Intuidy builds the workspaces of tomorrow
innovative solutions to revolutionize the shared workspace industry
Today, businesses around the world leverage our comprehensive suite of solutions - spanning Operations, Software, and Hardware - to transform their most critical workflows. Our integrated platforms power AI-assisted decision-making from manufacturing floors to retail stores, from construction sites to energy grids.
About Us
Intuidy was founded to revolutionize business operations across industries by providing cutting-edge software solutions that integrate artificial intelligence, data analytics, and automation. Our mission is to empower organizations to make data-driven decisions, optimize processes, and drive innovation.
Intuidy Coworking
Our coworking solutions are designed to seamlessly integrate with Intuidy's software and hardware offerings, creating a unified ecosystem that enhances operational efficiency, improves member satisfaction, and drives profitability. By leveraging cutting-edge technologies such as AI, IoT, and data analytics, Intuidy Coworking empowers shared workspace providers to create dynamic, flexible, and community-driven environments that meet the evolving needs of modern professionals and businesses.
Our Services
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Real-time booking systems for desks, meeting rooms, and resources
Automated check-in/checkout processes
Occupancy tracking and space utilization analytics
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Centralized member profiles and community engagement tools
Personalized mobile apps for seamless workspace interaction
Event management and networking platforms
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IoT-enabled environmental controls for comfort and energy efficiency
Predictive maintenance for facility management
Integrated billing and invoicing systems
Get Intuidy AI in your Workspace
Intuidy AI revolutionizes every aspect of a Coworking space.
Intuidy AI in Coworking
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Real-time booking systems for desks, meeting rooms, and resources, allowing members to instantly reserve workspaces and shared amenities
Automated check-in/checkout processes that streamline access through mobile apps or kiosks, reducing administrative overhead
Occupancy tracking and space utilization analytics to monitor usage trends and optimize resource allocation
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Centralized member profiles and directories to foster community engagement
Automated billing and invoicing systems based on membership plans or usage
Self-service portals where members can manage accounts, book resources, and access community updates independently
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Keyless entry systems integrated with mobile apps for secure and convenient access
IoT sensors for real-time monitoring of space utilization and environmental conditions
AI-driven analytics for predictive maintenance and personalized member recommendations
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AI-driven layout optimization: Utilize machine learning algorithms to analyze space usage patterns and suggest optimal furniture arrangements and workspace configurations.
Dynamic floorplan modeling: Implement 3D modeling tools that allow managers to visualize and test different layout options before making physical changes.
Traffic flow analysis: Use IoT sensors to track member movement throughout the space, identifying bottlenecks and optimizing pathways for improved circulation.
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Modular furniture systems: Incorporate easily reconfigurable furniture and partitions that can adapt to changing needs and preferences of members.
Smart space dividers: Deploy automated, movable walls that can create instant meeting rooms or private areas based on real-time demand.
Time-based layout changes: Implement systems that automatically adjust the space layout at different times of day to accommodate varying work styles and occupancy levels.
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Data-driven site selection: Utilize big data analytics to identify promising locations for new coworking spaces based on factors such as population density, business demographics, and transportation accessibility.
Competitive landscape mapping: Develop tools to analyze the distribution of existing coworking spaces and identify underserved areas with high potential demand.
Climate and environment considerations: Incorporate data on local climate patterns and environmental factors to optimize building design and energy efficiency for future locations.