Leah Ingram
The Future of Building Safety: Connecting Inspectors, Property Owners, and Service Providers

The Future of Building Safety: Connecting Inspectors, Property Owners, and Service Providers

Building design and construction professionals face mounting liability when safety coordination breaks down between inspectors, property owners and service providers. However, using software solutions can help with critical safety issues like fire system deficiencies and create seamless connections between all stakeholders. The Breakdown of Traditional Coordination Methods Inspectors, property owners

Read More »
Best Practices for Reducing UV Overexposure Among Construction Workers

Best Practices for Reducing UV Overexposure Among Construction Workers

Construction work is a high-risk occupation, making workplace safety a top priority. We’ve previously noted that construction accidents are of particular concern, with as many as one in every 10 workers injured yearly—up to 71% higher compared to workers in other industries. Yet with the likes of falls, struck-by accidents,

Read More »
Latest Issue
Issue 344 : Sep 2026

Leah Ingram

The Future of Building Safety: Connecting Inspectors, Property Owners, and Service Providers

The Future of Building Safety: Connecting Inspectors, Property Owners, and Service Providers

Building design and construction professionals face mounting liability when safety coordination breaks down between inspectors, property owners and service providers. However, using software solutions can help with critical safety issues like fire system deficiencies and create seamless connections between all stakeholders. The Breakdown of Traditional Coordination Methods Inspectors, property owners and service providers have traditionally relied on manual processes to coordinate safety compliance. Scattered emails, paper forms and telephone calls dominate these workflows. Even when organizations adopt digital portals, these systems often remain cluttered and disjointed. These fragmented methods create information silos that prevent safety data from reaching the right people at the right time. A contractor may submit inspection reports through one channel while property owners track deficiencies in spreadsheets and fire marshals manage compliance through separate systems. When coordination fails, dangerous gaps emerge. Moving Toward a Connected Compliance Strategy The construction and building safety industries increasingly recognize the need for a “golden thread” of transparency between all stakeholders. This concept ensures that safety information flows continuously from initial inspection through deficiency resolution. Modern digital systems create unified records that eliminate manual handoffs and keep everyone accountable. Connected compliance strategies minimize liability by ensuring safety steps receive proper documentation and follow-through. When inspectors, property owners and service providers operate within the same platform, deficiencies get flagged immediately and tracked until resolution. This transparency reduces the risk of overlooked hazards that could lead to injuries or property damage. Safety Problems Emerging From Poor Communication When coordination among stakeholders fails, specific safety problems emerge that put workers and buildings at risk. Understanding these common issues highlights the importance of fixing communication gaps. 1. Misunderstandings Between WorkersConstruction sites operate at a fast pace, with hazards and risks constantly shifting throughout each phase of work. Without clear communication between contractors and property owners, critical safety steps can be missed entirely. Some directions get relayed but remain too vague to implement effectively. These misunderstandings create hidden risks that workers may not recognize until an incident occurs. A contractor might assume that another team secured a work area while that team believed the responsibility belonged elsewhere. Such gaps in understanding can lead to serious injuries. 2. Unnotified Hazards in JobsitesUnidentified or unreported hazards pose significant dangers during vulnerable construction phases. When communication breaks down, workers may enter areas without knowing about recent changes to site conditions. Slips, trips and falls represent some of the most preventable construction fatalities when proper safety protocols are followed. However, 389 fatal injuries in construction occurred due to falls, slips and trips in the private industry during 2024. These incidents can stem from inadequate hazard notification between teams working on the same project. 3. Unsealed Pipes and CablesDisjointed communication between contractors can leave physical vulnerabilities that endanger workers and compromise building safety systems. Unsealed utilities present a particularly serious concern because they can compromise compartmentation and allow fire to spread rapidly through a structure. Even when these vulnerabilities don’t result in immediate safety incidents, they cause project delays and financial losses due to necessary repairs. Property owners discover these issues during inspections, only to find that no clear record exists of which contractor was responsible for proper sealing. 4. Lack of Emergency SuppliesBuilding sites should maintain clear records of inspection schedules and fault reporting for emergency equipment. Unfortunately, miscommunication between teams can result in missing or unmaintained emergency supplies precisely when workers need them most. Emergency equipment may be present on-site but inaccessible because poor handover protocols between different teams leave critical information undocumented. This communication failure can cost lives during an actual emergency when seconds matter. 5. Managing Fire System DeficienciesUnaddressed fire system deficiencies pose risks to both workers and property throughout the construction and occupancy phases. Manual tracking methods often allow key repairs to slip through the cracks between inspection, notification and resolution. Software for managing fire system deficiencies addresses this challenge by creating digital workflows that connect all responsible parties. Fires in structures under construction most commonly result from heat sources in proximity to combustible materials. When fire protection systems contain unresolved deficiencies during construction, the risk of catastrophic damage increases substantially. Managing fire system deficiencies requires active tracking that ensures inspectors, building owners and service providers all maintain visibility into outstanding issues. Finding the Best Software for Managing Fire System Deficiencies Software solutions serve as the bridge between inspectors, property owners and service providers by creating unified platforms for compliance management. First Due is the best software for managing fire system deficiencies because it supports the active compliance workflows needed to identify, track and resolve issues efficiently. Its Inspection, Testing, and Maintenance (ITM) module within its Fire Prevention suite directly addresses fire system deficiency management. “First Due is the last piece of software your agency needs to buy. Consolidate NERIS, ePCR, fire prevention, pre-incident planning, scheduling and personnel management, asset and inventory, hydrants, training, community engagement, mobile response, and more into a single application with a sole login available anywhere on any device,” it states. The platform helps fire departments and Authorities Having Jurisdiction (AHJs) identify, track and resolve fire system deficiencies efficiently. It supports both documentation needs and active compliance-driving workflows between inspectors, building owners and service providers. The ITM module enables service providers to submit reports through a dedicated portal while AHJs monitor deficiencies through reporting and analytics dashboards. This connectivity ensures that fire protection systems, including alarms, sprinklers and suppression systems, maintain compliance throughout required inspection and testing cycles. Frequently Asked Questions Here are answers to common questions about building safety coordination. Q: What causes building safety communication breakdowns?A: Siloed systems, paper trails and a lack of centralized platforms cause communication breakdowns between inspectors, property owners and service providers. When each stakeholder uses different tools to track safety information, critical data fails to reach the people who need it. This fragmentation leads to missed inspections and unresolved deficiencies that compromise building safety. Q: Why is a connected compliance strategy important?A: Connected compliance reduces liability by ensuring safety steps are documented and resolved.

