Connect with us
DAPA Banner

Crypto World

Plasma Blockchain Hits 7th in TVL

Published

on

Tether’s $7.5M bet on Bitcoin payments using USDT

Plasma blockchain TVL has climbed to $2 billion, making it the seventh-largest blockchain by total value locked after Tether selected Plasma as one of only four networks to support its newly launched self-custody wallet.

Summary

  • Plasma’s TVL reached $2 billion as of April 16, up 27% over the past week and more than 80% over the past 30 days, per DefiLlama data, placing it seventh globally by TVL.
  • Tether launched tether.wallet on April 14, selecting Plasma alongside Ethereum, Polygon, and Arbitrum as supported networks at launch, giving the chain a direct distribution channel to Tether’s 570 million global users.
  • Analysts also point to growing optimism around the CLARITY Act approaching a Senate Banking Committee markup as a secondary driver of capital flowing into stablecoin infrastructure.

Plasma blockchain TVL has surged to $2 billion, a 27% weekly gain and more than 80% over the past 30 days, pushing the stablecoin-focused Layer-1 to seventh place globally in total value locked according to DefiLlama. The move coincides directly with the launch of tether.wallet on April 14, a self-custody product from Tether that supports USDT and XAUT on Plasma alongside Ethereum, Polygon, and Arbitrum.

Being selected as one of just four supported chains at launch positions Plasma as core Tether infrastructure rather than a peripheral experiment.

Advertisement

Tether has more than 570 million users globally as of March 2026, with tens of millions of new wallets added every quarter. The self-custody wallet was designed to allow direct USDT transfers without requiring users to hold separate gas tokens, with fees paid in the asset being transferred. Users send funds using human-readable identifiers rather than raw wallet addresses.

Plasma’s architecture was built specifically for this use case. As a stablecoin chain that launched in September 2025 with $2 billion in TVL on day one, the network runs PlasmaBFT consensus with sub-second finality and zero-fee USDT transfers, the properties that make it the most technically aligned chain for a stablecoin-native wallet product.

Who Built Plasma and Why It Has Tether’s Backing

Plasma was incubated by Bitfinex, the exchange that shares ownership with Tether. Tether CEO Paolo Ardoino was an early backer and angel, and the network launched with $2 billion in USD₮ liquidity seeded directly by Tether. The project also attracted investment from Peter Thiel’s Founders Fund and Framework Ventures across rounds totaling $24 million before its $373 million public token sale in July 2025.

Advertisement

The Tether connection has been the central narrative around Plasma since before mainnet, with markets pricing in the possibility that Tether, which never launched its own chain, would effectively route a meaningful portion of USDT activity through the network it helped seed.

CLARITY Act Optimism as a Secondary Driver

Analysts also point to rising probability of the CLARITY Act passing a Senate Banking Committee markup in late April as a secondary driver. JPMorgan said this week that negotiations are nearing completion with only a small number of issues remaining unresolved. The bill would establish a regulatory framework for stablecoins and digital assets, directly benefiting stablecoin infrastructure plays like Plasma.

Polymarket currently prices CLARITY Act passage odds at 55%. If the markup is confirmed, analysts expect fresh capital to rotate into stablecoin-focused chains and protocols ahead of the vote.

Advertisement

Source link

Continue Reading
Click to comment

You must be logged in to post a comment Login

Leave a Reply

Crypto World

Bitcoin’s Quantum Migration May Reveal Number of Satoshi Coins: Adam Back

Published

on

Blockstream CEO Adam Back said Thursday that a future post-quantum migration of Bitcoin could help clarify how many coins linked to Satoshi Nakamoto remain accessible, because any owner wanting to protect vulnerable holdings would need to move them to a new address format.

Speaking at Paris Blockchain Week, Back said such a migration would likely give users ample time to move funds and argued that coins left unmoved after that process could reasonably be treated as lost.

“This migration to post-quantum address format may tell us how many of those coins [Satoshi] still has,” said Back, adding that the pseudonymous creator has an estimated 500,000 to 1 million Bitcoin (BTC).

Satoshi’s Bitcoin stash has ignited heated debate among Bitcoin holders concerned by the quantum computing threat. On Wednesday, Jameson Lopp and five co-authors published a Bitcoin Improvement Proposal aimed at restricting the future movement of coins held in quantum-vulnerable address formats, including older coins whose public keys have already been exposed.

Advertisement
Adam Back, keynote speech at Paris Blockchain Week in 2026. Source: Cointelegraph

Blockchain data platform Arkham estimates that Nakamoto-linked wallets hold 1.09 million Bitcoin, currently valued at $81.6 billion.

Related: Bernstein says Bitcoin market already priced in quantum risk

Back sees long runway on quantum

Back said Bitcoin developers and holders still have substantial time to prepare, arguing that a quantum breakthrough capable of threatening Bitcoin signatures is at least 20 years away.

He argued that today’s quantum computers are “less powerful than a $5 calculator” and that some of their issues become more pressing as these systems scale, such as their energy consumption.

Back said that runway should give developers and users ample time to develop a post-quantum path and migrate to a new quantum-resistant standard underpinned by hash-based signatures.

Advertisement
Hash-based signature schemes for Bitcoin, research paper. Source: Blockstream Research

In December 2025, Back’s Blockstream Research released a paper proposing a hash-based signature scheme that offers a “promising path for securing Bitcoin in a post-quantum world,” as a quantum-safe replacement for the ECDSA and Schnorr signatures. Under the proposal, security would rely solely on hash function assumptions, similar to the ones currently used in Bitcoin’s network design.

The Elliptic Curve Digital Signature Algorithm (ECDSA) uses elliptic-curve cryptography to verify the authenticity and integrity of a message. Schnorr signatures are another signature scheme praised for enhancing privacy and reducing data size, due to their ability to combine multiple signatures into one.

Magazine: Bitcoin vs. the quantum computer threat — Timeline and solutions (2025–2035)