System Architecture

flowchart LR
Sender[User Wallet]
AnchorA[Anchor A - India]
Router[AnchorNet Router]
LiquidityPool[AnchorNet Liquidity Pool]
AnchorB[Anchor B - Europe]
Receiver[Recipient Wallet]
Stellar[Stellar Network]
Sender --> AnchorA
AnchorA --> Router
Router --> LiquidityPool
LiquidityPool --> AnchorB
AnchorB --> Receiver
Router --> Stellar
Loading

6. Component Architecture

flowchart TB
Client[Wallet / Payment Application]
API[AnchorNet API Gateway]
RoutingEngine[Routing Engine]
LiquidityIndexer[Liquidity Indexer]
SettlementEngine[Settlement Engine]
AnalyticsService[Liquidity Analytics]
Database[(PostgreSQL)]
Cache[(Redis)]
StellarNode[Stellar Horizon Node]
Client --> API
API --> RoutingEngine
API --> SettlementEngine
API --> AnalyticsService
RoutingEngine --> LiquidityIndexer
LiquidityIndexer --> Database
SettlementEngine --> StellarNode
AnalyticsService --> Database
Loading

7. Cross-Anchor Payment Flow

sequenceDiagram
participant User
participant AnchorA
participant Router
participant AnchorB
participant Stellar
User->>AnchorA: Deposit INR
AnchorA->>Router: Request Routing
Router->>Router: Determine Optimal Anchor Path
Router->>Stellar: Execute Path Payment
Stellar->>AnchorB: Deliver USDC
AnchorB->>User: Convert to EUR
Loading

8. Settlement Process

AnchorNet performs periodic net settlements between anchors.

flowchart LR
Anchor1[Anchor A]
Anchor2[Anchor B]
Anchor3[Anchor C]
Netting[Net Settlement Engine]
Stellar[Stellar Settlement]
Anchor1 --> Netting
Anchor2 --> Netting
Anchor3 --> Netting
Netting --> Stellar
Loading

Instead of settling every transaction individually, AnchorNet aggregates balances and performs net settlement transactions, reducing costs.

9. Data Model

erDiagram
ANCHOR {
string id
string country
string supported_assets
}
LIQUIDITY_POOL {
string id
string asset
float liquidity
}
PAYMENT_ROUTE {
string id
string source_anchor
string destination_anchor
float estimated_cost
}
SETTLEMENT {
string id
string anchor_a
string anchor_b
float amount
}
ANCHOR ||--o{ LIQUIDITY_POOL : contributes
ANCHOR ||--o{ PAYMENT_ROUTE : participates
ANCHOR ||--o{ SETTLEMENT : settles
Loading

10. Tech Stack

LayerTechnologies
FrontendNext.js, React, TailwindCSS, Stellar wallet integration
BackendGolang, Node.js, REST APIs, gRPC microservices
BlockchainStellar Network, Horizon API, Stellar SDK
InfrastructureDocker, Kubernetes, PostgreSQL, Redis, AWS / GCP
Data Processingreal-time liquidity indexing, settlement monitoring, routing optimization

11. Security Considerations

AnchorNet incorporates multiple security layers.

LayerProtection
Anchor authenticationprevents unauthorized participants
Liquidity validationensures accurate liquidity reporting
Settlement verificationprevents settlement manipulation
Monitoring systemsdetect anomalies in liquidity

12. Revenue Model

AnchorNet generates revenue through infrastructure services.

Revenue StreamFee
Settlement routing0.1–0.3%
Anchor membershipnetwork participation fee
Liquidity analyticsenterprise data subscriptions
Institutional integrationsenterprise licensing

13. Future Roadmap

PhaseFocus
Phase 1anchor onboarding, routing infrastructure, liquidity monitoring
Phase 2automated liquidity balancing, advanced routing algorithms, anchor liquidity incentives
Phase 3global anchor liquidity market, institutional settlement network, cross-chain anchor interoperability

14. Potential Impact

AnchorNet transforms how anchors interact within the Stellar ecosystem.

