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Intenseye

How does Intenseye work?

Intenseye is an AI-powered EHS platform. Our EHS management software integrates with the existing CCTV cameras in the facilities and works with real-time streaming. The facilities are analyzed 24/7, and Intenseye notifies the EHS teams about the unsafe acts and conditions in their facilities, enabling them to take required precautions to eliminate the safety risks and hazards.

What is the state of privacy with Intenseye?

Our AI-powered workplace safety software collects and manages a wide range of data on your company’s occupational health and safety and environmental impact. Analyzing the collected data provides you with insights to take preventative measures to reduce the number of incidents experienced in your facility to zero.

Collection of such data is quite time and effort-consuming; yet, Intenseye analyzes the facilities 24/7 and does this job for you.

Solutions

Which industries do you provide service with?

Intenseye’s EHS management software works with industries where there is a high risk of injury that are currently including mining, textile & apparel, food & beverage, warehouses, retail, electricity, oil & gas, automotive parts, motor vehicles, chemicals & related products, freight & logistics, industrial machinery, tires & rubber, plastic packaging and container, and wires & cables.

We are expanding our market and continue to provide assistance to more and more industries every passing day.

What types of workplace safety hazards can you prevent with your software?

We provide a variety of EHS scenarios on our EHS management software for you to ensure worker safety in your facilities and reduce the injuries experienced to zero.

These use cases can be set up, as a rule, to send notifications to the EHS teams in the cases of slips, trips & falls, spill & leakage, working at heights, electrical hazards, worker machine interaction, ergonomics manual lifting, human-machine interaction, chemical handling, being hit by a falling object, being hit by a moving object, being trapped between stationary and moving objects, and vehicle collision.

Products

What kinds of EHS scenarios can be set up as a rule on your platform?

Within our safety management software, a variety of Core AI features can be activated to detect unsafe acts and conditions in your workplace.

The PPE detection model can be used to ensure a safe working environment by detecting the use of Helmet, Glove, Apron, Sleeve, Respiratory Protective Equipment, Reflective Vest, and Glasses.

The Area Controls model can be used to ensure working areas in your facility are always safe with various EHS scenarios such as establishing worker minimum and maximums, preventing workers from entering restricted areas, and minimizing occupational exposures through time limits.

The Housekeeping model can be used to reduce the risks of slips, trips, falls and collisions by ensuring that vehicle paths and pedestrian walkways in your facility are always clear and safe.

The Vehicle Controls model can be used to manage your workplace traffic safety by ensuring the safe operation of vehicles at your workplace.

The Behavioral Safety model can be used to avoid the line of fire injuries such as pedestrians in vehicle paths, nonuse of handrails, and violations of working at heights.

The Pandemic Control Measures model can be used to prevent contagious diseases by ensuring social distancing as well as proper mask use.

The Emergency Alerts can be used to get immediate notifications in situations such as when a worker falls on the ground or there is a fire-related emergency.

What’s more, with Ergonomics AI, our system detects risky actions for the body and prompts the managers to take the situation under control before any hazardous conditions arise. A variety of use cases can be set up as a rule under our ergonomics software to detect unsafe body movements, which are Trunk Position, Trunk Twisted Position, Trunk Side Bending Position, Lower Arm Position, Upper Arm Position, Neck Position, Neck Bending Position, and Arm Working Position.

How can we activate EHS scenarios?

EHS scenarios can be set up as a rule by selecting the area where the rule will be applied through the cameras. For the setup of each scenario, it is necessary to add no more than three to four parameters, which takes less than a minute. For example, when creating a Social Distancing rule, it is necessary to select the area, the desired distance between the personnel, and the duration for how long they can stand at that distance to trigger an alert in case.

Besides, as long as there are no changes in camera angles or the rule area, it is enough to configure rules just once.

Can new EHS scenarios be added to the platform?

We are working on the development of new scenarios in parallel with the dangers and risks the industries are trying to find solutions for and requests from the users. All scenarios are open to all users, and as new scenarios are added, all of our users can benefit from these scenarios.

How does the system send an alert when an unsafe situation is observed?

When there is an unsafe act or condition, an image and a 12-second video of that moment are displayed on the platform. It is sent as a real-time notification in the form of SMS or email to the EHS specialists.

Apart from the EHS rules, what other features are offered by the platform?

Our EHS Platform also offers other useful services to keep workplace safety under control.

Alerts show the charts about all the alerts triggered in your facility according to their severity levels, categories, types, from which cameras they are sent, and in which work shift they are sent.

Safety Compliance software shows the compliance scores of the alerts you receive according to the types of alerts, cameras, and work shifts.

Visual Analytics shows visual representations of the area where a specific alert has occurred.

Task Management enables the management of the tasks that help reduce the number of alerts and increase the compliance score.

KPI Tracking enables to setting and tracking of the key performance indicators.

AI Accuracy shows the graphs indicating how accurate the alerts you are receiving are.

Connectivity shows the charts about camera connections in your facility.

How is the Compliance score calculated?

Intenseye records not only unsafe acts and conditions ****but also ****compliant behaviors. Compatibility scores are obtained by dividing the number of safe acts and conditions by the number of total detected (unsafe + safe acts and conditions) behaviors. Our safety compliance software’s goal is to is to raise this compliance score and to minimize alerts received as much as possible.

For example, suppose that a total of 100 workers are detected in an area where the Helmet rule is set up, and helmets are not used in 20 of these 100 detections while helmets are used in 80 detections. In such a case, the compliance score for the Helmet rule is calculated as 80% in the form of 80 /(80+20).

How can we raise compliance score?

We evaluate unsafe behaviors experienced in their facilities and guide customers in 1-to-1 monthly meetings in order to raise compliance scores. In these meetings, we share what measures our other customers have taken in similar situations and how they have decreased the number of unsafe conditions. In addition, we raise the awareness of EHS managers and customer success managers about the issue. We are discussing the scores in monthly meetings and informing customers about the ways to prevent unsafe acts and conditions.

