SENSYN-ROBOTICS

Creating a Future by Supporting Society with Drones

Sensyn Robotics supports enterprises and municipals with industrial drone utilization, for example in facility inspection, disaster recovery, security and monitoring.

Drone Utilization in Various Aspects of Life

 

Facility Inspection

Utilizing drones in maintaining and inspecting a wide range of social infrastructures, such as power lines, bridges and dams, allows skilled experts who are responsible for maintaining and inspecting these infrastructures to remotely perform efficient and safe facility inspection and to comprehend the situation at the sites through images captured by drones. Utilizing DRONEBOX also makes it possible to fully automate the inspection process.

Disaster Recovery

It is possible to immediately find out the extend of damages and take proper measures when natural disasters strike, for example during earthquakes, heavy rains, or volcanic eruptions, by sending drones into disaster areas and sharing real time images captured by the drones with the task force and relevant authorities. It is also possible to flow the drones without approaching danger zones with DRONEBOX.

Security & Monitoring

A wide range of 24 hours security is now possible with linking and deploying multiple units of DRONEBOX when safeguarding factories, warehouses, harbors, and other assets. Intrusions of suspicious persons into facilities and abnormalities in traffic network can be quickly detected by combining thermal cameras and image recognition technology.

Our Solutions

 

SENSYN DRONE HUB

A drone system that automates operations with the integration of control software and operational applications in addition to serving as a base that supports drone aircraft, automatic takeoff/landing and automatic charging.

SENSYN DRONE HUB is a system that automates operations with the integration of control software and operational applications in addition to serving as a base that supports drone aircraft, automatic takeoff/landing and automatic charging.

It makes automatic flight to preset routes and capture of images/videos possible. Therefore, workers do not need to visit sites each time in zones with security monitoring and facility inspections in large factories. This means operations can be performed efficiently and safely.

It is also possible to add a scheduling function to repeatedly execute missions at a fixed time and a function to operate the camera from a remote location. This is done by linking up with SENSYN FLIGHT CORE (which is an integrated platform for the automation of customer operations) and SENSYN DC (which is a real time visual communication service). SENSYN ROBOTICS are also aiming to further extend the functions necessary in the automatic operation of drones. This includes, for example, detailed analysis by linking up with applications specialized in various operations. With this, SENSYN ROBOTICS  are realizing advanced information processing.

Drone Base

 Size

1.89 m (L) * 1.77 m (W) * 0.8 m (H) 

 Weight

149 kg 

 Input power

100V to 240V AC / 16A 

 Guaranteed operating temperature

-10°C to +40°C 

 Waterproof and dustproof performance

Equivalent to IP54 

 Durability performance

Tested by being opened and closed 100,000 times

Drone Aircraft

 Size 

75.6 cm diagonally 

 Weight 

6 kg 

 Maximum flight time 

30 minutes (when hovering) 

 Guaranteed operating temperature 

-10°C to +40°C 

 Waterproof and dustproof performance 

Equivalent to IP54 

 Wind resistance performance 

10.0 m/s 

 Charging time 

 (From 0%) 

80% in approximately 40 minutes

Fully charged in approximately 1 hour

SENSYN FLIGHT CORE

An integrated platform to realize the automation of customer operations equipped with simple flight settings based on sample settings, centralized management of flight plans and results data, and other enhanced and extended functions.

SENSYN FLIGHT CORE is an integrated platform to realize the automation of customer operations. It is equipped with simple flight settings based on sample settings, centralized management of flight plans and results data, and other enhanced and extended functions.

Simple Flight Settings
Waypoint flight: It is possible to individually set the waypoints where the drones will fly and the aircraft actions at each waypoint.

Area scan: It is possible to automatically generate flight routes to comprehensively capture images/videos by designating a specific area (e.g., solar power plant inspections or measurements).

Centralized Management of Flight Plans and Results Data
The flight log data of the drones is automatically saved to a server. Therefore, it is possible to check this data from the flight results screen. In addition, it is possible to link data that was previously difficult to manage collectively because of its large volume to flight results and to then save and centrally manage it by updating the captured data on the screen. Aggregation of the information necessary for drone-related operations is possible. This makes operational management simple. The saved image data can then be linked with applications specialized to other operations.

