Hazards analyzed in one spreadsheet, mitigations tracked in another, and tests verified somewhere else entirely - that's how risks slip through. TraceCloud lets you manage hazards, risks, FMEAs, and risk controls as first-class requirement types in the same platform your team already uses for requirements traceability, reviews, and testing.
TraceCloud doesn't force your risk process into a rigid, pre-built risk management module. Instead, it gives you something more durable: a fully configurable platform where hazards, risks, and controls are requirement types you define - shaped to your standards, your terminology, and your process.
Every TraceCloud project supports custom requirement types with their own attributes, folder hierarchies, and trace relationships. That means your risk and hazard management structure isn't an add-on - it's native. Create a Hazards type for your hazard analysis, a Failure Modes type for your FMEA worksheets, a Risk Controls type for mitigations, and link them all to the safety requirements, tests, and compliance evidence that already live in the same project.
Each type carries the custom attributes your methodology requires. For an FMEA, capture Severity, Occurrence, and Detection and record the resulting Risk Priority Number. For hazard analysis, track Probability, Impact, and Risk Level. Add Owner, Status, Review Cycle, and Residual Risk to keep every item accountable and current. Attributes are yours to name, type, and constrain - so the platform speaks your safety team's language, not the other way around.
Because risk items behave like any other requirement, everything TraceCloud already does - folders, permissions, baselines, approvals, dashboards, Excel import and export, and reporting - applies to your risk data automatically. Import an existing FMEA spreadsheet, organize it into folders by subsystem, and start tracing.
The methods your standards demand map directly onto TraceCloud's configurable types, attributes, and trace relationships. Set up once, reuse across projects with baselines and templates.
Model failure modes, causes, and effects as linked requirement types. Capture Severity, Occurrence, and Detection as attributes, record the resulting RPN, and trace each failure mode to the mitigations and tests that address it. Import your existing FMEA worksheets from Excel and keep working - now with version history and traceability behind every row.
Capture hazards and hazardous situations as their own requirement type, classify them with Severity and Probability attributes, and trace each hazard down through the risks it creates and the risk controls that address it. Folder hierarchies keep hazards organized by subsystem, use scenario, or lifecycle phase - however your hazard analysis is structured.
Evaluate and classify risks with the Probability, Impact, and Risk Level attributes your risk assessment procedure defines. Filter and report on open high-level risks, sort by owner or review cycle, and track residual risk after controls are applied - with the complete assessment history preserved in the audit trail as classifications evolve.
Treat every mitigation and risk control as a traceable, approvable item with an owner and a status. Trace controls upstream to the risks they reduce and downstream to the safety requirements and verification tests that prove they work. Orphan and dangling detection instantly surfaces controls with no verification - before an auditor does.
Why configuration beats a canned risk module: pre-built risk modules encode someone else's process. When your standard, your notified body, or your internal SOP asks for a different structure, you end up working around the tool. TraceCloud's approach - risk artifacts as configurable requirement types - means your risk and hazard management process is reflected exactly, and it evolves when your process does.
Risk traceability is the difference between claiming your hazards are mitigated and demonstrating it. In TraceCloud, any item can be linked to any other - so the chain from hazard to verified test result is navigable, reportable, and always current.
Connect hazards, risks, mitigations, requirements, design artifacts, tests, and verification results across requirement types - upstream and downstream.
Navigate the full chain from a top-level hazard down to test results in a hierarchical trace tree, or review coverage across requirement sets in a visual trace matrix.
Instantly surface risks with no controls, controls with no verification, and hazards that aren't traced to anything - the coverage gaps audits are designed to find.
Before you change a requirement, see every risk, control, and test connected to it. Understand the blast radius of a change before it ships - not after.
Trace risk controls to the tests that verify them, with Pass, Fail, Blocked, and Pending statuses giving you a live picture of what's actually proven.
Two-way Jira synchronization with attribute mapping keeps defects where your developers work - while staying traceable to the risks and requirements they affect in TraceCloud.
Defects raised along the way live in Jira and remain traceable in TraceCloud through two-way sync.
Risk management isn't a one-time analysis - it's a controlled, reviewable, evolving record. TraceCloud's workflow and audit capabilities apply to your risk items the same way they apply to every requirement.
Route risk assessments and controls through structured, multi-level approval workflows with electronic sign-offs - configured per folder to match your process.
Lock a snapshot of your risk file at every milestone - design review, submission, release - and compare against it as the analysis evolves.
Every change to every hazard, risk, and control is logged automatically - who changed what, when, and from what value. No reconstruction before reviews.
Track risk status by owner, folder, baseline, or project - open items, approval progress, and verification coverage in one view.
Generate risk reports across folders, types, and trace chains - exported to Word or Excel, ready to drop into your risk management file.
Folder-level access control keeps the risk file governed - safety engineers edit, reviewers approve, stakeholders view.
When a requirement changes, trace links show exactly which risk assessments and controls need re-review - change management, not change archaeology.
Bring existing FMEA worksheets and risk registers in from Excel, work in the platform, and export back out for offline review - round trip.
Traceability, audit trails, baselines, and approvals support your compliance efforts against the standards your industry works to.
Risk files fail when they're owned by one person and reviewed by email. TraceCloud puts engineering, quality, safety, regulatory, testing, and management in the same platform - looking at the same live data, with the same traceability behind every decision.
Run risk assessment reviews inside the platform, where every participant sees the same items, the same attributes, and the same trace context - instead of five diverging copies of a spreadsheet.
Debate a severity rating or challenge a mitigation right on the item itself. The discussion stays attached to the risk it's about - searchable and in context, not buried in an inbox.
The right reviewers, in the right order, with reminders that keep approvals moving. Sign-offs are logged automatically, so accountability is built into the record.
Everyone works in one platform without everyone touching everything. Folder-level permissions give each team exactly the access their role requires - no more, no less.
When a risk you own changes, when an approval is waiting on you, when a review cycle comes due - the platform tells the right person, so nothing waits on someone noticing.
Dashboards and trace views mean management sees mitigation progress and verification coverage as it happens - not in a status deck assembled the night before the review.
The payoff is speed with confidence. When every stakeholder can see evolving risks, open controls, and verification status in one place, communication overhead drops, decisions stop waiting on the next meeting, and review cycles shrink - because reviewers arrive with shared context instead of reconstructing it. Collaborative traceability means the question "is this hazard actually handled?" has one answer, and everyone can see it.
Teams in regulated, safety-critical industries use TraceCloud to keep hazards, risks, and evidence connected from concept to release.
Hazard analysis and risk controls traced to design and verification - supporting ISO 14971 risk management files and IEC 62304 software lifecycles.
Safety requirements and hazard traceability across avionics, propulsion, and structures - with the versioning rigor safety-critical programs demand.
Hazard and risk structures configured for functional safety work aligned to ISO 26262 - traced across hardware and software requirements.
Risk assessments for signaling, rolling stock, and infrastructure with change control and compliance reporting for rail safety standards.
See how TraceCloud's configurable platform maps to your risk management process - FMEA, hazard analysis, risk controls, and the verification evidence behind them.
