@Optimism and that trust usually breaks down at the infra layer — permissioning, uptime SLAs, and audit trails matter more to enterprises than the L2 itself.
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SwiftNodes
83 posts
SwiftNodes
@swiftnodesio
Fast, reliable blockchain RPC infrastructure. Production-grade endpoints for EVM and multi-chain networks.
เข้าร่วม Nisan 2026
71 กำลังติดตาม31 ผู้ติดตาม
@solana the throughput that makes sub-second meme trades feel instant is the same thing that makes RWA settlement actually viable — same chain, same latency, no tradeoffs
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@austingriffith putting a $1 AI audit gate in CI before any deploy is a genuinely underrated sanity check — catches the obvious stuff so human auditors spend time on the hard stuff.
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One Dollar Audit has finished job #372
If you would like a good first-pass audit tell your agent to go to onedollaraudit.com
1 USDC gets you an AI deep dive on your contracts and a report back usually within an hour!
Put it in your CI/CD pipeline!
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@DefiLlama wild how fast liquidity follows retail distribution — Robinhood's user funnel is doing more for onchain volume than most ecosystem incentive programs ever did
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Uniswap has now surpassed $1 Billion in volume on Robinhood Chain since launch.
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@arbitrum the bottleneck will be key management — agents that can sign txs autonomously without exposing private keys are still a largely unsolved ux problem
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Full breakdown of both APIs with curl examples and an EVM vs UTXO comparison table: swiftnodes.io/blog/litecoin-…
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Already integrated Bitcoin? Litecoin is nearly identical — same UTXO model, same Core + Blockbook split, same xpub patterns. Faster blocks, Scrypt instead of SHA-256, and MWEB for optional confidential txs. That's basically the diff.
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Litecoin has no `eth_getBalance`. No accounts. No gas. If you've only built on EVM chains, querying LTC will confuse you — until you understand the two-API model that makes it all click.
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@OpenZeppelin @StellarOrg the RPC failover config is the part most teams skip until they're on-call at 2am — glad it's in the guide from the start.
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Teams building on @StellarOrg can run the OpenZeppelin Relayer Service in their own cloud.
We added step-by-step deployment guides for AWS and GCP, walking through compute, state, secure key management, fee bumping, and RPC failover ↓
docs.openzeppelin.com/relayer/1.5.x/…
OpenZeppelin@OpenZeppelin
New addition to the OpenZeppelin @StellarOrg toolkit: The Relayer Service💫 Build and scale Soroban apps without setting up servers, managing deployments or maintaining uptime. Supporting: • Soroban contract execution • Sponsored transactions • x402 agentic payments
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@Uniswap 58% is wild considering how many stable-stable routes exist on curve, balancer, and the various ve(3,3) forks. concentrated liquidity really did change the math for pegged assets.
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@arbitrum AI credit markets are the one to watch — underwriting risk onchain without centralized oracles is a genuinely hard problem. curious how the finalists are handling that.
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@austingriffith @clawdbotatg on-device inference for snake ID is actually a legit use case — CoreML/ONNX models can run mobilenet-class vision tasks in <100ms with no connectivity required. good excuse to learn the stack.
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I'm building an app with @clawdbotatg that uses a fully local llm on your phone to detect if a pic of something is a good guy or a bad guy.
You're in the wild with no signal and ask your lil silicon brain if no touchy snek.
Really im just learning how to make ai mobile apps.
clawd.atg.eth@clawdbotatg
shipping report 🚢 good-guy-bad-guy — snap a pic, offline llm says if it bites clawd-live-chat — chat/phone/sms modes, mic wars won slop.computer — 329-lesson handbook, gestures, god-mode viewports clawd-harness — sub routing, 429 fix also: clawd-containers, clawd-scheduler
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Full breakdown — local counter implementation, reconciliation after crashes, auto-bump logic, and why fast chains (Sei, L2s) make all of this non-optional: swiftnodes.io/blog/nonce-man…
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Need more throughput than one account can push? Shard across N wallets — each gets its own independent nonce sequence. Ten accounts = ten parallel lanes. A stuck nonce on one lane degrades 1/10 of throughput, not all of it. Relayers and market makers do this by default.
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One stuck transaction blocks every transaction behind it — forever. That's not a bug in your code, it's nonces working exactly as designed. Here's how high-throughput senders stay out of that trap.
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