Enhanced and Extended Functions
SENSYN FLIGHT CORE is equipped with enhanced and extended functions essential in the automation of operations. These include support for simultaneous flights with multiple drones, support for drones of various manufacturers and connection with UTM*. Accordingly, it can support diverse operations. SENSYN ROBOTICS also plan to install various capture methods other than waypoint flights and area scans in the future.
*UTM: This is the abbreviation for Unmanned Aerial System Traffic Management.

SENSYN DC
(Drone Communication Service)

A service that allows you to communicate by sharing in real time and in multiple locations images taken remotely using drones.

A service that allows you to communicate by sharing in real time and in multiple locations images taken remotely by drones.

This solution makes it possible to immediately grasp situations and make decisions when disaster strikes or during facility inspection without going to the site since the situation at sites can be seen in real time.

It is possible to immediately find out the extend of damages and take proper measures when natural disasters strike by sending drones into disaster areas and sharing real time images captured by the drones with the task force and relevant authorities.

Making use of this solution in maintaining and inspecting a wide range of social infrastructures, such as power lines and bridges, allows skilled experts who are responsible for maintaining and inspecting these infrastructures to remotely perform efficient and safe facility inspection and to grasp the situation at the sites through images captured by drones, which eliminates the necessity of travelling to remote places.

SENSYN TSP
(Total Solution Package)

Bundling together all the necessary things for implementing and utilizing drones in business, for example regular maintenance and parts replacement for drone units and the cameras installed in drones, as well as drone insurance for unlikely events.

Bundling together all the necessary things for implementing and utilizing drones in business, for example regular maintenance and parts replacement for drone units and the cameras installed in drones, as well as drone insurance for unlikely events.

Total solutions also include real time video communications services and telecommunication equipment for connection. We will propose the optimal drone units and the cameras installed that will suite your utilization needs.

This service includes:

  1. Drone units

  2. Cameras installed on drones, including thermal cameras, zoom cameras, etc.

  3. Regular maintaince of drone main units and its options, as well as parts replacement

  4. Real Time Video Communications Services

  5. Periphery equipment and tablets for connection

  6. Drone insurance

Service fee plans
Basic monthly usage fee + initial expenses
※The initial expenses may vary depending on the chosen drone models and the cameras installed.

SOLAR CHECK
(Solar Power Plant Inspection Package)

Inspection package capable of automating the whole inspection process from filming solar panels and identifying abnormal spots using image recognition and analysis to generating report on inspection results.

We have released an inspection package capable of automating the whole inspection process from filming solar power panels using drones with automatic navigation function and identifying abnormal spots (hot spots) with image recognition and analysis using deep learning, to reporting inspection results. We provide a service that allows inspection work to be performed with greater accuracy and in a shorter time compared to the traditional manual inspection.

Service Features

1. Significantly shorter inspection time

Using drones with automatic navigation to quickly film solar panels that until now must be checked one by one manually. To inspect 2MW manually usually take about 4 days. However, this service can complete the inspection in just about 15 minutes.

2. Accuracy in detecting hot spots

Hot spots are sometimes overlooked in manual inspections. However, the accuracy of detecting abnomalities improves with this service since the drones film solar panels while conforming to the panel angle. This service is also useful in terrains that are difficult to inspect manually.

3. Increased inspection frequency

Until now, panel inspection using drones required external operators, which limited the frequency of the inspection. By simplifying and automating drone operation, this service makes it possible to carry out inspection frequently even with the inspection staff who do not have any special technical know-how. It is also possible to capture the changes over the years since users are able to manage inspection result history.

4. Quick reporting with automatic analysis using AI

Although the filming man-hour is reduced in drone inspection in general, the process of cross-referencing the images in which abnormalities are detected with the corresponding panels is time consuming. However, this service makes it possible to generate inspection result report in a short time since the process from detecting abnormal spots to identifying the corresponding panels is carried out automatically using deep learning.

