Decentralized AI Functionalities

Tennet™ offers an extensive range of decentralized AI agents, designed to provide private and secure assistance tailored to individual needs. The platform hosts several categories of agents, ranging from everyday personal assistants to task-driven autonomous solutions.

Customized AI Chatbots: Users gain access to specialized conversational assistants adapted to specific tasks and areas of expertise. Examples include an unrestricted "no boundaries" agent, a general-purpose assistant, a financial trading analyst, an educational tutor, and a coding support bot. Each chatbot can be tailored to user preferences, allowing control over data handling practices, personal information visibility, and network configurations. Users have the option to ensure anonymity with their sensitive interactions remaining private.

Content Creation: Veil Protocol enables the generation of multimedia content, such as video, imagery, or audio, directly within the decentralized network. Users maintain absolute control over generated media, ensuring that outputs remain confidential.

Autonomous Task Agents: The platform will support advanced autonomous AI agents capable of performing specific tasks based on criteria defined by the user(s). Potential use cases include social media and content management, scheduling and calendar automation, automated financial trading based on market conditions, and aggregating and summarizing educational resources. Users will define operational boundaries, ensuring the agents operate within designated constraints effectively.

Personalized AI Avatars: Users will have the capability to create personalized AI avatars trained with their own knowledge, expertise, and behavior patterns. Once trained, these avatars can autonomously represent users across various digital interactions, such as professional communications, routine decision-making, data analysis, and personalized content curation. All data used to train these avatars is securely encrypted, with exclusive access remaining solely with the individual user.