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design.
THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. GLOSSARY | INTERLEDGER Glossary Account. An administrative item that acts as a bucket of assets on a ledger. Application Layer. The set of protocols built upon the Transport Layer that communicate payment details between senders and receivers. Application Layer protocols specify all of the data and methods needed to set up a payment for a specific category of use cases or applications.ILP ADDRESSES
ILP Addresses - v2.0.0. ILP addresses provide a way to route ILP packets to their intended destination through a series of hops, including any number of ILP Connectors. (This happens after address lookup using a higher-level protocol such as SPSP.)Addresses are not meant to be user-facing, but allow several ASCII characters for easydebugging.
CONNECTOR RISK MITIGATIONS Connector Risk Mitigations. Interledger connectors take some risk in exchange for the revenue they generate from facilitating payments. This document outlines the major categories of risks connectors face and suggests some possible mitigations. THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger. SPSP uses the Pre-Shared Key Version 2 (PSK2) transport protocol for INTERLEDGER ARCHITECTURE INTERLEDGER ARCHITECTURE Interledger Architecture. Interledger provides for secure payments across multiple assets on different ledgers. The architecture consists of a conceptual model for interledger payments, a mechanism for securing payments, and a suite of protocols that implement thisdesign.
THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. GLOSSARY | INTERLEDGER Glossary Account. An administrative item that acts as a bucket of assets on a ledger. Application Layer. The set of protocols built upon the Transport Layer that communicate payment details between senders and receivers. Application Layer protocols specify all of the data and methods needed to set up a payment for a specific category of use cases or applications.ILP ADDRESSES
ILP Addresses - v2.0.0. ILP addresses provide a way to route ILP packets to their intended destination through a series of hops, including any number of ILP Connectors. (This happens after address lookup using a higher-level protocol such as SPSP.)Addresses are not meant to be user-facing, but allow several ASCII characters for easydebugging.
CONNECTOR RISK MITIGATIONS Connector Risk Mitigations. Interledger connectors take some risk in exchange for the revenue they generate from facilitating payments. This document outlines the major categories of risks connectors face and suggests some possible mitigations. THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger. SPSP uses the Pre-Shared Key Version 2 (PSK2) transport protocol for INTERLEDGER ARCHITECTURE Interledger provides for secure payments across multiple assets on different ledgers. The architecture consists of a conceptual model for interledger payments, a mechanism for securing payments, and a suite of protocols that implement this design. The Interledger INTERLEDGER ARCHITECTURE Interledger Architecture. Interledger provides for secure payments across multiple assets on different ledgers. The architecture consists of a conceptual model for interledger payments, a mechanism for securing payments, and a suite of protocols that implement thisdesign.
HASHED-TIMELOCK AGREEMENTS (HTLAS) Hashed-Timelock Agreements (HTLAs) Generalization of Hashed-Timelock Contracts (HTLCs) used to secure Interledger payments.. This document assumes some familiarity with HTLCs and Interledger. It briefly summarizes both but it may be best read after IL-RFC 1: Interledger Architecture.. Interledger provides secure multi-hop payments using conditional transfers. INTERLEDGER PAYMENT REQUESTS (IPR) Interledger Payment Request (IPR) The Interledger Payment Request (IPR) transport protocol is an end-to-end protocol in which the receiver of an Interledger payment first communicates a request for payment to the sender. THE CONNECTOR TO CONNECTOR PROTOCOL Connector to Connector protocol Discovery. Connectors discover their peers through out-of-band communication, or by looking at https://connector.land and contacting the administrator of another connector.. Once peered, two connectors have a ledger between them; this is often a ledger with just two accounts, often administered collaboratively by the two connectors. GLOSSARY | INTERLEDGER Glossary Account. An administrative item that acts as a bucket of assets on a ledger. Application Layer. The set of protocols built upon the Transport Layer that communicate payment details between senders and receivers. Application Layer protocols specify all of the data and methods needed to set up a payment for a specific category of use cases or applications.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser. THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger. SPSP uses the Pre-Shared Key Version 2 (PSK2) transport protocol forWEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be polyfilled by extensions, or can be implemented directly into anTERMS OF SERVICE
The official Interledger community forum for discussing protocol development, implementations, and applications. INTERLEDGER ARCHITECTURE INTERLEDGER ARCHITECTURE Interledger Architecture. Interledger provides for secure payments across multiple assets on different ledgers. The architecture consists of a conceptual model for interledger payments, a mechanism for securing payments, and a suite of protocols that implement thisdesign.
THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. GLOSSARY | INTERLEDGER Glossary Account. An administrative item that acts as a bucket of assets on a ledger. Application Layer. The set of protocols built upon the Transport Layer that communicate payment details between senders and receivers. Application Layer protocols specify all of the data and methods needed to set up a payment for a specific category of use cases or applications.ILP ADDRESSES
ILP Addresses - v2.0.0. ILP addresses provide a way to route ILP packets to their intended destination through a series of hops, including any number of ILP Connectors. (This happens after address lookup using a higher-level protocol such as SPSP.)Addresses are not meant to be user-facing, but allow several ASCII characters for easydebugging.
CONNECTOR RISK MITIGATIONS Connector Risk Mitigations. Interledger connectors take some risk in exchange for the revenue they generate from facilitating payments. This document outlines the major categories of risks connectors face and suggests some possible mitigations. THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger. SPSP uses the Pre-Shared Key Version 2 (PSK2) transport protocol for INTERLEDGER ARCHITECTURE INTERLEDGER ARCHITECTURE Interledger Architecture. Interledger provides for secure payments across multiple assets on different ledgers. The architecture consists of a conceptual model for interledger payments, a mechanism for securing payments, and a suite of protocols that implement thisdesign.
THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. GLOSSARY | INTERLEDGER Glossary Account. An administrative item that acts as a bucket of assets on a ledger. Application Layer. The set of protocols built upon the Transport Layer that communicate payment details between senders and receivers. Application Layer protocols specify all of the data and methods needed to set up a payment for a specific category of use cases or applications.ILP ADDRESSES
ILP Addresses - v2.0.0. ILP addresses provide a way to route ILP packets to their intended destination through a series of hops, including any number of ILP Connectors. (This happens after address lookup using a higher-level protocol such as SPSP.)Addresses are not meant to be user-facing, but allow several ASCII characters for easydebugging.
CONNECTOR RISK MITIGATIONS Connector Risk Mitigations. Interledger connectors take some risk in exchange for the revenue they generate from facilitating payments. This document outlines the major categories of risks connectors face and suggests some possible mitigations. THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger. SPSP uses the Pre-Shared Key Version 2 (PSK2) transport protocol for INTERLEDGER ARCHITECTURE Interledger provides for secure payments across multiple assets on different ledgers. The architecture consists of a conceptual model for interledger payments, a mechanism for securing payments, and a suite of protocols that implement this design. The Interledger INTERLEDGER ARCHITECTURE Interledger Architecture. Interledger provides for secure payments across multiple assets on different ledgers. The architecture consists of a conceptual model for interledger payments, a mechanism for securing payments, and a suite of protocols that implement thisdesign.
HASHED-TIMELOCK AGREEMENTS (HTLAS) Hashed-Timelock Agreements (HTLAs) Generalization of Hashed-Timelock Contracts (HTLCs) used to secure Interledger payments.. This document assumes some familiarity with HTLCs and Interledger. It briefly summarizes both but it may be best read after IL-RFC 1: Interledger Architecture.. Interledger provides secure multi-hop payments using conditional transfers. INTERLEDGER PAYMENT REQUESTS (IPR) Interledger Payment Request (IPR) The Interledger Payment Request (IPR) transport protocol is an end-to-end protocol in which the receiver of an Interledger payment first communicates a request for payment to the sender. THE CONNECTOR TO CONNECTOR PROTOCOL Connector to Connector protocol Discovery. Connectors discover their peers through out-of-band communication, or by looking at https://connector.land and contacting the administrator of another connector.. Once peered, two connectors have a ledger between them; this is often a ledger with just two accounts, often administered collaboratively by the two connectors. GLOSSARY | INTERLEDGER Glossary Account. An administrative item that acts as a bucket of assets on a ledger. Application Layer. The set of protocols built upon the Transport Layer that communicate payment details between senders and receivers. Application Layer protocols specify all of the data and methods needed to set up a payment for a specific category of use cases or applications.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser. THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger. SPSP uses the Pre-Shared Key Version 2 (PSK2) transport protocol forWEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be polyfilled by extensions, or can be implemented directly into anTERMS OF SERVICE
The official Interledger community forum for discussing protocol development, implementations, and applications. INTERLEDGER ARCHITECTURE THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
THE CONNECTOR TO CONNECTOR PROTOCOL Connector to Connector protocol Discovery. Connectors discover their peers through out-of-band communication, or by looking at https://connector.land and contacting the administrator of another connector.. Once peered, two connectors have a ledger between them.SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in THE INTERLEDGER QUOTING PROTOCOL (ILQP) Payments across payment networks. Interledger Quoting Protocol (ILQP) The Interledger Quoting Protocol is a method of getting quote information from a Connector in preparation for arranging transfersacross two ledgers.
