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^{At Tesseract, we focus on the Art of the Possible… and the Science of the Practical when it comes to customer solutions}

^{Simply put, there are table stakes with any construction project. We execute those, but are always pushing the boundaries of what CAN be done, what is POSSIBLE on a site to make it safer, more secure and more efficient to deliver ROI for our customers.}

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^{Our mission is to create innovative solutions that go above and beyond those table stakes.}

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^{By doing so, we help businesses become smarter, more efficient, and more secure.}

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^{Today, there are many challenges facing the construction industry including Security, Efficiency, Safety and the ability to take captured data and make it “actionable intelligence” are critical.}

^{The need for companies to not only extract more data… but to properly action against it, is critical for success and return on investment.}

^{We believe that Tesseract addresses today’s challenges with tomorrow’s technology through our suite of solutions.}

^{Tesseract’s ecosystem consists of three core areas that provide organizations with the tools to gather and make sense of data across every aspect of their operation.}

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There are 3 legs to the Tesseract stool, our solutions suite:

• Tesseract Hardware solutions, which we call Prism
• Tesseract Software solutions, which we call our Mosaic Suite
• Tesseract collaborative environments for data visualization that we call “Tesseract Smart Spaces”

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TESSERACT PRISM ROBOTICS & HARDWARE

^{Our PRISM suite of IoT, edge, and wearable devices helps you control and gain insight from your job site. From time and attendance to full positional tracking, we deliver actionable data in real-time.}

^{These are just a few of our hardware solutions we offer in our PRISM hardware suite.}

^{We provide different types of positional tracking sensors, wearables, managed communications and varying levels of site access control.}

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^{What is PRISM WEARABLE ROBOT?}

^{Our solutions can be used to notify employees of real time hazards, notify workers and managers of entry into restricted areas, track workers and important equipment with an incredible amount of proximity and even manage communications from day 1 on a site in remote areas. We have solutions to fit any set of site requirements or budget.}

^{As our Prism hardware pulls data from sensors across a site, our software solution, Mosaic, pulls it together in an actionable format. Whether it’s the basics of time and attendance or real time location, our Mosaic suite not only captures data for reporting and auditing, but it enables site leadership to make changes, coach workers and more to keep a site safe, secure and efficient.}

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^{What is Tesseract NODE?}

^{The NODE is easily deployed and integrated into existing site infrastructure, minimizing setup time and ensuring a seamless implementation. Serving as the central access point for both workers and visitors, the NODE is capable of managing multiple entry points, streamlining the flow of authorized personnel while maintaining the desired level of security.}

^{Featuring a range of security options, the NODE caters to various project requirements. With flexible settings from open access for low-risk areas to fully locked down turnstiles for high-security zones, the NODE adapts to the specific needs of each construction site. This adaptable approach ensures that site managers can effectively control access while maintaining efficiency and promoting a safe working environment.}

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^{What is a Tesseract Construction BRACER?}

^{The Tesseract Bracer is a state-of-the-art wearable device that employs advanced 3D scanning technology to monitor and evaluate the construction site environment. Equipped with a range of sensors and cameras, it offers real-time data on project progress, enabling contractors and project managers to efficiently identify the status of various tasks and make informed decisions about resource allocation.}

Tesseract Bracer Key features

1. Real-time 3D scanning: The Bracer’s cutting-edge 3D scanning technology captures the construction site in real-time, creating a digital representation of the environment. This enables stakeholders to visualize the project’s progress and pinpoint areas that require attention.
2. Task identification and monitoring: By using AI and machine learning algorithms, the Tesseract Bracer identifies finished and unfinished tasks, allowing project managers to make data-driven decisions and ensure resources are optimally utilized. This reduces the likelihood of project delays and helps maintain deadlines.
3. Safety and compliance: The Tesseract Bracer monitors safety regulations and standards on the construction site. By identifying potential hazards and areas of non-compliance, the device helps ensure a safer work environment for all.
4. Integration with BIM (Building Information Modeling): The Bracer’s ability to integrate with BIM software enhances the accuracy and effectiveness of project management. By combining the real-time data from the Bracer with BIM’s virtual models, project managers can quickly identify discrepancies and address them before they escalate.

