Orchid

Over 3,000 free Orchid GenAI demo accounts have been claimed — now releasing 500 more below!

Access 30+ LLMs (GPT, Claude, Grok, & more):
• Model-to-model chat
• Custom scripting
• Use MCP to plug in search & other tools into 30+ LLMs
• Pay-as-you-go with Orchid Nanopay
👇

🚀AI LLMs are way better with real-time data & open Internet access. With Orchid GenAI, add search to 30+ LLMs—giving AI live access to the world’s info.
Powered by @AnthropicAI's MCP & pay-as-you-go via Orchid Nanopay.
Get search on more LLMs—not just paid ChatGPT! 👇

1/1 Curious to know how Orchid's decentralized storage system works? 🤓 Let's dive in with our very own mathematician @DrChloAvery!

1/1 We’re thrilled by the huge demand for Orchid GenAI—1,850 free accounts already claimed! Now, we’re releasing 1,000 more so you can: Access 30+ LLMs; Pay-as-you-go with Orchid Nanopay; Use multi-model interactions; & Connect with your own AI client. First come, first serve!👇

1/1 The last 250 free GenAI accounts were claimed fast, so we’re releasing 500 more! Orchid GenAI enables pay-as-you-go access to 30+ LLMs via Orchid Nanopay, including DeepSeek, ChatGPT, and Grok. Multi-model interactions & scripting supported.
⬇️Claim free account below: ⬇️

1/1 Orchid GenAI demo now supports DeepSeek R1—with greater privacy! We've been building an open, modular AI platform where users can interact with 30+ models, customize workflows & enable multi-model interactions—all powered by Orchid Nanopay.

⬇️ 250 free accounts below! 👇

1/12 The Orchid GenAI demo offers pay-as-you-go access to 29 AI models through a single account & app powered by Nanopay. With the new extension API, you can create your own AI experience: leverage multiple models, customize interactions, design workflows, and integrate data.

1/2🎁 Holiday Gift Alert! 🎁
The Orchid GenAI demo gives you access to 29 AI models through a single account, letting you craft your own AI experience with programmable behaviors. Features like Party Mode allow AIs to talk to you and each other—all powered by Orchid Nanopay.

@OrchidProtocol invites everyone to build an open, trustless Internet rooted in freedom of speech and freedom from censorship.

From private AI to digital storage to VPNs, Orchid stays true to its mission: creating tools that empower users and ensure the Internet serves them.

1/8: We are excited to launch Orchid GenAI, enabling pay-as-you-go access to LLMs from a single interface & account using Orchid Nanopay. Available in demo form, it paves the way for a community-driven, open, modular platform that enhances AI interactions. Join us! #DePIN

1/ Ever wonder why your Orchid balance doesn't change with every payment? Our mathematician @DrChloAvery explains how variance works in probabilistic nanopayments and why it's not just normal—it's by design. #DePIN #Web3

We would like to register two http://orchid.com emails to manage Orchid's self-reporting dashboard on CoinMarketCap.

1/ 🚀 Nanopayments are core to our tech, letting users pay as they go for bandwidth, AI, and more. But since nanopayments are like lottery tickets, many ask why they should trust them. In this paper, mathematician @DrChloAvery makes the case for why they work. #DePIN #Token2049

🚀 Excited to share insights from the latest @ShowCrypto episode featuring Dr. Steven Waterhouse, aka Seven, Co-Founder & CEO of @OrchidProtocol ! 🌐

Bitcoin Ordinals represent an innovative method of inscribing data directly onto the Bitcoin blockchain. Unlike traditional NFTs, which enclose metadata or URLs that reference off-chain data, Ordinals embed the actual content on-chain through inscriptions. This approach enhances decentralization and censorship resistance at the cost of higher transaction fees and data size constraints.

Minimise the risk of collusion and dishonesty between auditors and providers by enabling providers to self-audit.

Developers, what's your top priority for decentralization in dApps?

Reputation Systems vs Stake-Weighted Random Selection for network integrity 👇

Twin Coding 101: We leverage twin coding schemes to optimise block repair operation and data recovery, between selected cohorts of providers in a given data set.

Seen in the diagram below, providers categorised as Type 0 and Type 1, repair each other’s nodes.