Here’s why Solana could be a trillion-dollar network by 2030


For years, the assumption inside crypto and across traditional finance was simple: when institutional adoption finally matured, Ethereum would be the chain Wall Street chose.

This is unsurprising, considering the network is the largest smart-contract network, the default environment for developers, and the ecosystem that has shaped today’s idea of programmable finance.

However, as institutional tokenization efforts accelerate, a new hypothetical question has entered mainstream discussion: what if the chain institutions ultimately rely on is not Ethereum, but Solana?

The scenario remains speculative, but the fact that it is being entertained reflects a shift in how market infrastructure is now being evaluated.

Solana’s evolving image

Solana’s early identity was shaped by retail speculation. Its low fees, high throughput, and ease of deployment made it the natural home for memecoins, high-velocity trading, and experimental retail primitives. For much of its existence, that chaotic environment defined the network’s cultural brand.

Yet the same characteristics, including sub-second finality, negligible fees, and a high-performance runtime, that fueled its speculative mania are now being reframed as the foundations for institutional-grade settlement.

Solana can process more than 3,000 transactions per second at an average cost of half a penny, according to Solscan data. Ethereum, by contrast, remains constrained at the base layer, relying on rollups to scale throughput and manage costs.

Solana Transactions Per Seconds
Solana Transactions Per Second (Source: Solscan)

This performance profile has caught the attention of analysts tracking the intersection of blockchains and traditional capital markets.

Bitwise CIO Matt Hougan recently described Solana as “the new Wall Street,” arguing that its low-latency execution model aligns more closely with institutional workflows than general-purpose alternatives.

At the same time, stablecoin issuers and tokenization firms have amplified this narrative by building increasingly sophisticated products on the network.

Still, Solana’s aspirations remain far ahead of its reality.

Today, the blockchain network averages around 284 “trades” per second in the sense of user-initiated value-moving instructions, which is far below the raw throughput it advertises.

On the other hand, Nasdaq executes roughly 2,920 trades per second and processes about $463 billion in daily volume, compared with Solana’s approximately $6 billion.

Solana vs Nasdaq Key Trading Volume Metrics.Solana vs Nasdaq Key Trading Volume Metrics.
Solana vs Nasdaq Key Metrics. (Source: FliptheNasdaq)

So, the gap in economic density between the two platforms remains substantial.

However, Solana’s developers claim that upcoming upgrades will further optimize validator performance, enhance scheduling, and reduce block contention. Indeed, these are advances that could bring the network closer to the reliability profile expected of market infrastructure.

But whether that is achievable remains uncertain; nonetheless, the ambition signals a strategic shift, showing that Solana no longer wants to be merely a fast blockchain. The network wants to be an execution engine capable of supporting regulated financial operations at scale.

As Galaxy Research stated:

“[Solana] is now evolving toward a cohesive vision of “Internet Capital Markets,” a system capable of supporting the full spectrum of digital financial activity, from retail speculation and consumer apps to enterprise-grade infrastructure and tokenized real-world assets.”

What will Solana be worth if Wall Street gives it a Chance by 2030

The question of what Solana could be worth if Wall Street were to adopt it meaningfully has prompted the development of new modeling frameworks.

Artemis CEO Jon Ma recently published one such model, arguing that once traditional assets move on-chain, blockchains will be valued more like infrastructure than speculative equities.

In Ma’s framework, the value drivers become throughput, cost efficiency, fee capture, and the ability to support high-volume, low-latency financial flows. Narrative dominance matters less. His model predicts that the global tokenization market will be between $10 trillion and $16 trillion by 2030.

Solana Financial ModelSolana Financial Model
Solana Financial Model (Source: John Ma)

Under a scenario where Solana captures even 5% of that activity, it could support a market capitalization approaching $880 billion.

The model incorporates factors such as annual turnover, projected declines in inflation, and blended revenue rates derived from priority fees, base fees, and Jito tips.

None of these projections implies inevitability. They highlight, instead, how the market may begin to assess blockchains once real-world assets are moved on-chain at scale.

Tokenized RWAs already total about $35.8 billion, nearly double their level from late 2024, according to Rwa.xyz. As that figure grows, performance and execution costs become more central to the conversation.

In this framework, Solana’s appeal stems from the qualities that once defined its retail culture: speed, low fees, and the ability to scale without relying on external execution layers.

Ethereum’s strengths, including security, tooling maturity, and regulatory familiarity, remain the default institutional preference, but tokenization adds pressure to assess chains through a new lens.

Mentioned in this article



Source link

How immobile supply shapes Bitcoin’s next real squeeze


Bitcoin’s latest move to around $101,000 is a reflection of shifting on-chain conditions as once-immobile supply begins to stir.

After months of steady accumulation, long-term holders are starting to distribute, ETFs have pivoted from inflows to outflows, and liquidity pressures are reshaping the market’s balance between supply and demand.

Beneath the surface, the data reveals a mechanical tension building between issuance, fund absorption, and holder behavior, setting the stage for Bitcoin’s next real squeeze.

Over the last week, Bitcoin ranged between $99,500 and $103,000, with the price retreating from recent highs as long-held coins were moved and new issuance met softer demand from funds, including back-to-back net redemptions in early November.

The core driver sits on-chain.

After months of net accumulation, roughly 62,000 BTC left illiquid cohorts since mid-October, the first notable downtick in the second half of the year.

The shift reflects long-duration wallets realizing gains into strength around clustered cost bases.

Before this pullback, illiquid supply had climbed toward 14.3 million to 14.4 million BTC, representing nearly 72% of circulating coins, a multi-year high for the share held by low-spending entities. When that stock loosens, float expands, and rallies stall until demand clears the extra supply.

The path from stall to squeeze is mechanical. Post halving issuance runs at about 3.125 BTC per block, roughly 450 BTC per day. The fixed trickle now interacts with three moving parts: the pace of long-term holder distribution, the rhythm of miner selling, and the capacity of funds and treasuries to absorb all of it.

If ETFs and balance sheet buyers take more coins than issuance plus distribution, price climbs as available float thins. If they fall short, price cuts are made while older cohorts reduce their exposure.

Fund flows have turned into a headwind in the near term.

U.S. spot Bitcoin ETFs logged sizable net outflows in early November, with approximately $566 million on Nov. 4 and a further $137 million on Nov. 5, before a partial offset with roughly $240 million of inflows on Nov. 6, according to Farside.

