Health and safety software for UK construction must support RIDDOR incident reporting, risk assessment and method statement (RAMS) management, permit-to-work systems, toolbox talk records, COSHH assessments, and CDM Regulations 2015 construction phase plan documentation. Platforms used by UK contractors include Causeway Health and Safety, Assure (formerly SHE Software), SafetyCulture (iAuditor), Sitemate, and Procore Safety. HSE inspection records, CSCS card verification, and induction logs are the three most frequently requested evidence types during HSE site visits and must be immediately retrievable in digital form.
Last reviewed May 2026
Construction is consistently one of the highest-risk sectors in the UK for workplace fatalities and serious injuries. The HSE's annual statistics record approximately 35-45 fatal injuries to construction workers per year, alongside tens of thousands of non-fatal injuries and work-related ill health cases. Health and safety software does not prevent accidents - management culture, competence, and site conditions do that - but it provides the documentation infrastructure that enables systematic risk management, evidences compliance with legal obligations, and produces the records needed when incidents do occur. For UK principal contractors, the legal framework is defined primarily by the Health and Safety at Work Act 1974, CDM Regulations 2015, RIDDOR 2013, COSHH Regulations 2002, and the Work at Height Regulations 2005. Health and safety software must be evaluated against these specific obligations, not against generic H&S platform feature lists.
RIDDOR Reporting and Incident Management Workflows
The Reporting of Injuries, Diseases and Dangerous Occurrences Regulations 2013 require employers to report specified incidents to the HSE within defined timeframes: fatalities and specified injuries must be reported immediately by the quickest practicable means; over-seven-day incapacitation injuries must be reported within 15 days of the incident. Reports are submitted electronically via the HSE's online reporting portal, and the employer must retain a copy for three years.
Health and safety software that integrates incident recording with RIDDOR classification and reporting reduces the risk of reportable incidents being misclassified as non-reportable, and eliminates the manual step of transferring incident data from an internal record to the HSE online form. The most effective implementations present the site manager with a structured incident report form that asks the questions needed to determine whether the incident is RIDDOR-reportable and, if so, generates the HSE submission from the data already entered.
Near-miss reporting is equally important from a safety management perspective, even though near misses carry no RIDDOR reporting obligation. Platforms that make near-miss reporting as frictionless as possible for site workers - a short mobile form with a photograph attachment, submittable in under two minutes - generate the near-miss data that enables proactive risk management. A site that records ten near misses per week is not a more dangerous site than one recording zero: it is a site with a more effective safety culture, and its near-miss data identifies hazards before they result in a reportable incident.
RAMS Management: Risk Assessments and Method Statements
Risk assessments and method statements (RAMS) are required under the Management of Health and Safety at Work Regulations 1999 for all significant work activities. On a construction project, each subcontractor typically submits RAMS for their scope of work, which the principal contractor must review and approve before the subcontractor commences on site. On a large project, this can involve hundreds of RAMS submissions across dozens of subcontract packages.
Health and safety software that manages the RAMS submission and approval workflow - tracking which RAMS have been submitted, which are under review, which have been approved, and which have been rejected with comments requiring resubmission - removes a significant administrative burden from the principal contractor's safety team. More importantly, it creates an auditable record of the approval process that is essential evidence in the event of an incident involving a subcontractor whose RAMS was either not submitted or not reviewed before work commenced.
RAMS libraries - template risk assessments and method statements for common construction activities (working at height, excavation, lifting operations, confined space entry, hot works) - are a practical feature that reduces the time subcontractors spend preparing RAMS from scratch. Platforms that include a UK-specific RAMS template library, aligned with HSE guidance on specific hazards, provide a starting point that reduces the risk of significant hazards being omitted from the assessment.
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Platforms Used by UK Construction Health and Safety Teams
Assure (formerly SHE Software) is a UK-built platform targeting mid-to-large employers across construction and other high-risk industries. It covers incident reporting (with RIDDOR classification), risk assessment management, audit and inspection scheduling, permit-to-work, COSHH assessments, and contractor management. Its UK regulatory framework alignment - including CDM 2015 templates and RIDDOR reporting workflows - is stronger than US-origin platforms. It is used by several major UK construction groups as their enterprise H&S management system.
SafetyCulture (iAuditor) is an Australian-origin platform with very strong UK uptake in construction due to its mobile-first design and template marketplace. Its inspection and audit templates (including HSE-aligned construction site inspection checklists) can be deployed immediately without significant configuration. It is less strong on enterprise features (permit-to-work, COSHH management, contractor RAMS workflow) than Assure, but its ease of deployment makes it widely used for specific functions - daily site inspections, toolbox talk records, equipment check sheets - within a broader H&S management system.
Sitemate is a newer platform gaining traction in UK construction for its workflow builder approach - safety forms, inspections, and permit-to-work processes are built using a configurable form builder rather than pre-set modules. This flexibility is an advantage for contractors with non-standard processes, but requires more implementation effort than a template-driven platform.
