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In the realm of critical collaboration operations, such as those found in effective collaboration and real-time information sharing are paramount for mission success. GridRaster Workspace offers tailored solutions specifically designed to enhance collaboration and facilitate real-time decision-making in dynamic operational environments.
Gridraster Workspace allows multiple XR users to collaborate in real-time, and seamlessly review 3D data and live sensor feeds.
Existing 2D and 3D solutions often struggle to meet the demands of critical design, engineering and operating environments. These are further exacerbated with the difficulty of managing complex 3D model data in real-time across distributed teams.
KEY CHALLENGES ADDRESSED:
Real-time Collaboration
GridRaster Workspace enables seamless real-time collaboration among distributed teams, allowing personnel to interact and share information instantaneously. Whether in training simulations or mission planning scenarios, teams can collaborate effectively regardless of geographical location.
Scalable Multi-User Engagement
The platform supports scalable multi-user engagement, allowing teams to dynamically join and participate in collaborative sessions. From tactical planning sessions to strategic discussions, GridRaster Workspace ensures that all stakeholders are connected and engaged in real-time.
Dynamic Environment Simulation
Operators can create and simulate dynamic operational environments using GridRaster’s CMS, facilitating realistic training scenarios and mission rehearsals. With the ability to manipulate environments in real-time, teams can adapt to changing conditions and evaluate different courses of action collaboratively.
Enhanced situational awareness and decision-making capabilities
Stream data to qualified Workspace participants with no transmission of 3D IP.
Seamless collaboration in virtual XR environments across distributed teams and heterogenous devices.
Centralized, highly scalable infrastructure ensures low-latency to thousands of concurrent users.
GridRaster Workspace picks up where Zoom, Teams and other teleconferencing solutions leave off: by giving call attendees rich 3D XR experiences beyond 2D screens.
The potential use cases are countless, including detailed engineering Design Reviews, Instructor-led Product Training, and on-demand product referencing sessions.
Connect, discuss, learn, and look up rich 3D content at any time with GridRaster Workspace.
GridRaster Workspace empowers industrial enterprises to overcome limitations in XR collaboration with high-fidelity 3D models. Traditional systems struggle to transfer, render and interact with large datasets, forcing users to sacrifice detail.
GridRaster’s cloud-based streaming solves this by enabling seamless interaction with models and collaborators with intricate 3D models on common devices. Ultra-low latency remote rendering ensures minimal lag, allowing users to manipulate complex models in real-time.
This facilitates collaboration across locations as multiple users can simultaneously visualize and interact with the same high-fidelity model. GridRaster Workspace unlocks the true potential of XR for design, training, and collaborative problem-solving in industrial settings.
GridRaster Workspace doesn’t just handle complex 3D models; it can incorporate real-time data streams into XR experiences.
GridRaster Workspace enables live sensor feeds, status updates, and other data sources can be seamlessly integrated into 3D experiences.
This capability extends far beyond training – GridRaster Workspace empowers users to work collaboratively with constantly updating data scenarios.
Multi-user XR collaboration and real-time sensor feeds unlocks all-new dynamic training environments and capabilities.
GridRaster WorkSpace allows trainees to hone decision-making skills inside simulations of real-time information streams, just as they would in a real-world operations.
In the example shown, trainees face “live” satellite guidance data feeds and encounter Human-In-The-Loop interactions. These advanced XR training modules push conventional limits, and achieve much trainees outcomes for complex environments.