Multi-day redemptions nearing $2 billion across products highlights how concentrated U.S. demand can amplify swings in absorption. The breadth of that demand still matters because U.S. flows remain concentrated in a single large issuer; when creations stall there, aggregate absorption often falters.

Long-term behavior is also in motion. Glassnode’s ‘Week On Chain’ notes net distribution from long-duration cohorts, visible in Spent Output Age Bands, as older slices contribute more on green days.

Average dormancy ticked to a monthly high in early October, a pattern that often clusters near local tops or transitions when seasoned wallets take profits into strength. The same framework helps identify the turn; a fade in spending from the over one-year bands during up days has preceded renewed upside in past cycles as supply re-tightens.

Miner behavior sits on the margin, but it moves the needle when hashprice is low. Issuance is fixed, yet the net position change for miners dipped into a negative range in late summer, and transfer spikes to exchanges reappeared on CryptoQuant dashboards in mid-October.

If fees or price lift hashprice, distribution typically slows, and if revenue compresses, hedging or sales can add 200 to 500 BTC per day to outflows, enough to flip tone when fund demand is near balance. This relationship can be tracked alongside Glassnode’s miner net position change and Hashrate Index’s hashprice, which has weakened again in November.

The cost basis rails mark the trend.

In prior advances, the Short Term Holder realized price flipped from resistance to support as broader demand absorbed coins distributed by older cohorts. Reclaiming and holding that line after pullbacks has tracked constructive phases, while losing it has coincided with range-bound markets as long holders continue to trim.

A simple balance sheet captures the setup at today’s price. At roughly $101,000 per coin, the daily issuance of about 450 BTC equates to approximately $45.45 million. ETF flows can be translated to coins by dividing dollars by the price, so $50 million is ~495 BTC per day, and $200 million is ~1,980 BTC.

The recent surge in long holder distribution, roughly 62,000 BTC since mid-October, averaged about 4,430 BTC per day if spread over two weeks, indicating a spike rather than a steady pace. The sign of net absorption, demand minus issuance and distribution, determines whether the float tightens or loosens.

Scenario ETF demand LTH net distribution Miner net Net absorption
Stalemate $50M ≈ ~495 BTC/day 2,000 BTC/day ~0 -1,955 BTC/day, supply exceeds demand
Base uptrend $150M ≈ ~1,485 BTC/day 1,000 BTC/day ~0 +35 BTC/day, near balance
Squeeze $200M ≈ ~1,980 BTC/day 500 BTC/day ~0 +1,030 BTC/day, demand clears float

(Miner net assumed ~0 in baseline scenarios; sensitivity rises if daily miner outflows reach 200–500 BTC.)

The market’s stall and subsequent retrace fit the math.

The illiquid supply declined in October as older coins were moved, fund demand turned negative for several sessions, and miners experienced small outflows.

That combination increases tradable float and caps momentum until the mix flips. When long-term holder distribution slows and ETF issuance outpaces printing again, illiquid supply can resume climbing, and prices can advance without large new cash inflows.

According to Glassnode’s Illiquid Supply Change, a turnaround in the 30-day rate would confirm reaccumulation, particularly if U.S. ETFs and new listings abroad return to consistent net creations.

Macro still matters as a backdrop. Research from NYDIG frames Bitcoin as a liquidity barometer that responds to the dollar and real interest rates, rather than an inflation hedge. Tighter global liquidity and a firmer dollar into early November have coincided with weaker bids, a reminder that the dollar’s path into year-end remains relevant for flow velocity.

For traders watching the tape, the checklist is concise and straightforward. Track the Illiquid Supply Change for a turn higher, watch the short-term holder realized price during dips, and monitor the mix in Spent Output Age Bands for a fade in over one-year spends on green days.

Additionally, keep daily ETF creations in coin terms next to the ~450 BTC per day issuance line. If miners ease distribution while those gauges improve, the float tightens and the range gives way.

Mentioned in this article



Source link

Bitcoin stands as the last bastion against censorship


The GENIUS Act became law on July 18 after Congress settled that stablecoins should be regulated.

What happens next is a two-year rulemaking war that determines whether $250 billion in existing stablecoins flows into bank-wrapped structures or fragments into offshore silos, and whether Bitcoin and Ethereum capture the fallout or get buried under it.

Justin Slaughter, Paradigm’s VP of regulatory affairs, stated on Nov. 6:

“Little known fact—after the legislation is enacted, the real battle begins.”

His firm just filed comments on the Treasury’s advance notice of proposed rulemaking. The central fight is whether affiliates of stablecoin issuers pay yield to holders through separate products, and Congress already decided they can. Yet, Treasury might try to rewrite that.

The ability to offer yield via wrappers is where the next battle will take place. If regulators win, stablecoins become neutered bank products. If the industry wins, they compete with banks on rates.

Although the law is done, the rules are not. And the rules decide everything.

When compliance becomes mandatory

GENIUS builds a perimeter over three years, then locks the gates. The framework takes effect on Jan. 18, 2027, or 120 days after the final regulations are published, whichever comes first.

Federal agencies have one year from enactment to issue those regulations.

A three-year grace period expires July 18, 2028. After that, US exchanges, custodians, and most DeFi front ends cannot offer “payment stablecoins” unless a permitted payment stablecoin issuer or a Treasury-blessed foreign equivalent issues them.

Issuers under $10 billion can use approved state regimes, while larger issuers must migrate into the federal track. Foreign issuers need “comparable regime” determinations, OCC registration, and US-held reserves.

This timeline means that regulators will publish the rulebook by early 2027. By mid-2028, anyone touching US customers will either comply or exit.

What “into banks” actually means

GENIUS defines a protected category called “payment stablecoins” and restricts US distribution to coins issued by permitted issuers.

Those issuers must be bank subsidiaries, federally licensed nonbanks supervised by the OCC, or state-qualified entities under tight federal oversight.

Reserves must be held in cash, bank deposits, or T-bills, with no rehypothecation allowed. Disclosures submissions are made monthly, and issuers must be compliant with full prudential supervision, as well as BSA/AML compliance.

The coins are pulled into a banking-style regulatory perimeter without being called banks.

For the $304 billion stablecoin market, this creates a fork. US-touching liquidity migrates into bank-like wrappers, while everything else gets fenced off.

Offshore issuers can exist globally, but US platforms will drop them to avoid liability. There is $300 billion at stake, split between entities that meet federal standards and those that do not.

