Height Safety Inspector Software Australia: The Two Problems Draining Inspection Businesses (2026)
Australian height safety inspection businesses operate at the intersection of strict WHS liability, complex per-asset compliance documentation, and recurring annual contract management. Every anchor point inspection event generates multiple documents — an inspection report per anchor, a load test certificate where proof load testing is required, per-item fall arrest equipment inspection records, and a client compliance summary — each with a different recipient and a different retention requirement under WHS legislation. At the same time, the bulk of inspection revenue is recurring: AS/NZS 1891.4 annual inspection cycles should create predictable income, but invoice delays, lapsed renewal reminders, and contract rates that have not moved since establishment quietly erode the margin on every contract. This post breaks down both problems in full and shows what purpose-built height safety inspection software does to fix them.
Problem 1: AS/NZS 1891 Compliance Documentation Chaos
Every height safety inspection event in Australia produces a mandatory documentation trail. Under AS/NZS 1891.4, every item of industrial fall arrest equipment must be inspected by a competent person at intervals not exceeding twelve months, and the inspection must be documented with sufficient detail to demonstrate that the assessment was conducted against the criteria specified in the standard. For an anchor point inspection, that means a per-anchor report identifying the anchor type, installation location, structural substrate, load rating, visual and tactile condition assessment, any defects observed, and the pass or fail determination — signed by the inspector with evidence of their competency. For a fall arrest equipment inspection, it means a per-item record for every harness, lanyard, connector, self-retracting lifeline, and rope grab, referenced by serial number.
The compliance obligation does not stop at the inspection record. Where proof load testing is conducted — for anchors of unknown specification, for cast-in or chemical anchors showing substrate degradation, or for high-consequence applications where visual inspection alone is insufficient — a load test certificate must be produced recording the applied test force, the test duration, the observed response, and the compliance outcome against AS/NZS 5532 or the anchor's rated capacity. Where a defect is identified, a written defect notice must be issued to the site duty holder, the defective item must be withdrawn from service, and a re-inspection must be documented once the corrective action is complete. All of this documentation must be retained per asset, per client site, for a minimum period under WHS legislation, and must be retrievable on demand when a SafeWork inspector, an insurer, or the client's WHS manager requests it.
The failure mode for paper-based or generic software systems is consistent across every height safety inspection business that runs this way. Inspection sheets are filled in on site, the site copy goes to the client's safety manager, the original comes back to the office for processing. The report is generated from a Word template or a generic form builder, checked, and emailed or posted to the client. The asset register is maintained in a spreadsheet, or in a folder per site, or — in the worst case — in the inspector's notebook. When a SafeWork inspector arrives at a client site following an incident and requests the full inspection history for a specific anchor point, or when a facilities manager changes and the new FM needs to understand the compliance status of 40 anchor points across a commercial building, the retrieval exercise begins: opening folders, searching email sent items, checking spreadsheet rows for the relevant serial numbers. In a business managing 500 or more assets across 40 client sites, this retrieval exercise can take a full day and still not produce a complete answer.
The professional liability for a height safety inspector is not abstract. If a worker falls from height and the anchor point or fall arrest equipment that was in use at the time of the incident was inspected by your business, the first question a WHS regulator and a legal team will ask is: what did the inspection record show, and was the inspection conducted in compliance with AS/NZS 1891.4? If the inspection record does not exist, is incomplete, or cannot be retrieved, the inspector faces potential prosecution under the WHS Act alongside the duty holder. Penalties for Category 1 WHS offences — those resulting in serious injury or death — include fines of up to $3 million for a corporation and imprisonment for individuals. The compliance documentation is not administrative overhead; it is the primary risk management tool for every licensed height safety inspector in Australia.
Problem 2: Annual Contract Cash Flow Gaps
Height safety inspection revenue is structurally recurring. AS/NZS 1891.4 requires annual competent-person inspection of all industrial fall arrest equipment in service. For an inspection business with 40 client sites and an average of 15 anchor points per site, that is 600 or more individual asset inspection events per year that do not require quoting or business development — just scheduling, completing, and invoicing. The revenue should be predictable, the scheduling should be mechanical, and the cash flow should be consistent. In practice, it is not.
