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  • What Is Automated Visual Inspection? 
  • Why Manual Visual Inspections Drain Time and Resources
  • How AI-Powered Automated Visual Inspection Works
    • Automate Facility Monitoring and Improve Compliance With AI
    • Improve Speed of Service With AI Visual Monitoring
    • Use AI Visual Inspection To Reduce Retail Operational Gaps
  • Optimize Business Operations With AI Visual Inspection
    • FAQs: Automated Visual Inspection

Managing a growing enterprise requires strict adherence to standard operating procedures to guarantee that every location operates as efficiently and risk-free as possible. Monitoring business sites is necessary to ensure that both regulatory compliance and internal processes are followed.

However, manual inspection is highly resource and time intensive. Physical walkthroughs or continuous monitoring of live video feeds can drain efficiency and pull teams away from strategic initiatives, leading to lost hours and revenue. Manual walkthroughs can also be difficult to reliably conduct, creating compliance gaps that can result in costly fines.

Advancements in cloud video security have introduced a transformative solution to this problem: AI-powered visual alerting using analytics. Video analytics can help automate site verification, giving team members more time for strategic tasks while helping ensure operational standards are met. By shifting from reactive manual checks to proactive automated monitoring, organizations can optimize workflows, mitigate risks, and drive greater revenue across every location.

What Is Automated Visual Inspection? 

Automated visual inspection uses AI and video analytics to automatically evaluate visual conditions and identify situations that require attention. Instead of relying on manual walkthroughs or continuous video monitoring, businesses can use automated inspection to monitor facilities, verify operational standards, identify potential compliance issues, and alert teams when predefined conditions are detected. 

AI Visual Check in OpenEye Web Services (OWS) is an advanced automated visual inspection tool that allows organizations to monitor predefined conditions across locations for improved workflows. 

Why Manual Visual Inspections Drain Time and Resources

Manual walkthroughs and visual monitoring of operating conditions can place an immense operational burden on team members. Security personnel and managers are often required to either physically walk through a location or view hours of footage to verify specific procedures, such as if a display was set up correctly or if a lobby was cleaned on time. Regional and district managers required to drive out to multiple sites to verify conditions in person lose valuable time which could be allocated towards high-level strategic tasks. 

Two stacked cardboard boxes block an exit, with a prompt box appearing on the right side of the scene that reads "Is the fire door blocked?" and an alert beneath it that reads "OPENEYE. Fire Door Blocked. Floor 2 Hallway. View Video."

This issue becomes compounded by labor shortages. Teams across many industries are stretched thin between their daily duties, making it difficult to reliably conduct manual walkthroughs and respond to incidents in a timely manner. For example, 18-27% of logistics companies cite labor shortages as a primary concern, particularly as these businesses attempt to keep their fleets operating efficiently with enough team members to support their work. 

Despite these issues, verifying site conditions is still a necessary process. Neglecting it can create compliance risks and potentially lead to fines, much like the case for major retail chain Dollar General, then receiving an OSHA fine totaling over $400,000 for a location that had frequently obstructed exits.

Enterprise organizations need solutions that can automate site verification, ensuring alert rules are always active, accurate, and ready so teams can respond to incidents faster and focus their energy on revenue-driving initiatives without second-guessing their monitoring coverage. 

How AI-Powered Automated Visual Inspection Works

Instead of reliance on manual labor to spot operational issues, businesses can leverage AI-powered visual alerting in a cloud surveillance platform to improve workflow and strengthen processes. Utilizing intelligent video analytics, AI-powered visual alerting evaluates camera images automatically and alerts team members via the platform when something needs attention.  

The technology operates by leveraging user-defined natural-language prompts to create the operational alerts needed, such as “Check if the fire exit is visibly blocked by any items such as boxes, furniture, or equipment.” Teams can specify the conditions, set a schedule, and let AI video analytics monitor the environment. These AI capabilities help free up time for team members to focus on other high-value tasks that drive greater optimization and revenue. Additionally, centralized management in the cloud allows operators to keep track of multiple locations, allowing businesses to more efficiently scale operations. 

The versatility of this technology allows it to be tailored to fit the unique needs of nearly any industry, including retail, logistics, restaurants, and beyond. 

Automate Facility Monitoring and Improve Compliance With AI

Maintaining a safe, compliant environment is critical, especially as OSHA violations can cost tens of thousands of dollars and have a significant impact on yearly revenue. To ensure facilities are compliant and employees are adequately protected, teams can leverage AI-powered visual alerting. This can be helpful in instances where a doorway or emergency exit is blocked by stacked items or boxes, creating severe risks and safety hazards. AI-powered visual alerting can automatically identify these specific situations by detecting when an object has been placed in a restricted zone. The system then sends an alert to the necessary team members, allowing the staff to quickly resolve the issue by clearing the hazard, reducing the likelihood of a fine or safety incident.  

