DJI dock drone in flight under open sky above a town and hills.
← Field Notes

ROC – Remote Operation Center

Common Questions About Remote Drone Operations, Answered

Straight answers about remote drone operations with the ROC: winter and weather limits, reliability, data ownership and privacy, Transport Canada rules, jobs, cost and getting started.

Remote Robotic · October 30, 2026 · 10 min read

Automated drone operations are new to many organizations, and new technology raises questions. Will it work in winter? What happens if something breaks? Who sees our data? Is it legal? Will it replace jobs? What does it cost?

These are the questions we hear most often about Remote Robotic’s Remote Operations Center (ROC), with straight answers.

At a glance

Operating temperature–40°C to 50°C (latest docked drone systems)
Dust and water protectionDocks IP56, drones IP55
RainLight rain, up to about 2 mm per hour
WindTake-off and landing in winds up to 12 m/s
Battery swap and relaunchUnder 45 seconds (latest docks)
Obstacle sensing360°: vision sensors, rotating LiDAR, millimetre-wave radar
ROC staffing24/7/365 by licensed pilots

Docked systems: DJI Dock 4 with the DJI Matrice 5TD, and DJI Dock 3 with the DJI Matrice 4TD.

The basics

DJI dock drone in flight under open sky above a town and hills.
DJI dock drone in flight under open sky above a town and hills. Image: DJI.
Q01

What is remote drone operations?

Remote drone operations means running drone missions at a site without a pilot or crew on site. Automated drones based at the site launch, fly their missions, land and recharge on their own. Licensed pilots at a central operations centre oversee every flight remotely.

Q02

What is the ROC?

Remote Robotic’s Remote Operations Center is a fully managed drone program. We supply the drones and docks, our licensed pilots run every mission from our Canadian operations centre, and you get the data. You don’t buy equipment, hire pilots or run the program yourself.

Q03

What can the ROC do?

  • Scheduled inspections of equipment, structures and facilities
  • Thermal monitoring and temperature alerts
  • Site security patrols and alarm response
  • AI detection of people and vehicles
  • Corridor patrols along pipelines, lines and roads
  • Live aerial video during incidents and emergencies
  • Change detection between repeat flights
Q04

Is the drone flying on its own?

Missions are automated. The drone follows saved routes, launches on a schedule or from an alarm, and lands and recharges by itself. But it isn’t unsupervised: licensed pilots oversee every mission and can take control at any time.

Weather

DJI dock weather sensor operating in heavy rain.
DJI dock weather sensor operating in heavy rain. Image: DJI.
Q05

Can drones fly in Canadian winters?

Yes. Our latest docked drone systems are rated to operate from –40°C to 50°C. Docks heat and cool themselves automatically, drone batteries heat themselves in the cold, and drones use anti-ice propellers.

Q06

What about rain and snow?

Docks are rated IP56 and drones IP55 for protection against dust and water. Drones can fly in light rain, up to about 2 mm per hour. Heavy rain, snow and fog can affect flight safety and sensors, so missions hold in those conditions.

Q07

What about wind?

Drones can take off and land in winds of up to 12 m/s. Above that, missions hold automatically.

Q08

Who decides whether it’s safe to fly?

Each dock has its own weather station that measures wind speed, rainfall and temperature. Before every launch, the system checks local conditions and holds the flight automatically if they’re outside safe limits. ROC pilots also monitor conditions and can bring the drone back early if the weather changes.

Q09

What happens to a mission that’s held for weather?

The ROC tracks every missed mission and makes sure it’s completed as soon as conditions allow.

Q10

Does weather affect data quality?

Sometimes. Fog, heavy precipitation and direct sun can affect visual and thermal imagery. Missions are scheduled to get the most consistent, reliable data, for example at the same time of day for thermal comparisons.

DJI dock drone flying at dusk with its lights on, returning to its dock.
DJI dock drone flying at dusk with its lights on, returning to its dock. Image: DJI.

Reliability

DJI dock drone flying beneath high-voltage transmission lines.
DJI dock drone flying beneath high-voltage transmission lines. Image: DJI.
Q11

How reliable are automated drones?

