Lone Worker SWMS (General / Non-Healthcare)
Lone worker safety for non-healthcare roles — risk assessment, check-in systems, emergency response protocols, duress alarms, and communication requirements.
SWMS variants reference your state’s WHS legislation. Instant download after payment.
Lone working arises whenever a worker performs duties out of sight or earshot of colleagues for periods where assistance is not readily available — including mobile field technicians, after-hours cleaners, remote meter readers, security patrols, agricultural operators, real estate agents conducting inspections, and community service workers attending client homes. Under the WHS Act 2011 (and corresponding state/Comcare instruments), the PCBU has a non-delegable primary duty of care under s19 to eliminate or minimise risks from isolation, occupational violence, vehicle incidents, medical emergencies and fatigue — all of which are amplified when no second person can intervene. WHS Regulation 2025 r55A–r55D require identification, assessment and control of psychosocial hazards, including isolation, supported by the Safe Work Australia Model Code of Practice: Managing Psychosocial Hazards at Work (2022). A documented Safe Work Method Statement is mandatory wherever isolation combines with foreseeable violence, mechanical, environmental or medical risk, and is the evidentiary record regulators request first after any lone-worker incident or fatality.
Hazards identified
7 hazards covered, sorted by priority.
Assault, psychological injury, PTSD, prolonged workers compensation claim, criminal investigation and PCBU prosecution under s19
Preventable death or permanent disability from collapse, fall or untreated condition due to absent first-aid intervention
Entrapment, exposure, dehydration, secondary collision and delayed rescue leading to severe injury or fatality
Undetected unconsciousness, fractures, hypothermia or rhabdomyolysis from prolonged immobilisation before discovery
Anxiety, depression, burnout, attrition and compensable psychological injury under WHS Reg r55A psychosocial duty
Microsleep crashes, procedural errors, falls and impaired hazard perception increasing all other lone-worker risks
Heatstroke, hypothermia, envenomation or storm injury with no witness to initiate emergency response
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Elimination — Re-design work to remove the lone-working requirement where reasonably practicable: schedule high-risk visits during business hours with a second worker present, or convert site visits to virtual consultations.
- 2Elimination — Refuse or withdraw services at premises flagged through the client risk register as containing known weapons, threats, drug manufacture or unrestrained aggressive animals until hazards are removed.
- 3Substitution — Replace physical solo cash handling, meter reads or document delivery with electronic alternatives (EFT, smart meters, e-signature) reducing exposure frequency and duration.
- 4Engineering — Deploy GPS-enabled duress devices with man-down sensors, two-way audio and 24/7 monitoring centre dispatch compliant with AS/NZS 4421:2011 (security monitoring) and tested monthly.
- 5Engineering — Install vehicle telematics with automatic crash notification, in-vehicle satellite communicator (e.g. PLB or IRIDIUM) for sub-coverage zones, and dash cam for incident evidence capture.
- 6Administrative — Implement documented buddy / check-in system with defined intervals (e.g. 2-hourly), escalation tree, and pre-agreed duress code-word per Safe Work Australia Lone Worker Guidance and WHS Reg r55C.
- 7Administrative — Complete pre-visit client risk assessment, route plan and ETA submission; conduct annual occupational violence prevention training aligned to Managing Psychosocial Hazards COP 2022.
- 8Administrative — Enforce fatigue management policy capping shift length, mandating rest breaks and prohibiting solo driving beyond prescribed continuous-hours limits per NHVR Fatigue Management standards where applicable.
- 9PPE — Issue high-visibility apparel to AS/NZS 4602.1:2011, sun protection (UPF50+, broad-brim, SPF50+), seasonal thermal layers, sturdy enclosed footwear and personal first-aid kit including EpiPen where indicated.
- 10PPE — Provide personal safety alarm, body-worn camera (where consent and privacy law permits), and charged backup mobile with offline emergency contact card carried on person at all times.
Applicable Codes of Practice
Identifies isolation, role overload and occupational violence as psychosocial hazards requiring elimination or minimisation under WHS Reg r55A–r55D.
Establishes the risk management process (identify-assess-control-review) that underpins lone-worker risk registers and SWMS preparation under WHS Reg r34–r38.
Provides framework for lone-worker check-in procedures, emergency preparedness (cl 8.2) and incident investigation supporting PCBU s19 primary duty.
Specifies monitoring centre response, duress alarm signalling and patrol check-call protocols directly applicable to lone-worker electronic monitoring systems.