TOWER CHECK
(Telecommunication Tower Inspection Package)

Fully Automated Drone System to Photograph and Report on Telecommunication Tower Inspections.

It is possible to automatically generate optimal flight routes for each tower to be inspected and to perform high-quality inspection work that does not rely on the proficiency level of the drone operation. In addition, it is possible to achieve overwhelming cost savings. This is done by providing an inspection process which automatically generates 3D models of the towers based on the data captured with automatic navigation and then automatically detects rust/corrosion with our unique algorithm.

Service Features

1. Automatic Capture with Automatic Drone Navigation

TOWER CHECK automatically prepares a 3D flight route with simple settings in two steps by utilizing GCS* that has parameters specialized for tower inspection work. This makes it possible capture in automatic navigation just with input in two steps (center point determination and tower information) in a wizard format for which complicated flight route setting work was required in the past by manually inputting parameters for 10 items more . The tower to be inspected is captured all over with the equipped cameras while the drone performs automatic navigation in line with the set route (patent pending). This realizes inspections with a high level of reproducibility without being affected by the competency of the worker.

GCS:   This is the abbreviation for ground control system. This is a system to automatically control drones from the ground.

2. Automatic Abnormality Detection and Proximity Vision Support Function

TOWER CHECK automatically detects points where rust or corrosion have occurred by analyzing images captured with drones. Our unique engine that applies AI/Deep Learning perceives the characteristics of the rust or corrosion to extract the location where these have occurred. It is possible to perform inspections at the same level as proximity vision. This is achieved by confirming the images linked to 3D modeling against the abnormalities (e.g., looseness in bolts). The user can also perform this detection work.

3. Automatic Generation of Reporting

The automatic detection results of rust/corrosion are managed in the cloud. They are then automatically plotted as points where abnormalities have occurred with 3D modeling to prepare a report. Even more detailed and effective reporting is possible by the user also combining this with the visual inspection results.

Automatic Detection and Image Analysis

TOWER CHECK offers highly accurate rust and corrosion detection with our unique image analysis engine that applies AI/Deep Learning developed by the Research Institute of Systems Planning, Inc. (head office: Shibuya-ku, Tokyo / President: Hitoshi Kadowaki). The unique technology of ISP achieves the techniques of Deep Learning with small amounts of learned data despite the fact this normally requires large amounts of learned data. It can be started without waiting for the accumulation of data. This improves the performance of abnormality detection in short cycles according to the accumulation of inspection data.

Service Form

We provide an automatic navigation setting course for towers using SENSYN FLIGHT CORE*1 as initial preparation. Our staff offers support when performing inspection work for the first time. The user will then perform this work from the second time onward.
*It is also possible to provide just the application to companies with the applicable drones.

*1: Automatic Drone Operation Platform: SENSYN FLIGHT CORE
This is an integrated platform that automates the work of customers. It consists of three systems – a ground control system, a work performance management system and a data linkage system. This makes it possible to easily achieve work automation with drones without the need for special knowledge or technologies.

Drone Training and Other Options

We conduct trainings related to drones as an option, for example initial implementation training before service implementation, or post implementation follow-up practical training and business utilization workshop.

We offer consulting and solutions to suit your needs.

 

Considering utilizing or implementing drones?

Please contact us for consultation if you are considering implementing or utilizing drones. Let us know your current situation and your requirements so that we can design a solution tailored for your needs by choosing the necessary and optimal services, machines, and options for you.

Thinking about improving drone utilization and operation?

Please contact us for consultation if you have already implemented drones but thinking of improving on how you utilize your drones or on your issues with your drones efficiency and cost. Let us know your problems and what you need and we will offer you the optimal improvement plans that not only include solutions but also improvements for your business processes.

Are you engaged in drone related businesses?

Our services can be combined with various drone-related services. Please contact us if you wish to explore specific projects and potential service collaborations since we often collaborated with various drone manufacturers and drone-related vendors.

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