✅ TWAP execution = DONE! We just finalized our TWAP feature for smoother, smarter trades: - Split large orders into smaller, timed executions - Achieve an optimal average price, close to the real market price during your chosen timeframe Our beta testers are already loving it, now we can't wait for YOU to give us your feedback as soon as the feature goes live! Stay tuned for fully on-chain trading on @aothecomputer & @arweaveeco!

🔗But wait, what exactly is TWAP? (Here’s the simplest explanation you’ll find today.) TWAP (Time-Weighted Average Price) lets you execute large orders gradually. For example, say you want to buy $100,000 worth of BTC: - Instead of buying all at once (and risking purchasing at a price spike) - Your order is automatically split into smaller trades, executed every minute or even every 10 seconds over a predetermined period. TWAP is especially useful when: You expect high volatility without a clear upward or downward trend You want to secure an average execution price close to the actual market price during a specific timeframe The benefits? ✅ You avoid sudden price swings from large orders ✅ You achieve an optimal average price, close to the real market price during your chosen timeframe And here's the good news: We're currently integrating TWAP strategies directly into our platform! Fully on-chain, transparent, and secure, powered by @aothecomputer and @arweaveeco. Stay tuned!

✅ Stop Loss & Take Profit are now complete! Easily set automatic exit points for your trades on @aothecomputer & @arweaveeco Take Profit: Secure your gains automatically. Stop Loss: Limit your losses, even when you're offline. Beta testers loved it, and we can't wait for YOU to try it soon! The best is yet to come.

🔗 Most DEXs make you pick a product. On Perplex, you'll just say what you want, like: ”I want to hedge my ETH” and our on-chain agents will compete to build the BEST strategy for YOU. Intent-based trading is coming. We're actively building it on @aothecomputer & @arweaveeco Stay tuned.

👇🏼What if Apple designed a decentralized exchange? Zero friction. Zero gas fees. That’s exactly what @PerplexFi offers: Funding your account and opening a position in few seconds. Fully built on @aoTheComputer & @ArweaveEco See it in action.

What if smarter trading was just one click away? 👨🏼‍🍳 We're cooking up something special… Soon, you'll be crafting your very own AI-powered trading strategies. Stay tuned, while we keep building on @aoTheComputer & @ArweaveEco!

The roadmap is moving forward, and so are we! At Perplex, we're fully committed to building THE best DeFi platform on @aoTheComputer & @ArweaveEco. ✅ Perpetuals and Swap: Already live! 🔜 Autonomous Vaults, SDKs, Multi-Hop Swaps… coming soon. (Oh, and something special around Points might also be cooking… stay alert) We're steadily progressing and can't wait to reveal what's next!

👀 How to swap tokens on Perplex? 👇🏼 Here’s a quick tutorial built for YOU! 1️⃣ Connect your wallet to Perplex 2️⃣ Select the token you want to swap from 3️⃣ Choose the token you want to swap to 4️⃣ Enter the amount (or click "Max") 5️⃣ Click "Preview" and review details 6️⃣ Confirm by clicking "Swap" 🔥 Done! Your tokens are now swapping securely on @aoTheComputer

💧 Wondering how to add liquidity on Perplex? 👇🏼 This short video guide has you covered! 1️⃣ Go to "Pool" section 2️⃣ Pick your preferred liquidity pool 3️⃣ Select the token you’d like to add 4️⃣ Enter your desired amount 5️⃣ Confirm and done! 🔥 You're officially earning and compounding interests!

🚀 Check out our 2025 Roadmap—powered by @AOTheComputer and built on @ArweaveEco! 🔥 Perps, Points Rewards, Swaps, Vaults, Spot… What are you most excited about?👇 perplex.finance/

💫 Ready to trade on Perplex but not sure how to deposit funds on your margin account? 🫵🏼Here’s YOUR easy step-by-step video guide! 1⃣Click on “Deposit” 2⃣Pick the token you want (on your @usewander's wallet) 3⃣Set your exact deposit amount 4⃣Confirm the transaction (on @aoTheComputer) 🔥Great! Your margin account is now ready to trade!

