6 Best Permit-to-Work Software for High-Risk Operations (2026)

Lucidity is the most feature-complete permit-to-work platform tested, built specifically for oil and gas operations where multiple high-risk permits run simultaneously across complex facilities. The platform covers hot work, confined space entry, LOTO isolation certificates, working at height, excavation, radiography, and custom permit types — each with dedicated workflows, not repurposed form templates. Isolation management goes beyond basic LOTO checklists by linking isolation certificates to specific equipment tags, tracking lock status per isolation point, and requiring sequential de-isolation verification before permits close.

Hazard crossover detection is Lucidity's standout capability. When a supervisor requests a hot work permit, the system checks for active confined space entries, gas testing results, and other permits in the same zone. If a conflict exists — such as hot work requested within 35 meters of an open hydrocarbon system — the permit is flagged and escalated before authorization. This prevents the scenario where two crews unknowingly create hazardous conditions by working in adjacent areas without coordination.

The trade-off is accessibility and cost. Lucidity is an enterprise system designed for organizations with dedicated PTW administrators and operations control rooms. Implementation takes months, configuration requires process engineering expertise, and pricing reflects the platform's depth. For a 50-person well service contractor that needs to pull a hot work permit at a well site, Lucidity is significantly more system than they need. It is built for operators and large EPC contractors managing hundreds of concurrent permits across major facilities.

SafetyCulture handles permits as customizable inspection templates rather than controlled authorization workflows. You can build hot work permits, confined space entry checklists, and LOTO verification forms using the drag-and-drop template builder with conditional logic — for example, requiring gas test results before a hot work section becomes visible, or triggering a supervisor notification when atmospheric readings exceed safe thresholds. The template flexibility is genuine, but the permit logic depends entirely on how well you configure the template.

The mobile experience is SafetyCulture's strongest advantage for permit workflows. Field crews already familiar with iAuditor for inspections can complete permits on the same app without learning a new system. Photo capture with annotations, digital signatures, and GPS tagging are all available within the permit workflow. The pre-built template library includes hot work, confined space, and general work permits for multiple industries, so teams can deploy basic digital permits within hours rather than weeks.

The gap is in authorization enforcement. SafetyCulture treats a permit like any other inspection form — it can be completed, approved, and closed, but there is no mechanism to enforce sequential authorization steps (gas test confirmed before fire watch assigned before hot work authorized). There is no real-time visibility into how many active permits are open at a location, and no hazard crossover detection. For teams that need a simple digital replacement for paper permits, SafetyCulture works well. For operations where permit authorization sequence is safety-critical, the platform lacks the enforcement layer that dedicated PTW systems provide.

ePermitHub is a dedicated permit-to-work platform, not a safety management system with permits bolted on. Every feature — from the sequential authorization engine to the visual permit conflict map — is designed specifically for managing high-risk work authorization. This focused approach means the PTW workflows are deeper than what you find in general-purpose safety platforms, but you need a separate system for audits, incidents, and JSAs.

The hazard crossover detection with visual mapping is the standout feature. Active permits are displayed on a configurable site layout, showing exactly where authorized work is occurring. When a new permit is requested, the system checks for conflicts — hot work near open hydrocarbon systems, excavation near active confined space entries, or simultaneous LOTO procedures on connected equipment. The visual map makes these conflicts immediately obvious to the permit coordinator rather than buried in a list view.

Sequential authorization is enforced by the system, not just suggested. A hot work permit cannot progress to the "authorized" state until gas testing is documented, fire watch is assigned, and the area supervisor has approved the work scope. Each step in the authorization chain is configurable per permit type, and the system tracks exactly who completed each step and when. Automated permit expiration at shift boundaries forces crews to reauthorize permits rather than working under a permit that was approved 12 hours ago with different conditions.

Intelex offers permit-to-work as a configurable module within its enterprise EHS platform. The PTW capability is fully customizable — you can define your own permit types, configure authorization workflows with multi-level approval chains, set risk scoring methodologies per permit type, and build custom forms that capture the specific data your operation requires. This configurability makes Intelex suitable for organizations with diverse permit requirements across different facility types.

The real value of Intelex for PTW is the integration layer. When a hot work permit is authorized, the risk assessment connects to the organizational hazard library. If an incident occurs during permitted work, the incident module links back to the permit, captures investigation findings, and generates corrective actions. Over time, this feedback loop builds a data set showing which permit types generate the most incidents, which controls are most effective, and where authorization processes need tightening.

The challenge is the same as with any enterprise platform: cost, implementation time, and field usability. Intelex is designed for organizations with dedicated EHS departments, IT support, and budget for multi-month implementation projects. The permit workflows are powerful once configured, but reaching that configured state requires process engineering effort. For a well service contractor that needs to pull a hot work permit on a phone at a remote location, Intelex delivers the permit but not the speed. It is a strategic platform for large operators, not a tactical tool for field crews.

Evotix (rebranded from SHE Software in 2021) offers permit-to-work as part of its Assure platform, which handles incidents, audits, risk assessments, and permits in a unified system. The PTW capability is built on Evotix's configurable workflow engine, which means organizations can design permit authorization sequences that match their existing operational procedures — defining which roles approve at each stage, what prerequisite checks must be completed, and how permits escalate when conditions change.

The analytics layer is where Evotix differentiates from simpler permit tools. The platform tracks leading indicators across permit data: how often permits are extended beyond their original duration, which work types generate the most safety observations during permitted activities, and where authorization bottlenecks create schedule pressure that may lead to shortcuts. This data helps safety managers improve the PTW process itself rather than just managing individual permits.

The trade-off is that Evotix's PTW capability is general-purpose rather than industry-specific. The workflow engine can model any permit type, but it does not include pre-built logic for oil and gas specific requirements like gas testing prerequisites, LEL monitoring integration, or isolation certificate management. Organizations need to configure these workflows themselves, which requires process knowledge and setup time. For companies that already have well-defined PTW procedures and want a digital platform that mirrors those procedures exactly, Evotix's configurability is an asset. For companies looking for an out-of-the-box PTW system with industry-specific logic, the configuration investment may be a barrier.