The primary problem is the gap between inspection completion and invoice delivery. A height safety inspector who completes a site inspection, fills in paper inspection sheets, returns to the office, generates the report from a Word template, has the report reviewed, sends the report to the client, and then generates the invoice — in a separate step, from a separate template — has typically introduced a two to four week delay between completing the work and the client receiving an invoice. On a commercial rooftop inspection covering 20 anchor points, a static line system, and 12 items of fall arrest equipment, that delay might represent a $2,000 to $4,000 invoice sitting unbilled for a month. For a business completing 10 site inspections per week, the aggregate of delayed invoices at any given time represents $20,000 to $40,000 in completed, invoiceable work that has not yet generated cash.
The second cash flow risk is the lapsed annual renewal. When a client site is approaching its annual inspection due date and the reminder system fails — because the spreadsheet row was not checked, because the diary note was missed, because the office was managing another priority — the inspection simply does not happen on time. The client's height safety equipment goes overdue. The client's WHS manager either notices and calls you, or — in a worst case — a WHS incident occurs and the inspection records show the equipment was not inspected within the required twelve-month interval. Both outcomes are bad for the business. For a business that is supposed to be proactively managing its clients' height safety compliance, being chased for an overdue inspection is a failure of the core service promise. Every lapsed renewal also defers revenue by weeks or months, compounding the cash flow timing problem.
The third risk is contract rate stagnation. Most height safety inspection contracts are priced per site per visit, or per anchor per inspection, at a rate established when the contract was first agreed. Where those rates were set three or four years ago — before recent increases in award rates for field staff, before increases in professional liability insurance premiums for height access businesses, before vehicle and fuel cost increases — the margin on each inspection has quietly declined. Without per-job cost visibility — labour time on-site, travel cost, report preparation time, proof load testing equipment maintenance — the business owner cannot identify which contracts are profitable and which are not. The accountant sees the total picture at year end; by then, the contracts have renewed for another year at the same rate.
What Purpose-Built Height Safety Inspection Software Actually Fixes
TPT's field service ERP includes a dedicated height safety inspection workflow covering per-asset inspection records, AS/NZS 1891.4-compliant report generation, load test certificates, defect tracking, annual scheduling, and mobile invoicing. Here is what each capability addresses.
AS/NZS 1891-compliant inspection reports generated on-site
Generate a fully pre-populated anchor point inspection report from the asset record at the moment the inspection is completed — anchor type, installation location, structural substrate, load-rated capacity, inspection method, visual and tactile condition assessment, pass/fail result, inspector's competency credentials, and signature. The report is ready to hand to the site manager before the inspector leaves the site. No office processing step required, no risk of a paper inspection sheet being lost in the ute, no delay between inspection completion and certificate delivery.
Fall arrest equipment inspection per serial number
Document the periodic inspection of every item of personal fall arrest equipment — full-body harnesses, energy-absorbing lanyards, snap hooks and carabiners, self-retracting lifelines, rope grabs, and descent devices — with an inspection record per item referenced by serial number. AS/NZS 1891.4 requires periodic inspection by a competent person for all fall arrest equipment in service. When an item fails inspection, the fail record is attached to the serial number, the item is flagged for withdrawal from service, and the client receives a written defect notice. The inspection history for every item in your client base is searchable by serial number, by client site, or by next inspection due date.
Load test records with applied force and compliance outcome
Record proof load test data for anchor points — applied test force, test duration, deflection or displacement observations, anchor condition post-test, and the compliance outcome against AS/NZS 5532 or the manufacturer's rated capacity. Where visual inspection alone is insufficient to establish ongoing suitability — for embedded or cast-in anchors, for anchors showing surface corrosion or substrate cracking, or where the installation date cannot be verified — a load test provides the objective evidence of structural integrity that the client needs for their WHS safety case. Load test certificates are attached to the anchor record and included in the client compliance report.
