About Beamo
Beamo is a 360° photo-based digital twin software from 3i that enables easy capture and fast processing of site data. It provides features such as remote monitoring, project management, and inspection so users can efficiently visualize and analyze their environments. With its simple interface, users can create digital twins in minutes rather than hours or days, facilitating efficient remote work. Beamo is designed for teams interested in maintaining oversight of their projects and improves collaboration through visual data sharing. Key capabilities: remote monitoring project management inspection data visualization user-friendly interface Best for: project managers and teams that need effective site management and remote oversight.
Beamo by 3i is an advanced collaboration software designed to facilitate digital twin creation and immersive site management for enterprises. It is primarily targeted at industries such as construction, engineering, facility management, and security, where real-world spaces need to be captured, analyzed, and managed digitally. The software allows organizations to create 3D digital twins of physical locations, enabling remote collaboration, inspections, training, and asset management. With its cloud-based deployment, Beamo offers flexibility and accessibility, ensuring that teams can work together seamlessly, regardless of their physical location. One of its key features is the ability to capture high-fidelity spatial data through mobile devices and integrate it into a cloud-based environment for real-time collaboration and decision-making. The user interface of Beamo is designed to be intuitive, making it accessible for professionals who may not have extensive experience with digital twin technology. The software features a clean, well-organized layout that prioritizes ease of use, allowing users to navigate effortlessly between different functionalities.
Pros & Cons
- Fast and Easy Digital Twin Creation: Quick 3-step process allows for creating digital twins in minutes, even for large areas.
- Immersive 360° Views: Provides comprehensive and visually rich digital twins using 360° photography.
- AI-Powered Indoor Mapping: Accurate indoor mapping even without GPS, ensuring detailed digital representations of interior spaces.
- Scalable Coverage: No limitations on the size of the area that can be captured and made into a digital twin.
- Modular and Editable Twins: Easy to update and modify existing digital twins without full re-capture, saving time and effort.
- IoT Data Integration: Allows integration of IoT sensor data for a more informative and contextualized digital twin experience.
- Enterprise-Grade Security: Offers robust security features like VPC, SSO, and advanced user management for data protection.
- Enables Remote Work & Reduces Site Visits: Facilitates remote inspections, collaboration, and decision-making, minimizing the need for physical travel.
- Requires Specific Equipment: Needs a 360° camera, smartphone, and tripod, which might be an additional upfront investment.
- Photo-Based Limitation (Implied): While 360° photos are immersive, the website doesn't explicitly compare Beamo to other digital twin methods (like LiDAR), so there might be limitations in terms of measurement accuracy compared to laser-based scanning, though this is not stated as a con, just a potential consideration depending on user needs.
- Internet Dependency (Likely): While not explicitly stated as a con, processing and accessing digital twins likely require internet connectivity, which could be a limitation in offline or low-connectivity environments.
Features
Key features
Creates digital twins using 360° photography, offering immersive and comprehensive site views.
Simple 3-step process for capturing sites, requiring minimal equipment and training.
Quickly processes captured images into a 360° digital twin in minutes, enabling rapid deployment and use.
Utilizes AI for precise indoor mapping, even where GPS is unavailable, ensuring accurate digital representations of interior spaces.
360° photo capture allows for digital twins of any size without area limitations.
Existing digital twins can be easily updated by stitching in new images, eliminating the need for complete re-captures.
Integrates IoT data within the 360° view, providing spatially contextualized information for enhanced monitoring and decision-making.
Offers robust security features including VPC, SSO, and User Management (RBAC + ABAC) to protect sensitive data.
Additional features
Creates immersive digital twins using panoramic 360° photography for comprehensive visual representation.
Simplifies digital twin creation into three steps: device setup, site capture, and fast processing.
Requires only a 360° camera, a smartphone, and a tripod for site capture, making it portable and easy to use.
Capture process involves simply walking through the site, making it accessible to anyone with basic training.
Individual captures are quickly stitched together to form a 360° image and digital twin within minutes.
Automated stitching eliminates the need for manual post-processing or editing of captured images.
Utilizes AI-powered automated picture positioning for accurate indoor mapping, even in GPS-denied environments.
AI-powered mapping allows for precise mapping with floor plan overlays for better spatial understanding.
360° photo capture enables the creation of digital twins for facilities of any size without limitations.
Digital twins can be easily updated and modified by adding new captures to existing models.
Only newly captured images need to be stitched in for updates, avoiding full site re-capture for changes.
Highlights the ease of use, speed of capture and processing, and lightweight equipment requirements.
