Fulfillment MCP – one router contract, swap the printer
Six fulfillment adapters behind one MCP contract when nobody else is doing this.

Gas abstraction across chains sounds useful, but 1inch and 0x already route and bundle swaps.
DeFi developers, Web3 wallet/app builders, blockchain protocol teams
1inch · 0x Protocol · Paraswap
I was tired of having to manage gas fees across multiple blockchains and constantly figuring out which chain offered the best rates, so I built an API to solve that.
I truly believe that the next billions of dollars flowing on-chain won’t need to know which blockchain they’re on, which protocol they’re using, or have to deal with gas fees at all. Everything will be fully abstracted.
So this API allows you to perform swaps on the same chain or cross-chain even when they require multiple txs/steps with a single signature, automatically routes for the best returns and lets you pay gas fees with any supported token (USDC instead of ETH, for example).
Tell me what you think, thanks!
Six fulfillment adapters behind one MCP contract when nobody else is doing this.
Multi-model LLM router with semantic cache, but caching+fallback already exist (Anthropic, LangSmith, Unify).
This is the kind of thing people will fire up for a laugh — real‑time swaps for live streams and videos with local processing (Apple Silicon + NVIDIA support) is the key selling point. The landing page copies familiar flows — upload, pick source/target, download — and the ‘no signup, local processing’ pitch is smart for privacy-minded users, but the space is crowded with mature open‑source alternatives (DeepFaceLab, Avatarify). If the app truly delivers low‑latency, HD swaps on consumer hardware it’s useful; otherwise it risks being another pretty front end over standard models.
Network-layer token swapping means agents never see real keys — genuinely clever.
Clipboard swap attack detection is a real security hole nobody else watches.
Hot-swap glibc via ptrace without root or patching ELF binaries.