Electronic Permit to Work Software for High-Risk Industrial Work
iPermits is Innovapptive’s AI-powered electronic permit to work software, helping EHS leaders, permit issuers and area authorities raise compliant permits in minutes, verify isolation and PPE before start, and close every high-risk job audit ready. Pre-integrated with all leading ERPs, it enables one flow from permit request to work order closure.
Reduces Safety Incidents by 60–75% Compared with Paper & Manual Permit Processes
Reduces Multi-Million-Dollar Compliance & Regulatory Fine Exposure with Enforced, Audit-Ready Control of Work
Frost & Sullivan 2026 Company of the Year • Frost Radar Leader, Connected Worker Platform • 50+ ERP & EHS connectors
Smart Permit Builder
Pre-filled from history and safety rules
Offline
Raise and close no signal needed
Trusted by global process manufacturers
Core Capabilities
Permit to Work Software That Cuts Permit Cycle Time, Work Delays & Safety Incidents
iPermits is built around the permit issuer, the permit approver and the work party. Named AI agents drive permit creation, hazard analysis, PPE verification and breach reporting, and every closure writes back to the ERP. Integrated with SAP, IBM Maximo and 50+ enterprise systems.
Smart Permit Builder
Permit creation falls from twenty minutes to under two.
The Smart Permit Builder uses historical permit data and your business safety rules to auto-generate and pre-fill the permit for the job at hand. Issuers receive the right permit type, the suggested hazards and the applicable controls in seconds. Welding and cutting, confined space, line break and working at height permits all follow the same governed flow.
Every permit starts with the hazards and the controls in place.
Hazard identification, controls and approval readiness are linked directly into the permit workflow. AI JHA drafts the hazard analysis with dynamic risk identification, and approval gates hold any permit with an outstanding control. Jobs begin with current controls rather than with a checklist signed from memory.
No permit goes live without verified isolation, and no conflicting work goes unseen.
iPermits connects permit issuance to isolation readiness, tag status, field verification and the de-isolation sequence. Lockout and tagout is enforced as part of the permit in line with OSHA 1910.147, rather than tracked in a parallel register. Spatial and SIMOPS conflicts are flagged before approval, so a welding permit adjacent to a line break is caught before it is released, and de-isolation stays blocked until the permit is closed and the work party has signed off.
PPE is validated after the work party signs on, before execution begins.
After the work party signs on, PPE Validation verifies required protective equipment in real time through the device camera before execution begins. Non-compliance is captured as evidence and routed as a breach report or notification. The record attaches to the permit, so patterns become visible by area, contractor and shift.
Every entry logged against live gas readings, never a stale test.
For confined space entry and hot work, entrants and technicians capture atmospheric readings, oxygen, explosive gas (LEL), CO and H2S, before work starts and on every re-test. Each reading is timestamped and geo-tagged to the permit. When a value falls outside safe limits, iPermits raises an immediate alert to the attendant and entrants to evacuate. Aligned with OSHA 1910.146 confined space entry.
Live isolation status, breaches and real-time Control of Work analytics.
A real-time Control of Work dashboard tracks live isolation status, approvals, expiries, bottlenecks and breaches across every site. Leaders see which isolations are active, which permits are open and where the delays sit, in one live view of status, risk and audit evidence.
EPTW electronic permit to work platforms link the moment work is requested to the moment it is closed and evidenced. A digital permit to work system removes the paper trail, the radio call and the lost sign-off. iPermits runs that sequence end to end, and the approved permit reaches the crew with the work order attached.
STEP 1
Permit Request + Smart Builder
AI-Assisted
A permit is requested and the Smart Permit Builder pre-fills type, hazards and controls from historical permit data and business safety rules.
STEP 2
JHA & Risk Assessment
Controls Linked
Hazards are identified and controls applied, with approval gates that block any start on an incomplete assessment.
STEP 3
Isolation & SIMOPS
Verified · Conflict-Aware
Isolation and LOTO are field verified, and SIMOPS conflicts are identified before approval so conflicting work is visible before the permit is released.
STEP 4
Approval & Acknowledgement
Digitally Acknowledged
The approver signs, and issuers, holders and contractors digitally acknowledge permit conditions and job risks before work begins.
STEP 5
PPE Readiness & Execution
Post Sign-On · Execution Ready
After the work party signs on, required PPE is validated before execution begins. Non-compliance is captured and routed while the active permit remains monitored through execution.
STEP 6
Closure & Audit Trail
Written Back to ERP
De-isolation, sign-off and evidence are captured and synced to SAP or Maximo as a complete, timestamped audit record.
RapidSync™ offline end to end — raise, approve and close with no connectivityEvery acknowledgement timestamped — audit-ready by default
Built to plug into the systems you already run.
