Digital Platformer, Slash Vision Labs, and Fore- Launch Project to Build Next-Generation Stablecoin Integrated Infrastructure
Digital Platformer, Slash Vision Labs, and Fore- have jointly launched a project to build a "next-generation stablecoin integrated infrastructure" that unifies the issuance, operation, and settlement of stablecoins. This initiative addresses the growing threat of AI-driven cyberattacks and the limitations of legacy systems, aiming to provide a secure and convenient financial function for financial institutions and fintech companies.
📋 Article Processing Timeline
- 📰 Published: May 2, 2026 at 01:00
- 🔍 Collected: May 1, 2026 at 16:31
- 🤖 AI Analyzed: May 1, 2026 at 17:15 (43 min after Collected)
Digital Platformer Inc. (Headquarters: Chiyoda-ku, Tokyo; Representative Director: Kazutaka Matsuda; hereinafter "the Company"), in collaboration with Slash Vision Labs (Headquarters: Singapore; CEO: Shinsuke Sato) and Fore- Inc. (Headquarters: Chiyoda-ku, Tokyo; Representative Director: Yuto Tanaka), has launched a joint study project aimed at building a "next-generation stablecoin integrated infrastructure" that unifies the issuance, operation, and settlement of stablecoins.
This infrastructure targets a wide range of businesses operating existing payment systems, including financial institutions, prepaid payment service providers, fintech companies, and platform operators.
Background and Challenges: Manifestation of AI Threats and Limitations of Legacy Systems
In recent years, with the evolution of advanced AI models, cyberattacks have become automated and sophisticated, and their scale and frequency have dramatically increased. International organizations and governments worldwide recognize AI-driven cyber risks to financial systems as a critical future challenge.
In particular, conventional systems that centrally manage balances and data on servers have a structural weakness with a single point of failure, inherently posing a risk of large-scale tampering or unauthorized outflow if compromised.
This challenge is common not only to financial institutions but also to various platform operators dealing with prepaid payments, points, and electronic money. In the event of a server compromise, the risk of large-scale tampering with balance data or unauthorized outflow is structurally increasing.
Against this backdrop, to fundamentally resolve the structural challenges faced by conventional centralized management systems, a shift to a stablecoin payment infrastructure utilizing distributed ledger technology (blockchain), which has no single point of failure and excellent tamper resistance, is indispensable.
Furthermore, since the revised Payment Services Act came into effect in 2023, stablecoin issuance, including yen-denominated stablecoins, and pilot projects by mega-banks have progressed in Japan, and stablecoins are shifting their position from speculative assets to "next-generation financial infrastructure."
Solution Approach: An Integrated Platform Unifying "Issuance × Secure Operation × Payment Utilization"
This project aims to build an integrated platform that enables companies to issue, operate, and settle stablecoins securely and easily.
By integrating the three areas that traditionally required separate construction—"Issuance and Authentication Infrastructure," "Secure Operation (AML/Compliance)," and "Payment Utilization"—and making them available through a single interface, the complexity of introducing financial functions will be significantly reduced.
This will allow businesses to incorporate advanced financial functions into their services, balancing safety and development speed, without having to implement them individually.
The three companies will bring together their technologies and achievements in their respective specialized fields, aiming to realize an integrated platform that functions as an "infrastructure hub" that coexists and cooperates with existing financial systems, rather than competing with them.
Integrated Platform Unifying "Issuance × Secure Operation × Payment Utilization" Provided by the Three Companies
Roles of the Three Companies: Why these three companies?
Digital Platformer Inc. ── Issuance Infrastructure: "Secure Issuance and Authentication Infrastructure" using MPC Technology and Decentralized ID
The Company will provide "MySov," an authentication infrastructure utilizing MPC (Multi-Party Computation) and DID/VC (Decentralized ID/Verifiable Credentials), based on its track record of providing Japan's first tokenized deposit infrastructure and implementing local government benefit models.
By managing personal information in a decentralized manner, it achieves both strict identity verification (eKYC) and privacy protection, confirms human authenticity in the era of AI agents, and fundamentally suppresses unauthorized access.
Fore- Inc. ── Secure Operation: "Real-time AML and Fraud Detection Infrastructure" across Address, IP, and Behavioral Signals
After stablecoins are issued, a real-time judgment infrastructure is indispensable to continuously operate them securely, determining "whether the transaction entity is trustworthy."
