As we know, Turkey is one of important international grain exporter. To enhance agricultural productivity and promote green farming, it is actively adopting agricultural drone technology and supporting local production. EFT, as a global drone solution provider, develop with local Turkish drone companies, offering comprehensive agri drone solutions and component support to advance agricultural drone technology and promotes the drone applications for local fields.
Since the highly anticipated launch of DJI Dock 2 and the advancements it brings, it has captured the attention of enterprise users, DSPs, and system integrators.
Its compact size, easy portability, and improved efficiency, combined with the upgraded abilities of supported drones like the DJI Matrice 3D and Matrice 3TD, are expected to enhance applications like mapping and surveying, among other applications.
While multiple third-party applications and products support the DJI Dock 2, FlytBase stands out by providing a comprehensive platform that leverages its potential and makes it enterprise-ready. In this blog, we will learn how FlytBase now helps you deploy fully automated, secure docked drone operations for enterprise applications with DJI Dock 2.
FlytBase seamlessly integrates with DJI Dock 2, providing an enterprise-grade drone autonomy software solution that includes workflow integration, flight automation, fleet management, flight safety measures, and robust data security features for efficient drone operations. Following are some of the reasons why you should choose
1. Flinks: Flinks, short for FlytBase Links, are connectors that help integrate the FlytBase platform with a wide range of external software apps and hardware devices. Users can fully automate enterprise drone workflows with pre-built Flinks or create custom ones with FlytBase APIs and SDKs.
2. Flight safety and compliance: FlytBase ensures comprehensive drone safety with a range of features, including custom pre-flight checklists, collision avoidance, and configurable failsafes. Users can also create geofences and 2D No Fly Zones (NFZ) to maintain secure operations. Additionally, FlytBase alerts users to potential airspace threats and offers mitigation suggestions to help maintain a safe airspace.
3. Robust data security: With multiple layers of protection that include secure data transfer, encryption, network configuration, application-level controls, and flexible deployment options, the FlytBase platform is designed with security in mind. We also use tools to help us enforce compliance with our internal security policies.
4. Hardware agnostic platform: You can seamlessly integrate and deploy FlytBase with multiple docking stations, drones, and third-party payloads while being able to manage the fleets with a centralized dashboard.
5. Enterprise-grade support: FlytBase provides enterprise-grade support via calls, emails, and chat, with the option to upgrade to custom SLAs. This helps dedicated business and technical account managers enhance customer and partner success, as well as provide on-ground support for extensive or critical deployments.
In addition to numerous other features, FlytBase enhances your DJI Dock 2 operations, making them enterprise-grade and exceptionally efficient. Now, let's take a look at FlytBase's approach to data security and its flexible deployment options for ensuring robust data protection.
Large enterprises, government entities, and organizations managing critical operations face a major challenge in keeping their data safe and secure. Why is this so crucial?
Well, they handle vast amounts of sensitive information like proprietary business data, classified government information, and critical infrastructure. The drones capture this data, and any breach could lead to significant consequences, such as financial losses, damaged reputations, or even threats to public safety.
This is where FlytBase Shield comes into the picture to offer a comprehensive suite of security services designed to safeguard drone docks and data with multi-layer protection.
With our robust encryption methods, like AES-256, you can ensure that your sensitive data is protected at rest and in transit. Additionally, we take security measures for our user accounts with the help of:
This gives our customers peace of mind that their data and operations are safe.
FlytBase provides a range of deployment options for the DJI Dock 2, including the choice to operate within a separately managed AWS environment, offering an additional layer of security and privacy by being physically isolated from our multi-tenant cloud infrastructure.
Having explored FlytBase's data security measures, let's now learn about BVLOS operations, where FlytBase equips your drone operations with advanced capabilities for safe and efficient Beyond Visual Line of Sight (BVLOS) flights.
Using multiple platforms and systems in enterprise drone operations can create inefficiencies and pose safety risks. To solve these issues, FlytBase recently announced the launch of Flinks.
But what is Flinks?
Well, Flinks allow users to effortlessly connect the FlytBase platform with critical business systems such as alarm systems, video management, data processing, and more. By eliminating the need for complex, time-consuming manual interventions, Flinks enables enterprises to incorporate autonomous drones into their existing operations seamlessly.
Flinks includes six different integration types:
Flying Beyond Visual Line of Sight (BVLOS) is a significant milestone for various industries. With FlytBase and DJI Dock 2, your drone operations can seamlessly transition to BVLOS operations, with essential features and capabilities that ensure safe and efficient flight beyond visual range.
After learning about multiple aspects essential for conducting safe, secure, and reliable autonomous drone flights, let's dive deeper into the applications of the DJI Dock 2 with FlytBase across diverse industries.