Bi-directional, pre-built integrations across historians, APM, MES/SCADA, EHS, and ERP/CMMS — so your investments in OT and IT keep compounding.
How Innovapptive iPermits Compares With Paper, Manual & Other E-Permit Solutions
Compare iPermits with other electronic permit solutions and paper or manual permit processes across permit creation, hazard assessment, isolation, PPE validation, SIMOPS, field execution and audit evidence.
Process
Innovapptive iPermits
Paper & Manual Permits
Other E-Permit Solutions
Permit creation
AI drafted from permit history and safety rules, under 2 minutes
Handwritten, around 20 minutes per permit
Digitized forms, often still manually configured
Hazard assessment
AI-drafted JHA linked to the approval gate
Separate JHA sheet, filed by hand
JHA may be separate or attached, with limited workflow linkage
Isolation and LOTO
Field verified, permit held until confirmed
Tracked on a tag register
Isolation is recorded digitally; field verification varies by solution
PPE verification
Device camera validation after sign-on, before execution
Visual check at the gate
Typically checklist-based, with limited post-sign-on verification
Conflicting work (SIMOPS)
Spatial conflict flagged before approval
Permit board and radio calls
Basic permit visibility, with limited spatial conflict detection
Permit status
Live dashboard with expiry and breach alerts
Known only to whoever holds the paperwork
Dashboard visibility varies and is often site-specific
Field execution
Full offline raise, approve and close
Paper travels with the crew
Mobile and offline execution capabilities vary by solution
Work order linkage
Bi-directional, closure posts to the work order
Manual cross-reference
Integration is often connector- or project-dependent
Audit evidence
Timestamped evidence captured as work proceeds
Reconstructed from files after the fact
Digital records exist, but evidence depth varies by solution
Built for Everyone
Work Permit Software Built for Issuers, Approvers, EHS Leadership and Field Crews
Under 2 minTo raise a compliant permit
Raise the right permit without chasing signatures.
The Smart Permit Builder pre-fills permit type, hazards and controls from historical permit data and business safety rules. The permit routes for approval automatically, and the issuer sees exactly where it is held. Consistency comes from the rules engine rather than from an individual issuer.
Approve with the controls, the isolations and the conflicts in one view.
JHA readiness, verified isolation points and any SIMOPS conflict are presented before signature. Approval gates hold incomplete permits. After work-party sign-on, PPE is validated before execution begins.
60-75%Reduction in safety and compliance violations
Run Control of Work as a measured program, not a filing cabinet.
Live permit status, breach reporting and closure evidence are consolidated across every site. Violation patterns are visible by area, contractor and shift. Every acknowledgement carries a timestamp and an identity, so audit responses do not require reconstruction.
Sign on, work under the permit and close out with no signal.
Work-party acknowledgement, control confirmation and closure run on mobile in hazardous areas and remote installations. After sign-on, PPE is validated by the device camera before execution begins. RapidSync™ reconciles the record once connectivity returns, so no evidence is stranded on the device.
Permits ready before the crew mobilizes, not after.
Permit lead time is built into the schedule, and the permit links to the SAP or Maximo work order. Coordination delay, travel and late starts fall, so more of the shift reaches the tool. Safety becomes part of execution rather than a queue in front of it.
Add permit types and control sets without writing custom code.
iPermits layers onto SAP S/4HANA, SAP PM, IBM Maximo or Oracle. Permit types, control sets and approval hierarchies are configured in the RACE no-code engine, so there is no per-site branch to regression test each quarter.
AI-Powered Electronic Permit to Work, Connected to Your ERP
A personalized walkthrough covering your permit types, your isolation practices and your SAP or Maximo environment, plus a customized value brief. Thirty minutes with a value engineer.
Recognized as a Leader in Connected Worker Platforms
Frost & Sullivan named Innovapptive 2026 Company of the Year and a Leader in its Frost Radar™ for Augmented Connected Worker, End-to-End Platforms, based on platform breadth, AI execution capability, and measurable customer impact.
Frost & Sullivan Best Practices
2026 Company of the Year, Global Connected Worker Platforms
Frost & Sullivan recognized Innovapptive for closing the frontline execution gap with its end-to-end connected worker platform.
“Innovapptive has taken an innovative approach to AI, developing one of the most extensive AI agent portfolios available. These agents assist manufacturers with their maintenance, operations, reliability, safety, and analytics needs.”
Juan Francisco Dell'Era · Senior Research Analyst, Industrial Automation & Software, Frost & Sullivan
Resources
Must-Have Resources for Control of Work & Safety Leaders
Featured Whitepaper
The 15 AI Agents Powering the Future of Frontline Work
How AI Permits, AI JHA and AI PPE Check remove the manual bottlenecks in permit creation, hazard analysis and PPE verification, and the value each agent delivers across safety, maintenance and operations.