The rulemaking fight: yield, definitions, and scope

Slaughter’s comment zeroes in on affiliate yield. GENIUS prohibits issuers from paying interest but says nothing about affiliates doing so. Paradigm argues that banning affiliate yield would violate the statute’s plain language.

This matters because, if affiliates can pay competitive rates, users get high-yield savings accounts with instant settlement. That creates pressure on banks actually to return interest.

If regulators block affiliate yield, stablecoins become worse than bank deposits, with a full compliance burden, but no upside.

Other battlegrounds include the definition of the term “digital asset service provider” and whether DeFi protocols are exempt from statutory carve-outs, as well as what constitutes a “comparable regime” for foreign issuers.

Regulators could implement GENIUS as written or twist it into bank protectionism that chokes anything not wearing a federal charter.

Winners and losers

Large US banks and quasi-bank stablecoin issuers emerge as winners. GENIUS creates the first clear federal pathway for regulated institutions to issue dollar tokens with preemption over state rules.

Circle, Paxos, and PayPal rush to secure permitted issuer status. The expectation is that major banks will launch tokenized deposits and move directly onto public blockchains, rather than staying behind with ACH.

The US dollar and Treasury market also win. GENIUS mandates one-to-one backing in T-bills, making every compliant stablecoin effectively a mini T-bill fund. If this scales into the trillions, it deepens global demand for US debt.

Ethereum and layer-2 blockchains capture settlement infrastructure. US-regulated issuers overwhelmingly choose mature EVM environments.

According to rwa.xyz, Ethereum, zkSync, and Polygon have the largest participations on the real-world asset (RWA) market, amounting to $15.7 billion (44%).

Ethereum becomes the neutral rail for bank-grade dollar tokens, gaining fee flow and legitimacy as “regulated plumbing.” A large, compliant tier of DeFi builds on permitted stablecoins, coexisting with the permissionless global layer.

On the other hand, offshore issuers lose US distribution. After mid-2028, US platforms will not be able to offer any “payment stablecoin” that is not issued by a permitted issuer. Tether and similar players can serve non-US customers but lose seamless integration with Coinbase, Kraken, or major US venues.

Smaller or experimental issuers get crushed. Algorithmic stablecoins, undercollateralized experiments, and thinly capitalized startups either pivot into niche markets or shut down.

As a result, DeFi faces a split. GENIUS exempts underlying protocols and self-custody, but rulemaking will define what counts as “offering” to US persons.

If regulators stretch definitions, large parts of DeFi either filter to permitted-stablecoin-only pools for US traffic or drift into geofenced offshore silos.

How flows reroute

The first phase, from now to mid-2026, is characterized as a positioning period. Issuers and banks lobby over eligible reserves, foreign comparability, affiliate yield, and definitions. Draft rules circulate, and industry war-games compliance paths.

The second phase, spanning 2026 and 2027, is when regulatory sorting takes place. Final rules are released, early approvals are granted to large, compliant entities, and names are revealed. US platforms migrate volume toward “soon-to-be permitted” coins, while noncompliant issuers file, geo-fence US users, or lean into offshore venues.

The third phase, spanning from 2027 to 2028, is the hardening of routes. US-facing exchanges, brokers, and many DeFi front ends primarily list permitted stablecoins, with potential for deeper liquidity on Ethereum and layer-2 blockchains.

Noncompliant stablecoins persist on offshore exchanges and gray-market DeFi but lose connectivity to fully regulated US rails.

The expected result is a larger share of “crypto dollars” becoming fully reserved, supervised, KYC’d, and sitting inside or adjacent to bank balance sheets. On-chain settlement starts to look less like a pirate market and more like Fedwire with APIs.

Stage Date / Window Key Action Lead Agencies & Milestones
Passage (GENIUS Act becomes law) July 18, 2025 GENIUS Act (Public Law 119–27) signed. Establishes “permitted payment stablecoin issuer” regime, bans yield on payment stablecoins, sets 3-year distribution clock, and hardwires the effective date as the earlier of (i) 18 months after enactment or (ii) 120 days after final regs by primary regulators. Treasury + “primary Federal payment stablecoin regulators” (Fed, OCC, FDIC, NCUA) are formally tasked with building the rulebook (Section 13).
ANPRM – Implementation Kickoff Sept 19, 2025 Treasury issues Advance Notice of Proposed Rulemaking (ANPRM) on GENIUS Act implementation. It asks detailed questions on issuer eligibility, reserves, foreign/comparable regimes, illicit finance, tax, insurance, and data—this is the opening shot in defining how strict or flexible GENIUS will be. Treasury leads docket TREAS-DO-2025-0037 and signals coordination with Fed, OCC, FDIC, NCUA, and state regulators. Those agencies begin internal workstreams (FSOC/FDIC/NCUA speeches flag GENIUS implementation as a priority).
Proposed Rules (NPRMs) Expected 1H 2026 Next step: Treasury plus each primary regulator publish proposed rules (NPRMs) translating GENIUS into concrete requirements: licensing standards for PPSIs, capital/liquidity, reserve composition, examinations, foreign issuer “comparability,” and conditions for digital asset service providers. These must come early enough to finalize within the statutory one-year rulemaking window. Statute (Sec. 13) requires Treasury, Fed, OCC, FDIC, NCUA, and state regulators to “promulgate regulations” within 1 year of enactment → practical pressure to get NPRMs out in early 2026 so finals can land by July 18, 2026. This is the core battleground Justin Slaughter & others are pointing to.
Final Rules Statutory deadline: by July 18, 2026 Final regulations by the “primary Federal payment stablecoin regulators” + Treasury lock in who can be a PPSI, how reserves work, supervision expectations, and how foreign and state regimes are recognized. These final rules also start the 120-day clock that can accelerate GENIUS’s effective date. Fed, OCC, FDIC, NCUA each finalize regs for issuers under their jurisdiction; Treasury finalizes cross-cutting rules (safe harbors, comparability, illicit finance). Collectively, these rules are what can start the effective-date countdown under Sec. 20.
Earliest GENIUS Effective Date Earlier of: (a) Jan 18, 2027 (18 months after enactment), or (b) 120 days after final regs GENIUS framework (and amendments) “turn on” at whichever comes first. If regulators slip on final rules, the 18-month mark (Jan 18, 2027) becomes the default effective date. If they move fast and finalize early, the 120-day rule can pull the effective date forward. Practically: this is the pivot point your article should highlight—when stablecoin issuance and U.S.-facing distribution must begin lining up with PPSI rules, and when markets start rerouting toward bank-like, GENIUS-compliant

What it means for Bitcoin and Ethereum

For Bitcoin, GENIUS is a narrative tailwind. As stablecoins become more bank-like and subject to regulation by US authorities, Bitcoin stands out as the censorship-resistant asset that remains outside this perimeter.