Applications like mapping and surveying are becoming more efficient and advanced, thanks to the DJI Dock 2, powered by FlytBase. The highly efficient cameras of the Matrice 3D/3TD drones make mapping and surveying more accessible and cost-effective than ever before. FlytBase simplifies creating grids over an area, especially for mapping and surveying. Users can precisely control parameters like Ground Sampling Distance (GSD) and overlap, ensuring accurate data collection.
Additionally, FlytBase's Flinks enable seamless integration of third-party apps and systems, further enhancing the versatility and capabilities of the DJI Dock 2 for various applications beyond mapping and surveying.
FlytBase with DJI Dock 2 enables a wide range of applications in sectors like public safety, mining, construction, and more while prioritizing data security with a robust system. In addition to this, the seamless integration with third-party systems via Flinks enhances the capability to automate, streamline, and ensure secure drone operations, offering an enterprise-grade experience.
In recent years, advancements in drone technology have revolutionized various industries, from agriculture to search and rescue operations. Among these innovations, thermal imaging drones have emerged as a game-changer, offering unparalleled capabilities in a wide range of applications. In this article, we delve into the fascinating world of thermal imaging drones, exploring their uses, benefits, and the transformative impact they have on diverse fields.
At the heart of thermal imaging drones lies sophisticated infrared (IR) sensors capable of detecting and measuring heat emitted by objects. Unlike traditional cameras, which rely on visible light to capture images, thermal cameras detect infrared radiation, allowing them to visualize temperature variations across surfaces. This ability to "see" heat signatures makes thermal imaging drones invaluable tools for a myriad of tasks, especially in environments where visibility is compromised or where traditional methods fall short.
The versatility of thermal imaging drones transcends industry boundaries, finding applications in fields such as:
1. Search and Rescue:
In emergency situations, every second counts. Thermal imaging drones Autel EVO II 640T V3 equipped with infrared cameras can swiftly locate missing persons or detect heat signatures in disaster zones, even in low-light conditions or dense vegetation. Their ability to detect body heat makes them indispensable tools for first responders, significantly expediting search and rescue operations and improving outcomes.
2. Precision Agriculture:
Optimizing crop yield and monitoring plant health are paramount in modern agriculture. Thermal imaging drones provide farmers with invaluable insights into crop vigor, irrigation efficiency, and pest infestations. By detecting temperature differentials across fields, farmers can identify areas requiring intervention, such as irrigation adjustments or pest control measures, thereby maximizing productivity while minimizing resource usage.
3. Building Inspections:
Traditional methods of building inspections often involve manual labor and pose safety risks. Thermal imaging drones offer a safer, more efficient alternative by enabling inspectors to identify structural anomalies, insulation deficiencies, and moisture intrusion remotely. By detecting temperature variations indicative of potential issues, such as water leaks or electrical hotspots, thermal imaging drones facilitate proactive maintenance and prevent costly damage.
4. Wildlife Conservation:
Monitoring wildlife populations and combatting poaching are ongoing challenges for conservationists. At the same time, thermal imaging drones can be used to monitor the number and living habits of wild species and provide assistance for hunting wild boars, elk, coyotes, etc. Thermal imaging drone hunting has also become a pastime for most families in the United States.
5. Security and Surveillance:
Securing critical infrastructure and ensuring public safety require robust surveillance measures. Thermal imaging drones enhance security protocols by offering enhanced visibility during nighttime operations and in challenging environments. From perimeter patrols to monitoring border crossings, these drones provide security personnel with a tactical advantage, enabling proactive threat detection and rapid response.
The adoption of thermal imaging drones confers numerous advantages, including:
- Enhanced Visibility: Thermal imaging drones excel in environments with poor visibility, such as dense foliage, smoke, or darkness, thanks to their ability to detect heat signatures.
- Remote Monitoring: By capturing thermal data from a distance, drones eliminate the need for manual inspections in hazardous or hard-to-reach locations, enhancing safety and efficiency.
- Cost-Effectiveness: The use of drones for aerial inspections and surveillance reduces operational costs associated with manned aircraft or ground-based methods, making it a cost-effective solution for various industries.
- Data Accuracy: Thermal imaging drones provide precise temperature measurements and detailed thermal maps, enabling informed decision-making and targeted interventions.
While thermal imaging drones offer tremendous potential, they are not without challenges. Issues such as limited flight time, regulatory constraints, and data interpretation complexities require ongoing innovation and collaboration to address effectively.
However, with advancements in drone technology and continued research, these challenges can be overcome, unlocking even greater possibilities for thermal imaging applications.
Looking ahead, the future of thermal imaging drones is promising. As their capabilities evolve and their adoption becomes more widespread, we can expect to see further integration into diverse industries and novel applications emerging.
From environmental monitoring to infrastructure inspection, thermal imaging drones are poised to redefine how we perceive and interact with the world around us, ushering in a new era of innovation and progress.
In conclusion, Thermal imaging drones for sale have made their way into our surroundings and have great potential to revolutionize multiple fields by harnessing the power of infrared technology and aviation capabilities.