How can we increase EHS awareness by involving technology?

The data provided through our AI-powered workplace safety software can be transmitted to workers by means of tools such as reports and heatmaps. You can get a daily report or heatmap via the platform and transfer these to the personnel in the field. It has been observed that when workers are included in this process, more unsafe acts and conditions can be prevented.

Can we follow the corrective/preventive actions taken at our facilities?

Yes, notifications sent are simultaneously reflected in the analytical data. You can access these daily, weekly, or monthly data and follow the direct impact of the corrective/preventive actions on unsafe acts and conditions via the safety management software

How possible is it for the system to make an error and keep the manager busy in vain?

Our goal is to achieve an accuracy rate of 95%. We are able to reach this rate through our work with the facilities. That is, out of 100 notifications that are sent, 95 of them are right, and only 5 of them are likely to be false.

How can we share unsafe act/condition notifications with our colleagues?

You can notify others about unsafe acts & conditions via SMS or email. In the rule setup of each use case, you can set SMS and email notifications for the people who are logged in to the platform. For example, when you select “Send email or SMS to contact X” on the setup of the Restricted Height rule, all notifications for this rule will be sent to contact X.

Under the Reports page on the platform, you can also create automatic camera-based or facility-based emails and share a summary report with alert counts and heatmaps to the contacts you select on a daily, weekly, or monthly basis.

Are there any operator costs charged for the SMS service offered by Intenseye?

No, it is a service offered free of charge.

Data privacy

What is the state of privacy with intenseye?

Privacy is a top priority at intenseye. Our software does not capture any personally identifiable information from the visual data that we process.

While screenshots and short videos are taken for the detection of unsafe acts and conditions, people are recorded and stored as analytical data after their faces are completely blurred. If there is no non-compliance, these images are instantly deleted.

What are some of your compliance certifications for data privacy?

We are compliant with the EU Seal of Excellence, Penetration Test, AI Ethics Lab, and GDPR.

How secure is it to monitor workers 24 / 7 for their personal privacy?

On our platform, people’s faces are completely blurred. It is not possible to tell who they are when viewing an image or watching a video. Any biometric data related to the employees are not retained, either. Our main purpose is to analyze how often unsafe acts or conditions happen, and to focus more on the ways to prevent them. Images or videos accessed through the platform can also be viewed as blurred. We exist to scale worker safety and protect their privacy.

Can any workers who engage in unsafe acts and conditions be identified upon request?

No, they cannot be identified. We don’t intend to create a reward/punishment system for the workers. Rather, it is intended to reveal areas requiring improvement in the facility. We focus on what issues need to be developed in the facility.

Can the face blurring feature be removed from the platform?

The face blurring feature cannot be removed. We do not provide any data to identify a person through the platform, nor do we keep this data on our side.

Although the installation is done on existing cameras in facilities, is it necessary to get additional consent from the workers?

It is not necessary to get any additional consent as any personal data is not stored. However, we recommend you inform your personnel about the installation of Intenseye’s AI workplace safety software on the existing cameras in your facility. This can encourage them to pay more attention, and in this way, reduce the risk to zero.

How and for how long does Intenseye retain any collected data?

We do not store all the images on cloud servers. This will require a huge cost and space. We store the image, 12-second video, and analytic data of an act or condition in case of any noncompliance. As a contract, we create a retention period of 720 days. We can increase this period or reduce it depending on the company’s demand.

Is the data retained in your or the company's server?

It is recorded on the cloud. We process the video image and record the image as well as a 12-second video of this moment if there is a situation that affects job security.

Is Intenseye GDPR-compliant?

Intenseye demonstrates a clear commitment to GDPR compliance through various measures. The platform adopts privacy by design and default principles, adheres to global privacy standards including GDPR, and implements comprehensive data protection techniques such as pseudonymization, anonymization, encryption, and de-identification. Furthermore, Intenseye emphasizes a privacy-first approach, balancing safety insights with meticulous protection of individual information.

The platform's data processing principles align with GDPR requirements, focusing on lawful basis, purpose limitation, data minimization, accuracy, storage limitations, and integrity/confidentiality. Enhanced data security measures, including robust encryption, personalized data segregation, proactive security measures, continuous security training, and data resilience, further ensure GDPR compliance by safeguarding data integrity and preventing unauthorized access or breaches.

How to be OSHA-compliant

To be OSHA-compliant, a company must adhere to Occupational Safety and Health Administration regulations, ensuring a safe and healthy work environment for employees. This involves conducting regular hazard assessments, providing necessary training, maintaining proper record keeping, and implementing safety protocols.

Intenseye's AI-powered safety management software aids EHS (Environmental Health and Safety) teams in achieving OSHA compliance by automating safety inspections, detecting potential hazards through computer vision technology, facilitating incident reporting, and tracking corrective actions. It enhances proactive safety measures by identifying risks in real-time, streamlining compliance processes, and promoting a culture of safety within the organization.

Installation & integration

What are Intenseye's deployment options?

Intenseye offers Cloud and On-premise deployment options to its customers.

Which camera brands are compatible with Intenseye?

Our product is compatible with 90% of the IP cameras. Our software works with almost any camera that supports h.264 video encoding and RTSP streaming protocol, which is almost all of them currently available on the market.

How can I integrate our software into Intenseye?

We have various endpoints for you to integrate your software or hardware into our notification system. You can check out our API documentation here!

How do smart devices help?

With the launch of smart devices, computer vision can be brought to life. When unsafe acts and conditions are detected, visual alarms and audible alerts can get triggered in real-time. For example, if a forklift is operating beyond the speed limit, an automated voice warning can be announced from the smart speakers.

How can smart devices be integrated?

Intenseye can connect with various smart devices and provide API notification integration to trigger systems in your organization automatically.

Can your software analyze all the areas that cameras are recording?

AI models can only detect the things that can be seen by the naked eye. For example, if we zoom in on an earplug from the camera, we can’t still see it with our eyes. Therefore, it is not possible for us to model it, but we can develop our models for the parts that are visible.