Short-term liquidity is fine, as permitted stablecoins will be everywhere US-regulated BTC venues are. If noncompliant stablecoins shrink, some high-friction flows will pivot to BTC pairs.

In the long term, GENIUS domesticates the dollar side of crypto, making Bitcoin the cleanest way to step outside the new perimeter.

For Ethereum, GENIUS potentially brings a new level of scale if things remain as they are today. Permitted issuers prefer EVM chains with mature infrastructure and deep DeFi capabilities.

That is structurally supportive of ETH as gas and settlement infrastructure for regulated stablecoin payments and tokenized assets.

As a result, a two-tiered DeFi ecosystem might emerge. One tier consists of permissioned, GENIUS-compliant pools with institutional capital, and permissionless global pools hosting any coin. Censorship risk exists in this tier, but that increases the value of credible neutrality at the protocol level.

The other tier is formed by bank-grade, trillion-scale dollar tokens settling on Ethereum, making blockspace a valuable infrastructure.

The fight is over the rules. Treasury, the Fed, and the OCC write them between now and mid-2026. By 2027, the market learns what GENIUS actually built. By 2028, capital will flow into banks, onto Ethereum, or offshore.

Mentioned in this article



Source link

Why 43% of hedge funds plan integration with DeFi


For years, DeFi occupied the edges of institutional strategy, a curiosity for crypto-native funds, and a compliance headache for everyone else.

However, regulatory moves are slowly changing this stance. Among traditional hedge funds already holding digital assets, 43% now plan to expand into DeFi over the next three years, primarily through tokenised funds, tokenised assets, and direct platform engagement.

Nearly 33% of this group expects DeFi to disrupt their current operations in ways that necessitate adaptation, rather than just incremental adjustments.

The same dataset shows that 55% of traditional hedge funds now hold some crypto exposure, up from 47% in 2024. The numbers are from the 2025 Global Crypto Hedge Fund Report, published by AIMA and PwC on Nov. 5.

The report surveyed 122 managers and investors representing $982 billion in assets.

Of those hedge funds invested in crypto, 71% plan to increase their allocations over the next twelve months.

The pattern is that managers first normalized Bitcoin, Ethereum, and exchange-traded products. Now, they are mapping how to plug into on-chain liquidity, programmable collateral, and composable infrastructure. DeFi is no longer hypothetical; it is part of the three-year plan.

Efficiency gains against operational unknowns

The appeal rests on the assumption that on-chain rails can do things that centralized systems cannot, or cannot do well. Derivatives remain the dominant instrument for traditional funds with crypto exposure, used by 67% of these funds.

These managers live on leverage, hedging, and capital efficiency. The Oct. 10 flash crash, which liquidated over $19 billion in leveraged positions and severely impacted centralized exchanges, left decentralized exchanges comparatively unscathed.

Resilience under stress is crucial when your business model relies on liquid, 24/7 markets that remain open throughout weekends and regulatory holidays.

But resilience alone does not explain the roadmap placement. DeFi offers programmability, which is represented by collateral that moves instantly, yields that accrue transparently, and settlement that happens atomically.

For funds exploring tokenized structures, already a priority for nearly 33% of respondents, DeFi primitives become the infrastructure layer, not a speculative overlay.

Tokenized money market funds and treasuries, already in use for liquidity management, represent the regulated on-ramp for digital assets. Once a fund’s own units are tokenized, the question shifts from “should we touch DeFi?” to “which DeFi protocols fit our custody, compliance, and risk frameworks?”

The vulnerabilities are structural, not theoretical, as legal uncertainty is ranked as the top barrier to tokenization adoption, cited by 72% of respondents.

Smart contract risk, custody standards, and the absence of institutional-grade audit trails remain unresolved. Even among funds planning DeFi engagement, 21% view the technology as “irrelevant to our business model,” and 7% worry operational risks could reach “unacceptable levels.”

The split reflects a sector in negotiation with itself. For hedge funds, DeFi matters enough to study, but only if the underlying infrastructure works and regulators permit it.

Regulation as a permission structure

Timing explains the shift from observation to implementation. The US SEC’s “Project Crypto,” led by Chair Paul Atkins, represents a pivot from enforcement-first oversight to framework-building.

The OCC’s Interpretive Letter 1183 allows banks to custody and settle digital assets. The GENIUS Act formalizes stablecoin regulation, transforming them from a regulatory gray area into institutional-grade settlement tools.

These moves do not resolve every question, but they establish that on-chain activity can occur within supervised parameters.

Traditional hedge funds cite legal and compliance services as the area in greatest need of improvement, as 40% rank it first, nearly double the 17% who said the same in 2024.

Prime brokerage, custody, and banking rails follow. The importance of these structures indicates that hedge funds need defensible legal opinions, auditable custody solutions, and counterparties who will not close our accounts.

DeFi enters the roadmap precisely because it is starting to look supervisable, not because managers suddenly discovered yield farming.

The institutional investor base confirms the dynamic. Among allocators surveyed, 47% say the evolving US regulatory environment is prompting them to increase crypto exposure.

Family offices and high-net-worth individuals remain the largest investor group for crypto hedge funds, but fund-of-funds participation jumped to 39% in 2025 from 21% in 2024.

Institutional capital from pensions, foundations, and sovereign wealth funds reached 20%, up from 11%. It demands long-duration capital, and DeFi must meet that standard or remain sidelined.

What happens if DeFi becomes infrastructure

If DeFi transitions from experiment to infrastructure, the ripple effects reshape more than fund operations. Custody becomes programmable, with collateral moving based on code execution rather than manual instruction.

Prime brokerage splits into modular services, with one provider handling the legal wrapper, another managing on-chain execution, and a third monitoring risk.

Fund administration goes real-time: NAV calculations occur continuously, not at month-end, and settlement transitions from T+2 to atomic finality.

These changes favor funds that can build or integrate quickly. Smaller managers, who are already more likely to explore tokenization (37% versus 24% of their larger peers), gain access to liquidity and infrastructure previously reserved for billion-dollar platforms.

