# Stable Games, Part 2 By [orchestratoor](https://paragraph.com/@orchestratoor) · 2025-08-12 --- **Why the “Visa of stablecoins” will be a neutral coordinator, not a walled garden** In every wave of infrastructure change, there’s a temptation to map the future onto the past. Right now, in stablecoins and cross-domain settlement, the dominant analogy is: _“The winner will be whoever becomes the Visa of stablecoins.”_ The reasoning sounds airtight: * Visa scaled by aggregating merchants into a single acceptance network * They controlled both sides of the market and set the tolls * The bigger the network, the harder it was to compete without joining it It’s a narrative people understand. In stablecoins, it’s also wrong, at least if you take it literally. ### **Why Visa’s Playbook Worked and Where It Breaks** Visa’s moat was not just brand and network effects. It was **distribution lock-in** in a world where switching costs were high: * Merchants had to install new terminals or change acquiring relationships to switch * Banks had to join the network to issue cards that worked globally * Users had no alternative path to access the same acceptance footprint In stablecoins, the underlying product is not credit or acceptance. It’s **liquidity,** the ability to move value between domains with minimal delay. Switching between stablecoin venues is not like replacing a payment terminal. It’s often just routing to a different pool, chain or counterparty and in deep, competitive corridors, the cost of doing so can approach zero. The moment spreads compress, loyalty lock-in stops working as a moat. ### **The Fragmented Future Is a Feature of Incentives** The next five years will almost certainly bring dozens of branded stablecoin systems: * Arc with USDC as native gas * Tempo with USDB (Stripe + Bridge) for merchant payouts * **BofAChain** and **JPMorganChain** for bank-issued programmable IOUs * Public blockchains with their own stablecoin liquidity ecosystems Each will optimize for **internal efficiency:** instant settlement, low internal fees - not for **external routing**. In fact, they’ll often _disincentivize_ it by making cross-domain transfers slower, costlier, or permission-gated. This is not a flaw. It’s the same logic that drove walled gardens in telecom, early internet service providers and mobile app ecosystems. The difference: those markets could enforce exclusivity for long periods. Stablecoin markets can’t - liquidity will go where it earns yield and where it’s used most. ### **What Actually Decides Who Wins** Whether in FX or stablecoins, liquidity depth dictates three non-negotiables: 1. **Price** - Deep pools compress spreads. 2. **Speed** - Balanced float enables instant settlement. 3. **Access** - Market position decides the spread you even see. In branded stablecoin systems, those dynamics don’t disappear. They just apply to _trust domains_ instead of traditional currency pairs. Example: Arc ↔ Tempo will be cheapest and fastest for top-tier participants with bilateral agreements. Mid-tier players will see wider spreads and slower settlement. This is the same market structure that makes USD↔BRL cheap for a Tier 1 bank and expensive for a regional payment processor. The implication: the competitive game shifts from **who owns the network** to **who controls access to the best-priced, fastest corridors across all networks**. ### **Why Coordination Beats Loyalty** A loyalty-driven “Stablecoin Visa” playbook assumes: * Users and merchants will choose one venue and stay there * Lock-in perks will outweigh external efficiency gains * The issuer can control the full stack of settlement paths In an open, multi-domain market, those assumptions fail. Merchants and treasurers will route where economics are best, not where loyalty points are highest. Liquidity providers will deploy where utilization is greatest, not where brand affinity is strongest. That’s why the most powerful strategic position is **not to be the biggest walled garden. It is to be the venue that sees all gardens at once**: * Interpret the intent (“Pay supplier in MXN”) * Surface real-time spreads and settlement times across domains * Route through the optimal corridor instantly * Incentivize liquidity where it improves systemic efficiency, not just internal metrics ### **What Coordination Actually Looks Like** Most “Stablecoin Visa” strategies try to win by issuing another token or building a closed network. orda’s approach is different: * We treat stablecoins, FX float and bank balances as **inputs**. * We resolve outcomes like “Pay supplier in MXN” across the optimal path, whether that’s a branded ledger, public chain or local bank rail. In practice: 1. A user or app submits an intent (“Send $5,000 to a PIX account in Brazil”). 2. Solvers compete to fulfill it using whatever liquidity they have stablecoins, FX corridor vaults, treasury float or more to rebalance with. 3. The optimal route is priced, executed and verified. 4. The sender doesn’t care how beyond constraints, only that it arrived instantly and at the best price. Liquidity exists. Coordination makes it move. ### **The Strategic Moat in the Next Monetary Era** If Part 1 of the stable games is about _corridor liquidity depth_, Part 2 is about _coordination_. In the branded-ledger world, the moat shifts from **distribution lock-in** to **information and routing advantage**. The player who: * Sees liquidity across every trust domain * Routes value with minimal spread and latency * Can influence where liquidity flows next …will hold the real “Visa position” in the stablecoin era. --- *Originally published on [orchestratoor](https://paragraph.com/@orchestratoor/stable-games-part-2)*