Per-asset inspection history across your entire client base
Every anchor point, static line system, and item of fall arrest equipment in your client base has a persistent asset record — installation date, manufacturer, model, serial number, rated load capacity, installation standard, and a complete chronological inspection history. When a SafeWork inspector visits a client site and requests the inspection history for a specific anchor, or when a client changes facilities manager and the new FM needs to understand the compliance status of the existing height safety system, the full asset history is retrievable in seconds. This is not possible with a folder-based or spreadsheet-based system at scale.
Annual inspection scheduling with automated client reminders
Set the next inspection due date for every asset at the point of each inspection completion. The platform generates the next inspection job automatically and sends an automated reminder to the client's safety manager or facilities manager in the weeks before the due date — reducing the volume of 'our inspection is overdue' calls your office handles and eliminating the manual diary-checking step that fails when the office is busy. For an inspector managing 600 anchor points across 40 client sites, annual scheduling without a dedicated software tool is a full-time administrative job.
Mobile job completion and same-day invoicing
Mark the inspection complete and generate the invoice from the inspector's phone the moment the site inspection is finished. The invoice — including per-anchor inspection fees, static line inspection charges, fall arrest equipment inspection, travel, and any defect remediation charges — reaches the client the same day. For a business completing 10 to 20 site inspections per week, the difference between same-day invoicing and two-week delayed invoicing is a persistent cash flow gap of several thousand dollars in completed but unbilled work.
Client compliance dashboards and defect tracking
Maintain a compliance status dashboard for every client site — which anchors are in date, which are approaching due, which have open defects, and whether defect remediation has been completed and re-inspected. When a client's WHS manager needs to report on the compliance status of their height safety systems for an internal audit or an insurer's review, the dashboard summary and the underlying asset records can be exported in a format the client can use. Defect tracking with a defined corrective action deadline and a re-inspection workflow ensures that a defect raised on-site is not forgotten between visits.
Already Running an Electrical or Roofing Business?
TPT's ERP is built as a multi-trade platform. If you already use the electrical or roofing module for your main work, the height safety inspection workflow is an additional vertical within the same subscription — same client records, same invoicing pipeline, same Xero integration, separate compliance workflows for each trade. There is no second system to maintain and no double-entry of client details. Switch between electrical jobs and height safety inspection schedules in the same dashboard.
For a business that carries out both electrical installation and height safety inspection at commercial and industrial sites — a common combination in the Australian market — managing both workstreams in the same platform removes the most common failure point: the height safety inspection side sitting in a spreadsheet while the electrical jobs are managed in a separate system, with annual inspections falling overdue because the spreadsheet is not being monitored.
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Frequently Asked Questions
What qualifications do I need to inspect height safety equipment in Australia?
In Australia, height safety equipment inspection must be conducted by a 'competent person' — defined under the Work Health and Safety Act 2011 (Commonwealth and state equivalents) as a person with the skills, training, knowledge, and experience to carry out the inspection safely and correctly. There is no single national licence for height safety inspectors, but industry-accepted competency pathways include: completion of RIIWHS204E Work Safely at Heights, RIIWHS302E Implement Traffic Management Plans (for road-based height access work), IRATA (Industrial Rope Access Trade Association) certification (Levels 1–3), and completion of height safety inspector training provided by accredited training organisations such as ARAA (Australasian Rope Access Association) or equipment manufacturer-specific programs. For anchor point inspection and load testing, inspectors typically hold evidence of training in AS/NZS 5532 anchor device assessment, structural load assessment, and the manufacturer's recommended inspection procedures for the specific anchor types they assess. Some states — notably Victoria and Queensland — have additional high-risk work licence requirements for specific working at heights activities. Before operating as a height safety inspector in Australia, check the requirements with the relevant state WHS regulator: SafeWork NSW, WorkSafe Victoria, Workplace Health and Safety Queensland, SafeWork SA, WorkSafe WA, or NT WorkSafe.
What is AS/NZS 1891 and what does it require for height safety inspections?