Macro strategy funds show the highest DeFi interest at 67%, drawn to the global, always-on nature of on-chain markets. The managers who move first set the standards, and the ones who wait inherit someone else’s architecture.

On the other hand, the risks pile up. On-chain transparency exposes strategies that depend on opacity. Composability introduces systemic linkages, as a hack in one protocol propagates through every integrated position.

Governance tokens blur the line between investment and operational control, creating regulatory ambiguity regarding what constitutes a security and who holds fiduciary duty.

DeFi does not eliminate counterparty risk, but rather redistributes it across code auditors, oracle providers, and protocol developers, none of whom fit neatly into existing liability frameworks.

What could derail the thesis?

Regulatory clarity in the US does not necessarily equate to global alignment.

The EU’s MiCA framework, Hong Kong’s licensing regime, and Singapore’s approach to digital payment tokens all impose different standards.

A fund operating across jurisdictions must reconcile conflicting definitions of what counts as a security, who qualifies as a custodian, and when a smart contract constitutes a regulated service.

Interoperability issues, cited by 50% of EMEA-based respondents as a barrier to tokenization, reflect this fragmentation.

Technical debt accumulates faster than institutional memory can be retained. Most DeFi protocols were designed for pseudonymous retail users, not for funds required to conduct KYC, file SARs, and produce auditable transaction histories.

Retrofitting compliance onto permissionless infrastructure is more complex than building compliant systems from scratch, but the liquidity and composability advantages of existing DeFi networks make abandonment impractical.

The middle path, composed of permissioned forks, hybrid models, and regulated front-ends, satisfies no one completely but may be the only path that regulators and allocators both accept.

Investor demand remains thin relative to institutional ambitions. Among hedge funds interested in tokenization, 41% cite “lack of investor demand” as a barrier, second only to legal uncertainty.

Allocators want the operational efficiency tokenization promises, but few are willing to be first movers when custody standards, tax treatment, and bankruptcy protections remain unsettled.

The chicken-and-egg problem is real: managers will not tokenise until investors ask for it, and investors will not ask until the infrastructure proves itself at scale.

Who controls the on-ramp?

The DeFi roadmap is not just a story of technology adoption. It is a question of who sets the terms under which traditional finance integrates with on-chain infrastructure.

If hedge funds build their own tokenized structures using DeFi primitives, they control issuance, governance, and fee capture.

If they rely on third-party platforms, such as centralized exchanges offering “DeFi-lite” products, or custodians wrapping permissionless protocols in permissioned interfaces, they cede that control in exchange for regulatory cover and operational simplicity.

The Oct. 10 flash crash offered a preview of the stakes. Centralized venues, which concentrate leverage and liquidity, buckled under cascading liquidations.

Decentralized exchanges, which distribute risk across autonomous liquidity pools, absorbed the shock without systemic failure.

The lesson was not lost on managers who spend their careers managing tail risk. If DeFi infrastructure proves more robust under stress than centralized alternatives, the shift from roadmap to reality accelerates.

If it does not, in the event of a major protocol exploit or governance failure that wipes out institutional capital, the three-year timeline extends indefinitely.

The outcome depends less on technology than on coordination. Regulators must decide whether to permit hybrid models that blend on-chain execution with off-chain compliance. Custodians must build solutions that protect private keys without sacrificing programmability.

Auditors must develop standards for verifying the security of smart contracts at an institutional scale. Hedge funds, for their part, must decide whether they want to shape or consume that infrastructure.

The 43% who put DeFi on their roadmap are making a bet that the answers will arrive in time, and that being early, rather than late, is the winning position.

Mentioned in this article



Source link

Positive BTC ETF flows and to reclaim $112,500


Bitcoin (BTC) trades at $101,328 as of press time, erasing the 2.3% recovery that had briefly pushed the price to $103,885 the day before.

The breakdown confirms what on-chain data has been telegraphing about demand momentum fading, long-term holders selling into weakness, and the market testing structural supports last seen during mid-cycle corrections.

The two consecutive dips below $100,000 on Nov. 4 and 5 add to what on-chain data suggested.

According to a Nov. 5 report by Glassnode, the path back to bullish footing requires two clear reversals.

First, US spot Bitcoin ETF flows must turn net positive after two weeks of daily outflows between $150 million and $700 million.

Second, price must reclaim the Short-Term Holders’ cost basis at $112,500 and hold it as support.

Without both flips, Bitcoin risks sliding toward the Active Investors’ Realized price near $88,500, a level that has historically marked deeper corrective phases.

Structural breakdown

Bitcoin has repeatedly failed to hold above $112,500, the average acquisition price for coins held less than 155 days. That threshold matters because when prices trade below their cost basis, Short-Term Holders sit on unrealized losses, and selling pressure builds.

The current 11% discount from that level is historically deep enough to invite further downside if support does not materialize.

At $100,000, roughly 71% of the circulating supply remains in profit, placing the market near the lower bound of the 70% to 90% equilibrium range typical during mid-cycle slowdowns. This zone often produces brief relief rallies toward the Short-Term Holders’ cost basis, but sustained recoveries require prolonged consolidation and renewed demand.

If selling pushes a larger share of supply into the loss zone, the market risks transitioning into a deeper bearish phase.

The Relative Unrealized Loss, which represents total unrealized losses as a percentage of market capitalization, currently stands at 3.1%, well below the 5% threshold typically associated with panic-driven selloffs.

The 2022-2023 bear market pushed this metric above 10%. The current reading suggests orderly revaluation, not capitulation, but the cushion is thin.

Quiet distribution from long-term holders

The surprise has been long-term holder behavior. Since July 2025, this cohort has shed approximately 300,000 BTC, reducing supply from 14.7 million to 14.4 million.

Unlike earlier distributions when seasoned investors sold into strength during rallies, they are now selling into weakness as prices drift lower, a behavioral shift that signals fatigue and reduced conviction.

When accounting for new maturations, which are coins aging past 155 days, the spending becomes clearer.

Long-term holders total supply
The long-term holder supply declined from 14.7 million BTC in July 2025 to 14.4 million by November, marking a persistent distribution despite price weakness.

Long-term holders have spent around 2.4 million BTC since July, with new maturations offsetting much of the outflow. Excluding maturations, the spending represents roughly 12% of the circulating supply.

That is substantial sell-side pressure operating beneath the surface.

ETF flows turn negative, derivatives suggest caution

Institutional demand has cooled sharply. US spot Bitcoin ETFs recorded consistent net outflows over the past two weeks, contrasting with strong inflows throughout September and early October that supported price resilience.

