Zo

/zoapp289

Zo is the OS for Human to Agent Coordination. Zo is a Super App with AI powered mini-apps! Chat with powerful AI Agents and your friends using Zo.

AMA Announcement 📢

We're gearing up for the Zo x Farcaster Launch Party, and to kick things off, we're hosting an exciting AMA session on "Social Agents: The Future of Web3 Social" with our special guest @awkquarian.eth

🗓️ Date & Time: 15th October, 3:30 PM UTC

Join us as we dive into how AI agents are reshaping social interactions and crypto research in Web3, all while celebrating the upcoming launch of Zo's Farcaster Frame! 🎉

Mark your calendars, and don't miss out on this insightful conversation and the launch festivities! ⬇️

Set a Reminder 🔔
https://x.com/i/spaces/1DXxydVQEnnJM
/Zo
AMA Announcement 📢

We're gearing up for the Zo x Farcaster Launch Party, and to kick things off, we're hosting an exciting AMA session on "Gamification in Web3: How to drive user engagement through meaningful incentives" with our special guest Tony from @catoffgaming 🚀

🗓️ Date & Time: 11th October, 3:30 PM UTC

Join us as we dive into how AI agents are reshaping social interactions and crypto research in Web3, all while celebrating the upcoming launch of Zo's Farcaster Frame! 🎉

Mark your calendars, and don't miss out on this insightful conversation and the launch festivities!

Set a Reminder ⬇️

#ZoAMA #ZoFarcasterLaunch #Web3Social #AIxWeb3
/Zo
Trump got his #Zovereign merch, get yours now🔗👇🏻

https://x.com/joinzo/status/1843314807073894755
/Zo
Zo September Recap: Key Highlights 🧵

A month filled with exciting product updates, partnerships, community engagements, insightful discussions, and more. Breaking it down to catch you up on them:

Check out the full details on X 👇

https://x.com/joinzo/status/1844292506487488901?s=46
/Zo
CRDTs Part 2: Here’s how CRDTs can benefit and support federated on-chain multi-agent systems, something that @joinzo is based on.

Let's define CRDTs:

CRDTs (Conflict-Free Replicated Data Types) are a class of data structures that enable efficient, decentralized data replication across multiple nodes or systems, ensuring eventual consistency without the need for coordination or locking mechanisms.

The correlation between how CRDTs and federated on-chain multi-agent systems👇🏻
/Zo
Looks like someone’s trying really hard to make us believe they're not Satoshi! 👀

Ask him yourself 👉🏻https://zo.me/zo-iamsatoshicqfm & share your chat(ss) in the comments.
/Zo
50k and going🚀
/Zo
🇪🇸 Hola familia Zo! El soporte en español está disponible para los chatbots > Spanish support is live.

Try now at http://app.zo.me
/Zo
Set /zoapp as a widget for easy access on your Lock Screen and as a shortcut.

To add the widget, update to the latest version of the app. Available on App store & Play store.
/Zo
(1/3)Will AI agents run the show? Welcome to the world of AI DAOs. The rise and how it shapes the collective intelligence. A thread

It's a fascinating convergence of crypto and AI, with potential to reshape how we approach complex problem-solving. Let's dive in.

AI DAOs leverage the power of swarm intelligence - multiple AI agents working together to make decisions and solve problems that would be challenging for individual agents. Think of it as collective AI wisdom.

These systems use multi-agent communication to tackle complex issues. It's not just about individual AI capability, but how they interact and combine their strengths to find solutions.

Machine-to-machine (M2M) communication is at the heart of this. It's accelerating AI evolution and adaptation at an unprecedented pace, opening new possibilities for autonomous systems.
/Zo
Meet Zo: The OS for Human to Agent Coordination.
Chat with Friends and AI 🤖

Zo is a Super App with AI powered mini-apps!
Chat with powerful AI Agents and your friends using Zo.

Zo is powered by a Decentralized Messaging protocol using a CRDT and Federated Nodes to enable Multi-Actor Coordination!

Key Features of Zo:

✅ Customized AI Apps: Enhance your conversations with customized AI apps trained on your data, tailored to your needs.

✅ Group Chats with Friends and AI: Create multi-agent group chats with friends, your custom AI apps and apps from the marketplace.

✅ Link In Bio: Your linktree for the Web3 x AI era. Showcase your socials, NFTs, AI apps and other links. Your social graph now has a home page.

✅ Rewards: Earn rewards for active engagement in the app. Participate in daily and weekly quests.

📲 Download the Zo App now! Available on both Play Store and App Store.

Join Zo now! Available on Web, iOS & Play store.

#JoinZo #ZoApp #ZoxFarcaster
/Zo
New follower here. Whats Zo all about tho !?
/Zo
Chat with me on Zo: https://zo.me/beachmfer
Use my referral code: beac714 so we both get 100 XP and stand a chance to win daily rewards!

#ZoInvite https://zo.me/beachmfer
/Zo
What to consider while implementing a multi-agent system?

Imagine a team of chefs in a restaurant kitchen as an example.

You would need a head chef who leads the team. The team members need to communicate with each other. You need them to be able to send their finished work to the other chefs for the next step of the food preparation.

This is just an example of how many things are needed to make multiple agents **collaborate toward a shared assignment.**

Generally, with multiple agents, you would need:

1. Sharing Information: Agents need to pass their results to each other and share their findings. An agent’s finished work might be the input of another agent to start their task.

2. Collaboration: Agents should be able to use each other’s help and delegate parts of their work if needed. This might not be a must in simple scenarios, but in complex processes, it is pretty necessary.

3. Manager Agent: Controls the flow of tasks between the agents, keeping them in control.
/Zo
AI agents benefit from three components:

1. Planning: This core function of an agent, allows it to break a goal into smaller steps and work on them one by one. Another aspect of their planning is to **self-reflect** on their actions and learn from them.

The way an agent pulls off self-reflection very much depends on the implementation, but a general outline could be thought of as shown in the image below.

2. Memory: To learn from past mistakes, you must remember them. Memory is the component of storing, and later retrieving information by the agent, to refine its actions.

3. Tool Use: A key differentiating factor between a simple LLM and an AI agent, is their ability to use tools. Using tools can be as simple as calling an API, or using a Python function to read or write some files.
/Zo
What Makes an Agent?

How you would define an agent very much depends on the implementation or the library you use. In general, an agent boils down to three main elements:

1. Goal: The specific objective the agent aims to accomplish. This shapes its decision-making framework. For example, “write easy-to-understand object-oriented Python code.”

2. Role: The function of an agent. Who is it? A debugger, data scientist, sales marketer, etc.

3. Backstory: The context of the agent. Explains the goal, role, and what the agent is good at. An example of a backstory could be, “You are a senior Python programmer with a specialization in writing optimized, well-documented code and its test cases.”
/Zo
$DEGEN allowance is claimable now.

Check your $DEGEN points and claim tokens:

degenclaim.com
/Zo
$DEGEN allowance is claimable now.

Check your $DEGEN points and claim tokens:

degenclaim.com
/Zo
Zo-verse 101: One of Zo's most favorite areas of interest in the AI Infrastructure space, which it aims to address in the future through it's multi-agent system, is 'AI Agent Economies.' Here's why it's a part of our core thesis.🧵👇🏻
/Zo
Zo-verse 101: One of Zo's most favorite areas of interest in the AI Infrastructure space, which it aims to address in the future through it's multi-agent system, is 'AI Agent Economies. Here's why it's a part of our core thesis.🧵👇🏻
/Zo