Read More »
Best Practices for Reducing UV Overexposure Among Construction Workers

Best Practices for Reducing UV Overexposure Among Construction Workers

Construction work is a high-risk occupation, making workplace safety a top priority. We’ve previously noted that construction accidents are of particular concern, with as many as one in every 10 workers injured yearly—up to 71% higher compared to workers in other industries. Yet with the likes of falls, struck-by accidents, and machinery mishaps being among the first things that come to mind, UV risks often fall to the wayside.  With construction work primarily taking place outdoors, UV radiation is one of the biggest—and, simultaneously, one of the most invisible—risks faced by the industry’s workers. The latest statistics from Health & Safety Matters show that it’s currently the leading cause of skin cancer, which is quickly becoming one of the UK’s most prevalent cancers. Outdoor workers, including construction workers, are 60% more likely to develop the disease.  Combined with the fact that it can also pose great risks to eye health—where it can accelerate sight loss by causing cataracts, age-related macular degeneration, and eye cancer—UV radiation can compromise worker safety and create economic burdens when left unchecked.  Therefore, employers and health and safety representatives may wish to begin imposing comprehensive, sun-safe solutions that prevent overexposure through the following best practices.  Assess UV risks  Minimising UV-related health risks starts with helping workers avoid radiation levels when they’re at their strongest. Assessing the risks those levels pose throughout the day—and structuring work schedules around them—can help workers perform at their best while avoiding the worst of the sun. One of the best ways to do so is through using accessible mobile apps like SunSmart Global UV. Developed by experts from Cancer Council Victoria and the Australian Radiation Protection and Nuclear Safety Agency, it provides information on UV levels for searchable locations worldwide, which is updated daily, sometimes every hour. Supervisors can easily use the app to set work breaks in shaded or indoor areas during times of peak UV radiation, which usually occurs from around 12 p.m. to 3 p.m. Conversely, it can provide dedicated advice for outdoor workers on what kind of sun protection to use during certain hours of the day.  Provide protective sunglasses Regularly wearing sunglasses can help workers prevent both long-term eye health conditions like cataracts and short-term ones like photokeratitis. This ‘eye sunburn’ occurs when sunlight bounces off reflective materials, such as metal and concrete, and may thus cause temporary vision loss in construction workers. Thus, supplying them with sunglasses that meet industry safety requirements is vital. The pairs from activewear brand Oakley comply with the standards recommended by the Construction Industry Council (CIC): all its models, including the bestselling Holbrook and Frogskins, use Plutonite lenses that block 100% of the sun’s UV rays, allowing them to adhere to the British Standard EN 1836:2005 for UV protection. They also come with additional protective features useful for outdoor construction work. That includes PRIZM polarised lenses, which are designed to block glare and prevent photokeratitis while enhancing colour and contrast for improved safety and work performance. While this may not be affordable to roll out across a whole workforce it does give you an idea of the features protective sunglasses need to ensure safety from the sun.  Encourage sun cream use Given the high skin cancer risks faced by construction workers, it’s equally vital to encourage them to apply sun cream throughout the day. Ideally, the sun cream they use should carry a sun protection factor (SPF) of at least 30 against UVB rays as well as a four- or five-star rating against UVA. Healthcare professionals generally recommend applying a shot glass’ worth of product to exposed parts of the body, as well as a coin-sized amount to the face—and reapplying every two hours or once sweaty. Perhaps more crucially, sun cream should be accessible. In particular, construction workers can be directed to the likes of ALDI. Its Lacura sun cream, which boasts an SPF of 30 and a five-star UVA rating, is considered among the most effective yet affordable on the market, even outperforming more expensive sun creams from high-profile brands like Calypso, Asda, and Bondi Sands in SPF tests. During the summer months, ALDI also offers Lacura sun cream for free to outdoor workers who email them with their name and job description.  Supply UV-blocking PPEs Where possible, ensure that the PPEs given to construction workers protect against both physical harm and UV radiation. They can do so in terms of both the coverage they provide and the fabrics they use. According to the CIC, loose-fitting tops with long sleeves, breathable trousers, wide-brim hats, and safety helmets with side flaps can further support the protection provided by sunglasses and sun cream. Companies can also opt to follow in the footsteps of Dartford-based contractor Laing O’Rourke, which worked with uniform specialist Jermyn Street Design to supply workers across the country with sun-protective workwear. Comprised of pieces like high-visibility polo shirts and softshell jackets, all of the clothing provided came with the necessary Ultraviolet Protection Factor or UPF (the fabric equivalent of SPF) while also offering insulation and waterproof properties for overcast days.

Read More »