Privy has announced native in-wallet swaps powered by the Uniswap API, Privy, a popular wallet infrastructure platform for web3 apps and Uniswap Labs introduced built-in token swaps directly into Privy’s wallet stack.
This means apps built with Privy can now offer seamless asset conversions like digital asset FX as a native wallet feature, without developers needing to build or integrate separate swap logic, routing, or liquidity layers. It taps into Uniswap’s deep liquidity, competitive pricing, fast ~200ms routing, and support for 10M+ assets across 18+ chains. Uniswap has processed over $4.3T in cumulative volume historically.
Swaps become part of the wallet infrastructure via a single API call. No custom trading infrastructure required — it’s baked in rather than bolted on. End users in Privy-powered apps can swap tokens directly in-wallet, making onchain asset movement simpler and more accessible.
This integration was announced jointly by Privy and Uniswap, with both sharing blog posts and updates on X. It positions Privy-powered wallets as more complete DeFi experiences out of the box. Swaps become a native wallet feature via a single API call. No need to build or maintain custom routing, calldata generation, quote engines, liquidity sourcing, or execution logic.
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This shifts swaps from a bolt-on integration to infrastructure that’s baked in. Teams building payments, remittances, gaming, consumer apps, or any onchain product can add seamless asset conversion without stitching together multiple services. This is especially valuable for Stripe-backed or embedded finance applications.
Access to battle-tested scale: Immediate, out-of-the-box access to Uniswap’s deep liquidity (>$4.3T cumulative volume), competitive pricing, ~200ms routing, and support for 10M+ assets across 18+ chains. Asset conversions like digital FX happen inside the wallet layer where users already are, leading to simpler apps and more consistent experiences.
Swap tokens directly in-app without leaving the wallet, approving complex transactions elsewhere, or dealing with fragmented interfaces. This lowers barriers for everyday onchain activity. Users benefit from Uniswap’s liquidity and pricing without developers having to shop around for aggregators.
Makes DeFi-like functionality feel more like traditional finance tools helping onboard less crypto-native users.
Wallets are no longer just custody and onboarding tools — they’re becoming full execution layers. Swaps are shifting from a premium or optional feature to baseline functionality in modern onchain apps. The API becomes the default and native swap provider for the thousands of apps and 120M+ wallets built on Privy which processes billions in monthly volume. This quietly expands Uniswap’s reach across consumer and enterprise onchain products.
By removing UX and dev friction, it supports trillions moving onchain in areas like payments and remittances. Commentators note this removes common excuses for poor onchain experiences.
Pairs well with existing tools like embedded yield, custodial and self-custodial options, and fiat on-ramps for more complete money movement stacks. Increased overall onchain volume and liquidity utilization, as more apps enable frictionless swaps.
Competitive pressure on other wallet providers or swap aggregators to offer similar native integrations. Helps normalize embedded DeFi in non-crypto-native applications. This is viewed as a pragmatic step toward making onchain asset movement feel seamless and production-ready, rather than a developer headache. It particularly benefits teams focused on real-world use cases beyond pure trading.
Tether Developing A Decentralized Search Engine Called Hypersearch
Tether; the company behind the USDT stablecoin is developing a decentralized search engine called Hypersearch.
Tether CEO Paolo Ardoino publicly shared this on X, stating that the company’s engineering team is actively working on it. He described it as: hypersearch: a decentralized search engine, DHT based. The project builds on a Distributed Hash Table (DHT) architecture—specifically mentioned as HyperDHT in multiple reports. This design allows searches to run across a peer-to-peer network without relying on centralized servers.
Key Features
Decentralized and serverless — Queries route directly through the distributed network, reducing single points of failure, censorship risks, and surveillance potential. P2P-focused — Aligns with Tether’s broader freedom tech initiatives, similar to their earlier work on P2P tools like the Keet messaging app which also emphasizes no servers and direct connections.
No release date, detailed roadmap, or technical whitepaper has been shared yet. Ardoino framed it as part of ongoing engineering efforts for future products and services. Tether has been diversifying beyond stablecoins using its substantial profits reportedly in the billions. Other recent moves include: Decentralized AI efforts e.g., QVAC AI assistant running locally on user hardware.
Open-source tools like MiningOS for Bitcoin mining. A general push toward peer-to-peer infrastructure to counter centralized platforms. Hypersearch fits this pattern of building unstoppable or censorship-resistant alternatives in web infrastructure. Reactions on X have been mixed: Some see it as an exciting step toward infrastructure sovereignty and decentralized alternatives to Google-style search.
Others are skeptical, questioning whether a company primarily known for USDT can deliver a truly decentralized product or raising concerns about potential centralization risks despite the DHT claims. This is still very new, so expect more details as development progresses, it could enable more resilient, privacy-oriented web search.
By using a Distributed Hash Table (DHT) like HyperDHT, searches route peer-to-peer without centralized servers. This reduces the ability of governments, corporations, or intermediaries to censor results, log queries, or de-index content. It aligns with tools like Tether’s Keet and QVAC aiming for greater user sovereignty and reduced surveillance.
Could appeal to users in regions with heavy internet controls, journalists, or privacy advocates. Existing decentralized search efforts have struggled with adoption, but Tether’s massive resources from USDT profits might accelerate development and user onboarding.
A truly functional P2P search engine could challenge the dominance of centralized players by offering an alternative without data harvesting or algorithmic bias controlled by one company. Community reactions describe it as torrent-powered Google or part of building infrastructure sovereignty.
Decentralized systems often face slower speeds, poorer relevance ranking, spam and vulnerability issues, and lower coverage of the web compared to Google’s massive centralized index. Success would depend on solving indexing, ranking, and incentive problems that have limited prior projects.
Tether is leveraging its enormous profits; billions annually to move beyond stablecoins into decentralized infrastructure. This follows patterns seen with QVAC AI and other P2P tools. It positions Tether as a broader freedom tech player rather than just a financial service. Positive for crypto enthusiasts seeking alternatives to Big Tech.
Skeptics question whether a stablecoin issuer can deliver high-quality search or if hidden centralization risks remain. No clear revenue model mentioned yet. If successful, it could indirectly boost USDT usage or create new token and utility layers, but many view it as experimental with uncertain ROI.