Can the number of cameras be increased or decreased while the system is working?

Yes, the number of cameras can be increased or decreased as desired.

How can we identify disconnected cameras and how to fix them?

Intenseye's AI automatically detect disconnected cameras. When a camera disconnection is detected, our Customer Support team informs the customers within a business day about the disconnected cameras with detailed error information to make the local IT team’s troubleshooting process easier.

Customer onboarding & support

How often do you get together with the EHS teams of the facilities?

After the completion of camera integrations, our Customer Success managers contact the EHS units of the companies and plan the onboarding training. Firstly, a three-hour training is given about Intenseye, the platform features, and the rule setup on the platform. In the following week, a follow-up meeting is held, and we check if all the rule setups have been completed. Following that, monthly meetings are held with the facility, and they are informed about the evaluation of the data on the platform and the latest Intenseye product/feature releases.

How can we get support when we have a problem on the platform or want to learn how to use a feature?

If you need live support, you can contact our Customer Support team from the live integrated chat on the platform. You can also access detailed descriptions of all the features on the platform through Intenseye Help Center documents. There are training videos that tell more about the platform, as well.

In which languages do you provide support?

We provide live support services in English and Turkish. But, if you do not speak these languages and seek Help Center guidance in your native language, there are also French, German, Indonesian, Italian, Japanese, Portuguese, Romanian, Spanish, and Vietnamese versions of the Help Center articles translated by localization specialists of these languages in addition to English and Turkish versions.

Environmental Health & Safety (EHS)

What is accident prevention?

Accident prevention is the practice of implementing strategies and measures to reduce workplace incidents. This can include implementing safety protocols, providing training and education to employees, using safety equipment, maintaining equipment and facilities, and fostering a culture of safety within an organization.

Intenseye’s EHS management software automatically alerts you to detect unsafe acts & conditions, works both as an EHS inspection software and EHS audit software, allowing safety heroes to prevent accidents seamlessly.

What is the first step of an accident prevention program?

The first step of an accident prevention program is conducting a thorough hazard assessment. This step involves identifying potential hazards and risks in the workplace or environment that could lead to accidents or injuries. Once these hazards are identified, measures can be put in place to mitigate or eliminate them, thereby preventing accidents from occurring.

Intenseye’s safety incident management software detects hazards automatically with its 50+ safety rules, supporting you to gain 24/7 visibility to create a robust accident prevention program.

How artificial intelligence covers area control safety risks

Artificial intelligence can analyze real-time data to cover area control safety risks. Continuously analyzing the decided area, AI can detect unsafe acts & conditions from expected trends within a specific area.

By employing Intenseye's AI workplace safety software you can limit the number of employees in an area, identify the cases of working under suspended load, set exclusion zones, and set other limitations to prevent safety incidents.

How does ergonomics software improve workplace posture and ergonomics?

Intenseye ergonomics software utilizes computer vision technology to assess workers' body mechanics in real-time, focusing on behaviors, positions (i.e. arm working position), and other risk factors for improving workplace posture and ergonomics.

By employing RULA & REBA assessment analytics, our ergonomics software identifies potential ergonomic risks and provides actionable insights to improve workplace posture and ergonomics.

What is an asbestos management plan?

An asbestos management plan is a detailed document that outlines procedures for safely handling asbestos-containing materials (ACMs) within a building or facility.

The primary goal of an asbestos management plan is to minimize the risk of asbestos exposure and ensure compliance with regulations to safeguard the health and safety of occupants and workers.

For digitizing and centralizing documentation related to ACMs, including surveys, risk assessments, and control measures, safety management software like Intenseye can make a real difference, ensuring easy access to critical information for relevant personnel.

Overall, safety management software like Intenseye can significantly enhance the efficiency, accuracy, and compliance of an asbestos management plan, ultimately contributing to the safety and well-being of frontline teams.

How can you ensure optimal baghouse maintenance?

Optimal baghouse maintenance involves regular inspections, cleaning, and replacement of filter bags to ensure efficient operation and minimize emissions.

This includes scheduling routine inspections to identify potential issues such as leaks or damaged bags, conducting thorough cleanings to remove accumulated dust and debris, and replacing worn-out or damaged filter bags promptly.

Intenseye mitigates particulate risks by leveraging safety management software to detect missing masks in workplaces. By continuously analyzing video feeds, Intenseye can ensure compliance with safety protocols and reduce the spread of airborne contaminants.

What are the 7 steps in the behavior-based safety process?

The 7 steps in the behavior-based safety (BBS) process include:

1. Observation: Analyze unsafe behaviors.

2. Identification: Recognize the root causes of unsafe behaviors or conditions.

3. Data Collection: Gather data.

4. Analysis: Analyze data for patterns and trends.

5. Feedback: Provide feedback on observed behaviors.

6. Training: Offer targeted training to address issues.

7. Continuous Improvement: Implement changes and track progress.

Intenseye utilizes computer vision to enhance behavior-based safety (BBS) processes by continuously analyzing work environments and identifying unsafe behaviors in real-time. As a complete safety management software, it detects BBS cases. Some BBS examples are climbing in restricted areas, contact with hazardous equipment, grouping, pedestrian way violation, exceeding height restrictions, and failure to use handrails on stairs.

By providing proactive alerts and insights to workers and supervisors, EHS management software helps prevent safety incidents, reduce injuries, and improve overall safety performance in the workplace.

How can AI help address benzene hazards?

AI-powered safety incident management software effectively handles benzene hazards by leveraging AI for risk assessment, ensuring workers' safety. Intenseye utilizes computer vision to promptly detect spills and leaks, enabling immediate response to contain incidents.

The AI workplace safety software also ensures PPE compliance, such as the mandatory use of gloves when handling benzene hazards.