Embarking on the thrilling adventure of FPV (First-Person View) drone flying is a journey of skill, precision, and aerial exploration. For both novices eager to take their first flight and experienced pilots looking to refine their maneuvers, FPV drone simulators offer a risk-free and immersive platform to practice and perfect flying techniques. This comprehensive guide shines a spotlight on the diverse world of FPV drone simulators, helping you navigate through the options to find the simulator that best matches your flying dreams and proficiency level. In the real fpv drone, you can use meps 2806.5 , meps 2408, meps 1804.
Delve into the specifics of these simulators to identify your ideal partner in FPV flight training.
FPV drone simulators serve as virtual gateways to the world of drone piloting, offering a realistic and engaging experience of flying drones from a first-person perspective no matter what kv you use such as 11000KV brushless motor, 4600KV burshless motor. Far from being mere games, these simulators are sophisticated training environments that mimic the physics and dynamics of real-world drone flight. They provide a safe and controlled setting for pilots to enhance their flying abilities, without the concerns of weather or the potential for costly accidents.
To truly benefit from an FPV simulator, using a radio controller that mirrors real-world drone controls is crucial. This approach ensures skill development that translates directly to actual drone flying, thanks to muscle memory. The simulators highlighted in this guide support most radio controllers with USB connectivity, ensuring a smooth transition to the virtual skies.
If your controller lacks USB support, don't worry—there are solutions involving a flight controller and receiver to bridge this connectivity gap.
Steam is the primary distribution platform for accessing a wide array of FPV drone simulators. It provides a user-friendly interface for purchasing, playing, and updating your simulation software. Steam’s consumer-friendly return policy also allows you to explore different simulators risk-free, ensuring you find the perfect match for your needs.
New to the scene but making waves with its stunning graphics and expansive environments, Tryp FPV appeals to pilots with powerful gaming setups looking for a visually immersive flying experience. Although it may not offer the most comprehensive training tools, its customization options and variety of maps make it a paradise for freestyle and cinematic drone pilots.
Uncrashed stands out for its exceptional visual fidelity, offering an immersive and smooth flying experience that sets a new standard in aesthetics. While its focus on freestyle over racing might not cater to everyone, its engaging maps and activities promise a rewarding flying adventure.
Striking a balance between features, accessibility, and price, Liftoff caters to a broad spectrum of pilots, from beginners to experts. It may not specialize in any particular niche, but its comprehensive suite of features and strong community support position it as a highly versatile and appealing choice.
Dedicated to the racing community, VelociDrone excels in delivering realistic flight physics and a competitive racing experience. Its efficient performance on older computers and a vibrant multiplayer community make it a favorite among racers and those looking to push their limits.
With a robust set of features at an accessible price, the DRL Simulator is tailored to a wide audience, offering something for everyone. From comprehensive training modules to competitive multiplayer racing and the chance to participate in real-world DRL competitions, it presents a full-fledged FPV flying experience.
FPV drone simulators are invaluable assets for drone pilots, offering a practical and enjoyable means to refine flying skills in a risk-free environment. By selecting a simulator that aligns with your flying goals and preferences, you can significantly enrich your FPV journey. Here's to soaring to new heights in your FPV piloting adventure!
The solar industry is booming, with a 45% rise in global solar installations in 2022 alone. However, this rapid expansion brings its own set of challenges. Labor shortages, cost pressures, and the need for greater transparency are just a few of the hurdles that solar companies face today. Traditional methods of managing solar farms, such as manual inspections and data collection, are becoming increasingly inefficient and costly.
Consider the time and resources spent on manual inspections. A company like AfterFIT in Tokyo reduced their inspection time from 3 hours to under 10 minutes by using drones. The manual approach not only drains resources but also exposes workers to potential hazards. Moreover, human errors can lead to inaccurate data collection, which can have severe consequences, including reduced power generation and even safety hazards.
Drones are revolutionizing the solar industry by aiding in every stage of a solar plant's life cycle—from planning and construction to maintenance. They can perform tasks like topographic surveys, 3D mapping, and even thermal imaging to detect hotspots in solar panels. On average, drones have expedited data collection by 70% compared to manual methods, all while maintaining high accuracy.
Autonomous drones take this a step further by eliminating the need for human intervention in data collection. These drones are equipped with advanced software platforms like FlytBase, which ensures safe flight operations, data security, and regulatory compliance. Hardware components like the DJI Dock allow these drones to operate autonomously, following predefined routes and returning to the docking station without human intervention.
Key Benefits Include:
Data analytics platforms like Above’s SolarGain can be seamlessly integrated with autonomous drone technology. These platforms utilize machine learning to provide real-time situational awareness and detailed plant status reports. This digitalization offers a single source of truth for solar plant health, supports digitalized workflows, and enables a data-informed approach for better decision-making.