Benefits include:

  • efficient cross-border payments
  • reduced liquidity fragmentation
  • improved exchange rates
  • scalable anchor coordination

This positions AnchorNet as a core financial infrastructure layer for global Stellar anchors.


Repository Structure

Each sub-project has its own README with setup and contribution instructions.


License: MIT

Popular repositories Loading

  1. AnchorNet-Contracts AnchorNet-ContractsPublic

    Rust 1 32

  2. .github .githubPublic

  3. AnchorNet-Frontend AnchorNet-FrontendPublic

    TypeScript 77

  4. AnchorNet-Backend AnchorNet-BackendPublic

    TypeScript 24

Repositories

Showing 4 of 4 repositories

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This organization has no public members. You must be a member to see who’s a part of this organization.

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@AnchorNet-Org

AnchorNet-Org

AnchorNet

Liquidity Network

AnchorNet is a liquidity coordination network for Stellar anchors that enables efficient cross-anchor settlement and liquidity sharing.

Anchors are financial institutions or service providers that act as fiat gateways to the Stellar network. They allow users to deposit and withdraw fiat currencies while issuing corresponding digital assets on-chain.

Today, anchors operate largely in isolation, which results in fragmented liquidity and inefficient cross-border settlements.

AnchorNet introduces a shared liquidity and routing layer between anchors, enabling seamless cross-anchor payments and automated settlement.

The protocol functions as an interbank settlement network for Stellar anchors.


1. Problem

Within the Stellar ecosystem, anchors serve as bridges between traditional financial systems and the blockchain network.

Examples of anchors include:

  • banks integrating with Stellar
  • payment processors
  • remittance providers
  • fiat on/off ramp services

However, the current system faces several challenges.

Current Limitations

ProblemImpact
Anchors operate independentlyfragmented liquidity
Manual cross-anchor settlementsoperational inefficiency
Inconsistent pricing across anchorspoor exchange rates
Limited coordinationslower global payments

Example Scenario

A user in India wants to send funds to Europe.

  • Anchor India: INR → USDC
  • Anchor Europe: USDC → EUR

Currently, there is no unified liquidity layer that efficiently routes funds between anchors.


2. Solution

AnchorNet introduces a global liquidity coordination protocol that connects anchors through a shared settlement and routing infrastructure.

Anchors contribute liquidity and participate in a distributed settlement network.

Core Principles

  • shared liquidity pools
  • automated routing between anchors
  • periodic net settlement
  • transparent pricing

This enables efficient cross-border flows between fiat currencies.

Example Flow

User sends: INR → EUR

Routing path:

Anchor India → USDC → AnchorNet Liquidity Pool → EUR Anchor

Payments are routed automatically through the network.


3. Key Features

Cross-Anchor Liquidity Sharing

Anchors can contribute liquidity to a shared pool that facilitates cross-border payments.

Automated Settlement

Balances between anchors are periodically settled on Stellar.

Smart Routing

Payments are automatically routed through the most efficient anchor pathway.

Liquidity Analytics

Provides real-time analytics on liquidity distribution across anchors.


4. Why Stellar

AnchorNet leverages the core capabilities of the Stellar network.

FeatureBenefit
Native asset issuanceanchors issue fiat-backed assets
Fast settlementcross-border payments finalize in seconds
Low transaction feesefficient large-scale settlement
Path paymentsmulti-hop routing across anchors

Stellar is uniquely designed for cross-border payment infrastructure.


