Tether has made a strategic investment in the t-0 network, a settlement platform powered by its USD₮ stablecoin for licensed financial institutions. The move aims to extend the stablecoin’s use into cross-border payments infrastructure by enabling near-instant, net-settled fiat transfers between banks and fintechs.
Tether’s investment targets a non-custodial network that records and matches transactions before settling net balances on-chain. The initiative represents a push to adapt stablecoin usage toward settlement and treasury functions beyond crypto trading liquidity.
USD₮’s circulating supply grew in late 2025 even as overall crypto market capitalization fell sharply. This divergence has reinforced the stablecoin’s role as a defensive liquidity layer, supporting the strategic focus on settlement infrastructure.
Paolo Ardoino, Tether’s CEO, stated the investment addresses inefficiencies in international payments rather than consumer use cases. “The t-0 network directly addresses the complexity of international payments by combining real-time settlement, cost efficiency, FX transparency, and global reach,” Ardoino said.
The platform is designed explicitly for banks and regulated financial institutions, connecting them via a single API. It settles only net balances in each institution’s chosen currency to reduce prefunding needs and limit foreign exchange exposure.
James Brownlee, CEO of the t-0 network, said the system aims to simplify cross-border payments for institutional users. “Our goal is to make global payments feel local,” Brownlee stated, describing it as a way to reduce friction between developed and emerging markets.
Tether did not disclose the investment size or provide a timeline for commercial rollout. No transaction volumes or participating institutions have been announced yet.
While stablecoin-based settlement is increasingly discussed as an alternative to correspondent banking, adoption is likely to remain gradual. Its progression will be shaped by regulatory clarity, integration challenges, and demonstrated reliability at scale.