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What is MOSAIC?

^{The software backbone for PRISM is MOSAIC. It organizes and displays vast amounts of information from many sources, so teams can easily and intuitively work with their valuable data.}

^{In addition, Mosaic can add integrations from other on site or off site sensors bot give leadership a “one stop” heads up display on their projects.}

^{For many of our clients, having a “mission control” on site or at their corporate office to review site data, optimize execution plans and collaborate is critical.}

^{This, along with your current software programs can “come to life” in our Tesseract Smart Spaces.}

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What is a Tesseract Smart Space?

^{Currently deployed on customer sites and military installations, Tesseract Smart Spaces allow teams to use the data from our Mosaic software suite and other critical software programs in an immersive, collaborative physical environment.}

_{The Tesseract Smart Space is an immersive virtual environment designed to facilitate collaboration and communication among project stakeholders. By incorporating Virtual Reality (VR) and Augmented Reality (AR) technologies, the Smart Room enables team members to visualize the construction site, review project progress, and collaborate in real-time, irrespective of their physical location.}

_{VR and AR technologies for immersive collaboration}

_{The Tesseract Smart Room leverages VR and AR technologies to create an interactive and immersive space where project updates, potential issues, and task completions can be easily tracked, discussed, and visualized. This fosters better communication and collaboration, reducing misunderstandings and increasing overall efficiency.}

_{Remote access and multi-user collaboration}

_{The Tesseract Smart Room facilitates remote access, enabling multiple users to enter the virtual space simultaneously. This feature allows project stakeholders to collaborate effectively, regardless of geographical limitations.}

_{Customizable interfaces for specific project needs}

_{The Smart Room offers customizable interfaces tailored to the specific needs of a project, allowing stakeholders to interact with the data in the most intuitive and efficient way possible.}

_{Key Benefits and Features}

• Enhanced communication and collaboration: The combination of the Tesseract Bracer and Smart Room significantly improves communication and collaboration among project stakeholders, leading to more efficient project execution.
• Real-time decision making: The integration of these technologies provides project managers and stakeholders with real-time information, allowing them to make crucial decisions on the fly and avoid potential delays.
• Scalable solutions for varying project sizes: The Tesseract Bracer and Smart Room are highly scalable, allowing for seamless integration with projects of varying sizes and complexities. The modular nature of the system enables it to adapt to the unique requirements of each construction project, ensuring that the benefits of this technology are accessible to a wide range of stakeholders.
• Cost and time savings: The advanced capabilities of the Tesseract Bracer and Smart Room lead to significant cost and time savings for construction projects. By streamlining the construction process, reducing errors, and facilitating efficient communication, these technologies minimize the chances of rework and delays, resulting in more cost-effective project outcomes.
• Environmental and sustainability impact: The use of the Tesseract Bracer and Smart Room also contributes to a more sustainable construction process. By enabling more accurate resource allocation and reducing material waste, these technologies help minimize the environmental impact of construction projects.
• Enhanced risk management: The Tesseract Bracer and Smart Room provide project managers with valuable insights into potential risks and issues that may arise during construction. By identifying and addressing these risks early, stakeholders can mitigate potential negative impacts on the project’s timeline and budget.
• Improved quality control: The integration of the Tesseract Bracer and Smart Room allows for better quality control throughout the construction process. By continuously monitoring the progress of tasks and identifying discrepancies between the virtual models and the actual site, these technologies ensure that the final product meets the required standards and specifications.
• Immersive training and skill development: The Tesseract Smart Room can also be used as a platform for training and skill development. Team members can participate in VR and AR-based training sessions, honing their skills and familiarizing themselves with new techniques and technologies in a risk-free environment before implementing them on the actual construction site.

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_{Article Source: https://johnboucard.medium.com/tesseract-ventures-is-delivering-real-time-actionable-data-from-start-to-finish-44f157863118}