Pesto (Pragli) Scheduler for Google Calendar is a handy tool designed to streamline scheduling within Pesto's virtual workspace. With a simple click, users can create Google Calendar events that correspond to Pesto rooms, facilitating easy access for team members. This integration not only saves time but also improves the efficiency of organizing meetings in a digital environment, ensuring everyone is on the same page and can collaborate effectively.

Odin AI is an advanced AI agent that offers a suite of functionalities including automated task management, intelligent scheduling, and personalized assistance. Designed to optimize productivity, it assists users in coordinating their tasks, provides timely reminders, and adapts to user preferences for maximum efficiency. The AI agent continuously learns from user interactions, ensuring that it becomes increasingly effective in managing workflows while providing real-time support whenever needed.

uAgents is a modular JavaScript framework that empowers developers to build autonomous, decentralized AI agents which can discover peers, exchange messages, collaborate on tasks, and adapt through learning. Agents communicate over libp2p-based gossip protocols, register capabilities via on-chain registries, and negotiate service-level agreements using smart contracts. The core library handles agent lifecycle events, message routing, and extensible behaviors such as reinforcement learning and market-driven task allocation. Through customizable plugins, uAgents can integrate with Fetch.ai’s ledger, external APIs, and oracle networks, enabling agents to perform real-world actions, data acquisition, and decision-making in distributed environments without centralized orchestration.

Dial4JaCa is a Java library plugin for the JaCaMo multi-agent platform that intercepts inter-agent messages, encodes agent intentions, and routes them through LLM backends (OpenAI, local models). It manages dialogue context, updates belief bases, and integrates response generation directly into AgentSpeak(L) reasoning cycles. Developers can customize prompts, define dialogue artifacts, and handle asynchronous calls, enabling agents to interpret user utterances, coordinate tasks, and retrieve external information in natural language. Its modular design supports error handling, logging, and multi-LLM selection, ideal for research, education, and rapid prototyping of conversational MAS.