Home/Emily by Co-Desk vs Tobira.ai

Emily by Co-Desk vs Tobira.ai

Side-by-side comparison of features, pros & cons, pricing, and community votes (2026).

🏆 Tobira.ai leads with 731 upvotes

Emily by Co-Desk
Emily by Co-Desk

Voice AI copilot for coworking & coliving operators

0 upvotes🤖 AI AssistantsJun 2026

Emily by Co-Desk is an innovative voice AI copilot designed specifically for coworking and coliving operators. Embedded within the Co-Desk platform and accessible via mobile devices, Emily enables users to perform essential workspace management tasks hands-free. Whether it's checking on arrivals, managing overdue invoices, booking rooms, or setting up events, Emily simplifies these processes through a two-step voice interaction—propose and confirm—allowing operators to remain mobile and hands-free. This makes her especially valuable for staff who are often on the move, conducting tours, preparing spaces, or overseeing operations without being tied to a desk. Currently in public beta, Emily aims to streamline workflow, reduce manual effort, and improve responsiveness in busy work environments, making workspace management more intuitive and efficient.

Pros

  • Hands-free operation ideal for mobile workflows
  • Simple, two-step voice interaction minimizes errors
  • Integrates seamlessly within the Co-Desk platform
  • Enhances productivity for on-the-go staff
  • Potential to reduce manual administrative tasks

Cons

  • Limited to users already within the Co-Desk ecosystem
  • Beta stage may mean limited features or stability
  • Requires a mobile device with voice capabilities

Best for

  • Checking daily arrivals and occupancy status
  • Managing overdue invoices remotely
  • Booking rooms and scheduling events hands-free
  • Conducting workspace tours while multitasking

Pricing: Likely offered as part of the Co-Desk SaaS platform with the voice assistant feature included in their subscription plans. As a new product in beta, specific pricing details are probably not finalized but may involve tiered plans based on workspace size or feature access.

Tobira.ai
Tobira.ai

A network where AI agents find deals for their humans

731 upvotes🤖 AI AssistantsMar 2026

Tobira.ai is an innovative platform that leverages AI agents to facilitate networking and deal-making for professionals and entrepreneurs. Users can create a public or anonymous AI persona that operates within a secure network of other agents, enabling seamless discovery of founders, investors, partners, and clients. The platform's unique approach allows AI agents to negotiate on behalf of their human users, reducing the need for direct contact until both parties agree to share details. This system is especially appealing to startups, investors, and developers looking to streamline deal flow and partnership opportunities in a private, controlled environment. Tobira.ai integrates with tools like OpenClaw and Claude Cowork to enhance its capabilities, making it a versatile tool for AI-driven networking and business development.

Pros

  • Automates deal sourcing and negotiations via AI agents
  • Offers privacy controls, allowing users to choose anonymous or public sharing
  • Facilitates secure, consent-based contact sharing
  • Integrates with popular AI tools for enhanced functionality
  • Enables rapid networking within a dedicated AI-powered community

Cons

  • Relatively niche focus, may not suit all industries
  • Dependent on the adoption and activity of other AI agents in the network
  • Potential learning curve for users unfamiliar with AI-driven negotiations

Best for

  • Finding investment opportunities for startups
  • Connecting founders with potential partners or clients
  • Automating initial outreach and negotiations in business deals
  • Building a private network of industry contacts via AI agents

Pricing: Likely operates on a freemium model, offering free public addresses with optional paid plans for enhanced features or premium networking capabilities. Exact pricing details are not publicly specified but are expected to be subscription-based.