Reducing workplace health & safety risks, monitoring staff safety, maintaining productivity levels, ensuring product quality, adhering to government guidelines are just some of the challenges faced by health & safety site and plant personnel.
That’s where we can help.
Our Computer Vision (CV) AI solution has the ability to make your plant or site more safer and efficient, whilst saving costs.
Implemented into existing CCTV systems, our WorkSafe Analytics software offers a transformative change from mitigating health & safety risks to improving workplace operations.
HOW DOES IT DO THAT?
It’s a Computer Vision AI based solution which means, it is:
WHAT IS COMPUTER VISION?
Computer Vision (also known as CV) is a field Artificial Intelligence (AI) that trains computers to interpret and understand the visual world. Using digital images captured from CCTV systems and applying the technique of ‘learning’, the solution can more accurately identify and classify objects or data and then react to what it sees.
Computer Vision AI provides the ability to create assets that ‘see’ better than humans. The scope of that extends from inspecting manufacturing and construction processes and finished product for non-conformity and defects, through to warehouse inventory.
Whilst IoT is revolutionising the industrial sector and automating processes that until relatively recently were seen as in-improvable, it is CV AI that can eliminate the need for human inspection and monitoring.
Using AI-powered Computer Vision technology, WorkSafe Analytics (WSA) helps businesses to detect and monitor health and safety compliance and risks in the workplace.
Industrial data analysis is a resource-intensive process that has a long lifecycle due to inefficiencies in all steps. These limitations cause a longer time between an incident occurring and getting actionable insights, resulting in production losses and increased costs.
Industrial analytics is a layered approach with IIoT analytics that empowers individual departments or teams with deep subject matter expertise to utilise analytics directly, without depending upon a data science or IT team.
EmpiricAI’s Industrial Analytics insights empower engineers and operators to monitor live process behaviour, identify trends in their processes, and look for exceptions. Our data driven solution helps identify causal effect relationships, monitor current batch performance, and predict and identify issues, such as heat exchanger fouling, in a matter of minutes. Timely notifications prevent process disruptions and hard alarms.
Power plants have tremendous amounts of data stored in their systems. EmpiricAI’s Industrial Analytics fuse this data with actionable intelligence for insights into processes, such as monitor the turbine heating and cooling phases, help optimize the omission treatment chemicals, and even assist in compliance reporting. This enables power generation plants to increase production, avoid potential problems before they occur, and plan predictive maintenance to avoid unplanned downtime.
EmpiricAI’s Industrial Analytics helps plant professionals quickly discover the formula to optimize maintenance schedules and operations, with safety and reliability of output being the highest priority. For example, applying advanced analytics techniques on a through-chain data set can identify the root causes of quality issues, optimize energy consumption, detect leakages, and more.
OIL AND GAS
Oil and gas companies use EmpiricAI’s advanced analytics to investigate their production data to drive improved results in efficiency, safety uptime, and yields. Insights drawn from analytics keep engineers well informed on heat exchanger fouling, well completion analysis, water hammer detection, and performance monitoring, leading to reduced safety risks, increased asset availability, controlled operational costs, and improved bottom line results.
Deep industrial plant operation experience and world class data sciences expertise
Combining deep domain experience with multi-disciplinary digital expertise, we formulate a unique approach to solve complex industrial problems. Enabling industrial complexes to operate more efficiently and reliably.