The recent trend suggests a shift towards profit-taking and a reduced appetite for new exposure.

Spot market activity tells the same story. The Cumulative Volume Delta Bias has turned negative across major exchanges. Binance and aggregate spot CVDs registered negative 822 BTC and 917 BTC, respectively, signaling sustained net sell pressure.

Cumulative Volume Delta BiasCumulative Volume Delta Bias
The cumulative volume delta across major exchanges turned negative in late 2025, with Binance and the aggregate spot market showing sustained net selling pressure below zero.

Coinbase remains neutral at positive 170 BTC, showing little buy-side absorption. This deterioration mirrors the ETF slowdown, suggesting rallies are met with swift profit-taking.

In perpetual futures, the Directional Premium has declined from $338 million per month in April to around $118 million. This is the interest paid by long traders.

The movement signals a broad unwind in speculative positioning, as traders are scaling back directional leverage, favoring neutrality over aggressive long exposure.

Options markets reinforce the defensive tone. Demand for puts remains elevated, with traders paying premium prices to guard against further downside rather than positioning for reversal.

Short-term implied volatility spiked to 54% during the selloff before retracing about 10 vol points once support formed.

Put premiums at the $100,000 strike surged as fears grew that the bull cycle might be ending.

Even as Bitcoin stabilized, premiums remain elevated. Flow data indicate that taker activity is primarily characterized by negative delta positioning, with puts being purchased and calls being sold. The environment favors defensiveness over risk-taking, with no clear catalyst for upside visible.

The two flips required.

Bitcoin’s break below the Short-Term Holders’ cost basis and stabilization around $100,000 mark is a decisive shift.

The correction mirrors prior mid-cycle slowdowns, with supply still in the majority and unrealized losses contained.

However, sustained long-term holder distribution and continued ETF outflows underscore a weakening of conviction.

The market remains in fragile equilibrium: oversold but not panicked, cautious yet structurally intact. The next directional impulse hinges on whether renewed demand can absorb ongoing distribution and reclaim $112,500 as firm support, or whether sellers maintain control.

Until ETF flows turn net positive and price reclaims $112,500, bulls lack the ammunition to reverse structural weakness. Those two flips decide whether this correction ends or deepens.

Mentioned in this article



Source link

Bitcoin is getting too expensive to mine profitably: What breaks first


With the spotlight this cycle fixed on corporate Bitcoin treasuries, ETF inflows, and shifting global liquidity, Bitcoin’s miners have become the overlooked backbone of the network.

Yet, as block rewards shrink and energy costs rise, many are being forced to reinvent themselves, branching into AI hosting, energy arbitrage, and infrastructure services, just to keep their rigs running and the chain secure.

Bitcoin only pays 3.125 BTC per block from the subsidy, so transaction fees are now the primary driver of miner revenue and network security.

That dependency is evident in today’s data points. The seven-day hashrate sits near 1.12 zettahashes per second, with network difficulty at approximately 155 trillion.

Over the last 144 blocks, miners earned approximately 453 BTC in total rewards, equivalent to roughly $45 million, given a spot price of around $101,000.

The average fees per block were approximately 0.021 BTC, a small share of miner income, according to the mempool.space mining dashboard.

Hashprice derivatives point to a constrained near-term revenue environment. Luxor’s forward curve implies about $43.34 per petahash per day for October, down from $47.25 in late September.

Fee demand remains choppy. Following the April 2024 halving spike, which was tied to the launch of Runes, with ViaBTC’s halving block capturing more than 40 BTC from subsidy and fees combined, baseline fees eased over the summer.

Galaxy Research wrote in August that on-chain fees had collapsed to near-historic lows despite price strength, characterizing the fee market as anything but robust.

Pool policy amplifies that picture. Foundry and others have, at times, mined transactions paying less than one sat per virtual byte, which shows the practical fee floor can collapse during quiet mempool periods.

Cheap confirmations improve user experience in calm windows, although the security budget that miners collect then leans even more on the fixed subsidy.

A simple way to frame the next quarter is to treat fees in three regimes and map them to miner revenue, hashprice, and the attack-cost bar.

Using 144 blocks per day, a 3.125 BTC subsidy, network hashrate near 1.13×10⁹ TH/s, and spot price around $113,000, fees per block of 0.02 BTC, 0.50 BTC, and 5.00 BTC correspond to fee shares of about 0.6 percent, 13.8 percent, and 61.5 percent of miner revenue.

The daily security budget, defined as the subsidy plus fees across 144 blocks, ranges from roughly 453 BTC in the quiet case to 522 BTC on a moderate day and to 1,170 BTC during peak activity.

The incremental effect on hashprice is mechanical.

Extra fees per block add ΔF × 144 BTC to daily revenue, which, spread across network hashrate and converted at spot, lifts miner earnings by about $0.29, $7.2, and $72 per petahash per day across those scenarios.

Forwards near $43 per petahash per day mean that a moderate fee day adds a mid-teens percentage uplift to revenue, while a peak day resets unit economics.

Regime Fees per block (BTC) Fee share of revenue Security budget (BTC/day) Security budget (USD/day @ $113k) Hashprice uplift ($/PH/day)
Quiet 0.02 ~0.6% ~452.9 ~$51.2M ~$0.29
Moderate 0.50 ~13.8% ~522.0 ~$59.0M ~$7.2
Peak 5.00 ~61.5% ~1,170.0 ~$132.2M ~$72

Energy costs put these increments in context. A current-gen fleet anchored by Bitmain’s Antminer S21, with about 17.5 joules per terahash, and MicroBT’s M66S family near 18 to 18.5 joules per terahash, faces an electricity expense of roughly $21 to $30 per petahash per day at 5 to 7 cents per kilowatt-hour, according to vendor specifications and common U.S. power pricing.

With forwards around $ 43 per petahash per day, the gross power margin can be thin before considering operating and capital costs. A moderate fee day improves survival for marginal fleets, and repeated peaks can compensate for low-fee stretches by boosting cash generation.

Security framing benefits from two bounds that translate miner revenue into the difficulty of an attack.

A lower-bound, operating-expense view for a 51 percent attack assumes an attacker can source and operate hardware at S21-class efficiency.