👀 How to setup the most used wallet on @aothecomputer? 👇🏼 Here’s a quick tuto built for YOU! 1️⃣ Download @usewander 2️⃣ Create your wallet 3️⃣ Connect it 🔥 All in under 2 minutes.

😎What makes Arweave’s tokenomics effectively deflationary? Usage reduces token supply long-term 🔥 Storing data on @ArweaveEco locks tokens equal to ~200 years of storage costs into the network’s endowment, removing them from circulation. Due to conservative estimates (~5% annual storage cost drop) versus actual historical declines (~35% annually), most tokens locked today will never need re-issuing, effectively becoming permanently inactive ("burned"). Moreover, nearly all $AR tokens are already minted, meaning a genuinely deflationary model. 🔥Why it matters: 1️⃣You pay for guaranteed permanence, not extractive fees. 2️⃣“Cheaper” alternatives inherently risk data longevity. 3️⃣Increased usage continuously reduces circulating supply, enhancing scarcity. @onlyarweave uniquely aligns permanent storage with sustainable, deflationary economics few have noticed.

Heard that AO-Core uses TEEs? 🤔 🔐 What does that mean for your security?👇 A TEE ("Trusted Execution Environment") is a hardware-secured “vault” built right into modern CPUs (Intel SGX, AMD SEV-SNP, etc.). Its role is straightforward: it runs sensitive code and data completely isolated from the rest of the computer. In @aoTheComputer-Core, when sensitive programs (like verifying token swaps transactions) run inside a TEE, they generate a proof known as a remote attestation. This proof guarantees two critical things: 1️⃣ That the executed code is genuine (it hasn't been altered or replaced). 2️⃣ That nobody, not even system administrators or the operating system itself, can see or alter what's happening inside the TEE. 🔥AO-Core takes this even further. These attestations produced by the TEE are directly integrated with technical tools known as HTTP Message Signatures and Hash Paths. Check our posts about it ;) 🤜🏼 🤛🏼 That synergy yields a transparent and cryptographically verifiable chain of actions—everyone can confirm each step’s integrity. 👀 A Real-World TEE Use Case in AO-Core Imagine you rely on a remote node for off-chain DeFi logic—like matching orders or calculating asset balances. Without TEE, you’d have to trust that node’s owner not to cheat or doctor the results. With TEE, the node runs your WASM code entirely inside the CPU’s secured enclave. Even if the operating system is compromised, the node can’t stealthily alter calculations. Attestation from the TEE then proves to you (and anyone else) that: 1️⃣ They executed your WASM exactly as intended, 2️⃣ No outside entity tampered with the state or code. 🎯 What's the end result? Thanks to TEEs in AO-Core, your data and computations are completely protected from spying or tampering, even if the rest of your system is compromised. Meanwhile, you get a cryptographically verifiable proof for each sensitive step—blockchain-grade confidence but without the heavy overhead of a universal chain. It’s truly the best of both worlds.

🚀What's the difference between @aoTheComputer Core and HyperBeam that you really need to know? 🤔 🔗AO-Core: Blockchain Embedded in HTTP AO-Core integrates blockchain directly into HTTP via standardized HTTP Message Signatures and Hashpaths, providing transparent, verifiable state transformations. 1️⃣HTTP Message Signatures: Cryptographic proofs embedded directly in HTTP. 2️⃣Hashpaths: Verifiable computational histories forming recursive Merkle trees for effortless verification. 🌐HyperBEAM: Modular OS for AO Devices HyperBEAM, built on Erlang VM, dynamically manages modular devices, enabling decentralized services with flexibility and scalability. 1️⃣Modular Marketplace: Customizable device selection and pricing. 2️⃣Decentralized Serverless Computing: Secure WASM execution without vendor lock-in. 3️⃣Dynamic APIs & Rendering: High-performance dynamic web and HTTP APIs. 🤜🏼🤛🏼 So... AO-Core & HyperBEAM: How do they combine? AO-Core provides foundational cryptographic security, while HyperBEAM delivers flexible, scalable deployment. 🦾Together, they create a comprehensive, robust decentralized computing ecosystem.