5. System Architecture

flowchart LR
Sender[User Wallet]
AnchorA[Anchor A - India]
Router[AnchorNet Router]
LiquidityPool[AnchorNet Liquidity Pool]
AnchorB[Anchor B - Europe]
Receiver[Recipient Wallet]
Stellar[Stellar Network]
Sender --> AnchorA
AnchorA --> Router
Router --> LiquidityPool
LiquidityPool --> AnchorB
AnchorB --> Receiver
Router --> Stellar
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6. Component Architecture

flowchart TB
Client[Wallet / Payment Application]
API[AnchorNet API Gateway]
RoutingEngine[Routing Engine]
LiquidityIndexer[Liquidity Indexer]
SettlementEngine[Settlement Engine]
AnalyticsService[Liquidity Analytics]
Database[(PostgreSQL)]
Cache[(Redis)]
StellarNode[Stellar Horizon Node]
Client --> API
API --> RoutingEngine
API --> SettlementEngine
API --> AnalyticsService
RoutingEngine --> LiquidityIndexer
LiquidityIndexer --> Database
SettlementEngine --> StellarNode
AnalyticsService --> Database
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7. Cross-Anchor Payment Flow

sequenceDiagram
participant User
participant AnchorA
participant Router
participant AnchorB
participant Stellar
User->>AnchorA: Deposit INR
AnchorA->>Router: Request Routing
Router->>Router: Determine Optimal Anchor Path
Router->>Stellar: Execute Path Payment
Stellar->>AnchorB: Deliver USDC
AnchorB->>User: Convert to EUR
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8. Settlement Process

AnchorNet performs periodic net settlements between anchors.

flowchart LR
Anchor1[Anchor A]
Anchor2[Anchor B]
Anchor3[Anchor C]
Netting[Net Settlement Engine]
Stellar[Stellar Settlement]
Anchor1 --> Netting
Anchor2 --> Netting
Anchor3 --> Netting
Netting --> Stellar
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Instead of settling every transaction individually, AnchorNet aggregates balances and performs net settlement transactions, reducing costs.

9. Data Model

erDiagram
ANCHOR {
string id
string country
string supported_assets
}
LIQUIDITY_POOL {
string id
string asset
float liquidity
}
PAYMENT_ROUTE {
string id
string source_anchor
string destination_anchor
float estimated_cost
}
SETTLEMENT {
string id
string anchor_a
string anchor_b
float amount
}
ANCHOR ||--o{ LIQUIDITY_POOL : contributes
ANCHOR ||--o{ PAYMENT_ROUTE : participates
ANCHOR ||--o{ SETTLEMENT : settles
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10. Tech Stack

LayerTechnologies
FrontendNext.js, React, TailwindCSS, Stellar wallet integration
BackendGolang, Node.js, REST APIs, gRPC microservices
BlockchainStellar Network, Horizon API, Stellar SDK
InfrastructureDocker, Kubernetes, PostgreSQL, Redis, AWS / GCP
Data Processingreal-time liquidity indexing, settlement monitoring, routing optimization

11. Security Considerations

AnchorNet incorporates multiple security layers.

LayerProtection
Anchor authenticationprevents unauthorized participants
Liquidity validationensures accurate liquidity reporting
Settlement verificationprevents settlement manipulation
Monitoring systemsdetect anomalies in liquidity

12. Revenue Model

AnchorNet generates revenue through infrastructure services.

Revenue StreamFee
Settlement routing0.1–0.3%
Anchor membershipnetwork participation fee
Liquidity analyticsenterprise data subscriptions
Institutional integrationsenterprise licensing

13. Future Roadmap

PhaseFocus
Phase 1anchor onboarding, routing infrastructure, liquidity monitoring
Phase 2automated liquidity balancing, advanced routing algorithms, anchor liquidity incentives
Phase 3global anchor liquidity market, institutional settlement network, cross-chain anchor interoperability

14. Potential Impact

AnchorNet transforms how anchors interact within the Stellar ecosystem.

Benefits include:

  • efficient cross-border payments
  • reduced liquidity fragmentation
  • improved exchange rates
  • scalable anchor coordination

This positions AnchorNet as a core financial infrastructure layer for global Stellar anchors.


Repository Structure

Each sub-project has its own README with setup and contribution instructions.


License: MIT

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