The workplace is not a safe space – far from it. There are fewer places to be that are more dangerous than at work. In the US, workplace injuries cost businesses over $1 billion per week, and the story isn’t much better across the pond.
Many of these injuries come from the B2B space. Manufacturing and construction, for example, are both high-risk sectors with lots of complex, high-stakes operations. So, while health and safety have come a long way, corporate responsibility is still failing and must make up the rest of the ground.
Categorizing modern business safety solutions
Choosing the right safety systems in 2025 requires a broad strategy. For most B2B applications, solutions can be grouped into three core areas:
- Physical security
- Digital safeguards
- Process controls
Each plays its own role. For many safety-focused enterprises, integrating solutions from all three categories is going to be the most effective way to manage your risk. So for example, a construction site might combine physical access control, like smart keys, with IoT-based environmental monitoring, like LIDAR sensors, along with a digital platform for safety training and audits.
Security systems buyer’s guide
Physical security solutions are going to be the frontline defense for both you assets and workers. This includes systems like CCTV and access control, which have grown in sophistication over the years. When evaluating these, it’s worth looking at the Total Cost of Ownership (TCO), which includes maintenance, software licenses, and potential upgrades – many of them are now subscription and cloud-based unlike before. This can, however, reduce upfront expenditure. For assess integration, it’s important to plan if new system can communicate with existing security and operational infrastructure. Metrics like reduced unauthorized access or faster incident response times can help optimize and improve the return on investment.
Assessing digital safeguards and IoT
Digital safeguards can protect operations from non-physical threats and use data to prevent such accidents. IoT sensors can track air quality, equipment status, worker location, and many other metrics to keep them safe. As each year passes, technology plays a larger role in Enterprise risk mitigation tools for preventing workplace accidents.
A core principle is moving from identifying failures to predicting them before they occur. A hydraulic press or a tower crane, for example, can become a catastrophic failure. It’s not just a productivity loss but a common cause of fatalities. An IoT-based predictive maintenance strategy makes scheduled servicing look outdated as it uses real-time data to detect the actual health of the asset. Vibration sensors can detect subtle changes in motor harmonics, and machine learning patterns can use that, in combination with temperature data, to determine if the machine is close to failure. Even without innovations, the mere passing of time and data gathering means these implementations get more predictive over time, therefore often producing a greater ROI than expected. Comparing safety and cost takes time to get right.
The effectiveness metric here is not “downtime reduction,” but an improvement in the Mean Time Between Failures (MTBF) and a reduction in the risk of unexpected breakdowns, which are the more dangerous ones.
Implementing process controls & compliance
Process controls are the enterprise risk mitigation tools that help standardize safe work practices. So a lot of this space is dominated by software for safety training, compliance management, auditing, and systemizing things of this nature.
In the example of traditional safety audit, a supervisor generally wonders around a site with a clipboard and checks boxes and keeps the file in a cabinet. The data is not dynamic. A modern digital audit platform changes this so the supervisor uses a tablet, where the checklist adapts to the situation. Finding a non-compliant item like a blocked fire exit or a missing machine guard, it might trigger a new workflow directly within the application. The supervisor can them take a time-stamped photograph using the tablet of the violation, which is geotagged, time-stamped and attached to the audit record.
When selecting these compliance and safety technologies, consider their effectiveness and analytics. Being able to customize training modules is a huge plus, and features must be pointed towards audit trails that help meet industry-specific certifications. Global chemical leader Johnson Matthey, for example, implemented an ergonomics software platform that reduced recordable ergonomic-related injuries by 97%. This was over a five-year period and across more than 35 sites, showing that these results are scalable and rapid.
Your procurement checklist
To aid in your decision-making, use this checklist can act as a starting point. For each potential solution, ask:
- Does this address a quantified risk in our operation?
- How will it integrate with our current systems like HR and security?
- What is the full cost over five years (including support, licensing, tier subscriptions)?
- What metrics define success?
- Does this solution meet industry and regulatory standards (e.g., NERC, OSHA, HSE)?
- Can this solution grow with our company’s needs?