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9 Feb 2026, 15:51

Trump and Kevin Warsh float new Fed-Treasury accord

The Fed-Treasury Accord was created in 1951 to stop the U.S. government from using the Federal Reserve like an ATM. According to the US central bank, the accord set clear boundaries between the central bank and the Treasury, especially after years of political pressure during and after World War II. That agreement gave the Fed the space to actually control interest rates without being told what to do by politicians. Before the accord, the Fed didn’t have much power. In 1942, it agreed to keep interest rates artificially low, 0.375% on short-term bills and a soft cap of 2.5% on long-term bonds, all because the Treasury asked it to. The U.S. had just entered World War II, and the government needed to borrow a ton of money. So the Fed kept buying government debt to keep rates down, even if it didn’t want to. That meant it couldn’t control how much money was in the system. It had no choice. It had to follow the Treasury’s lead. Fed Chair Marriner Eccles actually pushed for higher taxes and strict wage and price controls instead of flooding the system with money. But war needs cash. So the central bank fell in line until the war was over and the mess began to show. Inflation picked up, markets got messy, and economists started demanding a change. That’s when the 1951 Accord happened, the Fed got back its independence, and monetary policy was no longer dictated by debt needs. Trump backs tighter coordination with Treasury Fast-forward to now. Donald Trump is back in the White House as the 47th President, and his pick for Fed Chair, Kevin Warsh, is floating the idea of a new accord. It’s not just about balance sheets or interest rates. It’s about control. Trump made it clear last year that he thinks the Fed should be more mindful of how its policies affect government debt. Right now, the U.S. is paying nearly $1 trillion a year in interest, about half the annual deficit. Kevin has talked about creating a written agreement with Treasury Secretary Scott Bessent. In a recent interview, he said such a deal could “describe plainly and with deliberation” how big the Fed’s balance sheet should be, and how the Treasury plans to issue debt. That might sound boring, but it could lead to a major shake-up. A light version of the plan might just be cosmetic. But a more aggressive version could turn the Fed’s $6 trillion-plus securities portfolio upside down. Kevin isn’t alone either. Some Fed officials support dumping long-term bonds and loading up on short-term Treasury bills instead, which they say would better match how markets actually work. Warsh could tilt Fed toward short-term debt Deutsche Bank thinks a Warsh-run Fed could be buying short-term Treasury bills non-stop for the next five to seven years. Right now, bills make up less than 5% of the Fed’s holdings. That number could go as high as 55% if the plan plays out. But that only works if the Treasury plays along and starts selling more bills instead of long-term debt. And that comes with a cost. Short-term debt rolls over fast. If interest rates spike, the government’s borrowing costs jump with it. So while this plan might seem like a way to ease the burden now, it could backfire later. A heavier reliance on bills would make the Treasury’s costs more volatile, especially in a shaky market. None of this is locked in yet. But even without a formal accord, Wall Street is watching closely. A tighter link between the Fed and Treasury could change how bonds are issued, how rates are set, and how much control the central bank really has. The original 1951 deal said the goal was to “assure the successful financing of the government’s requirements and, at the same time, to minimize monetization of the public debt.” But if Trump and Kevin move forward, that balance could break… again. Want your project in front of crypto’s top minds? Feature it in our next industry report, where data meets impact.

9 Feb 2026, 15:43

Bessent Urges Senate to Fast-Track Warsh Nomination as Institutional Liquidity Pivot Favors LiquidChain