This capability can also be leveraged in warehouse environments. As forklift paths and designated pedestrian passageways must be kept clear to keep locations compliant, facilities operators can use AI-powered visual alerting to help keep an eye on aisles and verify that individuals or objects are not blocking designated routes. By proactively monitoring operations for safety hazards, organizations can build a safer, more compliant workplace while avoiding costly insurance claims and regulatory penalties. 

Improve Speed of Service With AI Visual Monitoring

Alert from OpenEye Web Services that reads "Tables Not Cleared. Garden Cafe. View Video" with a prompt above reading "Are the cafe tables cleared?" To the left of this alert shows a restaurant table covered in dirty dishes.

In food service sectors, the physical appearance of an environment can influence customer experience. A dining area cluttered with dirty dishes, trays, and trash can negatively impact both patron perception and overall speed of service. Because of this, ensuring tables are cleared in a timely manner is important to maintain a positive brand reputation and keep wait times low.

AI-powered visual alerting helps notify managers of situations where tables have not been cleared. By analyzing the dining area at scheduled intervals, the system can identify when a table has remained dirty for too long and send an alert so the section is cleaned. This helps ensure that guests are seated faster, the restaurant is tidy, and overall customer experience remains exceptional, helping positively impact the bottom line in the long run. 

Use AI Visual Inspection To Reduce Retail Operational Gaps

Inventory visibility is a constant challenge for retail organizations. A study conducted by enterprise resource planning provider DOSS found 75% of interviewed retail operations leaders lack adequate inventory visibility. A key component of this visibility is knowing how individual locations are stocking their shelves. 

AI-powered visual alerting can help monitor shelves, endcaps, freezers, display cases, and other critical merchandise areas to detect gaps or missing items and alert on these conditions. By receiving alerts when products run low, or in other situations such as if promotional displays are improperly placed, retail teams can work to resolve the problem. 

It’s estimated that being out-of-stock on certain items is costing retailers nearly $1 trillion in revenue. Because of this, it’s vital to ensure that merchandise is stocked frequently and that any operational gaps are identified to reduce the chance of a missing item on a store shelf. Ultimately, visual alerting to accomplish this task not only creates a more streamlined store but also greatly benefits company bottom lines. 

Optimize Business Operations With AI Visual Inspection

AI-powered visual alerting offers an intuitive way to automate inspection of site conditions. By leveraging AI to conduct routine verification, organizations can save time and resources while maintaining operational standards, driving revenue in three key ways: 

  • Reduced Compliance Risk: By keeping a closer eye on procedures and ensuring safety standards are met, businesses can limit the number of insurance claims and fines they receive to avoid these costs impacting yearly revenue. 
  • Elevated Customer Experience: A more streamlined experience can lead to better customer satisfaction and, in turn, to repeat customers. As studies suggest these types of customers create more consistent profitability, using visual alerting to improve speed-of-service can have a positive impact on revenue. 
  • Limited Out-Of-Stock Situations: Consistently providing merchandise to customers is vital to help avoid lost sales. With AI, companies can keep a closer eye on inventory to reduce low-stocked shelves. 

Alongside these benefits is the amount of time saved by reducing manual walkthroughs. By getting that time back, teams can turn their minds to additional strategic tasks to unlock new methods for workflow optimization. 

OpenEye’s AI Visual Check offers these benefits to businesses by automatically verifying site conditions. Available within OWS, AI Visual Check is a proactive monitoring tool that uses advanced AI to analyze camera snapshots and determine whether predefined visual conditions have been met. Users can configure these checks using simple natural-language prompts, set flexible schedules, and receive intelligent alerts only when conditions fall outside of expectations. 

Improve revenue, elevate customer experience, and strengthen compliance with a clear return on investment. See how AI Visual Check can be used to benefit businesses by streamlining operational workflows. 

FAQs: Automated Visual Inspection

How does AI-powered visual inspection work?

AI-powered visual inspection uses video analytics to analyze camera images and detect deviations in visual norms as determined by the user. If a scene within a camera’s view falls outside of standard operating conditions, an alert will be sent to an operator who can then respond to the situation. 

How can automated visual inspection improve compliance?

Automated visual inspection can improve compliance by alerting on unsafe or noncompliant situations as they occur. This reduces the chance of missing noncompliant site conditions during a manual inspection; for example, if an exit has been blocked by boxes or other objects. Instead, operators will receive alerts as these incidents happen and can respond to them accordingly. 

How can businesses use AI visual inspection across multiple locations?

AI visual inspection can be used across multiple locations in a cloud video security platform. With centralized management, operators can monitor multiple sites and use AI-powered capabilities to detect site conditions and respond remotely, streamlining workflows and unifying previously disconnected sites. 

What is OpenEye AI Visual Check?

AI Visual Check is a proactive monitoring tool available in OWS that uses AI to analyze camera snapshots and determine whether predefined visual conditions are met. Users configure checks using simple prompt-based instructions, set schedules, and receive alerts only when conditions fall outside expectations. The feature is designed to reduce reliance on manual inspections and help teams act faster when issues arise.

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