Causeway Health and Safety is the H&S module within the Causeway construction management suite. Its integration with Causeway's site management and commercial tools means that safety records, programme data, and cost data share a common project record. For contractors already in the Causeway ecosystem, this integration reduces duplication and improves the completeness of the project record.
| Platform | RIDDOR workflow | RAMS management | Permit-to-work | Best for |
|---|---|---|---|---|
| Assure (SHE Software) | Yes | Yes | Yes | Mid-large UK contractors |
| SafetyCulture (iAuditor) | Via template | Basic | Configurable | Inspections, toolbox talks |
| Sitemate | Configurable | Configurable | Configurable | Custom workflows |
| Causeway H&S | Yes | Yes | Yes | Causeway ecosystem users |
COSHH, Permit-to-Work, and Work at Height Records
COSHH (Control of Substances Hazardous to Health) assessments are required under the COSHH Regulations 2002 for any construction activity involving exposure to hazardous substances - including concrete dust (respirable crystalline silica), wood dust, isocyanates in spray polyurethane foam, asbestos disturbance (covered by its own regulations), and chemical products. H&S software that maintains a digital COSHH register - listing hazardous substances used on site, their associated assessments, and the control measures in place - enables the safety team to verify that all substances in use have a current assessment and that workers have been briefed on the controls.
Permit-to-work systems control high-risk activities - hot works, confined space entry, live electrical work, excavation near buried services - by requiring formal authorisation before work commences, specifying the controls to be in place, and formally closing the permit when work is complete. Digital permit-to-work systems replace paper permit books and eliminate the most common permit failures: illegible permits, permits not closed at end of shift, and multiple concurrent permits for the same hazardous area creating conflicting work. The Work at Height Regulations 2005 require that work at height is planned, supervised, and carried out by competent persons; permit records for work at height activities provide evidence of this compliance.
Toolbox talk records - brief safety briefings delivered to the site team on specific hazards - should be recorded digitally with the topic, date, presenter name, and attendee names. These records are among the first documents requested during an HSE investigation following a site incident. A platform that allows toolbox talk attendance to be captured on a mobile device (by scanning worker cards or capturing signatures) eliminates the paper sign-up sheet that is frequently incomplete or absent when needed.
Competence and Induction Record Management
The HSE expects principal contractors to verify that all workers on site are competent for the work they are carrying out. In practice, this means verifying CSCS card status (or equivalent scheme card for specialist trades), retaining copies of relevant qualifications (NPORS, CPCS for plant operators, IPAF for powered access, PASMA for mobile scaffolding), and recording that each worker has received a site-specific induction before starting work. Health and safety software that stores these records against a named worker profile - searchable by the site manager or safety officer in real time - enables immediate verification during an HSE site visit without manual paper searches.
CSCS card expiry tracking is a near-universal requirement on commercial construction sites. A digital worker register that alerts the site manager when a worker's CSCS card is approaching its expiry date (typically 60 and 30 days in advance) prevents the common scenario of a worker continuing on site with an expired card. The CITB's CITB levy and grant scheme funds training for construction workers; health and safety software that records training undertaken and links it to CITB grant claims helps contractors recover training costs systematically rather than retrospectively.
FAQ
Is health and safety software a legal requirement for UK construction employers?
No legislation mandates specific health and safety software. However, the record-keeping obligations under RIDDOR, COSHH, CDM 2015, and the Health and Safety at Work Act 1974 create practical requirements that are difficult to meet at scale without digital tools. HSE inspectors assess compliance against outcomes - adequate records, evidenced risk assessments, documented inductions - not against the tools used to produce them. Paper-based systems are legally adequate but practically inferior for any site with more than a handful of workers.
What records must be immediately available during an HSE site visit?
HSE inspectors on a construction site typically request: the construction phase plan, site induction records for all workers currently on site, CSCS card evidence for workers observed, the F10 notification (for notifiable projects), current risk assessments and method statements for activities in progress, any permit-to-work records for high-risk activities in progress, and RIDDOR records for any incidents in the past three years. Digital platforms that allow these records to be retrieved on a mobile device within minutes significantly reduce the administrative disruption of an HSE visit.
How should UK contractors manage subcontractor RAMS submissions?
Subcontractor RAMS should be submitted to the principal contractor before work commences, reviewed by a competent person (the principal contractor's safety team or an appointed safety adviser), and either approved or returned with specific comments requiring revision. The approval record - who reviewed, when, and the outcome - should be retained against the project record. Health and safety software with a RAMS submission portal allows subcontractors to upload their documents directly, reducing email management and ensuring version control.
Does COSHH apply to all construction sites including small domestic projects?
COSHH Regulations 2002 apply to all employers who expose workers to hazardous substances, including domestic construction projects. The assessment must be proportionate to the risk - a small domestic refurbishment involving wood dust requires a simpler assessment than a large commercial project using multiple chemical products. For small projects, the HSE's COSHH essentials tool provides a risk-band approach to generating appropriate control measures without a full quantitative risk assessment.
What is the difference between a principal contractor and a contractor for CDM purposes?
The principal contractor is appointed by the client for notifiable projects and has overall responsibility for coordinating construction phase health and safety. A contractor is any organisation carrying out construction work. On a single-contractor project, the same organisation may be both the only contractor and effectively fulfil the principal contractor role. On multi-contractor projects, there is always exactly one principal contractor, who must coordinate the activities of all other contractors and manage the construction phase plan.
How We Verified
This article draws on HSE guidance on RIDDOR 2013, CDM Regulations 2015, COSHH Regulations 2002, and the Work at Height Regulations 2005. CITB levy and grant information was checked against current CITB published guidance. Platform capability descriptions are based on publicly available product documentation as of May 2026. No vendor paid for inclusion in this article.