AS/NZS 1891 is the joint Australian and New Zealand standard series for industrial fall arrest systems and equipment. It comprises multiple parts: AS/NZS 1891.1 covers harnesses and ancillary equipment; AS/NZS 1891.2 covers horizontal lifeline and rail systems; AS/NZS 1891.3 covers fall arrest devices; and AS/NZS 1891.4 is the critical document for inspectors — it covers the selection, use, and maintenance of industrial fall arrest systems. AS/NZS 1891.4 specifies that all fall arrest equipment must be inspected by a competent person at intervals not exceeding twelve months (or more frequently where conditions of use — UV exposure, chemical exposure, abrasion — accelerate degradation). The standard also requires pre-use inspection by the user before each use. As an inspector, your inspection reports must demonstrate that you have assessed each item against the criteria specified in AS/NZS 1891.4 — including webbing condition, hardware condition, stitching integrity, energy absorber status, and correct function of connectors and fall arrest devices. A generic inspection form that does not capture these specific criteria does not constitute a compliant competent-person inspection record.
What is AS/NZS 5532 and how does it apply to anchor point inspections?
AS/NZS 5532:2013 — Manufacturing requirements for single point anchor devices used for the attachment of industrial fall arrest systems — sets the design, material, manufacturing, and testing requirements for anchor devices. As a height safety inspector, you use AS/NZS 5532 to verify that existing anchor points on a client site meet the minimum structural requirements — typically a minimum static strength of 12 kN (or 15 kN for dynamic loading in some configurations) — and that the installation meets the standard's installation requirements. Where an anchor is not marked with an AS/NZS 5532 certification stamp, is of unknown manufacture, or shows signs of structural degradation (corrosion of the baseplate, cracking of the substrate, movement under inspection force), the anchor must be withdrawn from service or subjected to proof load testing to establish its current capacity. The inspection report for each anchor point must reference the relevant standard and clearly state whether the anchor is approved for continued service, conditionally approved pending remediation, or withdrawn from service. AS/NZS 5532 is being progressively superseded by AS/NZS 22846 (ISO equivalent), which aligns Australian and New Zealand requirements with international standards — inspectors should be familiar with both.
How often must anchor points and height safety equipment be inspected in Australia?
Under AS/NZS 1891.4, all industrial fall arrest equipment must be inspected by a competent person at intervals not exceeding twelve months. More frequent inspection is required where equipment is used in conditions that accelerate degradation — UV-intensive rooftop environments, marine or coastal environments with salt corrosion exposure, industrial environments with chemical or abrasive exposure, or where equipment is used heavily (more than 200 uses per year). Anchor points installed in concrete, masonry, or steel substrates should be inspected annually as a minimum, with proof load testing at intervals specified by the manufacturer or the installing engineer — commonly every two to five years depending on anchor type, substrate condition, and inspection findings. Static line and horizontal lifeline systems should be inspected annually, with tensioning checked and components assessed for wear at each inspection. Fall arrest equipment that has been subjected to a fall arrest event — where the energy absorber has deployed — must be withdrawn from service immediately and inspected by the manufacturer or a competent person before return to service, regardless of when it was last inspected. Some equipment categories — self-retracting lifelines (SRLs) — may have manufacturer-specified service intervals (typically two to five years) in addition to the annual competent-person inspection requirement.
What must appear on a compliant height safety inspection report in Australia?
A compliant height safety inspection report in Australia must include: the client site name and address, the inspection date, the name and competency evidence (training or certification) of the inspector, a description of each asset inspected (by type, manufacturer, model, serial number, and installation location), the inspection method applied (visual, tactile, function test, or proof load test), the inspection criteria applied (the relevant standard or manufacturer's specification), the condition assessment for each item (pass/fail for each inspection criterion), any defects identified and the recommended corrective action, the re-inspection interval recommended (typically twelve months or sooner if a conditional pass), and the inspector's signature. For anchor points specifically, the report should identify the structural substrate, the installation method (cast-in, chemical anchor, through-bolt, or proprietary system), the load-rated capacity, and any observed substrate conditions that affect the anchor's structural integrity. A report that does not capture these elements at the per-asset level does not constitute a defensible competent-person inspection record under AS/NZS 1891.4.
What happens when a height safety anchor point or piece of equipment fails inspection?
