Using Technology for Risk and Emergency Management in Industries

Industrial safety is a major concern for all companies that have factory operations. A factory can have dozens of potential hazards. These range from a worker stubbing his or her toe on wrongly placed equipment to a factory blowing up due to gas leakage and indiscriminate smoking. Ensuring that these hazards are not actualized and that both employees and valuable assets remain safe is a key priority.

In the modern industrial workplace environment, safety continues to grow more complex. To begin with, the machines in use are becoming more varied. Also, in general, more machines are being used.

New technologies such as robots that work side-by-side with humans on factory floors are becoming commonplace.

With the adoption of multiple technologies, keeping up with safety regulations and practices can be a daunting task, both for employees and management.

As workplaces become more complex, it gets easier to overlook certain safety hazards, which is one of the reasons why an emergency management solution such as operational risk management software is crucial.

In addition, industrial emergency management companies are coming up with solutions that are able to tackle the risk and emergency management requirements of modern industrial setups. These solutions mainly hinge on the adoption of technologies like the connected worker platform and the ORM platform.

The ORM Platform in Modern Industries 

The use of operational risk management software in the modern industrial setting is crucial in identifying and managing risks.

Such a system can help in the following risk management use-cases.

Risk Analysis 

Successful operational risk management platforms depend on the implementation of industry-wide systems such as a connected worker platform. Data collected from various points in the connected worker system can be analyzed from a central location.

The use of artificial intelligence and machine learning to analyze connected worker platform data can provide insights useful for risk analysis. For example, workflows and existing procedures can be analyzed for safety gaps.

In addition, the use of artificial intelligence leads to the generation of insights that might have been missed, bringing potentially risky situations to the attention of safety administrators.

Hazard Identification 

Risk analysis using the connected worker platform can greatly contribute to the hazard identification process. Hazards that might otherwise have been missed are identified. Moreover, such hazards can be definitively defined, which helps give a full picture of an organization’s risk profile.

Audit Management 

Structure is important for the success of any risk audit management efforts. Having ORM software helps structure the process, ensuring it is carried out systematically and that nothing is missed. Such software also helps in the efficient capture of all data collected. Such data can then be further analyzed, making the audit management process even more effective.

Industrial Emergency Management

An emergency management solution that is backed by a connected worker platform is bound to be more effective.

A connected worker platform enables the collection of real-time data, including videos and photos, which helps keep safety administration informed of the real state of things. This helps prevent misinformation, which can be a significant hindrance to emergency management efforts.

In addition, such a platform helps in the real-time dissemination of information. Through alerts and push notifications, workers in an industry can be kept apprised of the state of an incident. Evacuation procedures can be effectively communicated. And since such platforms are two-way channels, people on the ground in various parts of a company can give feedback to safety administration. This helps maintain accurate stock of the situation.

A connected worker platform can also be used to effectively facilitate emergency drills. This increases the capability of an organization as a whole to respond to emergencies. It also helps identify any potential hindrances to emergency procedures such as evacuation and make necessary updates.