PEERING, CLEARING AND SETTLING ON THE INTERLEDGER NETWORK The Interledger network is a graph of nodes (connectors) that have peered with one another by establishing a means of exchanging ILP packets and a means of paying one another for the successful forwarding and delivery of the packets. NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. HASHED-TIMELOCK AGREEMENTS (HTLAS) Background on Hashed-Timelock Contracts (HTLCs) A Hashed-Timelock Contract (HTLC) is a conditional transfer where the condition is enforced by the ledger. It is a concept from the Bitcoin community that is used in the Lightning Network.. When the transfer is "prepared", the sender's funds are put on hold by the ledger, pending the fulfillment of a predefined condition.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser. INTERLEDGER ARCHITECTURE THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Payments across payment networks. Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the following documents: THE CONNECTOR TO CONNECTOR PROTOCOL Connector to Connector protocol Discovery. Connectors discover their peers through out-of-band communication, or by looking at https://connector.land and contacting the administrator of another connector.. Once peered, two connectors have a ledger between them. HASHED-TIMELOCK AGREEMENTS (HTLAS) Hashed-Timelock Agreements (HTLAs) Generalization of Hashed-Timelock Contracts (HTLCs) used to secure Interledger payments.. This document assumes some familiarity with HTLCs and Interledger. It briefly summarizes both but it may be best read after IL-RFC 1: Interledger Architecture.. Interledger provides secure multi-hop payments using conditional transfers. THE INTERLEDGER QUOTING PROTOCOL (ILQP) Payments across payment networks. Interledger Quoting Protocol (ILQP) The Interledger Quoting Protocol is a method of getting quote information from a Connector in preparation for arranging transfersacross two ledgers.
SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in PEERING, CLEARING AND SETTLING ON THE INTERLEDGER NETWORK The Interledger network is a graph of nodes (connectors) that have peered with one another by establishing a means of exchanging ILP packets and a means of paying one another for the successful forwarding and delivery of the packets. NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser. INTERLEDGER ARCHITECTURE Interledger Architecture. Interledger provides for secure payments across multiple assets on different ledgers. The architecture consists of a conceptual model for interledger payments, a mechanism for securing payments, and a suite of protocols that implement thisdesign.
NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. THE INTERLEDGER QUOTING PROTOCOL (ILQP) Payments across payment networks. Interledger Quoting Protocol (ILQP) The Interledger Quoting Protocol is a method of getting quote information from a Connector in preparation for arranging transfersacross two ledgers.
INTERLEDGER PAYMENT REQUESTS (IPR) Interledger Payment Request (IPR) The Interledger Payment Request (IPR) transport protocol is an end-to-end protocol in which the receiver of an Interledger payment first communicates a request for payment to the sender. THE CONNECTOR TO CONNECTOR PROTOCOL Connector to Connector protocol Discovery. Connectors discover their peers through out-of-band communication, or by looking at https://connector.land and contacting the administrator of another connector.. Once peered, two connectors have a ledger between them; this is often a ledger with just two accounts, often administered collaboratively by the two connectors. CONNECTOR RISK MITIGATIONS Connector Risk Mitigations. Interledger connectors take some risk in exchange for the revenue they generate from facilitating payments. This document outlines the major categories of risks connectors face and suggests some possible mitigations.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser. THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger. SPSP uses the Pre-Shared Key Version 2 (PSK2) transport protocol forWEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be polyfilled by extensions, or can be implemented directly into anTERMS OF SERVICE
The official Interledger community forum for discussing protocol development, implementations, and applications. INTERLEDGER ARCHITECTURE THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
THE CONNECTOR TO CONNECTOR PROTOCOL Connector to Connector protocol Discovery. Connectors discover their peers through out-of-band communication, or by looking at https://connector.land and contacting the administrator of another connector.. Once peered, two connectors have a ledger between them.SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in THE INTERLEDGER QUOTING PROTOCOL (ILQP) Payments across payment networks. Interledger Quoting Protocol (ILQP) The Interledger Quoting Protocol is a method of getting quote information from a Connector in preparation for arranging transfersacross two ledgers.