When an anchor point or item of fall arrest equipment fails inspection, the inspector must: immediately withdraw the item from service (or clearly communicate the withdrawal requirement to the site owner or WHS manager), issue a written defect notice that identifies the item by serial number or installation location, describes the specific defect or failure mode, and specifies the corrective action required. For anchor points, failure typically means either withdrawal from service pending structural repair or replacement, or proof load testing if the failure is based on visual assessment of the substrate rather than a definitive structural defect. For fall arrest equipment, failure at inspection means the item must be permanently retired and destroyed if the failure is a function or structural failure, or returned to the manufacturer for assessment if the failure mode is not clear. The inspector cannot simply flag a failed item on the report and leave it in service — this creates a direct WHS liability for both the inspector and the site duty holder. Purpose-built height safety inspection software maintains a defect register per client site, with a corrective action deadline and a re-inspection workflow, so that open defects are tracked to resolution rather than being noted in a report that no one follows up.
What is the difference between an anchor point inspection and a proof load test?
An anchor point inspection is a competent-person visual and tactile assessment of the anchor device, its base plate, the fastening hardware, and the structural substrate to which it is attached. The inspector assesses corrosion, cracking, movement, fastener condition, and compliance with the installation requirements of AS/NZS 5532 and the manufacturer's specification. An inspection does not apply a physical load to the anchor — it relies on the inspector's judgment of the anchor's condition from observable evidence. A proof load test applies a defined static or dynamic load to the anchor — typically 6 kN (the rated load for a single-point anchor under a two-person system) or higher, as specified by the client's engineer or the manufacturer — and records the anchor's response: whether it holds the applied load without movement, deflection beyond tolerance, or substrate cracking. A proof load test provides objective, measurable evidence of the anchor's current structural capacity that a visual inspection cannot. Proof load testing is typically required for: anchors of unknown specification or provenance, anchors installed in deteriorated or cracked substrates, anchors in high-consequence or multi-person loading applications, and anchors where a visual inspection has revealed signs that warrant further investigation. Proof load test results must be documented with the applied force, test duration, and observed response — and the load test certificate forms part of the anchor's compliance record.
Which state regulators oversee height safety compliance in Australia?
Height safety compliance in Australia is overseen at the state and territory level under the Work Health and Safety Act framework, with Safe Work Australia providing national guidance. The relevant state regulators are: SafeWork NSW (New South Wales), WorkSafe Victoria (Victoria), Workplace Health and Safety Queensland (Queensland), SafeWork SA (South Australia), WorkSafe WA (Western Australia), NT WorkSafe (Northern Territory), WorkSafe ACT (Australian Capital Territory), and the federal Comcare (for Commonwealth entities). Each regulator enforces the model WHS Regulations within their jurisdiction and can issue improvement notices, prohibition notices, and prosecute duty holders — including the height safety inspector if the inspector's negligent or incorrect certification contributed to a WHS incident. The Safe Work Australia Code of Practice: Managing the Risk of Falls at Workplaces is the primary practical guidance document for height safety, supplementing the AS/NZS 1891 series. Inspectors operating across multiple states should be familiar with any state-specific variations to the model regulations and any state-specific licensing requirements for high-risk work activities.
How do I manage height safety inspection records for multiple client sites?
Managing height safety inspection records across multiple client sites without purpose-built software creates compounding administration problems at scale. The typical paper-based approach — inspection sheets per site compiled into a folder, scanned to a shared drive, device list maintained in a spreadsheet — fails in several predictable ways: retrieval at audit or incident is slow and incomplete; inspection due dates are tracked in a separate diary or spreadsheet that is not checked consistently; newly installed anchor points are not added to the register promptly; and defect notices raised during an inspection are not followed up because there is no systematic tracking mechanism. Purpose-built height safety inspection software maintains a persistent asset register per client site — every anchor point, static line, and item of fall arrest equipment, with its serial number, installation date, rated capacity, and complete inspection history. Inspection due dates are tracked automatically and reminders sent to both the inspector's scheduling system and the client contact. Defects raised at inspection are tracked against a resolution deadline with a re-inspection trigger. For an inspector managing 40 client sites and 500+ individual assets, this removes approximately four to six hours of administration per week and eliminates the category of compliance failure where a device goes overdue because nobody checked the spreadsheet.