Controlling 51 percent of 1.13 ZH/s at 17.5 J/TH implies a power draw of nearly 10.1 gigawatts. That is roughly 10,085 megawatt-hours per hour, which costs about $0.50 to $0.71 million per hour at 5 to 7 cents per kilowatt-hour.

This is a floor with unrealistic sourcing assumptions, and rental markets cannot currently supply the required capacity at that scale. It remains a useful order-of-magnitude marker, as per River’s explainer on 51 percent attacks.

An upper-bound, capital-anchored talking point scales from hardware counts. Owning 51 percent of today’s hashrate with 200 TH/s machines would require about 2.88 million Antminer S21s.

At $2,460 per unit, that is roughly $ 7.1 billion in hardware costs before sites, power contracts, and staff, consistent with recent media reports of several to tens of billions for multi-day control, based on retail-style pricing on industry trackers.

These bounds connect directly to fees.

Sustained higher fees raise miner revenue, difficulty, and equilibrium hashrate after adjustments, which in turn raises both the opex floor and the practical capital bar for an attacker.

Spikes from inscriptions or volatility can fund a large jump in the daily security budget, as halving day demonstrated, although they do not create a baseline.

The open question for the next quarter is whether protocol policy and wallet behavior can lift the fee floor without relying on cyclical mania.

There is tangible progress on that front.

Bitcoin Core v28 introduced one-parent-one-child package relay, enabling nodes to relay low-fee parent transactions when paired with a paying child through the child-pays-for-parent mechanism, even if the parent falls below the minimum relay fee threshold.

That reduces the risk of stuck transactions and allows miners to monetize block space that would otherwise be idle. The v3 and TRUC policy set adds a robust replace-by-fee feature for limited transaction topologies, which mitigates pinning and enables predictable fee bumping, crucial for Lightning channel operations and exchange batching.

The ephemeral anchors proposal introduces a standard anchor output that permits post-facto fee addition via CPFP without expanding the UTXO set. Together with Package RBF in simple 1P1C topologies and cluster-aware mempool work, these tools help miners discover profitable transaction clusters and enable wallets to pay for confirmation when necessary.

None of these changes print demand; however, they make fee bumping reliable, which tends to put a floor under fees as L2s and exchanges standardize flows.

Miner hedging adds another forward data point.

Luxor’s hashprice futures on Bitnomial, and the Hashrate Index network data behind them, provide a market view of expected miner revenue. If the forward curve softens while winter power prices tighten, network hashrate can plateau unless on-chain fees increase, a dynamic that will be visible in spot hashprice and difficulty over the coming weeks.

The pool template policy is also worth watching. If more pools habitually include sub-1 sat/vB transactions in quiet periods, baseline fee floors can drift down, even as improved relay and RBF support compress confirmation times during busy windows by propagating fee-bumped clusters more effectively.

The near-term read, with hashrate near 1.13 ZH/s and forward around $43 per petahash per day, is that moderate fees move the economics enough to keep marginal fleets online while policy improvements work through wallets and pools.

At today’s parameters, increasing the average fees to 0.5 BTC per block would push the daily security budget to approximately 522 BTC, or roughly $52 million, at $101,000.

Mentioned in this article



Source link

Are miners about to sell more Bitcoin? MARA’s record quarter says maybe


Marathon’s third-quarter filing carried a quiet but definitive policy change, in which the company stated that it will now sell a portion of newly mined Bitcoin (BTC) to fund its operations.

The shift occurred as MARA held approximately 52,850 BTC on Sept. 30, paid around $0.04 per kilowatt-hour at its owned sites, and recorded a purchased-energy cost per Bitcoin of around $39,235 in the third quarter as network difficulty increased.

Transaction fees contributed just 0.9% of mining revenue in the quarter, underlining weak fee tailwinds. Cash usage was heavy year-to-date, with approximately $243 million allocated to property and equipment, $216 million in advances to vendors, and a $36 million wind asset purchase, all of which were funded alongside $1.6 billion in financing.

Real capital expenditure and liquidity needs now coexist with lower hash economics.

The timing matters because pressures are building across the mining cohort, and the ingredients are in place for miners to add to the same sell-side impulse visible in ETF redemptions.

The effect is uneven across operators, but Marathon’s explicit pivot from pure accumulation to tactical monetization offers a template for what happens when margin squeeze meets elevated capital commitments.

Margin compression turns miners into active sellers

Industry profitability tightened in November. Hashprice fell to a multi-month low this week, at around $43.1 per petahash per second, as the Bitcoin price slid, fees remained subdued, and hashrate continued to climb.

That’s a classic margin squeeze pattern. Revenue per unit of hash falls while the denominator of competition rises, and fixed costs, such as power and debt service, remain constant.

For miners without access to cheap power or external financing, the path of least resistance is to sell a greater share of their production rather than holding and hoping for a price recovery.

The trade-off is treasury versus operations. Holding Bitcoin works when its appreciation outpaces the opportunity cost of selling to fund capital expenditures or service debt.

When the hash price falls below the cash cost plus capital needs, holding becomes a bet that the price recovers before liquidity runs out. Marathon’s policy shift signals that bets no longer pencil at current margins.

The vulnerability lies in the fact that if more miners follow the same logic, monetizing production to stay current on commitments, the aggregate flow to exchanges adds supply at exactly the moment ETF redemptions are already pulling demand.

How the operator landscape splits

Riot Platforms posted record revenue of $180.2 million for the third quarter, along with strong profitability, and it is initiating 112 megawatts of new data-center shell. It is a capital-intensive effort, but with balance-sheet options that can temper forced Bitcoin sales.

CleanSpark benchmarked marginal cost near the mid-$30,000s per Bitcoin from its fiscal first quarter disclosure and sold roughly 590 BTC in October for about $64.9 million in proceeds, while boosting treasury to around 13,033 BTC. That’s active treasury management without wholesale dumping.

Hut 8 reported revenue of roughly $83.5 million for the third quarter, along with positive net income, noting the mixed pressures across the cohort.

The divergence reflects power costs, financing access, and capital-allocation philosophy. Operators with power costs of less than $0.04 per kilowatt-hour and sufficient equity or debt capacity can weather margin compression without resorting to sales.

Those paying market rates for energy or carrying heavy near-term CapEx face a different calculus. The AI pivot cuts both ways for future sell pressure. New, long-dated compute contracts, such as IREN’s $9.7 billion deal with Microsoft over five years with a 20% prepay, paired with a $5.8 billion Dell equipment deal.