Intenseye acts as an EHS incident reporting software and its automated reporting generates detailed incident reports, facilitating swift response and cleanup. Furthermore, data analytics enable the software to identify trends and recommend proactive measures for continuous improvement in safety standards, making it an invaluable tool for mitigating risks associated with hazardous chemicals like benzene.

What type of hazard is a blocked exit?

A blocked exit poses serious safety hazards in workplaces. It impedes the safe evacuation of occupants during emergencies such as fires, earthquakes, or other crises, potentially leading to injury, loss of life, or property damage. As an EHS inspection software, Intenseye can prevent blocked exits by implementing regular inspections and maintenance protocols.

Intenseye’s housekeeping safety 24/7 analyzes exit routes, including corridors, stairwells, and doorways, so any obstructions or hazards can be promptly identified and addressed. Additionally, clear guidelines and training for occupants on keeping pathways clear of clutter or obstacles further contribute to maintaining accessible exits in case of emergencies. This proactive approach to housekeeping ensures that escape routes remain unobstructed, enabling swift and safe evacuations when needed.

What is the difference between corrective action and preventive action?

The difference between corrective action and preventive action is that corrective action addresses existing safety hazards in the workplace, while preventive action aims to prevent risks from occurring in the future. They address different aspects of the management system:

1. Corrective Action:

◦ Corrective action is taken in response to an existing problem, incident, or nonconformity that has already occurred.

◦ It aims to eliminate the root cause or causes of an identified issue to prevent its recurrence.

◦ Corrective actions are reactive measures that address the immediate problem and seek to rectify it.

◦ Examples include conducting investigations into safety incidents, implementing solutions to prevent recurrence, and addressing noncompliance with regulations or standards.

2. Preventive Action:

◦ Preventive action is taken to anticipate and mitigate potential safety risks, incidents, or nonconformities.

◦ It involves identifying and addressing underlying causes or weaknesses in processes or systems before they result in negative consequences.

◦ Preventive actions are proactive measures aimed at reducing or eliminating the likelihood of problems occurring.

◦ Examples include conducting risk assessments, implementing safety training programs, and instituting regular maintenance schedules.

In summary, corrective action deals with addressing existing issues, while preventive action focuses on identifying and mitigating potential future problems before they occur. Both are crucial for maintaining a robust EHS management system and continuously improving performance.

Intenseye utilizes AI-powered analytics to identify safety hazards in the workplace promptly, enabling corrective actions to be taken swiftly, while also providing insights to proactively implement preventive measures, thus fostering a workplace safety culture of continuous improvement and risk mitigation.

What should organizations do for chemical handling safety?

For chemical handling safety, organizations should prioritize rigorous housekeeping practices to mitigate safety hazards in the workplace. This involves maintaining cleanliness to prevent accidents and contamination.

Intenseye's safety management software plays a crucial role in chemical handling by overseeing sanitation via AI, which alerts to cleanliness lapses, ensuring a hygienic workspace and reducing the risk of safety incidents. Furthermore, Intenseye's technology also aids in PPE detection, such as the use of gloves during chemical handling, thereby enhancing worker safety.

By proactively identifying and addressing potential safety hazards like climbing shortcuts, Intenseye contributes to effective safety incident management, fostering a safer work environment overall.

What is a chemical hygiene plan?

A Chemical Hygiene Plan (CHP) is a written program designed to ensure the chemical handling safety, use, and disposal of hazardous chemicals in workplaces.

It outlines procedures, practices, and protocols to minimize the risk of chemical exposure to lab personnel while working with hazardous substances. Intenseye can assist in enforcing and implementing key elements of a CHP by providing real-time analysis of potential chemical hazards. Intenseye can help to prevent safety incidents and ensure compliance with safety protocols outlined in the CHP.

Intenseye's inspection module, within its broader Environmental Health and Safety (EHS) inspection software, provides a comprehensive solution for streamlining and enhancing safety inspections in various workplace environments. By digitizing inspections, Intenseye enables organizations to conduct efficient and thorough inspections so that EHS teams can focus on their core tasks.

How can you prevent climbing injuries with AI?

Implementing AI to prevent climbing injuries in workplaces involves a multi-faceted approach leveraging machine learning algorithms and sensor technology.

Firstly, AI can analyze historical data on climbing incidents to identify patterns and risk factors, allowing for the development of predictive models to anticipate potential accidents.

Secondly, real-time analysis using AI can identify climbers' movements and detect deviations from safe practices, providing immediate feedback and notifying both workers and supervisors.

Implementing AI to prevent climbing injuries in workplaces involves a multi-faceted approach leveraging machine learning algorithms and sensor technology. Firstly, AI can analyze historical data on climbing incidents to identify patterns and risk factors, allowing for the development of predictive models to anticipate potential accidents. Secondly, real-time analysis using AI can identify climbers' movements and detect deviations from safe practices, providing immediate feedback and notifying both workers and supervisors.

Intenseye’s safety management software easily spots a worker climbing onto shelves and prevents safety incident.

What are the top 3 ways to avoid OSHA compliance fines?

To avoid OSHA compliance fines, firstly, conduct regular safety audits and inspections to identify and address potential hazards promptly.

Secondly, ensure comprehensive employee training programs are in place to educate workers on safety procedures and protocols.

Lastly, maintain accurate records of safety documentation, including training records, incident reports, and safety meetings, to demonstrate compliance with OSHA regulations during inspections and audits.

Intenseye's EHS inspection software aids in conducting thorough safety inspections by offering real-time analysis and customizable checklists aligned with OSHA regulations. This ensures prompt identification and mitigation of hazards, reducing the likelihood of OSHA fines. Additionally, Intenseye's health and safety audit software simplifies compliance management by centralizing documentation and tracking of corrective actions, facilitating timely resolution of safety issues.

How often must employers audit their electrical safety programs?

Organizations should conduct regular audits of their electrical safety programs at least annually, as recommended by OSHA (Occupational Safety and Health Administration). These audits ensure compliance with regulations, identify potential hazards, assess the effectiveness of safety measures, and provide opportunities for improvement. By conducting yearly audits, employers can maintain a safe working environment and mitigate the risk of electrical accidents or injuries.