The most effective way to adopt this technology is through a phased approach. Start by deploying drones at one or a few sites to establish standard operating procedures and build a strong safety record. This sets the stage for a seamless transition to end-to-end automation and efficient solar energy management.
The future of the solar industry lies in automation and digitalization. Autonomous drones and data analytics platforms are not just a technological advancement; they are a necessity for solar companies aiming to stay competitive in this fast-growing market. By adopting these technologies, companies can significantly improve efficiency, reduce costs, and most importantly, contribute more effectively to the global shift towards cleaner energy.
Are you ready to take your solar operations to the next level? Don't miss out on the comprehensive guide that dives deep into the transformative power of autonomous drones and data analytics in the solar industry.
Download the Whitepaper: Navigating the Future of Solar with Autonomous Drones and Data Analytics
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In recent years, the industry however, has faced criticism for its environmental impact and the safety of its workers. As a result, the use of more drones for mining, autonomy, and artificial intelligence (AI) in mining has emerged as a potential solution to these challenges.
During one of the NestGen'23 sessions, we spoke with Christopher Clark, CEO of Delta Drone International (ASX:DLT), a multi-national drones-as-a-service business dedicated to solving real-world challenges in the enterprise mining and agricultural industries by providing fully outsourced aerial drone data and solutions.
In the session we discussed how a combination of drones, autonomy, and AI can help mining companies address many of the challenges they face and pave the way for a more efficient mining industry.
Here’s what he had to say 👇
Drone technology is increasingly being used in the mining sector to enhance safety and efficiency. They provide access to difficult or unsafe areas like mine pits, tailing dams, and stockpiles. Drone surveys and mapping of mining sites quickly and accurately, allow companies to generate digital surface models and digital elevation models to not only provide an accurate representation of the site but to also optimize processes such as ore extraction and waste removal.
Additionally, drones monitor mining equipment and infrastructure, like conveyor belts and processing plants, for wear and tear, enabling timely maintenance and reducing downtime.
By adding autonomy & AI to this mix, mining companies can gather data of large mine sites and monitor operations around the clock, without human operators, improving productivity and efficiency. AI can further analyze data to identify patterns and trends difficult for humans to detect. Companies can therefore have systematic data to make better decisions and reduce costs by identifying inefficiencies and areas for improvement.
As Christopher puts it, "By combining drone autonomy and AI, a unique recipe begins to take shape. We can detect people and vehicles by applying AI models to thermal imagery captured by drones. When combined with autonomous drone-in-a-box solutions in mines and dangerous areas, it enables frequent drone flights that only activate when a vehicle or person is detected, presenting an exciting opportunity for drone autonomy and AI to collaborate."
Some of the most promising applications of autonomous technologies and AI in the mining industry:
By using autonomous systems and drones equipped with AI, mining companies can improve safety by reducing the need for workers to enter hazardous areas, such as steep slopes or unstable ground. These technologies can detect and predict safety hazards, allowing for proactive measures to prevent accidents.
Just to set some context, Christopher shares a typical scenario in a mine-site - “If you wanted to calculate the volume of a stockpile and essentially how much a mine is digging out the ground, you would have to send men who would manually walk these 30, 40 meter high stockpiles. Sometimes these could be coal stockpiles really, which sort of have the propensity to spontaneously combust. So your shoes would be melting, even as you're walking over these stockpiles. And drones being able to immediately remove these types of surveyors from these stockpiles to provide them with immediate safety value. And we were very excited to see how drones have quickly become a part of the mining industry's daily routine and are only growing."
Autonomous drone systems enable mining companies to access hard-to-reach areas and monitor equipment and infrastructure on mine sites such as conveyor belts and processing plants for wear and tear, reducing downtime and preventing breakdowns. AI can further optimize mining processes like ore extraction and waste removal, leading to increased productivity and reduced costs.
Drones and sensors monitor mining's effects on ecosystems, then AI analyzes the data to find improvements. These technologies enable targeted tracking of mining exploration' impact and efficient resource use, which minimizes damage and promotes responsible practices.
Christopher highlights how Rio Tinto's Mine of the Future program is a successful example of utilizing technology to improve safety, productivity, and cost-effectiveness. Launched in 2008, the program uses autonomous technologies and AI to enhance mining processes. By incorporating autonomous trucks, drills, and trains, the company has decreased the number of workers on-site, while simultaneously improving safety and efficiency.
The Gudai-Darri Mine in Western Australia is an impressive instance of this program, as it is fully autonomous and remotely controlled from a central operations center, where workers monitor the mine's operations and make real-time decisions based on data gathered from sensors and cameras.
This mine has been very successful, with Rio Tinto reporting significant value and improvements in safety, productivity, and cost reduction. With the use of autonomous technologies and AI, Rio Tinto has been able to minimize waste and increase accuracy in mineral extraction, resulting in better efficiency and productivity.