Emphasizes the speed and efficiency in creating immersive 360° digital twins.
Digital twins significantly reduce the time needed for on-site inspections by enabling remote virtual visits.
Remote access via digital twins minimizes the need for physical site visits, saving time and travel costs.
Enables remote work for tasks that traditionally required physical presence, facilitating a new chapter of remote operations.
Provides instant access to a 360° visual representation of the site after capture.
Allows users to "visit" and examine physical spaces remotely through the digital twin.
Spatially contextualized information within the digital twin empowers quicker and more informed decision-making.
Facilitates better understanding and alignment of perceptions regarding on-site situations among remote teams.
Significantly reduces the time required to create digital twins from months to hours compared to traditional methods.
Allows for the integration of IoT sensor data directly into the 360° digital twin environment.
Makes IoT data visually accessible and understandable within the spatial context of the digital twin.
Provides data and information spatially referenced within the 360° view, enhancing understanding and analysis.
Immersive 360° view allows for more intuitive and effective monitoring of IoT data and facility conditions.
Offers robust security measures suitable for enterprise deployments and sensitive data.
Provides a Virtual Private Cloud environment for enhanced data isolation and security.
Ensures data is isolated within a private cloud environment, inaccessible without permission.
Supports Single Sign-On for secure user and device authentication and simplified access management.
SSO securely verifies user and device identities when accessing the network and digital twin platform.
Implements a hybrid User Management system combining Role-Based Access Control (RBAC) and Attribute-Based Access Control (ABAC).
Manages user access based on predefined roles and responsibilities within the organization.
Provides granular access control based on user attributes, device attributes, and data attributes for fine-grained security policies.
Facilitates remote work for tasks requiring physical site access, especially for distributed teams.
Reduces the need for physical on-site inspections by providing virtual inspection capabilities.
Provides a comprehensive and visual method for documenting facilities and site conditions.
Supports remote maintenance planning, diagnostics, and guidance using digital twins.
Enables remote site monitoring and progress tracking for construction and other projects.
Potentially usable for creating virtual training environments and site familiarization.
Visual Knowledge Management and Information Integration in Facilities Management (mentioned in Blog title).
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About Beamo
Beamo is a 360° photo-based digital twin software from 3i that enables easy capture and fast processing of site data. It provides features such as remote monitoring, project management, and inspection so users can efficiently visualize and analyze their environments. With its simple interface, users can create digital twins in minutes rather than hours or days, facilitating efficient remote work. Beamo is designed for teams interested in maintaining oversight of their projects and improves collaboration through visual data sharing. Key capabilities: remote monitoring project management inspection data visualization user-friendly interface Best for: project managers and teams that need effective site management and remote oversight.
Beamo Details
Beamo's In-App Market Place
Does Beamo have an in-app market place?
Yes
How many Mini-Apps in the marketplace?
1
Mini Apps
N/A
Pricing Options
Accepted Payment Currencies
USD ($), EUR (€), GBP (£), JPY (¥), AUD ($)
Pros & Cons
- Fast and Easy Digital Twin Creation: Quick 3-step process allows for creating digital twins in minutes, even for large areas.
- Immersive 360° Views: Provides comprehensive and visually rich digital twins using 360° photography.
- AI-Powered Indoor Mapping: Accurate indoor mapping even without GPS, ensuring detailed digital representations of interior spaces.
- Scalable Coverage: No limitations on the size of the area that can be captured and made into a digital twin.
- Modular and Editable Twins: Easy to update and modify existing digital twins without full re-capture, saving time and effort.
- IoT Data Integration: Allows integration of IoT sensor data for a more informative and contextualized digital twin experience.
- Enterprise-Grade Security: Offers robust security features like VPC, SSO, and advanced user management for data protection.
- Enables Remote Work & Reduces Site Visits: Facilitates remote inspections, collaboration, and decision-making, minimizing the need for physical travel.
- Requires Specific Equipment: Needs a 360° camera, smartphone, and tripod, which might be an additional upfront investment.
- Photo-Based Limitation (Implied): While 360° photos are immersive, the website doesn't explicitly compare Beamo to other digital twin methods (like LiDAR), so there might be limitations in terms of measurement accuracy compared to laser-based scanning, though this is not stated as a con, just a potential consideration depending on user needs.
- Internet Dependency (Likely): While not explicitly stated as a con, processing and accessing digital twins likely require internet connectivity, which could be a limitation in offline or low-connectivity environments.
Beamo's Support Options
Contact
+1 669-234-8593Documentation
https://www.beamo.ai/documentation?hsLang=enBeamo's Alternatives
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