Intenseye offers health and safety audit software that can be instrumental in evaluating and enhancing electrical safety programs. This software provides a comprehensive platform for conducting audits, managing safety protocols, and tracking compliance with regulations. It allows EHS teams to streamline the audit process by digitizing documentation, scheduling inspections, and generating detailed reports.

What are the top 3 tips for electrical safety in the workplace?

Here are three top electrical safety tips for the workplace:

1. Regular Inspections and Maintenance: Ensure that all electrical equipment and wiring are regularly inspected and maintained by qualified personnel to prevent potential safety hazards like frayed wires, overloaded circuits, or damaged equipment.

2. Training and Awareness: Provide comprehensive training to employees on electrical safety protocols, including proper handling of equipment, recognizing warning signs of electrical hazards, and emergency procedures.

3. Use of Personal Protective Equipment (PPE): Encourage the use of appropriate PPE such as insulated gloves, goggles, and footwear when working with electricity to minimize the risk of electrical shocks or burns.

Intenseye’s AI-powered safety management software can assist in these efforts by automating routine inspections, identifying potential safety risks through predictive analytics, and providing real-time alerts to supervisors and employees about potential hazards.

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What are the safety precautions for corrosion?

Safety precautions for corrosion involve several key measures to mitigate its effects. Firstly, regular inspection and maintenance of equipment and infrastructure susceptible to corrosion are essential to identify and address any signs of degradation early on.

Additionally, employing corrosion-resistant materials and coatings can help prevent corrosion from occurring or spreading. Proper ventilation and drainage systems should be in place to reduce the likelihood of corrosion due to moisture accumulation.

Furthermore, implementing corrosion monitoring and control measures, such as cathodic protection or chemical inhibitors, can help mitigate corrosion risks. Training personnel on corrosion awareness and safe handling practices is also crucial to ensure proper maintenance and response procedures are followed.

Intenseye, as an EHS inspection software, can significantly help in these safety precautions for corrosion. By deploying Intenseye's technology, organizations can conduct inspections of critical infrastructure and equipment without exposing personnel to potentially hazardous environments.

Real-time analyzing capabilities allow for early detection of corrosion-related issues, enabling proactive maintenance and intervention.

How can you build a crane safety culture?

Building a crane safety culture involves comprehensive crane safety training, clear communication, and consistent enforcement of safety protocols. It begins with a thorough education on crane operation and maintenance for all personnel involved, emphasizing the importance of adhering to safety standards.

Regular safety meetings should be held to discuss potential hazards, share best practices, and address any concerns. Encouraging a reporting culture where employees feel comfortable raising safety issues without fear of reprisal is essential. Additionally, conducting regular inspections, implementing safety incentives, and providing ongoing reinforcement through rewards and recognition can further solidify a culture of crane safety within an organization.

By integrating Intenseye's safety management software with crane analyzing systems, supervisors can receive alerts for potential safety violations or hazardous situations, allowing for taking corrective actions. Moreover, Intenseye's AI-powered platform can analyze crane operations to identify patterns of risky behavior or areas for improvement, enabling targeted training programs and safety interventions.

What are 5 tips for electrical safety hazards?

1. Regular Inspections: Regularly inspect electrical equipment and wiring for damage, wear, or signs of overheating to prevent potential hazards.

2. Proper Training: Ensure that employees are properly trained in electrical safety procedures, including how to use equipment correctly and how to respond to emergencies.

3. Use of Personal Protective Equipment (PPE): Provide and encourage the use of appropriate PPE such as insulated gloves, goggles, and non-conductive footwear when working with electricity.

4. Keep Workspaces Clear: Maintain clear and unobstructed pathways around electrical panels, outlets, and equipment to prevent accidents and allow for easy access during emergencies.

5. Follow Codes and Standards: Adhere to electrical codes and standards set forth by regulatory agencies to ensure compliance and minimize the risk of electrical hazards in the workplace.

Intenseye employs a multifaceted approach to mitigate electrical safety hazards in workplaces. Through its cutting-edge safety inspection software, Intenseye facilitates regular and comprehensive inspections of electrical equipment and wiring, ensuring early detection of potential hazards.

Additionally, its AI-powered PPE detection technology analyzes workplaces in real-time, verifying proper usage of protective gear such as insulated gloves and goggles. By integrating these solutions, Intenseye enhances safety protocols, fosters compliance with regulations, and proactively prevents electrical accidents, safeguarding the well-being of workers in industrial environments.

How does an emergency action plan benefit your workplace?

An emergency action plan (EAP) is crucial for any workplace as it outlines procedures to follow during crises like fires, natural disasters, or medical emergencies. By establishing clear protocols for evacuation, communication, and emergency response, an EAP ensures the safety and well-being of employees, visitors, and assets.

Additionally, regular drills and training sessions as part of the plan enhance preparedness and minimize panic in real emergencies, ultimately fostering a secure and resilient work environment.

Firstly, Intenseye's AI-powered workplace safety software can detect emergencies as they unfold, such as fires, accidents, or hazardous incidents, triggering immediate alerts to relevant personnel for swift action.

Secondly, Intenseye's ability to analyze unsafe acts & conditions within a facility helps in evacuation procedures during emergencies, ensuring timely and orderly evacuation routes are followed.

Additionally, Intenseye can provide valuable situational awareness by offering live video feeds and data analytics to emergency responders, enabling them to assess the situation accurately and make informed decisions on the deployment of resources and personnel.

Moreover, Intenseye's historical data and analytics capabilities allow for post-incident analysis, facilitating the refinement of emergency response plans for future preparedness.

What is ergonomic software?

Ergonomic software encompasses tools and applications designed to optimize user comfort and reduce the risk of workplace injuries by assessing and addressing ergonomic risks.