How should I price height safety inspection contracts in Australia?
A profitable annual height safety inspection contract should be priced to cover: travel time to the site (particularly for remote or regional sites), site access time (including inductions, escort requirements, and access equipment setup where needed), time per anchor point (varies significantly between a simple single-point roof anchor in accessible ceiling space and a cast-in anchor in a confined substrate requiring proof load testing), time per item of fall arrest equipment (harness inspection is faster than SRL inspection), report preparation time (generating compliant per-asset inspection records takes longer than filling in a site summary sheet), any proof load testing equipment maintenance and calibration costs, and a margin that accounts for defect follow-up re-inspections that are not always separately billed. The most common pricing errors are: pricing all anchor types at the same per-anchor rate regardless of inspection complexity, failing to charge separately for proof load testing, and not including report preparation time in the site visit estimate. For large commercial clients — property managers with multiple sites, facilities managers overseeing a portfolio of buildings — block contract pricing (all sites for a fixed annual fee) can be competitive but is only profitable if per-asset costs are accurately captured in the pricing model before the contract is agreed.
What are the WHS consequences of inadequate height safety inspection records?
Inadequate height safety inspection records create WHS liability for both the duty holder (the business or building owner responsible for the height safety system) and the competent person (the inspector who certified the equipment). In the event of a fall from height, the first documents a WHS regulator requests are the inspection records for the anchor point or fall arrest equipment that failed or was in use at the time of the incident. If those records do not exist — because the inspection was not carried out, because paper records were not retained, or because the records do not contain the required level of detail — the duty holder faces potential prosecution under the WHS Act for failing to ensure the health and safety of workers. The inspector faces potential prosecution for issuing a certification without conducting an adequate inspection, or for issuing a certification that is not in compliance with the relevant standards. Penalties under the WHS Act include significant fines (up to $50,000 for an individual, $500,000 for a corporation, and $3 million for a Category 1 offence resulting in death or serious injury) and, in the most serious cases, imprisonment. Maintaining complete, per-asset inspection records that demonstrate a competent-person inspection was conducted in compliance with AS/NZS 1891.4 is the inspector's primary risk management tool.
What is IRATA certification and do I need it to inspect height safety systems in Australia?
IRATA (Industrial Rope Access Trade Association) is an international certification scheme for rope access technicians, operating at three levels: IRATA Level 1 (entry-level rope access worker), Level 2 (experienced technician capable of supervising Level 1 workers), and Level 3 (supervisor and team leader). IRATA certification is widely recognised in the Australian height access industry and is a common requirement for working on complex structures — wind turbines, telecommunications towers, bridges, and high-rise facades — where rope access is the primary access method. However, IRATA certification alone does not constitute a competency to inspect industrial fall arrest systems under AS/NZS 1891.4 — it certifies the ability to work using rope access techniques, not the ability to conduct a formal inspection of fall arrest equipment for compliance purposes. For height safety inspection work, the relevant competency evidence is training in AS/NZS 1891.4 inspection procedures, delivered by a recognised training organisation. In practice, many experienced height safety inspectors in Australia hold both IRATA certification (for access to difficult structures) and formal inspector training (for the compliance certification function). Whether IRATA is required for a specific inspection job depends on the site, the access method, and the client's requirements — not on the regulatory requirements for fall arrest inspection per se.
How does height safety inspection software handle recurring contract scheduling?
Purpose-built height safety inspection software manages recurring annual contracts by storing the next inspection due date against every asset record and automatically generating the next inspection job when the current inspection is completed. Rather than relying on a manual diary check or a spreadsheet review, the software alerts the inspector's scheduling queue when a client site is approaching its inspection due date — configurable at a lead time of 30, 60, or 90 days before due. Automated reminders can be sent directly to the client's safety manager or facilities manager at the configured lead time, removing the manual outreach step and demonstrating to the client that their contractor is proactively managing their compliance schedule. For a height safety inspection business with 40 client sites and an average of 15 anchor points per site, this removes the primary failure mode of the paper-based system: a site going overdue because the spreadsheet was not reviewed when the office was busy, or because a key staff member was on leave. It also generates a forward scheduling view — the inspector can see three months of upcoming inspections at once, enabling route planning for efficient site visits and labour allocation for peak periods.