PEERING, CLEARING AND SETTLING ON THE INTERLEDGER NETWORK The Interledger network is a graph of nodes (connectors) that have peered with one another by establishing a means of exchanging ILP packets and a means of paying one another for the successful forwarding and delivery of the packets. NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. HASHED-TIMELOCK AGREEMENTS (HTLAS) Background on Hashed-Timelock Contracts (HTLCs) A Hashed-Timelock Contract (HTLC) is a conditional transfer where the condition is enforced by the ledger. It is a concept from the Bitcoin community that is used in the Lightning Network.. When the transfer is "prepared", the sender's funds are put on hold by the ledger, pending the fulfillment of a predefined condition.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser. INTERLEDGER ARCHITECTURE THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
THE CONNECTOR TO CONNECTOR PROTOCOL Connector to Connector protocol Discovery. Connectors discover their peers through out-of-band communication, or by looking at https://connector.land and contacting the administrator of another connector.. Once peered, two connectors have a ledger between them.SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in THE INTERLEDGER QUOTING PROTOCOL (ILQP) Payments across payment networks. Interledger Quoting Protocol (ILQP) The Interledger Quoting Protocol is a method of getting quote information from a Connector in preparation for arranging transfersacross two ledgers.
PEERING, CLEARING AND SETTLING ON THE INTERLEDGER NETWORK The Interledger network is a graph of nodes (connectors) that have peered with one another by establishing a means of exchanging ILP packets and a means of paying one another for the successful forwarding and delivery of the packets. NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. HASHED-TIMELOCK AGREEMENTS (HTLAS) Background on Hashed-Timelock Contracts (HTLCs) A Hashed-Timelock Contract (HTLC) is a conditional transfer where the condition is enforced by the ledger. It is a concept from the Bitcoin community that is used in the Lightning Network.. When the transfer is "prepared", the sender's funds are put on hold by the ledger, pending the fulfillment of a predefined condition.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser. INTERLEDGER ARCHITECTURE Interledger Architecture. Interledger provides for secure payments across multiple assets on different ledgers. The architecture consists of a conceptual model for interledger payments, a mechanism for securing payments, and a suite of protocols that implement thisdesign.
NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. THE INTERLEDGER QUOTING PROTOCOL (ILQP) Payments across payment networks. Interledger Quoting Protocol (ILQP) The Interledger Quoting Protocol is a method of getting quote information from a Connector in preparation for arranging transfersacross two ledgers.
INTERLEDGER PAYMENT REQUESTS (IPR) Interledger Payment Request (IPR) The Interledger Payment Request (IPR) transport protocol is an end-to-end protocol in which the receiver of an Interledger payment first communicates a request for payment to the sender. THE CONNECTOR TO CONNECTOR PROTOCOL Connector to Connector protocol Discovery. Connectors discover their peers through out-of-band communication, or by looking at https://connector.land and contacting the administrator of another connector.. Once peered, two connectors have a ledger between them; this is often a ledger with just two accounts, often administered collaboratively by the two connectors. CONNECTOR RISK MITIGATIONS Connector Risk Mitigations. Interledger connectors take some risk in exchange for the revenue they generate from facilitating payments. This document outlines the major categories of risks connectors face and suggests some possible mitigations.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser. THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger. SPSP uses the Pre-Shared Key Version 2 (PSK2) transport protocol forWEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be polyfilled by extensions, or can be implemented directly into anTERMS OF SERVICE
The official Interledger community forum for discussing protocol development, implementations, and applications. INTERLEDGER ARCHITECTURE THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. GLOSSARY | INTERLEDGER Glossary Account. An administrative item that acts as a bucket of assets on a ledger. Application Layer. The set of protocols built upon the Transport Layer that communicate payment details between senders and receivers. Application Layer protocols specify all of the data and methods needed to set up a payment for a specific category of use cases or applications.ILP ADDRESSES
ILP Addresses - v2.0.0. ILP addresses provide a way to route ILP packets to their intended destination through a series of hops, including any number of ILP Connectors. (This happens after address lookup using a higher-level protocol such as SPSP.)Addresses are not meant to be user-facing, but allow several ASCII characters for easydebugging.