Docked drones are built for permanent outdoor use. They’re weather-sealed, climate-controlled and monitored 24/7. Every mission is overseen by a licensed pilot, and the system checks the aircraft, the dock and the weather before every flight.

Q12

What if the drone or dock breaks?

Maintenance and repairs are part of the service. Our team handles preventive maintenance, firmware updates, repairs and replacement hardware, backed by OEM-tier hardware support.

Q13

What happens if the power goes out?

Docks include backup power that keeps essential systems running, so the drone can return and land safely. During an outage, the dock can’t charge the drone, so stable power is important for continuous operations.

Q14

What if the internet connection drops?

If the drone loses its link, it follows preset safety procedures, such as returning to the dock. We assess connectivity during the site survey and recommend backup options where needed.

Q15

How does the drone avoid obstacles?

Drones use 360° obstacle sensing that combines vision sensors, rotating LiDAR and millimetre-wave radar. They can detect thin cables, and they work day and night. Routes are also planned around known hazards, and geofences keep drones away from restricted areas.

Q16

How quickly can a drone respond?

The drone launches as soon as a mission is triggered. Our latest docks can swap the battery and have the drone back in the air in under 45 seconds, which supports back-to-back missions and repeat alarms.

Q17

Is the ROC staffed around the clock?

Yes. The ROC is staffed 24/7/365 by licensed pilots, with service levels from best-effort to guaranteed dispatch.

Data security and privacy

DJI FlightHub 2 live mission view showing the map, flight route and live camera feed.
DJI FlightHub 2 live mission view showing the map, flight route and live camera feed. Image: DJI.
Q18

Who owns the data?

You do. The imagery, video, maps and reports collected at your sites are your data.

Q19

Who can see our data?

Only the people you authorize. Access can be set by site, team or role, so each user sees only what they need.

Q20

Where is our data stored?

Data is managed through a secure fleet management platform. For organizations with strict IT policies, on-premises options are available that keep data on your own servers. We’ll review your requirements during the briefing.

Q21

How is data protected?

Data is transmitted and stored securely, access is controlled by user permissions, and every mission produces a full audit trail of flight logs and chain-of-custody records.

Q22

Can the data go into our own systems?

Yes. Data can be delivered to your GIS, asset management or project systems.

Q23

What about privacy for people near our sites?

Missions are planned to focus on your sites and assets, and routes and geofences keep flights within defined areas. We follow Canadian privacy requirements in how data is collected and handled.

Q24

We have concerns about the drone manufacturer. What are our options?

We understand that some organizations have specific policies on drone origin and supply chains. We’ll discuss your requirements and the options available, including NDAA-compliant platforms where needed.

Regulations

Aerial map view with a saved flight route outlined over a city block.
Aerial map view with a saved flight route outlined over a city block. Image: DJI.
Q25

Is remote drone operation legal in Canada?

Yes. Drone operations in Canada are regulated by Transport Canada, and the ROC operates under that framework with licensed RPAS pilots and the required flight authorizations.

Q26

Do we need to get approvals ourselves?

No. The ROC team handles flight authorizations, airspace coordination, operational procedures and documentation for your sites.

Q27

Are our pilots certified?

Yes. Every mission is overseen by Transport Canada–licensed RPAS pilots.

Q28

Can drones fly beyond visual line of sight (BVLOS)?

Transport Canada’s rules allow some beyond-visual-line-of-sight operations under specific conditions and certifications. More complex operations need special flight authorizations. We’ll review what applies to your sites during the site assessment.

Q29

What about airports and controlled airspace?

Every site is checked for nearby airports, controlled airspace and other restrictions. These can affect how and when a site goes live, so they’re reviewed early.

Q30

Does drone data help with our own regulatory requirements?

It can. Drone data supports inspections, monitoring, repair verification and record-keeping. Check with your compliance team and regulator which methods count toward your specific obligations.

Q31

Is the operation insured?

Yes. The ROC operates with commercial UAV insurance.