Quick Facts: Treasury Secretary Bessent’s push for Kevin Warsh’s confirmation signals a potential shift toward pro-growth monetary policies and reduced regulatory uncertainty. Institutional investors are seeking a unified infrastructure to manage liquidity across fragmented blockchains as macro conditions improve. LiquidChain ($LIQUID) merges Bitcoin, Ethereum, and Solana into a single execution layer, solving critical friction points for capital efficiency. Capital rotation into risk assets historically accelerates following major shifts in Federal Reserve leadership and policy direction. In an interview with Fox News, U.S. Treasury Secretary Scott Bessent indicated he wants the Senate to move fast on Kevin Warsh’s confirmation to the Federal Reserve Board. That’s not just procedural housekeeping. It signals a coordinated push to reshape the Fed’s doctrinal approach before the next tightening cycle can even take hold. Wall Street sees the Warsh nomination as a precursor to a more disciplined, pro-growth environment. Historically, clarity at the central bank slashes uncertainty premiums, pushing capital further out on the risk curve. That matters. Institutional allocators are currently sitting on record levels of dry powder, just waiting for a signal that the headwinds are finally abating. If confirmed, Warsh, a former Morgan Stanley banker, will likely champion capital formation over aggressive interventionism. For digital assets? The implications are massive. While the Treasury pushes for leadership that understands modern financial plumbing, the infrastructure underneath is evolving rapidly. (The timing here isn’t exactly coincidental.) Smart money is prepping for a liquidity rotation, shifting focus from accumulation to efficiency. This macro setup creates a perfect storm for interoperability layers like LiquidChain ($LIQUID) , designed to capture the volume traditional rails are about to unleash. Unified Execution Environments Solve the Fragmentation Crisis While the Treasury streamlines federal policy, crypto faces its own bureaucracy: liquidity silos that trap capital. Institutional investors entering the space are finding that managing positions across Bitcoin, Ethereum, and Solana requires a messy web of bridges and distinct wallets. Frankly, it’s a friction point that kills true institutional adoption. LiquidChain tackles this by establishing a Layer 3 (L3) infrastructure that fuses these major ecosystems into one execution environment. Using a ‘Deploy-Once’ architecture, the protocol allows developers to write code interacting simultaneously with $BTC, $ETH, and $SOL liquidity. That’s a game-changer. It eliminates the security risks of traditional bridges (often the weak link in DeFi) while providing the unified experience Wall Street desks demand. The protocol’s Cross-Chain Virtual Machine acts as a universal translator for value. Instead of forcing users to juggle different gas tokens, LiquidChain abstracts the complexity for single-step execution. For an asset manager looking to stake Bitcoin while accessing Solana’s high-velocity markets, this isn’t just convenient; it’s an operational necessity. LEARN MORE ON THE OFFICIAL LIQUIDCHAIN WEBSITE Presale Data Suggests Smart Money is Front-Running the Pivot The appetite for infrastructure plays is already showing up in the data. LiquidChain has raised over $532K in its ongoing presale, a figure pointing to specific accumulation patterns rather than broad retail speculation. With tokens currently priced at $0.0136, the valuation implies significant room for growth relative to interoperability competitors trading at multi-billion dollar caps. This traction validates a core thesis: the next cycle will be defined by utility, not just meme-driven hype. Funds are bolstering the Unified Liquidity Layer to ensure the pipes are wide enough when the macro floodgates open. Unlike governance-only tokens, $LIQUID functions as transaction fuel, creating a direct link between network usage and token demand. The risk here, of course, is execution. Building a secure L3 that interoperates with Bitcoin’s rigid scripting and Solana’s speed is technically demanding. But the market’s willingness to fund this vision early suggests high conviction that fragmentation is a problem worth solving. As the Treasury works to unclog the regulatory gears in D.C., LiquidChain is quietly building the machinery to unclog the flow of value on-chain. BUY YOUR $LIQUID HERE This article is for informational purposes only and does not constitute financial advice. Cryptocurrency investments carry inherent risks, and readers should perform their own due diligence before making any investment decisions.

9 Feb 2026, 15:37

Dogecoin Reclaims Key ‘Black Friday’ Level — Can DOGE Push Toward $0.10 Again?