CONNECTOR RISK MITIGATIONS Connector Risk Mitigations. Interledger connectors take some risk in exchange for the revenue they generate from facilitating payments. This document outlines the major categories of risks connectors face and suggests some possible mitigations. THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Payments across payment networks. Simple Payment Setup Protocol (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser. INTERLEDGER ARCHITECTURE THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. GLOSSARY | INTERLEDGER Glossary Account. An administrative item that acts as a bucket of assets on a ledger. Application Layer. The set of protocols built upon the Transport Layer that communicate payment details between senders and receivers. Application Layer protocols specify all of the data and methods needed to set up a payment for a specific category of use cases or applications.ILP ADDRESSES
ILP Addresses - v2.0.0. ILP addresses provide a way to route ILP packets to their intended destination through a series of hops, including any number of ILP Connectors. (This happens after address lookup using a higher-level protocol such as SPSP.)Addresses are not meant to be user-facing, but allow several ASCII characters for easydebugging.
CONNECTOR RISK MITIGATIONS Connector Risk Mitigations. Interledger connectors take some risk in exchange for the revenue they generate from facilitating payments. This document outlines the major categories of risks connectors face and suggests some possible mitigations. THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Payments across payment networks. Simple Payment Setup Protocol (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser. INTERLEDGER ARCHITECTURE Interledger Architecture. Interledger provides for secure payments across multiple assets on different ledgers. The architecture consists of a conceptual model for interledger payments, a mechanism for securing payments, and a suite of protocols that implement thisdesign.
THE INTERLEDGER QUOTING PROTOCOL (ILQP) Payments across payment networks. Interledger Quoting Protocol (ILQP) The Interledger Quoting Protocol is a method of getting quote information from a Connector in preparation for arranging transfersacross two ledgers.
INTERLEDGER PAYMENT REQUESTS (IPR) Interledger Payment Request (IPR) The Interledger Payment Request (IPR) transport protocol is an end-to-end protocol in which the receiver of an Interledger payment THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Payments across payment networks. Simple Payment Setup Protocol (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger. THE CONNECTOR TO CONNECTOR PROTOCOL Connector to Connector protocol Discovery. Connectors discover their peers through out-of-band communication, or by looking at https://connector.land and contacting the administrator of another connector.. Once peered, two connectors have a ledger between them; this is often a ledger with just two accounts, often administered collaboratively by the two connectors. GLOSSARY | INTERLEDGER Glossary Account. An administrative item that acts as a bucket of assets on a ledger. Application Layer. The set of protocols built upon the Transport Layer that communicate payment details between senders and receivers. Application Layer protocols specify all of the data and methods needed to set up a payment for a specific category of use cases or applications. HASHED-TIMELOCK AGREEMENTS (HTLAS) Background on Hashed-Timelock Contracts (HTLCs) A Hashed-Timelock Contract (HTLC) is a conditional transfer where the condition is enforced by the ledger. It is a concept from the Bitcoin community that is used in the Lightning Network.. When the transfer is "prepared", the sender's funds are put on hold by the ledger, pending the fulfillment of a predefined condition.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be polyfilled by extensions, or can be implemented directly into anTERMS OF SERVICE
The official Interledger community forum for discussing protocol development, implementations, and applications. INTERLEDGER ARCHITECTURE INTERLEDGER ARCHITECTURE Interledger Architecture. Interledger provides for secure payments across multiple assets on different ledgers. The architecture consists of a conceptual model for interledger payments, a mechanism for securing payments, and a suite of protocols that implement thisdesign.
THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. GLOSSARY | INTERLEDGER Glossary Account. An administrative item that acts as a bucket of assets on a ledger. Application Layer. The set of protocols built upon the Transport Layer that communicate payment details between senders and receivers. Application Layer protocols specify all of the data and methods needed to set up a payment for a specific category of use cases or applications.ILP ADDRESSES
ILP Addresses - v2.0.0. ILP addresses provide a way to route ILP packets to their intended destination through a series of hops, including any number of ILP Connectors. (This happens after address lookup using a higher-level protocol such as SPSP.)Addresses are not meant to be user-facing, but allow several ASCII characters for easydebugging.
CONNECTOR RISK MITIGATIONS Connector Risk Mitigations. Interledger connectors take some risk in exchange for the revenue they generate from facilitating payments. This document outlines the major categories of risks connectors face and suggests some possible mitigations. THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger. SPSP uses the Pre-Shared Key Version 2 (PSK2) transport protocol for INTERLEDGER ARCHITECTURE INTERLEDGER ARCHITECTURE Interledger Architecture. Interledger provides for secure payments across multiple assets on different ledgers. The architecture consists of a conceptual model for interledger payments, a mechanism for securing payments, and a suite of protocols that implement thisdesign.
THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control. GLOSSARY | INTERLEDGER Glossary Account. An administrative item that acts as a bucket of assets on a ledger. Application Layer. The set of protocols built upon the Transport Layer that communicate payment details between senders and receivers. Application Layer protocols specify all of the data and methods needed to set up a payment for a specific category of use cases or applications.ILP ADDRESSES
ILP Addresses - v2.0.0. ILP addresses provide a way to route ILP packets to their intended destination through a series of hops, including any number of ILP Connectors. (This happens after address lookup using a higher-level protocol such as SPSP.)Addresses are not meant to be user-facing, but allow several ASCII characters for easydebugging.
CONNECTOR RISK MITIGATIONS Connector Risk Mitigations. Interledger connectors take some risk in exchange for the revenue they generate from facilitating payments. This document outlines the major categories of risks connectors face and suggests some possible mitigations. THE SIMPLE PAYMENT SETUP PROTOCOL (SPSP) Preface. This document describes the Simple Payment Setup Protocol (SPSP), a basic protocol for exchanging payment information between senders and receivers to facilitate payment over Interledger. SPSP uses the Pre-Shared Key Version 2 (PSK2) transport protocol for LATEST GENERAL QUESTIONS TOPICS 2572. June 3, 2020. Live Interledger network vs community connector. 6. 449. June 2, 2020. Micropayments to provide a pay as you stream service as alternative to the subscription model. 5. INTERLEDGER PROTOCOL V4 (ILPV4) Interledger Protocol V4. Interledger is a protocol for sending packets of money across different payment networks or ledgers. ILPv4 is a simplification of previous versions of the protocol that is optimized for routing large volumes of low-value packets, also known as "pennyswitching".
INTERLEDGER PAYMENT REQUESTS (IPR) Interledger Payment Request (IPR) The Interledger Payment Request (IPR) transport protocol is an end-to-end protocol in which the receiver of an Interledger payment first communicates a request for payment to the sender. THE PRE-SHARED KEY TRANSPORT PROTOCOL (PSK) Payments across payment networks. Pre-Shared Key Transport Protocol (PSK) The Pre-Shared Key (PSK) protocol is an end-to-end transport protocol, used by the sender and receiver of an ILP payment to decide on a condition and fulfillment for a payment.TERMS OF SERVICE
The official Interledger community forum for discussing protocol development, implementations, and applications. WHAT'S THE DIFFERENCE BETWEEN INTERLEDGER AND LIGHTNING More specifically: What are the similarities and differences. Are the two technologies competing against each other? Are the two technologies cooperative (e.g., does it make sense to settle an ILP transaction using Lig WHAT IS AN INTERLEDGER TRANSACTION, AND HOW DO I SEND Interledger is a request/response protocol so the sender initiates a transfer with an ILP Prepare packet and the request is either successful and returns an ILP Fulfill packet or errors and returns an ILP Reject packet. Connector - An intermediary node forwards Interledger packets and converts currencies. The Interledger networkis made up of
DIFFERENCE BETWEEN FUSION (DCRM) AND INTERLEDGER An entire Interledger payment can occur without any “real funds” moving on any underlying payment networks. Put more generally, Interledger’s purpose is to allow really fast transactions between two parties who don’t have a trust relationship. Fusion’s ATOMIC SWAPS AND INTERLEDGER Hi everyone, I’m new to Interledger and I am currently exploring the use cases it can serve. From what I’ve read so far (PDF paper, RFC-s, demos), most of the time Interledger is used to route a payment from a sender to a receiver, via a (linear) path of connectors. However, a much more interesting use case would be to “swap” assets tracked on one ledger (e.g. car ownership) for assets WHAT'S THE DIFFERENCE BETWEEN COSMOS AND INTERLEDGER? IBC At a high level, Interblockchain Communication (IBC) is a protocol that locks up state on one chain and spawns it on another. You can watch proofs of this lock up (the lock up is really just holding it in a “smart contract” designed to coordinate IBC) through light clients, so you could have the target chain act as a light client of the original chain (the one we lock up on). INTERLEDGER ARCHITECTURE THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
THE CONNECTOR TO CONNECTOR PROTOCOL Connector to Connector protocol Discovery. Connectors discover their peers through out-of-band communication, or by looking at https://connector.land and contacting the administrator of another connector.. Once peered, two connectors have a ledger between them. HASHED-TIMELOCK AGREEMENTS (HTLAS) Hashed-Timelock Agreements (HTLAs) Generalization of Hashed-Timelock Contracts (HTLCs) used to secure Interledger payments.. This document assumes some familiarity with HTLCs and Interledger. It briefly summarizes both but it may be best read after IL-RFC 1: Interledger Architecture.. Interledger provides secure multi-hop payments using conditional transfers.SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in THE INTERLEDGER QUOTING PROTOCOL (ILQP) Payments across payment networks. Interledger Quoting Protocol (ILQP) The Interledger Quoting Protocol is a method of getting quote information from a Connector in preparation for arranging transfersacross two ledgers.