🤔 How do @aoTheComputer's Hash-Paths enable scalable verification across independent processes? They are “digital paper trails” in AO Core. 🎯 Each action—like a deposit or a token swap—creates a cryptographically signed link that references the steps before it, forming a chain of evidence. In a typical blockchain, you’d re-run everything to verify the final state. With Hash Paths, each message carries a built-in reference to its entire history. That means you can zero in on a specific event—no need to replay the entire network. It cuts trust requirements and boosts efficiency, especially in a parallel environment. When multiple actions intersect, their Hash Paths merge into a single “root of truth.” If a node or service tries to fudge the details, anyone can spot the mismatch immediately. This approach replaces the heavy overhead of a single global consensus with seamless, scalable verification across independent processes. 🧠 It’s blockchain-grade security, minus the bottleneck.

Among all the new releases from @aoTheComputer, this one left us speechless. 👇Here’s why: 🤔What exactly are HTTP Messages? HTTP messages are structured communications your browser or applications exchange with servers. Technically, they consist of two parts: 1️⃣ Headers: Metadata providing context (like content type, authorization info, or caching instructions). 2️⃣ Body: The actual data sent or received (JSON payload, HTML page, file contents, etc.). 🎯Example: When you visit a webpage, your browser sends an HTTP request asking the server for content. The server replies with an HTTP response, containing headers (with details on how the data should be handled) and a body (the actual webpage you see). Every webpage loaded, API request made, or service interaction involves these messages traveling back and forth between clients and servers. 🤔Here's how AO-Core enhances HTTP Messages: AO-Core integrates cryptographic verification directly into HTTP messages using the HTTP Message Signatures (RFC 9421), an official internet standard. Any receiver can quickly verify the message authenticity using the sender’s public key, confirming exactly who sent it and that it's unaltered.. 🎯Example: When requesting critical data or executing trades via AO-Core, your application communicates with AO-Core nodes. The node replies with a signed HTTP response. Your application verifies this signature, guaranteeing the data's source and integrity. 🔥Result: This simple yet powerful verification ensures every piece of information exchanged is authentic, accountable, and tamper-evident. It allows secure interactions accessible and effortless for all developers and users.

Understand AO-Core? 🤔 After @samecwilliams presentation, we can’t wait to share what makes @aoTheComputer-Core so groundbreaking. So, what is AO-Core? AO-Core layers a cryptographic, merklized protocol on top of HTTP. Instead of running a separate chain or telling users to “just trust me,” AO-Core does use HTTP Message Signatures (RFC 9421) to authenticate messages, but signatures alone are not the entire story. The protocol also depends on permanently logged data (e.g. on @ArweaveEco/@onlyarweave ) so that others can audit and recompute a process’s state. Simply signing HTTP messages “mathematically proves” who signed them but doesn’t by itself guarantee the time-sequencing or immutable availability that we typically associate with a blockchain environment. Why? Traditional online services—like major banks or big cloud providers (e.g., AWS)—often rely on brand-based trust or proprietary code. A recent example is when certain “trusted” financial platforms unexpectedly froze withdrawals, leaving users helpless. AO-Core removes that overhead by letting you verify each action—like a bank deposit—through cryptographic signatures, rather than a company’s reputation. This reduces costs and boosts transparency. How? Each interaction forms a “hash path,” a verifiable sequence of messages that anyone can audit. Imagine every step of your bank deposit sealed with a cryptographic stamp: you see exactly who did what, and no single node can alter it without being caught. This design supports massive parallelism—no single chain to bottleneck the network—while preserving blockchain-level security right in the internet’s own language.

🚀 Product Update! 🚀 You spoke, we listened—here’s our newest wave of improvements focused on the Swap feature: Single-Sided Add Liquidity: Deposit just one token, and we’ll handle the swap to balance your pool contribution. Collapsible Deposit/Withdraw Summary: Keep it minimal or expand for details—your choice! Let’s keep building on @aoTheComputer and @ArweaveEco! Stay tuned for more :)