Dogecoin has rebounded, hitting a notable price level reminiscent of 'Black Friday' discounts. This resurgence has sparked speculation among crypto enthusiasts about the potential for DOGE to target the $0.10 mark again. This article examines whether Dogecoin's price momentum can continue, while highlighting other coins poised for growth. Dogecoin Dips, Eyes Recovery Pathways Source: tradingview Dogecoin is currently bouncing between $0.0814 and $0.1120. This meme coin has seen a rough patch with a month-long decline of almost one-third and a six-month drop of nearly 60%. Despite this, Dogecoin has a pathway to recovery. The first resistance level at $0.1268 could be a key target. Currently, Dogecoin sits below the 10 and 100-day moving averages, showing a downward trend. But if it breaks past the nearest resistance, aiming for the second level at $0.1574 would mean approximately a 40% boost from its lower range. Its relative strength index is under 50, hinting there's room to climb before hitting overbought zones. Conclusion Dogecoin has regained a significant level, igniting hope for an upward move. The recent increase in activity indicates renewed interest in DOGE. With this new momentum, a push toward the $0.10 mark seems plausible if the positive trend continues. Close monitoring of market forces and general sentiment will be essential in determining DOGE's next steps. Disclaimer: This article is provided for informational purposes only. It is not offered or intended to be used as legal, tax, investment, financial, or other advice.

9 Feb 2026, 15:24

Telegram bans groups while Xinbi pushes users to SafeW

Xinbi, the Chinese-language crypto platform tied to scams, pig butchering rings, and cybercrime, has still processed $17.9 billion worth of transactions even after getting kicked off Telegram and being targeted by U.S. regulators. TRM Labs tracked the numbers and confirmed the wallets linked to Xinbi took in $8.9 billion in crypto so far. The service is now operating mostly on SafeW, a lesser-known messaging app, with a connected wallet system called XinbiPay. Both were rolled out after Telegram started deleting the group’s channels. The people running Xinbi didn’t disappear; they doubled down. After Telegram banned it in May 2025, the group came right back using the same usernames and channels. Newly established XinbiPay Wallet service hot wallet inflow and outflow since December 24, 2025. Source: TRM Labs At the same time, they started pushing users to download SafeW and use XinbiPay, which also goes by NewPay. Traffic started to drop in December, but by January, users were sending large volumes through the new system. The arrest of Chen Zhi, the head of Prince Group, and the collapse of Tudou Guarantee in January 2026 made users nervous. That’s when most people started jumping to SafeW, because by then, Xinbi already had everything in place. Xinbi is believed to be based around the Golden Triangle, where Myanmar, Thailand, and Laos meet. It’s long been used by fraud networks to wash money and cash out stolen crypto. Telegram bans groups while Xinbi pushes users to SafeW Telegram used to be the core of the Chinese-speaking guarantee service world. Since around 2019, groups like Huione, Haowang, and Tudou have been using bots, escrow features, and built-in wallets to handle anonymous crypto deals inside chat windows. Source: TRM Labs Xinbi joined that list in 2022 and quickly became like the top channel for criminals to swap funds without identity checks, according to TRM Labs. But that all changed in May 2025 when FinCEN called Huione and Haowang the primary money laundering risks. The U.S. Treasury then used Section 311 to cut them off from the global financial system. Soon after, Telegram deleted huge clusters of channels, including ones tied to Xinbi. Huione and Haowang tried to move to ChatMe, but barely anyone followed. Users complained about delays, vanished admins, and stuck funds. Both platforms eventually shut down, according to TRM, but Xinbi handled it differently, in that it actually never told users to leave Telegram right away. Instead, it slowly introduced SafeW and XinbiPay while keeping the old channels active. Xinbi absorbs users while rivals shut down From May to December 2025, Xinbi’s inflows nearly doubled, even after Telegram kicked it off. Meanwhile, Haowang and Huione saw their activity drop almost 100 percent. Tudou lost about 74 percent. These numbers came straight from TRM Labs’ on-chain tracking. Xinbi didn’t just avoid collapse. It took advantage of the chaos and pulled in more users. That growth happened because Xinbi’s system is built to handle volume fast. Anyone offering shady services needs to send a security deposit to the admin team, sometimes as high as tens of thousands of USDT, depending on what they’re selling. Once approved, they get a private channel. Deals are done in shared chat rooms with an admin acting as escrow. If something goes wrong, the admin uses the vendor’s deposit to settle it. Once crypto lands inside XinbiPay, TRM Labs said it becomes a pain to trace, because the wallets are managed by the platform, not individuals. TRM says investigators have to study the movement patterns inside the system. They watch for areas where large amounts of crypto gather, or where it exits the system. Since 2022, Xinbi has handled at least $16.4 billion in transactions. Some of its listings included stolen data, fake IDs, deepfake tools, and money laundering services. Xinbi even claimed it was registered with FinCEN in the U.S. and FINTRAC in Canada. That gave it a fake sense of credibility, even though it was being used by fraud groups. Want your project in front of crypto’s top minds? Feature it in our next industry report, where data meets impact.