Fore- provides a risk control engine designed based on actual cyberattack methods and infringement patterns.
It not only analyzes addresses, IPs, and behavioral signals on the blockchain to determine risk for each transaction but also disassembles and blocks the conditions for an attack in real-time.
Furthermore, by continuously reflecting signals obtained from attacks and abnormal transactions, it evolves the overall judgment accuracy of the system, resulting in a structure that "strengthens as it is attacked."
This integrates not only AML compliance but also fraud prevention and transaction control, transforming financial functions from "something that can be implemented" into an antifragile structure—that is, "something that evolves while resisting attacks."
Sla
This infrastructure targets a wide range of businesses operating existing payment systems, including financial institutions, prepaid payment service providers, fintech companies, and platform operators.
Background and Challenges: Manifestation of AI Threats and Limitations of Legacy Systems
In recent years, with the evolution of advanced AI models, cyberattacks have become automated and sophisticated, and their scale and frequency have dramatically increased. International organizations and governments worldwide recognize AI-driven cyber risks to financial systems as a critical future challenge.
In particular, conventional systems that centrally manage balances and data on servers have a structural weakness with a single point of failure, inherently posing a risk of large-scale tampering or unauthorized outflow if compromised.
This challenge is common not only to financial institutions but also to various platform operators dealing with prepaid payments, points, and electronic money. In the event of a server compromise, the risk of large-scale tampering with balance data or unauthorized outflow is structurally increasing.
Against this backdrop, to fundamentally resolve the structural challenges faced by conventional centralized management systems, a shift to a stablecoin payment infrastructure utilizing distributed ledger technology (blockchain), which has no single point of failure and excellent tamper resistance, is indispensable.
Furthermore, since the revised Payment Services Act came into effect in 2023, stablecoin issuance, including yen-denominated stablecoins, and pilot projects by mega-banks have progressed in Japan, and stablecoins are shifting their position from speculative assets to "next-generation financial infrastructure."
Solution Approach: An Integrated Platform Unifying "Issuance × Secure Operation × Payment Utilization"
This project aims to build an integrated platform that enables companies to issue, operate, and settle stablecoins securely and easily.
By integrating the three areas that traditionally required separate construction—"Issuance and Authentication Infrastructure," "Secure Operation (AML/Compliance)," and "Payment Utilization"—and making them available through a single interface, the complexity of introducing financial functions will be significantly reduced.
This will allow businesses to incorporate advanced financial functions into their services, balancing safety and development speed, without having to implement them individually.
The three companies will bring together their technologies and achievements in their respective specialized fields, aiming to realize an integrated platform that functions as an "infrastructure hub" that coexists and cooperates with existing financial systems, rather than competing with them.
Integrated Platform Unifying "Issuance × Secure Operation × Payment Utilization" Provided by the Three Companies
Roles of the Three Companies: Why these three companies?
Digital Platformer Inc. ── Issuance Infrastructure: "Secure Issuance and Authentication Infrastructure" using MPC Technology and Decentralized ID
The Company will provide "MySov," an authentication infrastructure utilizing MPC (Multi-Party Computation) and DID/VC (Decentralized ID/Verifiable Credentials), based on its track record of providing Japan's first tokenized deposit infrastructure and implementing local government benefit models.
By managing personal information in a decentralized manner, it achieves both strict identity verification (eKYC) and privacy protection, confirms human authenticity in the era of AI agents, and fundamentally suppresses unauthorized access.
Fore- Inc. ── Secure Operation: "Real-time AML and Fraud Detection Infrastructure" across Address, IP, and Behavioral Signals
After stablecoins are issued, a real-time judgment infrastructure is indispensable to continuously operate them securely, determining "whether the transaction entity is trustworthy."
Fore- provides a risk control engine designed based on actual cyberattack methods and infringement patterns.
It not only analyzes addresses, IPs, and behavioral signals on the blockchain to determine risk for each transaction but also disassembles and blocks the conditions for an attack in real-time.
Furthermore, by continuously reflecting signals obtained from attacks and abnormal transactions, it evolves the overall judgment accuracy of the system, resulting in a structure that "strengthens as it is attacked."
This integrates not only AML compliance but also fraud prevention and transaction control, transforming financial functions from "something that can be implemented" into an antifragile structure—that is, "something that evolves while resisting attacks."
Sla