Barrick, one of the world's leading gold mining companies, has implemented a range of innovative technologies to improve safety, efficiency, and sustainability in their operations. These include:
Automation software such as FlytNow, enables businesses to deploy drone fleets on routine missions to capture visual data in real-time. Mine operators can schedule missions at a regular interval to track the progress of work in mining sites from the comfort of their offices.
Apart from rapid data collection, FlytNow enables companies to integrate alarm monitoring systems, which enable drones to autonomously take off from docking stations, fly to precise locations, capture video feeds, relay them back to the command center, and return to the docking station without human interference.
This feature provides mine operators with quick access to accurate incident reports, allowing them to respond promptly and effectively to any issues that arise.
As with all disruptive technologies, the mining industry needs to overcome several challenges in implementing autonomous technologies and AI. While the benefits of these technologies, such as faster data insights, improved decision-making, and increased safety for workers, are vast, mining companies must also overcome regulatory hurdles, invest in necessary infrastructure and expertise, and ensure compatibility with existing systems. The adoption of these technologies promises to revolutionize mining processes, making them more efficient, productive, and safer.
It is worth noting that autonomy in mining applications will require a higher degree of analytical and electrical skill sets, but it does not necessarily mean a reduction in the workforce. Furthermore, the interoperability with downstream technologies such as wearables will empower situational awareness and safety. With proven platforms, drone swarms or fleets will unlock logistics and on-site deliveries for mine employees, leading to more streamlined operations. Overall, the mining industry's adoption of these technologies will enable them to remain competitive and better equipped to face the challenges of the future.
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The Grasshopper NDVI is the newest in our line of simple-to-use survey cameras. Every Grasshopper NDVI camera allows the connection to an external USB GPS receiver to automatically geo-tag each captured image. Its 8MP sensor and sharp non-fisheye lens allow you to capture aerial media easily. It captures photos on the default timer trigger or can be sent a PWM signal through the HDMI port (see below). If you supply power to the USB port it will power on the camera automatically. Sized similar to a GoPro® Hero these small survey cameras can be attached to your aerial drone platform using our various mounts.
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Introducing the second generation of CopterPack.
This was the test of the all-new control system which will be integrated into the final design.
The RosettaDrone 2 app creates a Mavlink wrapper for the DJI SDK and enables Mavlink commands to control the DJI drone. A Python script running on a PC is linked by UDP to the RosettaDrone 2 app. As a test case a SSD Mobilenet AI algorithm controls the flight behavior of DJI Mavic 2 drones
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Enterprises & Startups can leverage FlytNow APIs to build & scale automated, cloud-connected drone applications, and reduce time-to-market.
The commercial drone industry is heading towards complete automation. This transition calls for seamless integration with different software & hardware. At FlytBase, we are cognizant of this ever-growing need for scalable enterprise applications that involve drones. Keeping this in focus, we are introducing FlytNow API platform to enable automated, cloud-connected drones applications for enterprises & startups.
We are proud to announce that we are extending the capabilities of FlytNow as a comprehensive backend platform for enterprise drone ops. We introduce FlytNow APIs to securely connect drones with any type of business application that supports RESTful architecture. This means that businesses can rapidly build and scale custom drone applications to manage their drone fleet.
Security systems can be enhanced using drones. A custom enterprise web application can be integrated with CCTV cameras & software (for example Video Management solutions like Milestone), motion sensors, and ground-based hardware using FlytNow APIs. Further, businesses can leverage these APIs for mission planning to automate the patrolling of drones, thereby reducing the need for redundant manpower. Automation need not be limited to just spontaneous patrolling; it can be scheduled for regular security patrols using APIs for DiaB (Drone-in-a-Box hardware). Absolute autonomy lies in eliminating human interference starting from time-defined missions where the drone takes off, performs the mission, and docks back into the box to charge/swap batteries. In real-life, the system will leverage a unified dashboard as a command center and our live video streaming APIs to manage the entire operation. In the event of an intrusion, it will operate in the following way:
Companies have been actively building & deploying drone systems that can deliver critical medical payloads to remote locations. A US-based company called Zipline is one such company that has extensive operations in the African nations of Ghana and Rwanda. They rely on a centralized system where they operate from a medical warehouse and all incoming requests for blood are fulfilled via drone delivery. The highlights of the system are that the drones can fly autonomously from the warehouse to the delivery point, drop the payload, and return back to the base. Following are some APIs of FlytNow can be used to build a similar system:
Leveraging the FlytNow APIs, a response system can be built that is fully autonomous and integrated with a Computer Aided Dispatch system like 911. In the event of an emergency, an operator using such a system can dispatch a drone to survey the situation. On receiving the command, a drone will launch and fly to the location autonomously and begin acquiring data using its onboard camera. The operator can share the live feed of the drone with the first responders who can plan a better response.
The APIs used in this case would be similar to the delivery system mentioned above, with a focus on BVLOS capabilities and live-stream of data.
