Category: Feedzy

Donald Trump’s crypto legacy in two words: Paul Atkins

As the CLARITY Act faces a stalemate on Capitol Hill, the Trump administration is pivoting toward executive workarounds and family-backed stablecoins to reshape the financial system without waiting for a vote, argues Dale.    ​Original and detailed news is here: Read More

Bitcoin Is The Collateral, It Just Needs The Credit Markets

Bitcoin Magazine Bitcoin Is The Collateral, It Just Needs The Credit Markets Bitcoin is the largest pool of pristine collateral in the world. It is scarce, globally settled, politically neutral, and cannot be diluted. Few assets combine monetary premium and liquidity at this scale. Yet borrowing against bitcoin remains expensive, fragmented, and short-term. That mismatch is not primarily about volatility. It is about market structure. BTC-backed lending exists. But BTC-backed credit markets, in the mature sense, largely do not. Loans Are Not Markets If you post BTC as collateral and borrow dollars, the mechanics are simple. Bitcoin is locked. Cash is advanced. If the loan deteriorates, the BTC is liquidated. That is origination. In mature financial systems, origination is only the beginning. Once a loan is made, it becomes an asset for the lender. That asset can be sold, pledged, financed, or bundled. Loans circulate. Capital is reused. That reuse is what allows credit to scale. When lenders can finance positions in secondary markets, their capital is no longer trapped. Recycling compresses rates, extends maturities, and deepens liquidity. BTC-backed lending today largely stops at origination. Most loans remain bilateral or trapped inside pool abstractions. Once capital is deployed, expansion depends on new deposits. This is why borrowing costs remain high relative to the quality of the collateral. Bitcoin is high-quality. The credit rails are not. Why DeFi Hit a Ceiling Early onchain lending tried to rebuild credit markets from scratch. The first serious designs used orderbooks. Lenders posted offers. Borrowers matched them. In theory, this is how markets should work. In practice, liquidity fragmented and pricing required constant active management. These systems stalled. The next wave replaced orderbooks with pools. Protocols like Compound and Aave aggregated liquidity and set rates algorithmically based on utilization. Pools solved capital formation. Lending became passive and scalable. Anyone could deposit funds and earn yield without actively managing risk. But pools flattened market structure. All loans shared the same floating rate. There were no fixed maturities. No differentiated claims. No discrete instruments to trade. Pools aggregate liquidity efficiently. They do not produce term-structured credit markets. Without differentiated loan instruments, there is nothing meaningful to securitize or finance. As a result, lending remains shallow and fixed-term borrowing expensive. This is a structural tradeoff, not a minor implementation flaw. What Has Changed A new generation of onchain architecture is beginning to reintroduce market structure without sacrificing liquidity. Instead of abandoning pools entirely, newer designs combine pooled liquidity with orderbooks, fixed maturities, and standardized loan units. The key shift is turning loans into standardized, fungible claims. Rather than bespoke contracts, fixed-term loans can be represented as zero-coupon units that mature at a defined date. Once issued, those units are identical within a market and can trade at prevailing prices. That standardization matters. Lenders no longer hold isolated contracts. They hold interchangeable claims. Interchangeable claims concentrate liquidity. Concentrated liquidity tightens spreads. Tight spreads enable continuous price discovery. In practical terms, fixed-term BTC-backed loans can exist onchain, trade before maturity, and allow lenders to exit without waiting for repayment. Secondary markets can form organically rather than being engineered around pools. Morpho V2 is one example of this architectural shift, combining onchain orderbooks, intent-based liquidity, and standardized loan units to enable market-based pricing without sacrificing scale. Platforms like Alpen are building the trust-minimized infrastructure that makes this credit formation possible on bitcoin. The broader point is not any single protocol. It is that the structural ceiling that constrained onchain credit markets is beginning to lift. Why Loan Standardization & Secondary Markets Matter In traditional finance, credit scales because loan claims can be financed in deeper funding markets. A bank originates mortgages. Those loans are packaged into standardized claims that can be traded or pledged. That secondary funding lowers the bank’s cost of capital and liquidity risk, enabling cheaper and longer-term lending. The borrower’s terms do not change. The reuse happens behind the scenes. The same dynamic can now emerge onchain. When BTC-backed loans are represented by standardized receipt tokens, they stop being isolated agreements and become financeable claims. Those claims can be sold in secondary markets, pledged as collateral for short-term liquidity, or aggregated into structured portfolios. At that point, a vault holding diversified BTC-secured loans begins to resemble a Bitcoin-collateralized loan obligation (“bCLO”): a dollar-denominated claim backed by overcollateralized BTC and enforced by code. BTC lending shifts from bilateral loans to the production of reusable collateral objects. Importantly, this does not require rehypothecating BTC. The bitcoin remains locked and segregated. What circulates are claims on future repayment. When lenders can exit or finance positions, fixed-term loans no longer need to carry a heavy lockup premium. Capital competes away excess spreads. Term rates compress toward short-term funding rates. That compression is what transforms collateral into a true funding base. Trust Still Has to Be Bounded None of this eliminates risk. BTC-backed credit markets still depend on custody models, oracle integrity, liquidation depth, and governance boundaries. Onchain architecture does not remove trust. It makes it explicit and opt-in. Different markets can choose different custody assumptions. Curators can define risk parameters with protections. Oracles can be selected and monitored. Governance authority can be constrained by timelocks and transparency. The cheapest credit flows to the lowest-trust collateral. If BTC-backed credit is built on discretionary custody or opaque governance, it will carry embedded risk premia. If trust is minimized and clearly bounded, markets will price that accordingly. Architecture determines where trust lives. Markets determine how much it costs. The Near-Term Impact This is not a distant macro thesis. The implications are near-term. If BTC-backed loan claims become standardized and financeable, borrowing costs compress, longer maturities become viable, institutional desks gain deeper funding options, and BTC holders access more stable liquidity. More importantly, bitcoin begins to function not only as a store of value, but as base-layer collateral inside its own native credit markets. In traditional finance, US Treasuries anchor repo markets because they are the most financeable collateral at scale. Bitcoin is already the

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