Product

SWIFT

Definitions

What is SWIFT?

SWIFT (Society for Worldwide Interbank Financial Telecommunication) is a global messaging network that enables financial institutions to securely exchange standardized financial messages, such as payment instructions, securities transactions, and account statements. It was founded in 1973 as a cooperative society under Belgian law, with the primary aim of replacing the telex-based communication systems that were previously used for international financial transactions. Today, SWIFT connects over 11,000 financial institutions across more than 200 countries, making it a key component of the global financial infrastructure. 

SWIFT provides a secure and standardized messaging system for financial institutions to communicate and exchange information, but it does not hold funds or manages accounts

Ownership

SWIFT is owned by its member institutions, which are primarily banks and other financial institutions. It operates as a member-owned cooperative, with each member holding a stake in the organization based on their usage of SWIFT services. The governance of SWIFT is overseen by a Board of Directors, which is elected by its shareholders and comprises representatives from various member institutions.

How SWIFT operates

SWIFT provides a secure, standardized, and reliable messaging platform for financial institutions to exchange information. It uses a system of unique codes, known as Bank Identifier Codes (BICs) or SWIFT codes, to identify the sending and receiving institutions involved in a transaction. The messages sent via SWIFT are formatted according to specific message types and follow the ISO 20022 messaging standard, which ensures that the information exchanged is consistent, accurate, and easily interpretable by all parties involved.

Nature of SWIFT messages

It is important to note that SWIFT itself does not transfer money or hold accounts on behalf of its member institutions. Instead, SWIFT serves as a messaging system that facilitates the exchange of financial information, such as payment instructions, between banks and financial institutions. When a bank sends a payment instruction via SWIFT, it is essentially requesting the receiving bank to transfer a specified amount from its account to the beneficiary’s account. The actual transfer of funds takes place through correspondent banking relationships and settlement systems, such as RTGS systems or Automated Clearing Houses (ACHs), which handle the movement of money between accounts.

Connection to SWIFT

Financial institutions connect to the SWIFT network through various channels, such as SWIFT Alliance Access, SWIFT Alliance Lite2, or SWIFTNet Link, depending on their size, technical capabilities, and messaging requirements. The messages are transmitted securely using SWIFT’s proprietary communication protocol and encrypted using state-of-the-art security measures.

 

In summary, normal SWIFT transfers and communication rely on standardized MT messages and are gradually transitioning to the richer MX messages (ISO 20022) to facilitate cross-border transactions. 

SWIFT Transfers and Communication with MT and MX messages

SWIFT (Society for Worldwide Interbank Financial Telecommunication) is a secure messaging network that enables financial institutions, such as banks, to send and receive standardized messages about financial transactions, like payment instructions and confirmations. SWIFT does not hold accounts or transfer funds; it simply provides a secure and reliable platform for exchanging information.

Normal SWIFT transfers use a series of standardized message types known as MT (Message Type) messages. These messages have predefined formats and fields, ensuring that financial institutions can easily understand and process the information they contain.

MX (ISO 20022) messages are a newer standard of financial messaging based on XML (eXtensible Markup Language). They provide a richer and more structured format, allowing for enhanced data exchange and improved straight-through processing. MX messages are gradually replacing MT messages in the SWIFT network, with the aim of providing better interoperability and data handling capabilities.

While traditional SWIFT transfers have been the backbone of international payments for decades, they have some limitations, including limited transparency, slower processing times, and unstructured data, as I explained in the previous response.

In summary, normal SWIFT transfers and communication rely on standardized MT messages and are gradually transitioning to the richer MX messages (ISO 20022) to facilitate cross-border transactions. 

SKBDN

Definitions

What is SKBDN?

SKBDN (Surat Kredit Berdokumen Dalam Negeri)

SKBDN (Domestic Letter of Credit) is A Domestic Letter of Credit (SKBDN) is a financial instrument used within a country’s borders to guarantee payment for goods or services provided. It functions similarly to an international letter of credit but is used for transactions between domestic parties. It ensures that the seller will receive payment once the terms and conditions of the transaction are fulfilled and the required documents are presented.

SBLC

Definitions

What is SBLC?

SBLC (Standby Letter of Credit)

SBLC (Standby Letter of Credit): A Standby Letter of Credit (SBLC) is a guarantee of payment issued by a bank on behalf of a client if the client fails to fulfill a contractual commitment with a third party. It serves as a safety net and is typically used in international trade as a payment guarantee, ensuring the seller that they will receive payment if the buyer defaults. It is called a “standby” because it is only used if the client fails to pay.

LC

Definitions

What is LC?

LC (Letter of Credit)

LC (Letter of Credit): A Letter of Credit (LC) is a financial document issued by a bank that guarantees a buyer’s payment to a seller will be received on time and for the correct amount. In the event that the buyer is unable to make the payment, the bank will cover the full or remaining amount. Letters of Credit are commonly used in international trade to mitigate the risk of non-payment and ensure that the seller receives payment once the terms and conditions of the sale are met.

Global Server Crypto Flash Product

SWIFT MT Standards 2023

Category 1 – SWIFT MT 103
Message Reference Guide MT 103

Category 2 – SWIFT STP Prosedure
Message Reference Guide SWIFT STP Prosedure

Category 3 – SWIFT MT 103 and COV 202
Message Reference Guide SWIFT MT 103 and COV 202

Category 4 – MT 103 Semi GPI
Message Reference Guide MT 103 Semi GPI

Category 5 – MT 103 Automatic GPI 
Message Reference Guide MT 103 Automatic GPI 

Category 6 – Server to Server
Message Reference Guide Server to Server

Category 7 – Server to Ledger
Message Reference Guide Server to Ledger

Category 8 – IP to IP
Message Reference Guide IP to IP

Category 9 – Prosedure Visa
Message Reference Guide Prosedure Visa

Category 10 – Prosedure VisaNet
Message Reference Guide Prosedure VisaNet

SWIFT STP Procedure

SWIFT (Society for Worldwide Interbank Financial Telecommunication) provides a network that enables financial institutions worldwide to send and receive information about financial transactions in a secure, standardized, and reliable environment. SWIFT does not actually transfer funds, but instead sends payment orders, which must be settled by correspondent accounts that institutions have with each other.