In this blog, we introduced the APIs of the FlytNow platform and the benefits of using them. In a nutshell, FlytNow is built for developers building applications to manage enterprise drone operations with BVLOS capabilities. Our extensive and reliable set of APIs is a result of our experience working with commercial drones for almost a decade. Originally published on FlytNow
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Commercial drones are now becoming a mainstream technology, with the 2020 pandemic serving as a showcase for how drones can save human lives.
Drones have been used for delivery long before Amazon announced its Prime Air service. Founded in 2011, Zipline, a US-based company focused on medical drone deliveries became the pioneer in long-distance drone delivery, with distribution centers in Rwanda and Ghana. With an exponential growth since then, Zipline now delivers 65% of blood samples in Rwanda, particularly because the country lacks suitable road connectivity.
Companies like Zipline are investing heavily not only in better drone hardware but also in remote operations software, so they can intelligently & centrally manage a large fleet of drones.
Drone delivery refers to the act of moving a package from point A to B using unmanned aerial vehicles (UAVs). Such UAVs are either autonomous or remotely controlled by human pilots.
The infrastructure that powers drone delivery operations requires seamless integration between reliable drone hardware and robust software that can enable EVLOS/BVLOS Operations. The components of such systems include:
Drones that are capable of carrying heavy payloads; for example:
Links to above-mentioned drone specs:
Companies like Zipline, Wing, etc., have their own fleet of drones specifically designed and developed to suit their specific delivery needs.
Note:
Drone delivery requires an advanced fleet management software like FlytNow that helps plan & execute long-range EVLOS/BVLOS flights with live tracking and drone control over 4G/LTE/5G.
FlytNow Delivery is a cloud-based offering that can be used for package delivery operations. Delivery businesses can use off-the-shelf or custom drones to quickly set up a delivery system in their geography. FlytNow solution cuts the deployment time to a few days and gives a unified web-based dashboard to control and manage every aspect of a drone delivery operation. FlytNow Delivery Offers:
A drone equipped with intelligent onboard software make this kind of operation autonomous and safe. With the integration of FlytOS intelligent modules and sensors with onboard SBC (Nvidia Jetson Nano, DJI Manifold 2, Raspberry Pi 3B+/4), drones can do:
For operations to be autonomous and efficient -- physical, on-ground components such as a docking station, charging pad, launching systems, etc. are required. With FlytNow DiaB integration enables remote control & telemetry in the same delivery interface. Our enterprise solution also offers integration with DiaB APIs. Below are a few DiaB and charging pad solutions for reference:
Airspace intelligence and management is a critical enabler for scalable, safe, beyond-visual-line-of-sight (BVLOS) or extended-visual-line-of-sight (EVLOS) enterprise drone programs. Such integration with a UTM engine or national airspace services can augment sense-and-avoid capabilities with regards to airspace, flying advisories, and weather information for optimal path planning while avoiding no-fly zones and manned aircraft. Some leading UTM and providers are:
Learn about the FlytBase partnership with AirMap here
FlytNow can be integrated with any 3rd party private or government UTM API services.
Whether you are flying in rural or suburban areas, the safety of people on the ground and expensive drone equipment is of utmost importance. Emergency situations like flight system failure, bad weather conditions, or immediate advisory from the local aviation authorities may happen anytime.
In addition to standard drone fail-safes (RTH, Geofence, etc.), FlytNow provides Emergency Landing Point (ELP) Failsafes. ELP Failsafes allow you to define landing points along your delivery route and land the drone on the nearest ELP when a situation arises.
FlytNow also provides advanced geofence features to draw a polygon on a map along the delivery route to restrict drones from going outside the designated area.
In unavoidable situations, a safety parachute on the drone can avoid accidents. Here are some of the brands which offer drone safety parachutes:
FlytNow Pro is a cloud-based SaaS solution, well suited to help drone operators and service providers quickly set up a PoC (proof-of-concept) delivery system to validate a proposed delivery plan or to manage customer demos.
If you are someone who is looking to quickly validate a delivery idea then FlytNow Pro is a good starting point. As more requirements get identified, customers can then migrate to FlytNow Enterprise for Drone Delivery, which offers an end-to-end software suite with advanced capabilities and priority support.
Step 1: Sign up for a 28 days free FlytNow Pro account.
First signup to our free 28 days trial by visiting: https://my.flytbase.com/accounts/signup/?next=https://app.flytnow.com
Open your email and verify it before you can access the dashboard. Login to your account using your credentials.
On the dashboard, you can add drones, create a flight mission, set up a pre-flight checklist, and define a geofence.
In the above screenshot, We have already added our drones and two of them are online. In your case, you have to add the drones. Follow our getting started guide to add your DJI drones.
Do not have a drone? Try FlytNow Pro with Virtual Drone. Follow Step 2
(Optional) Step 2: Adding a virtual drone.