9 Feb 2026, 15:11

Turkey & Tether Freeze $544M: Why $BMIC Is The Safe Haven

Quick Facts: Turkey and Tether collaborated to freeze $544M, signaling an end to the era of unregulated stablecoin usage and highlighting centralized risks. BMIC counters both centralized and technological threats by offering a quantum-secure wallet and payment stack with zero public-key exposure. The ‘Harvest Now, Decrypt Later’ threat makes upgrading to post-quantum cryptography essential for long-term asset preservation. The clash between centralized enforcement and decentralized speculation hit a fever pitch this week. Turkish authorities, working alongside Tether, executed one of the largest asset freezes in recent memory. The operation targeted a massive money laundering network, resulting in the seizure and freezing of roughly $544M in value. Originally, the authorities did not disclose which crypto company was involved, but Tether CEO Paolo Ardoino confirmed it was Tether to Bloomberg. It’s a stark reminder of the reach centralized stablecoin issuers actually possess. While Tether ($USDT) remains the liquidity backbone of the crypto economy, its ability to blacklist addresses at the request of law enforcement, like Turkey’s Interior Ministry, shows that the wild west era of digital finance is closing fast. That challenges the censorship-resistance narrative many early adopters cling to. While the seizure targets illicit actors, a net positive for industry legitimacy, it also exposes the fragility of relying on centralized infrastructure. Smart money, however, is watching this closely. The juxtaposition of a half-billion-dollar freeze and retail exuberance suggests a massive blind spot in the market. As centralized vectors like Tether become more compliant and quantum computing threats loom, the real value proposition is shifting. It’s moving toward genuine, unbreakable security. This is where the conversation pivots from simple price speculation to infrastructure that can actually withstand both regulatory overreach and future tech assaults. Right in that gap, between the desire for safety and the reality of vulnerable legacy tech, BMIC ($BMIC) is emerging as a critical solution for the post-quantum era. CHECK OUT BMIC ON ITS OFFICIAL PRESALE PAGE Quantum-Proofing Finance In An Era of Centralized Vulnerability While the Turkey-Tether collaboration highlights legal vulnerabilities in current crypto holdings, a far more dangerous technical threat is quietly developing: the quantum decryption crisis. Most current blockchain cryptography (including the keys securing those very frozen wallets) relies on math that quantum computers will eventually trivialize. Industry veterans call this the ‘Harvest Now, Decrypt Later’ threat. Bad actors are collecting encrypted data today to unlock it once quantum processing power matures. BMIC addresses this existential risk by introducing a Full Quantum-Secure Finance Stack. Unlike legacy wallets that leave public keys exposed on-chain, making them sitting ducks for future quantum algorithms, BMIC uses post-quantum cryptography combined with ‘Zero Public-Key Exposure.’ This approach ensures that even if the underlying network is scrutinized or attacked by advanced computational power, the user’s assets remain mathematically invisible to unauthorized decryption. The platform integrates these defenses directly into a usable ecosystem, featuring ERC-4337 Smart Accounts and AI-Enhanced Threat Detection. This isn’t just about paranoia; it’s about future-proofing. If a centralized issuer can freeze $544M with a keystroke, and a quantum computer can eventually crack a standard private key in seconds, the only safe harbor is an architecture built explicitly to resist both. BMIC’s ‘Burn-to-Compute’ model and Quantum Meta-Cloud extend this utility further, offering a decentralized alternative to the fragile infrastructure currently dominating the headlines. Smart Money Pivots to BMIC as Presale Metrics Climb The market’s appetite for defensive infrastructure is showing up in the BMIC capital raise. Sophisticated allocators are positioning themselves in protocols that solve fundamental security flaws. $BMIC has already raised over $444K, a significant figure for an early-stage infrastructure play. With the token sitting at $0.049474, early participants are entering at a valuation that reflects the project’s development phase rather than its fully realized utility. The appeal lies in the dual-layer value proposition: $BMIC serves as both a governance token for the Quantum Meta-Cloud and the fuel for a wallet ecosystem that enterprises and privacy-conscious individuals desperately need. It’s not surprising that $BMIC made our list of best crypto to watch . The risk here is inaction. History suggests that security solutions are often undervalued until a catastrophic event, like a major exchange hack or a cryptographic breakthrough, forces a repricing of ‘safety.’ By combining quantum-secure staking with no exposed keys, BMIC offers a yield-bearing asset that doesn’t compromise on security. As the presale continues to draw liquidity away from purely speculative assets, the window to acquire allocation at sub-five-cent levels is narrowing. SEE HOW THE QUANTUM FUTURE IS BEING BUILT BEFORE LEGACY SYSTEMS FAIL This article is for informational purposes only and does not constitute financial advice. Cryptocurrency investments carry high risks, including the potential loss of all invested capital. Always conduct independent research before investing.