Jobs and your team

Remote pilot watching a live dock mission in DJI FlightHub 2 from an operations centre.
Remote pilot watching a live dock mission in DJI FlightHub 2 from an operations centre. Image: DJI.
Q32

Will remote drones replace our workers?

No. The ROC takes over the repetitive, time-consuming and risky parts of data collection, like driving to remote sites, walking assets and checking alarms at night. Your people focus on analysis, decisions, repairs and the work that needs their expertise.

Q33

Will our inspectors and technicians still be needed?

Yes. Drones collect the data, but your team decides what it means and what to do about it. Crews still do the repairs, maintenance and follow-up, and they go where they’re needed instead of everywhere on a fixed schedule.

Q34

Will security guards still be needed?

In most cases, yes. The ROC works alongside your security team and cameras. It adds aerial coverage, faster alarm response and fewer unnecessary call-outs, so guards can focus on what needs a person.

Q35

Does our team need training?

No drone training is needed. Your team only needs to know how to view the data, alerts and reports, and we’ll show you.

Q36

Do we need to hire anyone?

No. Licensed pilots, maintenance and data processing are all part of the service.

Q37

How does this make work safer?

  • Fewer drives to remote sites
  • Less climbing and work at height
  • Less time near energized, hot or hazardous equipment
  • No one sent alone to check alarms at night
  • Crews arrive knowing what they’re dealing with

Cost

Aerial view of an open-pit mine with terraced benches and a green tailings pond.
Aerial view of an open-pit mine with terraced benches and a green tailings pond. Image: DJI.
Q38

How much does the ROC cost?

Pricing depends on the number of sites, the types of mission, how often missions run and the service level. Most programs are a predictable monthly fee. We’ll give you a quote after the briefing.

Q39

Do we have to buy any equipment?

No. We supply, install and maintain all the equipment.

Q40

What’s included in the fee?

  • Drones, docks and accessories
  • Site assessment, installation and commissioning
  • Licensed pilot oversight, 24/7/365
  • Mission planning and scheduling
  • Maintenance, repairs and hardware upgrades
  • Data processing and delivery
  • Flight records and compliance documentation
Q41

Is it an operating expense or a capital expense?

Service fees are generally treated as an operating expense, which usually means faster approval than a capital purchase. Your finance team can confirm the accounting treatment for your organization.

Q42

How does it compare with running our own drone program?

Running your own program means buying equipment, hiring and certifying pilots, managing maintenance, getting approvals, processing data and replacing hardware every few years. The ROC covers all of that in one service, with no capital outlay and no added headcount.

Q43

Where do the savings come from?

  • Fewer truck rolls to remote sites
  • Less time spent on routine inspections and alarm checks
  • Earlier detection of problems, before they turn into failures
  • No capital spending on drones and equipment
  • No pilot hiring, training or turnover costs
Q44

Can we start small?

Yes. Most clients start with one site and one or two missions, then expand once they’ve seen the results.

Getting started

DJI Dock 4 mounted on a level rooftop surface with a city behind it.
DJI Dock 4 mounted on a level rooftop surface with a city behind it. Image: DJI.
Q45

What does our site need?

Typically an open area, a stable power supply, a network connection and a level mounting surface. We’ll provide a detailed checklist.

Q46

How long does it take to get started?

Most programs launch in weeks, not quarters. We’ll give you a site-by-site timeline after the site assessment.

Q47

What’s the first step?

Book a ROC briefing. We’ll learn about your sites and goals and recommend a program.

Q48

Which industries does the ROC serve?

Oil and gas, mining and surveying, energy and utilities, construction, and public safety and municipal facilities.

Q49

Where does the ROC operate?

Across Canada, with service points in Mississauga, Ottawa, Calgary, Burnaby and Montréal.

Still have questions?

Our team is happy to answer them. Book a ROC briefing and we’ll walk through your sites, your questions and how the ROC would work for you.

Request a briefing with the ROC form below or call 416-303-3575.

ROC program

Talk to the ROC team

Shop the story

Related products in our catalog

Every product below is stocked and supported by Remote Robotic in Canada.