Intenseye ergonomics software, for instance, leverages computer vision technology to continuously evaluate body mechanics using industry-standard assessments like RULA and REBA. By analyzing behaviors, positions, and other risk factors, this software helps users identify and mitigate potential hazards, promoting healthier and more sustainable work practices.

What is safety management software?

Safety management software is a digital solution designed to streamline and enhance various aspects of safety management within an organization.

It typically includes features such as incident reporting, risk assessment, compliance tracking, safety training management, audit management, and emergency response planning. This software centralizes safety-related data and processes, facilitating efficient communication, tracking, and analysis of safety performance metrics.

By providing real-time visibility into safety activities and enabling proactive risk mitigation, safety management software helps organizations maintain regulatory compliance, minimize workplace accidents, and promote a culture of safety across all levels of the organization.

What are the benefits of ergonomic software?

Ergonomic software offers numerous benefits for frontline workers. Firstly, it eases the burden on EHS (Environment, Health, and Safety) teams by providing automated assessments of body mechanics and risk factors, reducing the need for manual inspections and evaluations.

Additionally, it analyzes the ergonomics posture of the entire facility, identifying areas of concern and allowing for targeted interventions to improve workplace safety.

By promoting proper posture and behaviors, it reduces the likelihood of musculoskeletal injuries and associated absenteeism, leading to greater workforce productivity and morale.

How to choose the right ergonomic assessment tools?

Choosing the right ergonomic assessment tools involves evaluating features like accuracy, integration compatibility, and user-friendliness while considering factors such as cost-effectiveness and scalability.

Look for solutions that leverage AI technology, such as Intenseye Ergonomics software, which incorporates RULA & REBA assessments for real-time posture analysis and risk identification.

Prioritize tools that offer intuitive interfaces, seamless integration, and reliable vendor support, ensuring they effectively meet the specific ergonomic needs of your organization while promoting a safer and healthier workplace.

How can you reduce the risk of injury from manual handling?

First, proper training is crucial, teaching employees the correct lifting techniques and emphasizing the importance of using mechanical aids when available. Employers should also assess work environments regularly to identify potential hazards and implement ergonomic solutions such as adjustable workstations or lifting equipment.

Additionally, promoting a culture of safety and encouraging employees to speak up about any discomfort or concerns can help prevent injuries.By conducting ergonomic evaluations in real time, the software can identify and address potential hazards promptly. It promotes proper body alignment, crucial for preventing musculoskeletal disorders, by utilizing its Ergonomics AI, which employs RULA & REBA assessments to evaluate body mechanics, behaviors, positions, and other risk factors for workplace injuries.

This allows immediate action planning based on the assessment results, facilitating the implementation of corrective measures to mitigate risks.

Moreover, by tracking reductions in exposures over time, Intenseye's software enables continuous improvement in workplace ergonomics, fostering a safer and healthier work environment for employees.

How can you decrease downtime in manufacturing?

Intenseye's safety management software plays a crucial role in reducing downtime by providing predictive analytics and safety risk detection capabilities that enable early detection of potential equipment failures or safety hazards. By leveraging AI-powered algorithms, Intenseye can identify patterns and trends in production processes, allowing for timely intervention to prevent unplanned downtime.

Additionally, the EHS software for manufacturing facilitates 24/7 analysis, enabling maintenance teams to address safety risks promptly.This proactive approach not only minimizes downtime but also enhances overall efficiency, worker safety, and cost-effectiveness in manufacturing operations.

Also, Intenseye's task management module contributes to reducing downtime in manufacturing by facilitating proactive analysis of maintenance needs and safety protocols. Through its integration with the safety management software, the module automatically generates tasks based on data analysis of potential safety hazards or equipment performance trends. By identifying and prioritizing maintenance activities in advance, Intenseye enables proactive intervention to address issues before they escalate into downtime-causing failures.

Additionally, the module streamlines task assignment and tracking processes, ensuring that maintenance tasks are promptly allocated to the appropriate personnel and completed within specified timelines. This efficient task management workflow minimizes the risk of equipment breakdowns and safety incidents, thereby enhancing overall operational uptime and productivity in manufacturing environments.

What are the top controls for fall protection?

Typically, protection against falls can be ensured by employing guardrail systems, safety net systems, or personal fall arrest systems. These methods, collectively termed conventional fall protection by OSHA, serve as reliable safeguards against potential hazards at heights.

Intenseye's AI-powered workplace safety software's climbing safety rule leverages 24/7 detection and real-time analysis to prevent risks associated with working at heights. This constant analysis ensures corrective actions when unsafe behaviors or conditions are detected, enhancing overall workplace safety.

What are the most common injuries caused by falling objects?

Falling object hazards pose a significant risk in various environments, including construction sites, warehouses, and even public spaces. These safety hazards can result in a range of injuries, from minor bruises to severe head trauma or even fatalities. When objects fall from heights, they gain momentum, increasing their impact force upon landing.

This force can cause lacerations, fractures, and internal injuries upon contact with individuals below. Additionally, falling objects may carry sharp edges or heavy components, exacerbating the severity of injuries upon impact. Injuries caused by falling objects are diverse, depending on factors such as the object's size, weight, and velocity.

Common injuries include head injuries such as concussions or traumatic brain injuries, spinal cord injuries leading to paralysis, fractures to limbs or other body parts, and soft tissue injuries like bruises or lacerations. The severity of these injuries underscores the importance of implementing preventative measures such as proper storage protocols, safety netting, and personal protective equipment to mitigate the risks associated with falling object hazards.

Intenseye can leverage lifting and crane safety rules to provide real-time notifications for safety risks involving suspended loads. By integrating advanced computer vision technology, Intenseye's AI-powered safety management software can analyze crane operations and detect any anomalies or potential hazards in real-time. This includes identifying instances where a load is improperly secured, swinging excessively, or exhibiting other signs of instability.

Through continuous analysis of crane activities, Intenseye can alert safety teams immediately upon detecting any safety risks involving suspended loads. These notifications can be sent via various channels such as mobile devices or desktop applications, enabling swift intervention to mitigate the identified hazards.