 

SWIFT GPI Transfers

SWIFT gpi (Global Payments Innovation):

Launched in 2017, SWIFT GPIis an initiative designed to address the limitations of traditional SWIFT transfers by enhancing the speed, transparency, and traceability of cross-border payments. SWIFT gpi leverages the existing MT and MX message formats to improve payment services. Key features of SWIFT gpi include:

  • Faster payments: gpi streamlines processes and establishes tighter service-level agreements (SLAs) between banks, resulting in faster transaction times, often within minutes or seconds.
  • Payment tracking: The gpi Tracker enables real-time tracking of transactions, improving transparency and reducing manual investigations.
  • Fee transparency: Banks can provide customers with information about transaction fees upfront, allowing for better decision-making.
  • Richer data: gpi supports more detailed and structured information exchange, facilitating improved reconciliation and regulatory compliance.

SWIFT gpi addresses the limitations of traditional SWIFT transfers by enhancing cross-border payments with end-to-end tracking, faster processing, and richer data. 

 

Unraveling the Semi-Automatic and Automatic Parts of the Swift gpi Processes

The Society for Worldwide Interbank Financial Telecommunication (SWIFT) revolutionized international transactions with the introduction of its Global Payments Innovation (gpi). The primary goal of SWIFT gpi is to modernize and automate cross-border payments, ensuring speed, traceability, and transparency.

The Automatic Process: GPI Bank to GPI Bank

When both the sending and receiving banks are gpi members, the process can be fully automated. This makes the transaction faster, more efficient, and eliminates potential errors that may occur during manual processing. It enables real-time tracking of payments from start to end, providing a level of transparency previously unseen in cross-border transactions.

The Semi-Automatic Part of the Process: 
Non-gpi Bank to gpi Bank or gpi Bank to non-gpi Bank

The semi-automatic gpi process comes into play when a transaction is initiated by a non-gpi bank to a gpi member bank. This transaction starts manually and becomes automated once it reaches the gpi member bank. If the non-gpi bank does not populate SWIFT fields 121 and 111, it becomes the responsibility of the first gpi member bank in the transaction chain to complete these fields accordingly thus ensuring the transaction meets the gpi standards for tracking and service level identification. 

  1. Field 121 (Unique End-to-End Transaction Reference – UETR): This field is used to identify a payment transaction throughout its entire life cycle. It’s a mandatory field for all gpi transactions, and each transaction must have a unique UETR.
  2. Field 111 (Service Type Identifier): This field is used to indicate the type of service, or level of urgency, required for a transaction. For example, a value of 001 indicates a normal payment, whereas 002 specifies a high priority payment.

At the initiation stage, a manual input of transaction details is required, including the beneficiary’s information, amount, currency, and purpose of the transfer. This initial process is necessary as the non-gpi bank might not have systems in place to automate this part of the transaction.

The semi-automatic process then allows for a human to manually review the transactions to ensure compliance with regulations, such as Anti-Money Laundering (AML) and Know Your Customer (KYC) rules. Large or non-standard transactions may also require manual authorization or approval, ensuring they meet specific risk management or policy criteria.

Human Intervention can stop the Automatic Processes

Despite the predominant automation, certain circumstances could require human intervention, even in fully automatic gpi transactions.

  1. Fraud Detection: If a system flags potential fraudulent activity, a transaction might be halted for human review. This could be due to patterns that match known fraud methods, unusually large transfers, or transactions involving regions or parties with a high risk of fraud.
  2. Recall Requests: If a recall request is made for a transaction (e.g., due to an error or a detected fraud), a human may need to intervene to process the recall, particularly if the recall request is complex or requires coordination between multiple parties.
  3. Regulatory and Compliance Concerns: Automatic transactions might be paused for human review if they involve countries or entities subject to sanctions, or if there are other compliance concerns. This review can help ensure the transaction complies with all applicable regulations.
  4. Technical Issues: In the event of a system outage, bug, or other technical problems, human intervention might be required to fix the issue and ensure the transaction is processed correctly.


While SWIFT gpi’s key promise lies in automation and efficiency, the reality of global financial transactions means there is still a role for human oversight. This blend of semi-automatic and automatic processes, paired with the necessary human intervention, allows the SWIFT gpi system to cater to a broad range of needs, while maintaining the highest standards of speed, security, and compliance.

SwiftNet Instant

SwiftNet Instant. It is a real-time, low latency messaging platform that is available 24/7 and supports the secure exchange of instant payment flows between Clearing and Settlement Mechanisms (CSMs) and their participants.

Customers can connect to SwiftNet Instant through their existing Swift connectivity and security infrastructure, including VPN boxes, leased lines and hardware security modules. Integration with the bank’s IT environment is achieved through the Alliance Gateway Instant (AGI).

All parties along the instant payment chain can use AGI and SwiftNet Instant messaging. Applications include payment initiation from an overlay service, indirect member communications with a sponsoring member, or a corporate receiving a payment confirmation.

SWIFT Instant connects with domestic instant payment systems to enable real-time transaction processing, both domestically and internationally, using the ISO 20022 standard. These systems represent ongoing efforts to modernize and streamline payment processes in the financial industry.