Who this is for
- →Field service and mobile technician businesses
- →Real estate agencies conducting property inspections
- →Security, cleaning and after-hours facilities contractors
- →Community services, welfare and outreach providers
What you receive
- ✓Editable DOCX template — Microsoft Word compatible
- ✓State-specific WHS legislation schedule (NSW/VIC/QLD/SA/WA/TAS/NT/ACT)
- ✓Hazard register with risk ratings + hierarchy-of-control mapping
- ✓Worker sign-on register, pre-start checklist, and incident escalation flow
Worked example
A mobile telecommunications technician is dispatched to a rural exchange site 90 minutes from the nearest depot to rectify a microwave link fault. At the 7:00 am depot pre-start, the supervisor opens this Lone Worker SWMS on the tablet and walks the technician through the hazard register: occupational violence (low — fenced exchange), medical event (moderate — working at height on tower), vehicle breakdown (high — partial mobile coverage on the route), and snake exposure (moderate — summer, long grass). The technician confirms the controls: satellite communicator paired and tested, 2-hourly check-in interval agreed with the monitoring centre, duress code-word 'reschedule Tuesday' confirmed, snake-bite bandage and EpiPen in the kit, and tower climbing deferred until a second climber arrives at 10:00 am per the engineering control hierarchy. The technician signs the SWMS sign-on register electronically. At 11:40 am, weather deteriorates with lightning within 10 km — the technician consults the SWMS environmental control clause, descends, takes shelter in the vehicle and notifies the monitoring centre via the satellite device. The SWMS dynamic-review field is updated to record the weather stand-down, and the supervisor countersigns the variation at end-of-shift debrief, closing the evidentiary loop required under WHS Reg r38.
Related legislation
- WHS Act 2011 (model)
- WHS Regulation 2025
- Managing Psychosocial Hazards at Work CoP
Frequently asked questions
Is there a legal limit on how long a worker can be left working alone?
No, there is no prescribed maximum. Lone working is not prohibited and it is not high risk construction work under section 291 of the WHS Regulation, so the duty is risk-based rather than a fixed time limit. Section 19 of the WHS Act requires the PCBU to eliminate or minimise the risk so far as is reasonably practicable, and the psychosocial hazard provisions name isolation as a hazard that must be identified, assessed and controlled. In practice that means you set the check-in interval, the escalation trigger and the after-hours rules from your own risk assessment, and you document the reasoning. This template gives you that documented safe system of work.
Does this cover remote work where the mobile network drops out?
Yes, and that is one of the scenarios it is built around. The hazard register rates vehicle incident or breakdown in low-coverage areas as high, because a phone-only check-in system fails at exactly the moment it is needed. The controls call for a satellite communicator or personal locator beacon carried for sub-coverage legs, vehicle telematics with automatic crash notification, a submitted route plan and ETA, and a monitoring centre that escalates on a missed call rather than waiting for a report. The worked example follows a technician 90 minutes from the nearest depot who uses the satellite device to notify a weather stand-down.
What is a duress code word and why does the check-in system need one?
It is an ordinary-sounding phrase agreed in advance that a worker can use on a monitored call to signal they are under threat without alerting the person standing next to them. In the worked example the phrase is a routine-sounding request to reschedule an appointment. It only works if the monitoring arrangement behind it works, which is why the controls tie duress devices and check-calls to a monitoring centre with defined response protocols consistent with AS/NZS 4421:2011, and require monthly testing of the device, the man-down sensor and the escalation tree rather than annual assumption.
Can I use this for after-hours cleaning and property inspections, or is it only for field technicians?
It is written across the lone-working population, including mobile technicians, after-hours cleaners, security patrols, meter readers, real estate agents inspecting vacant properties and community outreach workers attending client homes. The common control set is the same: pre-visit client risk assessment, route plan and ETA, check-in interval, duress arrangement and a documented right to withdraw. The client risk register control is the one that matters most for home-visit work, allowing service to be refused or paused at premises flagged for known weapons, threats or unrestrained aggressive animals. You edit the visit types, intervals and escalation contacts to match your own operation.
How do we record a control change a lone worker makes in the field?
On the document itself. The template carries a dynamic review field so the worker records what changed, when and why, then the supervisor countersigns it at the end-of-shift debrief. The worked example shows this with a lightning stand-down: the worker descends, shelters, notifies the monitoring centre, and the variation is written up and countersigned. That closes the review loop the risk management provisions require and gives you contemporaneous evidence rather than a reconstruction. You receive a single editable Microsoft Word document, bought once, containing the hazard register, controls, check-in procedure, sign-on register and escalation flow.
Document details
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