9 Feb 2026, 14:55

Privacy Layers: From Privacy Coins to Privacy Infrastructure

Alternative: From Privacy Coins to Privacy Infrastructure: The Bid for Regulator-Tolerable Design While the late-2025 rally in privacy coins like Zcash (ZEC) and Monero (XMR) has since cooled, demand for anonymous, permissionless digital money — the cypherpunk vision that motivated early Bitcoiners — is unlikely to change. What has changed is where privacy innovation is being directed. Rather than existing primarily as standalone coins and separate networks, privacy is increasingly being explored as infrastructure: confidentiality embedded directly into high-liquidity public blockchains, paired with selective disclosure mechanisms intended to withstand regulatory scrutiny. The recent launch of Arcium’s Mainnet Alpha on Solana , with Umbra deploying as its first application, is one signal of that broader shift — not because either of them necessarily “solves” privacy but because they reflect where attention is moving. From Standalone Privacy to Composable Confidentiality For most of crypto’s first decade, privacy largely meant privacy coins: purpose-built networks designed to make base-layer activity harder to surveil. That model still matters, particularly for users who want privacy by default and outside of institutional frameworks. Market structure, however, has changed. Liquidity, applications and day-to-day workflows have become increasingly concentrated on a small number of major L1s. As a result, privacy innovation is being pulled toward where capital, users and integrations already exist. This is the premise behind so-called “privacy layers”: instead of asking users to migrate to separate ecosystems with thinner liquidity and fewer integrations, the goal becomes adding confidentiality inside existing networks — ideally without breaking composability and in forms that can survive contact with regulated rails. Arcium and Umbra are timely examples of this approach on Solana. Arcium positions itself as a confidential computation network — an “encrypted supercomputer” — intended to let applications process sensitive data without placing that data directly onto the public ledger, while still returning verifiable outcomes to the main chain. Umbra, positioned as a “shielded financial layer,” is an early application building on top of that infrastructure, with an initial focus on shielded transfers and encrypted swaps. Umbra’s key commercial framing is selective disclosure: privacy by default, with a mechanism to reveal relevant details to an auditor, counterparty, or authority where legally required. The point is not that these launches represent an endpoint for privacy. It is that they illustrate how the category is being redefined — away from isolated privacy venues and toward confidentiality expressed as infrastructure inside major ecosystems. Two Privacy Primitives, Two Very Different Goals Once privacy moves into the main venues, precision matters. Not all “privacy layers” are attempting the same thing. Confidential transactions are a narrow approach focused on hiding values (and sometimes asset details) while still allowing the network to validate that rules were followed. They map cleanly to settlement: moving value without broadcasting amounts to the market. Because the scope is constrained, there is typically less that can go wrong — and it’s easier to be precise about what is and isn’t protected. The Liquid Network’s Confidential Transactions are a prime example on Bitcoin: settlement-first privacy with a deliberately bounded design that has operated for years without attracting regulatory scrutiny. Confidential computation , as employed by Arcium, targets a broader problem. Rather than just hiding amounts, it aims to keep sensitive inputs and intermediate application state private while still producing correct, verifiable outcomes. In practice, this is private smart-contract-style execution — logic that runs without revealing commercially sensitive data. Framed by Arcium as a step toward “encrypted capital markets,” the institutional angle is fairly straightforward: not simply hiding balances, but enabling commercially-sensitive strategies and execution to run without broadcasting intent to the entire market, while outcomes still settle on a public chain. That ambition also introduces more complexity — and more trade-offs. The Trust Trade-Offs Behind Confidential Computation Once systems move from hiding values to hiding execution, the