Lone working risks are well established and clearly understood. A lone worker who suffers a fall, becomes unwell, encounters violence or finds themselves in an otherwise dangerous situation mightn't have anyone nearby to assist or raise the alarm.
An increasingly important part of the lone worker safety toolkit is technology, with organisations in 2026 having far more options than simply handing out panic buttons to employees. Modern solutions can combine GPS locating, two-way communication, fall detection, professional monitoring and, in some cases, gas detection.
But what are the best lone worker safety solutions today? The answer depends heavily on a variety of factors: the environment, level of risk and type of worker being protected, for a start.
It's important to understand what a good lone worker system should actually achieve. The Health and Safety Executive (HSE) advises employers to assess the risks associated with lone working, provide appropriate training and supervision, keep in contact with workers and have systems in place to raise the alarm when necessary.
Any technology should support a wider risk assessment and lone worker policy, rather than being utilised as a standalone solution.
1. Smartphone apps
A smart device is often the most obvious starting point for many organisations. Lone worker apps have the ability to turn an existing smartphone into a personal safety device which in turn removes the need to issue additional hardware to employees.
Typical functionality involves SOS alarms, GPS tracking, timed activities, check-ins and automatic escalation. Peoplesafe offers a BS 8484:2022-accredited lone worker app which can use GPS and Wi-Fi positioning alongside What3Words to establish a worker's location during an emergency.
However, smartphones might not necessarily be the correct solution for every environment. Battery life, signal availability, touchscreen interaction and the possibility that a worker may not be able to reach their device all need to be considered.
2. Dedicated devices
For higher-risk environments, a more focused solution could be a dedicated personal safety device. They typically provide a physical SOS button, two-way communication and location technology, with more advanced models also incorporating fall detection and other automatic alerts.
This type of technology is particularly useful when workers need immediate access to an alarm without having to navigate a smartphone.
An alarm that can be activated without reaching for a phone may also help prevent a situation involving potential aggression from escalating.
SoloProtect has a broad portfolio spanning dedicated devices and smartphone-based protection. Its range includes the SoloProtect ID Touch, Shield, Mini, Curve and ID Classic.
3. Lone worker wearables
Requirements become more demanding in industrial environments. Workers in factories, utility networks, chemical plants or oil and gas facilities may need protection against gas exposure, falls, heat, machinery and poor connectivity.
Blackline Safety is one of the strongest examples of the connected industrial wearables approach. Its G7 platform combines lone worker monitory with features including fall and no-motion technology, two-way voice communications and location technology. Certain configurations can also incorporate personal gas detection.
The system's cellular and satellite connectivity make it particularly relevant to workers operating in remote locations, with Blackline's 24/7 Safety Operations Centre providing live monitoring and response.
Aware360 is more of a connected-worker platform than a traditional lone worker alarm provider. Its ActiveHalo+ wearable combines fall detection, SOS, two-way communication and location monitoring. The platform can also connect into 24/7 response services.
4. Professional monitoring
What happens after the alarm is raised? A basic system might send an notification to a manager, a solution which relies on someone being available and knowing what to do.
A professionally monitored solution introduces a trained operator into the process. Vatix's technology combines lone worker protection with a broader connected-worker approach.
This allows organisations to move beyond the traditional 'panic button' model and discuss real-time workforce visibility, incident management and connected safety.
5. Body-worn cameras
The convergence of lone worker protection and personal security is an important trend in 2026.
Body-worn cameras provide a visible deterrent for employees when encountering members of the public. Peoplesafe offers integration between its lone worker technology and Reveal Media cameras. Activating the camera can simultaneously raise an SOS alarm to the organisation's Alarm Receiving Centre, allowing the incident to be actively monitored.
This development points to a broader concept of personal safety technology, where a system can simultaneously help deter an incident, raise an alarm, establish a worker's location and aid the response.
There can be no single winner - organisations need to match the technology to the risk they face. Risk assessments should take place first, in all situations.
The HSE makes it clear that employers need to consider each specific risk faced by their lone workers, including violence, stress, health, environment and isolation.
When evaluating suppliers, organisations should be asking the following:
Is it accredited? Look for relevent standards such as BS 8484:2022 where appropriate.
Who receives the alarm? Does it go to a colleague, control room or professional monitoring centre?
How quickly is it answered? Response time matters in high-risk environments.
What happens if the worker cannot press the button? Detection technology can be critical.
What happens if there is no mobile signal? Alternate connectivity can make a significant difference.
Is it suitable for the environment? Induistrial or hazardous spaces may require specialist equipment.
Will workers actually use it? A solution is of no value if employees find it uncomfrotale, intrusive or difficult to operate.
The best lone worker solution in 2026 is not necessarily the one with the longest feature list. It is the solution that fits the risk, is trusted by workers and, crucially, provides a reliable route to help when something goes wrong.