PEERING, CLEARING AND SETTLING ON THE INTERLEDGER NETWORK The Interledger network is a graph of nodes (connectors) that have peered with one another by establishing a means of exchanging ILP packets and a means of paying one another for the successful forwarding and delivery of the packets. NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser. INTERLEDGER ARCHITECTURE THE INTERLEDGER PROTOCOL (ILP) Interledger Protocol (ILP) Preface. This document specifies the Interledger Protocol (ILP). It draws heavily from the definition of the Internet Protocol (IP) defined in RFC 791.The interledger protocol is the culmination of more than a decade of research in decentralizedpayment protocols.
INTERLEDGER DYNAMIC CONFIGURATION PROTOCOL Interledger Dynamic Configuration Protocol (ILDCP) v1 Prerequisites. This specification assumes the reader is familiar with the followingdocuments:
THE CONNECTOR TO CONNECTOR PROTOCOL Connector to Connector protocol Discovery. Connectors discover their peers through out-of-band communication, or by looking at https://connector.land and contacting the administrator of another connector.. Once peered, two connectors have a ledger between them. HASHED-TIMELOCK AGREEMENTS (HTLAS) Hashed-Timelock Agreements (HTLAs) Generalization of Hashed-Timelock Contracts (HTLCs) used to secure Interledger payments.. This document assumes some familiarity with HTLCs and Interledger. It briefly summarizes both but it may be best read after IL-RFC 1: Interledger Architecture.. Interledger provides secure multi-hop payments using conditional transfers.SETTLEMENT ENGINES
Settlement Engines Conventions. The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in THE INTERLEDGER QUOTING PROTOCOL (ILQP) Payments across payment networks. Interledger Quoting Protocol (ILQP) The Interledger Quoting Protocol is a method of getting quote information from a Connector in preparation for arranging transfersacross two ledgers.
PEERING, CLEARING AND SETTLING ON THE INTERLEDGER NETWORK The Interledger network is a graph of nodes (connectors) that have peered with one another by establishing a means of exchanging ILP packets and a means of paying one another for the successful forwarding and delivery of the packets. NOTES ON OER ENCODING Introduction. The Interledger stack consists of a collection of different protocols. In order to keep some consistency between these separate, but related protocols, the Interledger team has decided to use some common choices for encoding formats across at least those protocols we control.WEB MONETIZATION
Web Monetization. Web Monetization is a proposed browser API that uses ILP micropayments to monetize a site. It can be provided through a polyfill or an extension, but the goal is to eventually implement it directly into the browser. LATEST GENERAL QUESTIONS TOPICS 2572. June 3, 2020. Live Interledger network vs community connector. 6. 449. June 2, 2020. Micropayments to provide a pay as you stream service as alternative to the subscription model. 5. INTERLEDGER PROTOCOL V4 (ILPV4) Interledger Protocol V4. Interledger is a protocol for sending packets of money across different payment networks or ledgers. ILPv4 is a simplification of previous versions of the protocol that is optimized for routing large volumes of low-value packets, also known as "pennyswitching".