These contracts create non-Bitcoin revenue streams that can reduce reliance on coin sales. However, they also require significant near-term capital expenditures and working capital, and in the interim, treasury monetization remains a flexible lever.

Flow data corroborates the risk

CryptoQuant dashboards indicate that miner-to-exchange activity increased in mid-October and early November.

One widely cited data point indicates that roughly 51,000 BTC have been sent from miner wallets to Binance since Oct. 9. This doesn’t prove immediate selling, but it raises near-term supply overhang, and ETF context matters for scale.

CoinShares’ latest weekly report flagged approximately $360 million in net outflows from crypto ETPs, with Bitcoin products accounting for roughly $946 million in negative net inflows, while Solana saw strong inflows.

That Bitcoin figure equates to over 9,000 BTC at $104,000, equivalent to about three days of post-halving miner issuance. A week where public miners lean harder on sales can meaningfully add to the same tape.

The mechanical effect is that miners are selling compounds, and ETF redemption pressure during the same window. ETF outflows remove primary market demand, and miner exchange deposits add secondary market supply.

When both move in the same direction, the net effect is to tighten liquidity, which can accelerate price declines. These declines then loop back to compress miner margins further, triggering additional sales.

Breaking the feedback loop

The structural constraint is that miners can’t sell what they don’t mine, and daily issuance post-halving is capped.

At the current network hashrate, the total miner supply is roughly 450 BTC per day. Even if the entire cohort monetized 100% of production, which they won’t, the absolute flow is bounded.

The risk is concentration. If the largest holders decide to draw down the treasury rather than sell fresh production, the overhang grows.

Marathon’s 52,850 BTC, CleanSpark’s 13,033 BTC, and similar positions across Riot and Hut 8 represent months of accumulated issuance that could theoretically be released to exchanges if liquidity needs or strategic pivots dictate.

The second constraint is recovery speed. If the hash price and fee share rebound, either due to Bitcoin price appreciation or a mempool surge that increases transaction fees, miner economics can shift quickly.

Operators that held through the squeeze gain, and those that sold production at trough margins lock in losses. That asymmetry creates an incentive to avoid forced selling, but only if balance sheets can absorb the interim burn.

The stakes are whether margin compression and elevated capital commitments push enough miners into active selling to add to ETF redemption drag materially, or whether better-capitalized operators can finance through the squeeze without monetizing treasury.

Marathon’s explicit policy shift is the clearest signal yet that even large, well-funded miners are willing to sell production tactically when economics tighten.

If hash price and fee share remain depressed while power costs and CapEx outlays remain elevated, more miners will follow, especially those without access to cheap power or external financing.

Sustained miner exchange flows and any acceleration in treasury drawdowns should be treated as additive to outflow-driven weeks from ETFs.

If flows reverse and fees recover, the pressure eases quickly.

Mentioned in this article



Source link

Justin Sun Delivers Keynote at Chainlink’s SmartCon 2025 as TRON DAO Featured as Gold Sponsor


Disclosure: This is a paid article. Readers should conduct further research prior to taking any actions. Learn more ›

Geneva, Switzerland, November 6, 2025 TRON DAO, the community-governed DAO dedicated to accelerating the decentralization of the internet through blockchain technology and decentralized applications (dApps), proudly served as Gold Sponsor of SmartCon 2025, held on November 4-5, 2025 in New York City. SmartCon brought together governments, financial institutions, and leading Web3 projects together to discuss the blockchain technologies transforming markets, public services, and the global economy.

On Day 1, Sam Elfarra, Community Spokesperson for TRON DAO, took the stage as part of a high-profile panel discussion titled Onchain Equities and More: Why Tokenization is Finally Clicking. Joined by industry leaders Michael Bentley, Co-Founder and CEO of Euler Finance; Shyam Nagarajan, Chief Operating Officer of Hedera; Torab Torabi, CEO of Move Industries; and moderated by Eric Turner, CEO of Messari, the session explored the accelerating shift of real-world assets to blockchain infrastructure. Panelists examined how tokenized equities are expanding global market access, reducing settlement friction, and opening new opportunities for institutional and retail participation. Representing TRON’s leadership in stablecoin settlement and real-world asset adoption, Elfarra emphasized how scalable public chains are creating the foundation for the next generation of global finance.

The first day concluded with TRON DAO hosting SmartCon’s official Welcome Mixer in the Expo Hall, a dedicated networking reception featuring TRON branded refreshments and light bites. The event provided a professional yet relaxed setting for attendees to build new relationships, exchange insights, and engage in meaningful discussions about the future of blockchain with members of the global Web3 community.

Justin Sun, Founder of TRON, delivered the opening keynote on Day 2 from the Grand Central Main Stage, titled “Connecting the World through TRON.” In his address, Sun outlined TRON’s vision for a seamlessly interconnected blockchain ecosystem and shared major progress across the network, including breakthrough achievements from the T3 Financial Crime Unit (T3 FCU).

“In August of this year, we announced the launch of T3+. T3+ is a global collaborator program designed to expand public-private collaboration to combat illicit activities on the blockchain and we welcomed Binance as the program’s first official member,” said Sun. “In under one year, T3 FCU has frozen over $300 million in criminal assets across all continents except Africa.”

TRON DAO’s participation at SmartCon 2025 underscores its commitment to advancing global Web3 adoption and fostering cross-ecosystem collaboration. As builders, developers, and institutions unite around a more open and scalable future, TRON continues to engage with industry leaders, contribute to meaningful dialogue and support innovation across the decentralized landscape.

For more information about TRON’s initiatives and upcoming events, please visit the TRON DAO official website.

About TRON DAO

TRON DAO is a community-governed DAO dedicated to accelerating the decentralization of the internet via blockchain technology and dApps.

Founded in September 2017 by H.E. Justin Sun, the TRON blockchain has experienced significant growth since its MainNet launch in May 2018. Until recently, TRON hosted the largest circulating supply of USD Tether (USDT) stablecoin, which currently exceeds $77 billion. As of November 2025, the TRON blockchain has recorded over 342 million in total user accounts, more than 11 billion in total transactions, and over $25 billion in total value locked (TVL), based on TRONSCAN. Recognized as the global settlement layer for stablecoin transactions and everyday purchases with proven success, TRON is “Moving Trillions, Empowering Billions.”

TRONNetwork | TRONDAO | X | YouTube | Telegram | Discord | Reddit | GitHub | Medium | Forum

Media Contact
Yeweon Park
[email protected]

Mentioned in this article