What is the best way to ensure forklift and pedestrian safety?

The most effective approach to ensuring forklift and pedestrian safety is through AI-powered safety management software. By integrating advanced algorithms and real-time data analysis capabilities, this software can continuously analyze the movements of forklifts and pedestrians within the workplace.

Intenseye can detect forklift-pedestrian safety risks at workplaces by employing computer vision technology to continuously analyze the environment. By analyzing live video feeds from cameras installed across the facility, Intenseye can identify potential hazards such as forklifts operating in pedestrian-heavy areas or instances of pedestrians straying into designated forklift zones.

Through its sophisticated algorithms, Intenseye can detect unsafe conditions in real-time, such as near-misses or risky behavior patterns, and promptly notify the Environmental Health and Safety (EHS) teams. This enables swift intervention and corrective actions to be taken, minimizing the risk of accidents and ensuring the safety of both forklift operators and pedestrians in the workplace.

How to improve forklift pedestrian safety

Improving forklift pedestrian safety involves a robust approach, and leveraging advanced technology like Intenseye's AI-powered safety management software can be a game-changer. Intenseye's innovative "dynamic delimitation" feature utilizes computer vision to detect interactions between forklifts and pedestrians within a specified proximity. This real-time data not only alerts EHS teams to potential near misses but also aids in the creation of comprehensive forklift/pedestrian maps, distinguishing risky areas from safe zones.

Intenseye goes beyond mere alerts by providing detailed insights through its heat map feature. This visual representation allows users to pinpoint areas of concern within their facilities, facilitating unbiased evaluation of current safety controls. Armed with this knowledge, site teams can continuously audit and enhance safety measures, ensuring a proactive approach to risk mitigation.

Moreover, Intenseye's ability to collect and trend a vast amount of data enables companies to gain a deeper understanding of their risk profile. By integrating with various communication channels like SMS, email, or smart speakers, Intenseye ensures that EHS teams are promptly notified of unsafe behaviors, fostering a culture of safety in the workplace.

Incorporating AI-powered safety management software like Intenseye into safety programs not only enhances forklift and pedestrian safety but also streamlines operations and minimizes risks.

What is a pedestrian safety zone?

A pedestrian safety zone is an area within a facility designated to prioritize the safety of individuals on foot, typically separated from vehicle traffic or high-risk areas. It aims to reduce the risk of accidents involving pedestrians and vehicles by implementing specific safety measures and controls.

Intenseye’s AI-powered safety management software ensures pedestrian safety within facilities uniquely through its advanced AI-powered safety management software. By employing computer vision technology, Intenseye dynamically delimits pedestrian safety zones, identifying and analyzing interactions between pedestrians and vehicles in real-time. This innovative approach goes beyond static demarcations, allowing for adaptable safety measures that respond to dynamic environments and changing conditions.

How to conduct a health and safety root cause analysis

Conducting a health and safety root cause analysis requires a systematic approach, and Intenseye offers a comprehensive solution to streamline this process. With its real-time notifications, Intenseye continuously identifies safety risks 24/7, ensuring timely intervention and prevention of incidents.

Intenseye's all-in-one platform combines safety compliance software, ergonomics software, task management modules, and EHS audit software. This integrated approach simplifies the workload for EHS teams, allowing them to focus on conducting thorough root cause analyses without being overwhelmed by disparate systems.

By centralizing all safety-related data and processes, Intenseye empowers EHS teams to identify underlying causes of safety incidents more efficiently. This holistic view enables organizations to implement targeted corrective actions, ultimately preventing future incidents and promoting a safer work environment.

What is a Good Total Recordable Incident Rate (TRIR)?

Every organization, regardless of industry, aims for a low incident rate. However, defining what constitutes a "good" incident rate varies depending on the industry.

In 2020, the average OSHA incident rate for private industries stood at 2.7. Given the diverse risks and hazards across industries, it's challenging to establish a universal benchmark for a favorable incident rate.To provide insight into how your organization compares within its industry, we've gathered incident rate data from various sectors in 2020, sourced from the United States Bureau of Labor Statistics:

• Construction: 2.5

• Forestry and logging: 2.4

• Agriculture, forestry, fishing, and hunting: 4.6

• Mining, quarrying, and oil and gas extraction: 1.2

• Transportation and warehousing: 4

• Special trade contractors: 2.8

• Manufacturing: 3.1

• Utilities: 1.5

• Administrative and support and waste management and remediation services: 2

• Educational and health services: 5

• Wholesale trade: 2.4

These figures offer a reference point for evaluating your organization's performance relative to industry standards.

How to calculate Total Recordable Incident Rate (TRIR)

Here's the TRIR calculation formula outlined by OSHA:

TRIR = (Number of Incidents x 200,000) / Total number of hours worked in a year.

‍OSHA sets the benchmark at 200,000, representing the total hours 100 employees would work over 50 weeks based on a 40-hour work week. When calculating annual work hours, remember two key points:

1. Exclude vacation and leave hours (e.g., FMLA, military, bereavement, etc.) from the total work hours calculation. Only actual hours worked should be included.

2. If your company utilizes workers from a staffing or temporary agency, and your employees direct them in their day-to-day work activities, their hours must be included in the total hours worked.

Why should you use safety absolutes?

Utilizing safety absolutes provides unequivocal guidelines for maintaining a safe work environment.

These absolutes serve as non-negotiable standards or rules that establish a baseline for safety practices, ensuring consistency and uniformity across all operations. By implementing safety absolutes, organizations prioritize the well-being of their employees and stakeholders, minimizing the risk of accidents, injuries, or fatalities.

Moreover, safety absolutes instill a strong safety culture within the organization, emphasizing the importance of adhering to established protocols and procedures. They help create a shared understanding of expectations regarding safety performance, fostering accountability and responsibility at all levels.

