• Invite Only

EP 02: How Autonomous Drones are Improving Mining Operations

Road to Drone Autonomy Series a 3-part series where we feature Drone Solution Providers (DSPs) from three different geographies from the European subcontinent to highlight the experiences and journey to adopting autonomous drone operations for a variety of use-cases.

Watch NowWatch Now
Episode 1: Understanding the Australia-Pacific Regulatory Landscape with Jackie Dujmovic

Episode 2: Deep Dive into the EU's Regulatory Landscape with Lorenzo Murzilli

Register Now
FlytNow Webinars

What to expect

Javier Menéndez

Technical Officer Manager, Cartogalicia

Baisali Ghosh

Business Development LeadFlytBase

The Drones-as-a-Service (DaaS) model has emerged as one of the largest market segments in the drone industry, connecting hardware engineers, automation software developers, and enterprises looking to adopt drones.

​However, Drone Solution Providers (DSPs) around the world have encountered several difficulties in executing repeatable UAV missions for data collection, particularly in inaccessible and sometimes dangerous locations. The reliance on operators and visual inspection personnel necessitates significant investment on training, as well as unavailability on demand and other issues.

​To scale and perform operations round-the clock, autonomy is essential. Autonomous drones would improve the quality and efficiency of visual data collection, opening up new avenues for scalable commercial operations and applications.

Thank you!
Webinar Link

Since this was an invite only webinar, our team will review your request and get back to you!

Oops! Something went wrong while submitting the form.

Context

The Drones-as-a-Service (DaaS) model has emerged as one of the largest market segments in the drone industry, connecting hardware engineers, automation software developers, and enterprises looking to adopt drones.

​However, Drone Solution Providers (DSPs) around the world have encountered several difficulties in executing repeatable UAV missions for data collection, particularly in inaccessible and sometimes dangerous locations. The reliance on operators and visual inspection personnel necessitates significant investment on training, as well as unavailability on demand and other issues.

​To scale and perform operations round-the clock, autonomy is essential. Autonomous drones would improve the quality and efficiency of visual data collection, opening up new avenues for scalable commercial operations and applications.

Javier Menéndez

Technical Officer Manager, Cartogalicia

Baisali Ghosh

Business Development LeadFlytBase

Thank you!
Webinar Link
Oops! Something went wrong while submitting the form.

What to expect?

The Drones-as-a-Service (DaaS) model has emerged as one of the largest market segments in the drone industry, connecting hardware engineers, automation software developers, and enterprises looking to adopt drones.

​However, Drone Solution Providers (DSPs) around the world have encountered several difficulties in executing repeatable UAV missions for data collection, particularly in inaccessible and sometimes dangerous locations. The reliance on operators and visual inspection personnel necessitates significant investment on training, as well as unavailability on demand and other issues.

​To scale and perform operations round-the clock, autonomy is essential. Autonomous drones would improve the quality and efficiency of visual data collection, opening up new avenues for scalable commercial operations and applications.

Javier Menéndez

Technical Officer Manager, Cartogalicia

Baisali Ghosh

Business Development LeadFlytBase

Context

The Drones-as-a-Service (DaaS) model has emerged as one of the largest market segments in the drone industry, connecting hardware engineers, automation software developers, and enterprises looking to adopt drones.

​However, Drone Solution Providers (DSPs) around the world have encountered several difficulties in executing repeatable UAV missions for data collection, particularly in inaccessible and sometimes dangerous locations. The reliance on operators and visual inspection personnel necessitates significant investment on training, as well as unavailability on demand and other issues.

​To scale and perform operations round-the clock, autonomy is essential. Autonomous drones would improve the quality and efficiency of visual data collection, opening up new avenues for scalable commercial operations and applications.

Javier Menéndez

Technical Officer Manager, Cartogalicia

Baisali Ghosh

Business Development LeadFlytBase