central design question becomes simple: what are you willing to trust, and where does failure concentrate? Arcium’s approach is MPC-based . Multi-party computation splits sensitive data into cryptographic “shares” across operators so no single party sees the full input. Privacy breaks only if enough operators collude (or are compromised) to reconstruct the underlying data. TEE-based designs, such as those associated with Secret Network , a privacy layer on Cosmos, push the trust boundary into hardware enclaves: operators may not see plaintext, but confidentiality now depends on enclave security and the hardware supply chain. Different designs trade off performance, trust assumptions, decentralisation and integration — and those trade-offs become central once you start talking about confidential execution rather than just confidential settlement. Regulation as the Forcing Function This is also where the “regulator-tolerable” bet becomes real. Selective disclosure is one of the most intriguing elements of the new privacy narrative. The pitch is simple: privacy by default, with the ability to reveal specific details whenever there is a lawful need. But selective disclosure doesn’t remove compliance pressure; it relocates it. If view rights exist, someone controls them. The hard questions are operational and legal — who can grant disclosure, who can be compelled to grant it, and where liability sits when disclosure is demanded or refused. Different designs push responsibility onto different actors — the user, developers, infrastructure operators, or intermediaries — and each choice creates a different enforcement surface. That’s why “regulator-tolerable” is best treated as an open hypothesis rather than a settled outcome. The market is not only testing cryptography; it is testing governance and incentives under real pressure. No discussion of privacy infrastructure is complete without acknowledging Tornado Cash , because it illustrates how privacy tools can become enforcement flashpoints with consequences that outlast any single legal event. The mechanism is not only deterrence. It is ecosystem constriction: front ends, integrators, custodians and service providers disengage, participation shrinks, and the practical properties privacy systems depend on weaken. Something can remain technically functional while becoming commercially unusable once the surrounding ecosystem becomes risk-averse. In Europe, the Anti-Money Laundering Regulation (AMLR) , set to come into force in 2027, adds a concrete timeline around anonymous wallets and “anonymity-enhancing” instruments for regulated providers. The unresolved issue is how broadly those concepts will be applied, and whether app-layer confidentiality infrastructure will be treated as distinct from mixer-style tools or privacy coins once regulators focus on outcomes rather than architectural nuance. The implicit bet behind privacy infrastructure is that confidentiality framed as market structure, paired with workable auditability pathways, will be treated differently from tools perceived primarily as obfuscation. Whether that distinction holds will depend less on technical sophistication and more on real-world outcomes: how systems are used, where enforcement leverage can be applied and whether disclosure mechanisms function under pressure. The Ultimate Test If privacy is moving from an asset category to an embedded capability, the next phase will come down to a few practical tests. Adoption matters because privacy is partly statistical. If only a thin slice of activity uses confidential rails, usage stands out and protection weakens. Composability matters because DeFi assumes transparent state; confidential execution has to coexist with pricing, analytics, liquidations and risk monitoring, or it remains a niche side pocket. And selective disclosure matters because it will be judged under real audits and enforcement pressure: too weak and regulated rails step back; too strong or too centralised and it recreates the choke points privacy systems were meant to avoid. Arcium and Umbra are just two parts of an evolving story in which privacy is being pulled toward the chains where liquidity already exists, and increasingly framed as an attempt to make confidentiality compatible with compliance. Whether that compromise holds — technically, economically and legally — is the ultimate test. The post Privacy Layers: From Privacy Coins to Privacy Infrastructure appeared first on Bitfinex blog .