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INSPECTIONS TAILORED TO YOUR NEEDS

Industries differ from each other based on the product produced, production machinery, operations processes and on a range of other criteria. Given this enormous difference, it is only natural that industrial inspections also vary widely based on customer needs. Thus, it is crucial for robots to be skilled to perform customer-specific tasks. For example, robots need to be skilled to detect gas leaks in oil & gas plants or to measure fluid levels in chemical plants.

inspection ai skills
AUTOMATE EVERY INSPECTION TASK

WHAT ARE AI SKILLS?

Skills are containerized applications that process sensor data and influence robot behavior to perform specific tasks. They are developed by external domain experts, 3rd party vendors and inhouse developers. On one hand, Skills add value immediately to customers by solving their use-cases and on the other hand developers creating Skills gain exposure to major market players and add to their channels of monetization.

AI-DRIVEN INSPECTION DATA PROCESSING

analog gauge detection

Analog gauges are one of the most common devices found in industrial facilities making up to 25% of all inspection points. The Analog Gauge Detection Skill accurately reads the the value of the gauge and sends alerts when the readings of one of these innumerable devices is outside a predefined range.

The result is actionable information at the fingertips of operators, even in brownfield facilities where digitization of inspection points through IoT sensors is cost-prohibitive.
gauge detection
valve detection

VALVE DETECTION

Easily monitor 100s of valves in your facility with the help of autonomous robots equipped with the Valve Detection AI Skill. Robots capture images of valves as part of their routine automated inspection rounds.

The images are processed by the Valve Detection Skill to deliver insights in the form of valve positions. Alerts are raised based on desired valve positions, thus ensuring anomalies are found and fixed immediately.

FENCE DEFECT DETECTION

The transition to renewable energy will see the rise of remote power distribution and transmission facilities by the 1000s. These assets need to be monitored regularly to detect potential break-ins early and ensure smooth operations with minimized downtime.

This is achieved through the Fence Defect Detection Skill which processes the images captured by robots on their routine patrols and delivers alerts in case of defects in perimeter fences.
fence detection
thermographic analysis

THERMOGRAPHIC ANALYSIS

Easily monitor the minimum and maximum temperatures within any pre-defined region of interest, through the thermographic analysis of images captured by a robot equipped with a radiometric camera.

Operators can also can set a temperature threshold that, if exceeded, will trigger an alarm. Thus, initiating immediate action and preventing crippling downtimes and shutdowns.

PErson DETECTION

The Person Detection Skill  enables asset owners to detect the presence of humans while protecting personal privacy through face-blurring technology.

The Skill also serves as a Man-down Detector and can send alerts when an employee is found lying down in the facility. This is made possible through precise skeleton pose estimation.
person detection

CUSTOMER VALUE ADDITION

Automate every task
Skills are use-case specific. They equip robots to perform inspection tasks in accordance to your SOPs and work environment.
Expertise
Equip your fleet of robots with the most advanced machine vision and AI skills developed by experts.
Robot agnostic
With the availability of appropriate sensors, skills can be taught to any robot.
Skill transfer
Transfer skills to your entire fleet of robots instead of training them individually to perform specific tasks.
Data security
Skills run within our sandbox infrastructure. Thus, inspection data is fully secured, ensuring full control on owned data.
Selective data processing
Implement privacy-by-design by only processing relevant data (for example, checking worker safety gear with face blurring in accordance to privacy guidelines).
Eliminate vendor lock-in
Pick from a variety of Skills developed by external domain experts, 3rd party vendors and in-house developers through the Skill Store.

DEVELOPER VALUE ADDITION

Skill Orchestration
Develop Skills that are implemented on robots which solve real-world problems.
Deployment Sandbox
We provide you with the perfect testing environment for your Skills through our sandbox.
Monetization
Add a lucrative revenue channel to your service through Skill development and gain access to industry leaders through the Skill Store.
Skill Store
Customers find your Skills through our Skill Store, which gives your Skills exposure to industries all across the globe.

SKILL STORE

Similar to the app stores on your smartphones, we provide a platform that brings together developers and customers, such that developers can make their Skills accessible to customers at the click of a button, and customers can easily pick and choose the Skill that fits their needs.

We’ll be entering a public beta phase for the Skill Store this year. If you’re a developer and would like to participate, please get in touch via the form below.
Get a Demo

FLEXIBLE OPTIONS TO FIT YOUR NEEDS

TYPES OF SKILLS

EDGE SKILLS

These are Skills that are vital to monitor critical aspects of the industrial plant and run fully autonomously on the robot itself. For example, the PPE detection skill needs to run constantly on the robot so that it can immediately sound an alarm when it detects a person without PPE.
edge skills
cloud skills

CLOUD SKILLS

These are Skills that run on the cloud due to computation and memory requirements. With these Skills, robots perform tasks that demand high processing power. For example, tasks that measure changes over time need to run on the cloud due to high memory and processing requirements.

HYBRID SKILLS

These Skills that can alternate between running on the cloud and on the robot depending on connectivity and resource availability. For example, the gauge reading Skill can run alternatively on the robot and the cloud due to its medium memory and processing requirements.
hybrid skills
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