Frequently Asked Questions About Electronic Permit to Work Software
What is an electronic permit to work software?
Electronic permit to work software digitizes the authorization of high-risk industrial work. The system handles the request, risk assessment, JHA linkage, isolation readiness, approval, work-party acknowledgement, execution monitoring, breach reporting and closure. It replaces paper permits and disconnected approvals with a mobile, auditable Control of Work process that produces evidence as work proceeds.
What is the difference between a permit to work software and an electronic permit to work system?
Both terms describe the same category. A permit to work system is the governed process for issuing, approving and closing safe work permits, and permit to work software is the platform that runs it. Innovapptive iPermits is a complete electronic permit to work system, connecting permits to JHA, isolation, PPE, SIMOPS and SAP or Maximo work orders.
Is iPermits ISSOW software or an electronic permit administration system?
iPermits meets both requirements. It satisfies ISSOW software specifications, or Integrated Safe System of Work, by linking hazard controls, isolation and PPE to each permit so work is authorized only once readiness is proven. It also serves as an electronic permit administration system, sometimes tendered as ePAS software or as an ISSOW permit platform.
Does electronic permit to work software integrate with SAP and IBM Maximo?
iPermits integrates with SAP S/4HANA, SAP PM, IBM Maximo and Oracle, alongside 50+ other enterprise systems through Integration Manager. Connections are bi-directional and real time. Permits link to maintenance and service orders, and closure evidence returns against the job, so safety records sit with the work rather than in a separate EHS silo.
Can permits be issued and closed offline?
Full offline execution is standard on iOS, Android, Windows and rugged handhelds. Permits are raised, approved, acknowledged, monitored and closed in hazardous areas, tank farms and remote installations with no wireless infrastructure. RapidSync™ reconciles permits, signatures and evidence automatically once the device reconnects, so no record is stranded in the field.
How long does it take to implement work permit software?
First-site deployments run in weeks rather than months, because iPermits connects to the ERP already in place and is configured through the no-code RACE engine. Permit types, control sets and approval hierarchies are configured rather than developed. No ERP replacement, upgrade or custom integration project is required to go live.
How does a digital permit to work system improve compliance and audit readiness?
EPTW electronic permit to work links controls, isolation verification and PPE validation to the approval gate, then captures every approval and acknowledgement with a timestamp and an identity. Closure evidence, breach reports and de-isolation records are retained as an inspection-ready trail. Reported compliance improvement runs 30 to 40 percent.
Which industries use e-permit to work systems?
Asset intensive, contractor-heavy industries depend on them most. Oil and gas, refining, chemicals and petrochemicals, mining and metals, utilities and power generation, and pharmaceuticals all run formal permit to work regimes. Operations with high-consequence assets, simultaneous operations exposure and large turnaround populations see the clearest return.
What is the ROI of permit to work management software?
The return comes from three places: fewer safety incidents, less time lost waiting on authorization, and lower audit and compliance cost. Innovapptive's value model puts the impact at 10 to 15 percent lower maintenance spend and a 5 to 15 percent EBITDA impact. Permit cycle time is usually the first measure to move.
What is a hot work permit, and does iPermits support it?
A hot work permit authorizes any task that can generate a flame, spark or heat source in an area where flammable material may be present, including welding, cutting, grinding and brazing. iPermits issues hot work permits alongside confined space, line break, working at height, excavation and electrical permits. Each type carries its own hazard set, control set and approval hierarchy, configured in the RACE engine rather than developed.
What are e permit to work systems, and how do they differ from paper?
E permit to work systems, sometimes written as EPTW electronic permit to work, are digital platforms that issue, approve and close safe work permits in place of paper. Unlike a paper permit, an e permit to work system links each permit to its JHA, isolation and PPE checks, holds work at the approval gate until readiness is proven, and retains timestamped evidence. iPermits runs the full cycle online or offline and posts closure back to SAP or Maximo.
What is a digital permit to work system?
A digital permit to work system replaces the paper permit with a mobile, auditable workflow covering request, hazard assessment, isolation, PPE, approval, execution and closure. The difference from a scanned or e-form permit is enforcement: a true digital permit to work holds an unsafe job at the approval gate rather than simply storing the record. iPermits adds AI-drafted permits, field-verified isolation and bi-directional ERP write-back.
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Ready to Digitize High-Risk Work From Request to Closure?
See how chemicals, oil and gas, mining and power generation operations use iPermits to issue safer permits faster, enforce Control of Work compliance and keep every high-risk job audit ready, all on the SAP, Maximo and Oracle systems they already run.