Linka Labs 🤝 @polymole_xyz Prediction markets show the odds. Polymole reveals the activity behind them. Polymole maps the wallet positions driving Polymarket prices, cross-checks on-chain flows with the latest news, and produces evidence-backed forecasts with publicly graded results. Linka Labs is building a Storage Scheduling Protocol for AI networks, turning model weights, datasets, and agent states into network-recognizable storage objects. Together, we’ll explore how forecast intelligence and schedulable storage can support more transparent, data-aware AI workflows across on-chain markets. More to come.

See you tomorrow 👏

Linka Labs 🤝 @ValueQube_io We’re excited to partner with ValueQube, a TradFi × DeFi protocol transforming equities, ETFs, treasuries, RWAs, and on-chain yield into AI-readable qAsset Certificates. Linka Labs is building a Storage Scheduling Protocol that makes AI-related data discoverable, prioritized, and retrievable across AI networks. Together, we’ll explore how AI-readable financial assets and storage scheduling can support more structured and intelligent infrastructure across TradFi and DeFi.

AI storage should not disappear into servers. With Linka Labs, every storage object can be discovered, supported, and scheduled as a resource for AI workflows. Not just stored. Put to work. #LinkaLabs

Storage should do more than sit still. Linka Labs turns AI storage into network-recognizable, schedulable objects. Recognized → Prioritized → Scheduled → Put to work The future of storage is active. #LinkaLabs

Linka Labs is partnering with @MarsCat_Global, a privacy-first P2P network for Web3. Together, we’ll explore how decentralized communication and storage scheduling can support more private, resilient, and scalable infrastructure for AI networks.

Intelligence moves fast. Its infrastructure must keep up. Linka Labs is partnering with @ChatoshiAi, a crypto-native AI copilot for real-time on-chain and off-chain intelligence. Together, we’ll explore how storage scheduling can support smarter, more responsive AI experiences across Web3.

Chatoshi ✖️ Linka Labs Chatoshi is a crypto native copilot for traders, investors, and Web3 builders, delivering real time insights, on chain data, sentiment, and analytics in one place. @LinkaLabs is building a Storage Scheduling Protocol for AI networks, turning AI data into storage objects that can be prioritized, retrieved, and reused when needed. Ask Chatoshi: How does Linka Labs turn AI data into storage objects, and how does Boost help determine which data gets priority? Want instant crypto analysis? Tag 📌ChatoshiAI on X for real time insights right in the thread. Explore Chatoshi: chat.chatoshi.ai

The network doesn’t wait. Neither should storage. 🔹What matters should be discovered. 🔹What earns support should rise. 🔹What AI needs should be ready. Linka Labs is building the Storage Scheduling Protocol that puts AI storage in motion.

Linka Labs is partnering with @astarterdefihub. Astarter powers agent compute and on-chain execution. Linka Labs schedules the storage AI networks depend on. 🤝 Together, we’re building toward a more connected infrastructure stack for the autonomous AI economy.

We’ve reached 30K followers on X 👏 Thank you to everyone following, supporting, and growing with Linka Labs. 🚀

See you there 👏

🤝 We’re excited to partner with @LinkaLabs! As AI Agents become more autonomous, storage is no longer just about capacity — it needs to be discoverable, prioritized, and available when agents need it. Together, X-Agent and Linka Labs will explore how intelligent storage scheduling can support agent memory, context, execution data, and the next generation of AI infrastructure. AI Agents × Programmable Storage. ⚡️

Anyone should be able to build an AI Agent. Every AI Agent should have access to the storage it needs. Linka Labs is partnering with @XAgent_official to connect accessible agent creation with intelligent storage scheduling. 🤝 Building the infrastructure for the next-gen of AI.

In multi-agent systems, files are no longer passive outputs. They become working memory, shared state, and reusable inputs for future execution. As these storage objects multiply, storage scheduling becomes a fundamental layer of AI infrastructure. 🫡 aws.amazon.com/blogs/storage…

Storage should preserve more than data. It should preserve progress. Linka Labs is building a Storage Scheduling Protocol that keeps valuable AI data prioritized, available, and ready to be used again. Do it once. Keep it for next time.

Linka Labs is building a Storage Scheduling Protocol for AI networks. ▪ AI data becomes storage objects. ▪ Participants Boost what matters. ▪ Weight reflects network demand and determines scheduling priority. ▪ Agents and applications retrieve objects on demand.

A file in storage is passive. A storage object in an AI network should be: → callable → weighted → prioritized → reusable That’s what we mean by schedule 🔎

AI doesn’t stop when compute ends. Its context, state, models and outputs still need to persist, and the next job needs a way to find and use them. That’s where storage becomes a scheduling problem. Linka Labs is building the storage orchestration layer for the AI economy.

Singapore, see you at #TOKEN2049. 🇸🇬 Linka Labs will be at @token2049 this October. Building at the intersection of AI, storage, and decentralized infrastructure? Let’s connect. See you in Singapore.