Your free trial account supports up to five drones. In case you don’t have a drone, you can also add a virtual drone, you can add one virtual drone. For a virtual drone, you need to set up your FlytBase cloud APIs. Please follow this guide.
Once granted access to the cloud, you can use your virtual drone’s vehicle ID and token to add it to the FlytNow dashboard.
Step 3: Creating a Mission Plan.
A mission plan lets you add a route for your drone. Considering you are testing a medical delivery system, you use the mission plan to define routes to all the medical centers you want to make deliveries.
To add a mission plan, click on Mission -> Add Mission. Give a name to your mission and click on Add Waypoints to begin defining your route. Clicking on the map will place a pin; this way you can place multiple pins.
In the above screenshot, we have defined a mission that tells a drone how to go to Palo Alto Health Care. Apart from defining a route, you can set the flight speed and a Finish Action. The Finish Action tells a drone what to do once it reaches the destination; you can set the following actions.
In our case, we have selected Return to Home that signifies that the drone will drop the payload and return to base.
Please note that FlytNow Pro offers limited features for mission planning. Advanced features are available in FlytNow Enterprise for Delivery.
Step 4: Creating a pre-flight checklist.
This feature allows you to create a pre-flight checklist. In the case of a delivery operation, a checklist will ensure that a drone is configured properly before it is sent out on a mission.
To create a checklist, click on CHECKLIST and then Add to Checklist to add a checklist item. While adding a checklist item, you can also add a description.
We have created a checklist suited for drone delivery operations. You can create your own checklist.
Step 5: Setting up a geofence
A geofence allows you to set up a boundary for your operations. Once you set a boundary, FlytNow will not allow your drones to fly beyond the boundary.
You can set up a geofence by:
The following image shows you how your dashboard will look after geofence is set successfully.
A geofence has two circles. The area between the circles is called a warning zone. Whenever a drone crosses the first circle, the system gives out a warning, but it will not let the drone go beyond the second circle.
While planning a mission, you can’t put a waypoint beyond the first circle.
Step 6: Turn on Live video feed (feature works with a real drone only).
You can access the video feed of a drone from the dashboard. This feature is useful when a drone is out for delivery. This way you can visually assess a flight mission.
Select a drone under the FLY tab. Now you can see the video feed on the top right corner.
You can also enable the multi-cam mode (refer to the above picture) that will allow you to view the video feed from all drones on a single screen.
Step 7: Share live drone location and video feed with a third party (feature works with a real drone only).
You can share live drone locations and video streams with anyone outside the FlytNow platform. This feature is useful especially when you want to share tracking information with a recipient which might include live video feed from the drone.
To initiate sharing click on the share button on the video panel
In the next dialog box click on Create new link.
Enter the email address of the person to whom you want to share the video.
Select the drones and your preferred options. You get the option to share both the map and the video.
The person with whom you have shared the live feed gets an email with a secure PIN. Tell him/her to click on View Operation and enter the secure PIN to start the live streaming.
Once you are done with the basic setup, it is time to launch your first delivery mission. Consider a situation where you have received a delivery request from a nearby medical center, and you are about to initiate a launch.
Step 1: Launching a drone and selecting a mission.
Under the FLY tab select a drone (has to be online) and click on the launch icon in the bottom right corner.
You will be asked to select a flight mode. Select Mission. In the next window, you will see all your missions. Select a mission and click on start.
Step 2: Completing the pre-flight checklist and executing the mission.
Next, you have to complete the pre-flight checklist.
Once you are done with the checklist, hit Execute to begin your delivery.
We have been talking about FlytNow Pro which has limited features but ideal for validating an idea or doing a POC. Once you are done with the validation stage, it’s time to move to FlytNow Enterprise.
FlytNow Enterprise is a fully-featured comprehensive drone automation solution designed for large scale drone deployment. The solution is fully customizable and can be used in a variety of use cases, and drone delivery is one of them.
Here are some exclusive features of FlytNow Enterprise:
For enterprise drones (DJI, PX4, Ardupilot), FlytNow provides SBC, with the FlytOS installed, for direct integration to make BVLOS flight possible over 4G/LTE/5G network. We also provide accessories and landing tag design for precision landing over charging pads.
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Schedule a 30-min free consultation with our expert to learn more about the FlytNow Drone Delivery Software Solution, contact us at https://flytnow.com/contact/
Drones with cameras have both commercial and recreational applications. For commercial use-cases, the ability to live stream videos, with low latency, is crucial for the effective use of drones. This enables enterprise stakeholders to see things happening far away, in near-real-time, from a bird’s eye view. Many industries, sectors, and use-cases can leverage such remote drone operations, for example:
A cloud-connected, user-friendly solution can thus be leveraged by drone operators, specialized service providers, UAV system integrators, and enterprise drone program managers.
