Often, tower sites are collected regionally, across hundreds or thousands of locations. To collect and process this data, a large team is required, with many different roles and responsibilities. Additionally, unforeseen circumstances, such as inclement weather or site access issues, can result in schedule changes, which has a downstream effect on post-collection workflows. To manage this complex process, multiple disconnected systems are typically involved, creating logistical issues as the number of site collections increases.

To solve for the complexity this creates at scale, we created the VI Web Portal to simplify and streamline the end-to-end process of drone-based data collections on telecommunications infrastructure – linking projects, personnel, tasks, and equipment into one transparent and efficient workflow.

With the new Web Portal;

• Site Owners can request site collections, track project updates, and access data outputs and reporting.
• Project Managers can create, task, and manage the collection and processing of drone data across hundreds of sites.
• Drone Operators can receive tasking, plan site visits, and update the status of each site collection.
• 3D Photogrammetrists can oversee the data ingest and transformation process, alert the team of quality issues, and track analysis and reporting.

To learn more about the VI Web Portal, and explore roles and process configurations, please request a demo at https://visualintelligenceinc.com/demo/.

Visual Intelligence is a unified drone sensor and software automation platform that digitizes physical infrastructure with millimeter accuracy to reliably deliver 3D, engineering-grade asset intelligence.

Using patented dual-sensor drone technology and proprietary enterprise software, Visual Intelligence generates billions of datapoints to map exponentially more measurable surface area than any alternative aerial or ground-based method. Our unique sensor-software pairing is the first industry solution that enables enterprises to capture and execute around engineering-grade digital twins. By maximizing data fidelity and coverage, we’re exponentially increasing the ability of artificial intelligence to automate performance capacity at an engineering level, feeding insights upstream and across new business units, vendors and geography.