GLOSSARY | INTERLEDGER Glossary Account. An administrative item that acts as a bucket of assets on a ledger. Application Layer. The set of protocols built upon the Transport Layer that communicate payment details between senders and receivers. Application Layer protocols specify all of the data and methods needed to set up a payment for a specific category of use cases or applications.TERMS OF SERVICE
The official Interledger community forum for discussing protocol development, implementations, and applications. THE PRE-SHARED KEY TRANSPORT PROTOCOL (PSK) Payments across payment networks. Pre-Shared Key Transport Protocol (PSK) The Pre-Shared Key (PSK) protocol is an end-to-end transport protocol, used by the sender and receiver of an ILP payment to decide on a condition and fulfillment for a payment. WHAT'S THE DIFFERENCE BETWEEN INTERLEDGER AND LIGHTNING More specifically: What are the similarities and differences. Are the two technologies competing against each other? Are the two technologies cooperative (e.g., does it make sense to settle an ILP transaction using Lig WHAT IS AN INTERLEDGER TRANSACTION, AND HOW DO I SEND Interledger is a request/response protocol so the sender initiates a transfer with an ILP Prepare packet and the request is either successful and returns an ILP Fulfill packet or errors and returns an ILP Reject packet. Connector - An intermediary node forwards Interledger packets and converts currencies. The Interledger networkis made up of
ATOMIC SWAPS AND INTERLEDGER Hi everyone, I’m new to Interledger and I am currently exploring the use cases it can serve. From what I’ve read so far (PDF paper, RFC-s, demos), most of the time Interledger is used to route a payment from a sender to a receiver, via a (linear) path of connectors. However, a much more interesting use case would be to “swap” assets tracked on one ledger (e.g. car ownership) for assets PUSH PAYMENTS AND INVOICES While working on an update to enable pull payments, I ended up making three individual specs out of the SPSP spec: A plain SPSP spec: It only describes what SPSP is for, namely exchanging connection details for STREAM. An SPSP pull payments spec: as discussed in Pull Payments An SPSP push payments spec: focus of this discussion. To me, this is a very natural split because cramming WHAT'S THE DIFFERENCE BETWEEN COSMOS AND INTERLEDGER? IBC At a high level, Interblockchain Communication (IBC) is a protocol that locks up state on one chain and spawns it on another. You can watch proofs of this lock up (the lock up is really just holding it in a “smart contract” designed to coordinate IBC) through light clients, so you could have the target chain act as a light client of the original chain (the one we lock up on).* Docs
* Tools
* Community
* Edit on Github
* Get Started
INTERLEDGER IS AN OPEN PROTOCOL SUITE FOR SENDING PAYMENTS ACROSSDIFFERENT LEDGERS.
Interledger is an open protocol suite for sending payments across different ledgers. Like the Internet, connectors route packets of money across independent networks. The open architecture and minimal protocol enable interoperability for any value transfer system. Interledger is not tied to a single company, blockchain, or currency.Get Started
INTERLEDGER FEATURESCODE WITH MONEY
Add payments without being tied to a single currency or paymentprovider.
MULTI-HOP ROUTING
Send payments to other ledgers, even if they are multiple hops away.SIMPLE PROTOCOL
Inspired by TCP/IP, Interledger is easy to implement and use. DEVELOP FOR INTERLEDGERSIMPLE SENDING
Interledger makes it easy to send money, no matter what ledger you or the recipient are on.* Javascript
* Command-Line
* +
const plugin = require('ilp-plugin')() const fetch = require('ilp-fetch') fetch('http://localhost:8080/', {method: 'GET',
maxPrice: 5000,
plugin
})
.then(response => { console.log('paid!') console.log('got response:', response.text)})
$ npm install -g ilp-curl moneyd $ moneyd configure --testnet $ moneyd start --testnet $ ilp-curl -X GET http://localhost:8080/Hello World!
Help implement Interledger in your favorite programming language.Contribute
AUTOMATED ROUTING
Interledger takes care of getting your money from ledger A to ledger Z, so you can get back to building awesome things! If you’re interested, learn more about how the magic works.RECEIVING MONEY
Interledger allows you to receive money from any ledger, without setting up accounts on lots of different services.* Javascript
* +
const Koa = require('koa') const router = require('koa-router')() const app = new Koa() const KoaIlp = require('koa-ilp') const plugin = require('ilp-plugin')() const ilp = new KoaIlp({ plugin }) router.get('/', ilp.paid({ price: 1000 }), async ctx => { ctx.body = 'Hello World!'})
app
.use(router.routes()) .use(router.allowedMethods()).listen(8080)
Help implement Interledger in your favorite programming language.Contribute
Get Started with InterledgerUPDATES
5 APR 2019
2019 ILP Summit held in San Francisco3 OCT 2018
Interledger: How To Interconnect All Blockchains and Value Networks28 AUG 2018
Coil.com launches beta subscription for Web MonetizationInterledger Project
Documentation licensed under CC BY 4.0.Details
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