Does GST apply to height safety inspection services in Australia?
Yes. All height safety inspection services in Australia — the inspection itself, report preparation, proof load testing, travel charges, defect remediation, and any equipment supply or installation — are subject to 10% GST. Your invoices must display your ABN, the words 'Tax Invoice', the GST amount as a separate line item or as a percentage of the total, and the GST-inclusive total. For recurring annual inspection contracts billed on completion of each site inspection or on a periodic basis, GST applies to each invoice. Many height safety clients are commercial entities — property managers, construction companies, facility operators — whose accounts payable teams require a correctly formatted tax invoice. An invoice that does not display your ABN, the 'Tax Invoice' designation, and the correct GST amount will be returned by the client's accounts team, delaying payment and adding an unnecessary administrative step. Purpose-built field service software generates GST-compliant tax invoices automatically, with your ABN pre-configured, GST calculated per line item, and the required designations included.
Can height safety inspection software integrate with Xero for BAS reporting?
Yes. For an Australian height safety inspection business, Xero integration means every invoice — with 10% GST correctly applied to inspection fees, proof load testing charges, travel, and remediation work — flows to Xero without re-entry. At BAS time, GST collected is already tallied by job type and client. For payroll, inspector timesheet data captured in the field service platform — including travel time, inspection time, report preparation time, and any after-hours emergency inspections — syncs to Xero Payroll in a format compatible with Single Touch Payroll (STP) reporting. This removes the manual step of transferring hours from paper timesheets or a separate time-tracking app. For the accounts side of the business, the combination of accurate same-day invoicing, automatic GST application, and Xero integration means BAS preparation is a reconciliation step rather than a data assembly exercise. Businesses that are currently re-entering invoice data from a job management system into Xero are carrying a reconciliation risk: discrepancies between what was invoiced in the job system and what is recorded in Xero create BAS errors that the ATO identifies on review.
What should I look for in software built for height safety inspection businesses?
For an Australian height safety inspection business, the essential software capabilities are: per-asset inspection records referenced by serial number, covering anchor points, static lines, and fall arrest equipment; AS/NZS 1891.4-compliant inspection report generation on-site from the asset record; load test certificate generation with applied force, test duration, and compliance outcome; defect notice generation with corrective action tracking; annual inspection scheduling with automated client reminders; client compliance dashboards showing the current status of every asset across all sites; mobile report generation from the inspector's phone or tablet at the point of inspection; same-day invoicing from completed inspections; GST-compliant tax invoicing with ABN pre-configured; and recurring contract management that generates annual renewal invoices automatically. Any platform that requires the inspector to return to the office to generate the report, or that cannot produce a per-asset inspection record at the required level of detail, adds cost and compliance risk at every job. A generic trades app or job management platform has no concept of anchor point substrate assessment, energy absorber deployment status, or SRL function test criteria — these are not nice-to-have features; they are the operational core of a height safety inspection business.
Can TPT height safety software handle both NZ and Australian inspection standards?
Yes. AS/NZS standards — including AS/NZS 1891 and AS/NZS 5532 — are joint Australian and New Zealand standards, published and maintained by both Standards Australia and Standards New Zealand. The inspection requirements, equipment criteria, and documentation obligations are the same under both standards. Where differences exist — for example, in the WHS regulatory framework (Australia uses the model WHS Act; New Zealand uses the Health and Safety at Work Act 2015) or in high-risk work licensing requirements — TPT's platform handles both jurisdictions. For businesses operating across both Australia and New Zealand, the same asset register, inspection record formats, and scheduling system covers both markets without the need for a separate system or a different report template. The regional compliance standards are configured per inspection type, so the generated report references the applicable jurisdiction's regulatory framework alongside the relevant AS/NZS standard.
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