Roxy by unOpen.AI is a privacy-oriented artificial intelligence assistant designed for users who require a high degree of data sovereignty and long-term contextual continuity. Unlike standard chat interfaces that may lose context between sessions, Roxy features permanent memory, allowing it to retain information about specific projects and personal preferences over time. This architectural choice eliminates the need for users to repeatedly explain their background or objectives, creating a more streamlined workflow for long-term tasks. The system functions as a digital coordinator, managing schedules and organizing project-related data. A standout feature is its deployment model; it is designed to run on the user's own secure server, ensuring that sensitive information remains under private control rather than being processed on external cloud infrastructure. This makes it particularly suitable for professionals, researchers, or developers who handle confidential information but still want the productivity benefits of a sophisticated AI agent. By combining task management with a persistent knowledge base, Roxy serves as a dedicated virtual companion that evolves alongside the user's specific requirements.
Problem: Business leaders spend hours on routine tasks like scheduling and email triaging because standard AI lacks the 'hands' to take action.
Solution: Roxy can natively integrate with Gmail and Calendars to draft responses and book meetings autonomously based on your goals.
Example: Roxy sees an incoming invite, checks your preferences, and responds with available times without you opening your inbox.
Problem: Project managers lose continuity when AI assistants forget previous project phases, forcing them to repeat instructions daily.
Solution: The assistant features infinite memory, retaining every conversation and preference over years of interaction.
Example: A user asks 'How does this new proposal align with the goals we set last summer?' and Roxy retrieves the exact context.
Problem: Companies are wary of using cloud-based AI that might use their proprietary business DNA to train public models.
Solution: Roxy runs on a dedicated VPS server, ensuring that all data remains sovereign and is never shared with third parties.
Example: A founder uploads a sensitive product roadmap and Roxy analyzes it on a private, hardened infrastructure.
Target audience: Best for: Executives, Solopreneurs, Privacy-Focused Professionals
Pricing: Open Source · Categories: Assistant, Memory, Productivity
Tags: ai agent, memory, personal assistant, productivity, SmartAssistant
Roxy is a privacy-oriented artificial intelligence assistant by unOpen.AI built with permanent digital memory and autonomous task execution capabilities. It functions as a coordinator for schedules, emails, and long-term project planning while running on dedicated private infrastructure to ensure complete data sovereignty.
Roxy is offered under an open source pricing model. Users can host and run the software on their own dedicated private servers or VPS infrastructure without licensing fees, keeping their confidential data, roadmaps, and communications entirely within their private control.
Roxy features persistent multi-year digital memory that stores conversation history, user preferences, and ongoing project details over time. This architecture prevents memory loss between sessions, eliminating the need to repeatedly explain instructions or background information during long-term projects.
Roxy can autonomously execute actions using native calendar and email integrations, such as Gmail. It can process incoming meeting invites, check scheduling availability against saved preferences, draft responses, and manage day-to-day workflow coordination directly without requiring manual inbox management.
Roxy is designed for sovereign hosting on a user-owned dedicated VPS server. By running on private infrastructure rather than multi-tenant public cloud infrastructure, it ensures that proprietary business data, strategic documents, and communications are never shared with unauthorized third parties.