The capability to stream videos from multiple drones, simultaneously, is now available in FlytNow, the remote drone operations solution from FlytBase. Multiple camera (‘Multi-Cam’) streams can be viewed from a single operator dashboard, which can also be used to control multiple drones, their payloads, camera gimbals, etc.
While there are numerous commercial applications that can benefit from drone fleets and multiple-camera streaming capabilities, these 3 seem to be gaining the most traction.
Automated drone patrols are at the heart of surveillance of residential, commercial, and industrial premises. With the FlytNow multi-cam feature, surveillance drone operators can cover large areas from a single dashboard; it allows them to gain situational awareness during a security breach, with the added advantage of images & video surveillance from different angles.
Security stakeholders can combine different views (eg. thermal and normal camera feeds) and be much more effective during night time, low visibility conditions, etc.
Drones are used to inspect infrastructural and other valuable assets that are remote, hard to reach, or massive in size. With FlytNow, inspection personnel can view such assets from multiple angles, with the videos streamed in real-time, from multiple drones to a single dashboard in the command center or control room. This ability is useful in a range of remote inspection activities such as structural inspections, wind turbine inspections, cell tower inspections, oil & gas refinery inspections, and pipeline inspections.
Large structures under construction require to be inspected quite regularly – this includes visual observations of foundations, roofs, and key structural components. The inspection data provide insights into the overall condition, progress, and maintenance needs of such properties.
The traditional way of inspecting, which involved manual inspection of only some of the areas of a large structure, is severely lacking – not only in coverage but also in terms of safety. Drone footage, on the other hand, can both improve coverage, reduce inspection time, and eliminate almost all safety concerns. Drone fleets powered by FlytNow can give stakeholders automated aerial views, from multiple angles, of important but hard-to-reach structural locations.
Periodic inspections are an important part of the maintenance programs of wind-turbine sites, so as to maintain their efficiency, safety, and longevity. It’s important to check the structural integrity of the blades since different parts expand and contract differently under varying climatic conditions. Blades are also subject to damage from dirt, birds, snow, ice, etc.
Here, drones are now being used to rapidly, safely, and quickly scan the different parts of a wind turbine with highly calibrated IR sensors and high-resolution cameras. With FlytNow Enterprise, an inspector can capture different aerial views of a blade, control the camera gimbal remotely, and maintain a safe distance automatically.
Cell towers are tall structures that need periodic inspections to keep them operational and safe. Drone-based inspections can help significantly reduce the amount of time that people have to spend on a tower for such inspections. Safety, speed, and cost are all factors in making remote aerial inspections more amenable for broad adoption. Using FlytNow, live streams from drone fleets can be delivered to a single dashboard; these videos can then be shared with guest users, regulators, and other stakeholders in cell tower inspections.
Drones are being designed and deployed for corrosion detection, analysis of cracks, spillage, and leak detection in oil and gas refineries and along long-distance pipelines. The information gathered by drone fleets can be invaluable for maintenance and planning at these complex facilities, with billions of dollars of infrastructure at stake. The speed with which inspection data is gathered can be drastically improved using multiple, autonomous drones, powered by multi-cam streaming available via FlytNow.
The biggest risk in public safety is to first responders, who have to be on-site without timely situational awareness. They also have to deploy fire trucks, ambulances, police cars, and other equipment – without first being able to assess the situation.
US-based technology company Phirst Technologies, which focuses on public safety solutions, has integrated autonomous drones into the CAD system that supports the 911 service. The idea is to dispatch drones from a unified dashboard to assess a situation before sending human responders. The solution is called FIRST iZ, and they are using FlytBase technology to power their drone automation.
Drones thus offer a compelling capability for incident response – public safety authorities can deploy them first, gain real-time awareness, and make better-informed decisions about people and equipment deployments.
Drones are actively used worldwide for search and rescue operations because they can cover a large area in less time while providing a bird’s-eye view. In 2018, police in the UK used drones to find a semiconscious man on the cliff of Exmouth; they used thermal imaging to locate and save the person.
These capabilities are now available in FlytNow so that search parties can quickly dispatch a fleet of drones and stream the live footage from them to a single dashboard, thus expediting the search and rescue process.
Drones fitted with IR sensors can find people trapped in difficult situations such as forest fires where visibility can be quite poor. In 2018, fires scorched more than 150,000 acres in less than two weeks in California. 16 teams of public safety officials clocked 500 drone flights in 3 days. UAV flight data was used to aid search and rescue operations, and pinpoint the path of the fire.
Since such operations may require scanning a very large area, of the order of hundreds of square miles, features like multi-cam streaming are crucial for the deployment of a large fleet of thermal drones.
During the COVID-19 pandemic of 2020, drones deployed in the city of Ahmedabad, India helped monitor lockdown and mitigate the spread of the deadly coronavirus. A central command center was established, with the FlytNow dashboard receiving live video streams from multiple drones flying across the city.
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