Pay3 to launch TON-focused payment platform
The platform will be launched in January 2025
Developer of payment solutions, Pay3 Limited, has announced the upcoming launch of its digital payment platform in January 2025. The platform is tailored for the TON ecosystem and Telegram users.
The platform promises seamless transactions and digital asset management directly within Telegram's messaging interface. This solution aims to simplify cryptocurrency transactions within the TON ecosystem and enhance access to decentralized finance.
According to the press release, Pay3’s development plan focuses on three key regions: Singapore, Southeast Asia, and the Middle East, with a particular emphasis on Dubai. These strategic markets will serve as testing grounds for region-specific features designed to meet local payment needs and regulatory requirements.
Additionally, the platform’s commitment to financial accessibility is reflected in its development of specialized solutions for underserved populations using digital assets and blockchain technology.
Expanding services and global financial accessibility
Pay3 is actively working on additional features for its payment solution and partnership programs for early adopters and newcomers to digital assets.
The development roadmap includes advanced AI-driven security features to protect user transactions and assets. The platform’s reach is set to grow through collaborations with major financial institutions in the traditional banking sector.
Pay3 also plans to introduce innovative solutions for cross-border payments, leveraging blockchain technology to reduce costs and improve the speed of international transfers.
According to Pay3’s website, its partners include T-Fund, a venture capital firm specializing in supporting innovative projects on the TON blockchain, and TON Japan.
TON Accelerator and cryptocurrency exchange Bybit have announced a partnership to implement the Cross-Chain Synergy Cohort program, designed to support developers building projects compatible with multiple blockchain networks.