How to create a safety dashboard

Creating a safety dashboard involves compiling key safety metrics and visualizing them in a user-friendly format to provide insights into safety performance. It typically includes leading indicators, safety targets, alerts, high-severity risks, compliance rates, safety audits, and reports.

Intenseye's safety management software already includes a comprehensive safety dashboard, offering all these features and more. With Intenseye, users can access real-time data on leading indicators, track progress toward safety targets, receive alerts for potential risks, and identify high-severity safety issues.

Additionally, Intenseye provides insights into compliance rates, conducts safety audits, and generates detailed reports to support informed decision-making and continuous improvement efforts. With its all-in-one platform, Intenseye streamlines safety management processes, empowering organizations to proactively enhance safety performance and create safer workplaces.

What is the best way to build a safety KPI dashboard?

Constructing an effective safety KPI dashboard involves several key steps. First, identify the most relevant safety metrics and KPIs for your organization, ensuring they align with your safety goals and objectives. Next, gather reliable data sources to track these metrics, including incident reports, near-miss data, safety inspections, and training records.

Once you have the data, design the dashboard layout to present the information clearly and concisely. Use visualizations such as charts, graphs, and tables to highlight trends, patterns, and performance against targets. Ensure that the dashboard is user-friendly and easily accessible to relevant stakeholders.

Regularly review and update the dashboard to reflect changes in safety performance and priorities. Solicit user feedback to continuously improve the dashboard's effectiveness in driving safety improvements.

‍Intenseye's AI-powered safety management software offers a comprehensive solution for building a safety KPI dashboard. With its customizable dashboard features, real-time data analytics, and automated reporting capabilities, Intenseye enables organizations to effectively track and manage safety KPIs, driving continuous improvement in safety performance.

How to prevent slips trips and falls in the workplace

To prevent slips, trips, and falls in the workplace, it's crucial to maintain clear walkways, and well-lit areas, and utilize non-slip mats in potentially hazardous zones. Additionally, prompt cleanup of spills and providing employees with appropriate footwear are essential. Regular safety inspections should be conducted to identify and address any potential hazards before accidents occur. Implementing regular toolbox talks, where safety procedures are discussed and reinforced among employees, can also significantly contribute to accident prevention.

Intenseye's AI-powered safety management software offers a proactive approach to preventing slips, trips, and falls. By providing real-time analysis, the software can detect hazards as they arise, such as spills or obstacles, and immediately alert staff.

Moreover, through analyzing patterns and past incidents, Intenseye identifies high-risk areas and suggests preventive measures, enabling businesses to take proactive steps to mitigate risks. This software also facilitates compliance tracking, training support, and continuous improvement efforts, ensuring a safer work environment for employees and reducing the likelihood of accidents.

What is the importance of using snook tables in the workplace?

Snook tables play a vital role in the workplace by providing employees with ergonomic workstations that are adjustable to their individual needs. They help prevent musculoskeletal disorders by promoting proper posture, reducing strain on the body, and increasing comfort during tasks that require prolonged sitting or standing.

This not only enhances employee well-being but also boosts productivity and reduces the likelihood of work-related injuries.

How to detect forklift speed limit

Detecting forklift speed limits in the workplace can be achieved through various methods such as using speed limit signs or markings, installing speed monitoring devices or GPS trackers on forklifts, implementing training programs to educate operators on safe speeds, and conducting regular inspections to ensure compliance. These measures are crucial for preventing accidents and ensuring the safety of both operators and other workers in the vicinity of forklift operations.

Intenseye's AI-powered safety management software offers a sophisticated solution to enhance forklift safety. With its real-time monitoring capabilities, the software can track forklift movement and promptly detect instances of speeding. By sending alerts to supervisors or operators when speed limits are exceeded, Intenseye enables immediate intervention to prevent accidents.

How AI can improve PPE safety?

AI safety software modernizes PPE detection, saving time and boosting compliance. Despite the prevalence of manual detection, AI-driven solutions are critical in preventing workplace injuries. OSHA highlights that correct PPE usage can prevent 38% of work-related injuries, underlining its importance.

Here's how AI-driven safety software transforms safety management: Enhanced Compliance ensures adherence to safety standards by automatically detecting PPE non-compliance. Real-time Analysis provides immediate insights for corrective actions. Data-driven Insights identify trends to enhance safety.

Cost Savings result from reduced claims and downtime. Automated Documentation streamlines reporting for compliance. Moreover, seamless Integration with existing systems enhances efficiency.

Which one is best: Reactive or proactive safety management?

Proactive safety management stands out as the preferred approach due to its emphasis on preventing incidents before they occur. By focusing on identifying and addressing potential hazards in advance, organizations can avoid the consequences associated with reactive responses.

This proactive stance fosters a safety-conscious culture within the company, where every employee is encouraged to participate in identifying risks and implementing preventive measures. Moreover, proactive safety management not only saves costs but also enhances the organization's reputation by demonstrating a genuine commitment to worker well-being and community safety.

Intenseye harnesses the power of AI to bolster proactive safety management strategies. Through real-time analysis, predictive analytics, and behavioral analysis, Intenseye's workplace safety software enables organizations to identify and mitigate safety risks promptly. By automatically generating alerts and notifications, Intenseye facilitates rapid response and intervention, further strengthening workplace safety.

In essence, Intenseye's AI-driven approach empowers organizations to stay ahead of potential hazards, safeguarding both employees and organizational assets while minimizing liabilities and reputational risks.

What’s the best way of working at heights?

When working at heights, safety is paramount. To ensure a secure environment, thorough risk assessments should be conducted beforehand to identify potential hazards like unstable surfaces or adverse weather conditions. Workers must receive comprehensive training on safety equipment usage and emergency protocols.

Regular equipment inspections are vital for detecting any issues that may compromise safety. Open communication among workers fosters awareness of hazards and encourages adherence to safety procedures.

Lastly, organizations should have robust emergency plans in place to respond promptly to any incidents. By prioritizing these measures, the risks associated with working at heights can be minimized, ensuring the well-being of workers.

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