Operational safety and digital transformation

Sky ORM

Digital ORM to improve flight safety

Create, publish, fill in, and analyze configurable ORMs with automatic scoring, operational history, and read-only access for oversight.

Configurable ORMs, no coding required Pages, sections, factors, weights, modifiers, and thresholds defined by the creator.
Fill it in on mobile, tablet, or PC Forms ready to use before a flight, jump, or control shift.
Analytics for oversight Trends, history, and a reader panel for Flight Safety or other managers.
Operations panel Test Squadron flight ORM
Automatic calculation
Medium-high risk Operational threshold reached: requires authorization from the person in charge defined in the ORM.
History 182
Reader Active
Accumulated fatigue Personal factor with weight 1.4
Weather Visibility, wind, and operational ceiling
Mission complexity Profile, area, coordination, and workload
Recent experience Crew recency and mitigations
Create Visual builder for configurable ORMs
Fill in Fast to use on mobile, tablet, or PC
Calculate Automatic scoring with weights and thresholds
Analyze History, responses, trends, and reader access
The operational problem

When the ORM stays on paper, critical information gets scattered.

Units need to assess risk before operating, but also learn from the data afterward. With loose sheets, isolated files, or non-standard forms, traceability weakens and trends surface too late.

01
Poor traceability of assumed risk

The authorization, the calculated level, and the mitigations stay out of a usable history.

02
Data that's hard to compare

Every sheet uses a different format, making it harder to spot patterns by base, unit, operation, or profile.

03
Little statistical use

Fatigue, weather, complexity, or experience get logged, but they don't always turn into a preventive decision.

The SkyORM solution

A real platform to create, publish, fill in, and analyze digital ORMs.

SkyORM turns operational risk management methodology into a complete digital flow: no-code design, a responsive form, an immediate result, personal history, and oversight dashboards.

A
Configurable builder

Define pages, sections, factors, scales, weights, modifiers, and thresholds without touching code.

B
Responsive form

Publish ORMs to be filled in from mobile, tablet, or PC, with public, private, or password-protected access.

C
Automatic scoring

Calculates risk with weighted factors, applies modifiers, and classifies the result by thresholds.

D
Statistical dashboard

Review distributions, responses per day, factor averages, and how risk evolves over time.

E
Reader access

Share read-only access with Flight Safety, leadership, instructors, or supervisors without exposing editing.

Workflow

From template to operational learning in five steps.

The goal isn't to digitize a sheet, but to close the full loop: prepare the ORM, use it in the field, calculate the risk, keep evidence, and put the data to work to prevent incidents.

1 Create

The person in charge builds the ORM to match the operation, unit, or specialty.

2 Publish

Decide whether it will be public, private, anonymous, or password-protected.

3 Fill in

The user fills in the factors before the activity from any device.

4 Calculate

SkyORM applies weights, modifiers, and thresholds to deliver a risk level.

5 Analyze

The history feeds dashboards, reviewable responses, and reader panels.

Actionable statistics

Spot trends before they turn into incidents.

SkyORM's analytics let you observe fatigue spikes, worsening weather, rising complexity, insufficient recency, day-to-day variation, and the distribution by risk level. Information stops being hidden in isolated responses.

Risk dashboard Last 10 operational days
+18% fatigue
Analysis moment Current date
Required to complete the moment.
Risk and fatigue spikes
Low 52%
Medium 37%
High 11%
Operational applications

One ORM engine for flight, jump, and oversight activities.

The platform doesn't force a single template. Every creator adapts the ORM to their context, from air operations to skydiving, control, bases, or entire organizations.

Flight Missions and training

Complexity, weather, crew, recency, and authorizations.

Auto deployment Automatic-opening skydiving

Zone, wind, experience, equipment, aircraft door, and coordination.

Manual deployment Manual-opening skydiving

Greater autonomy, decisions under load, and changing conditions.

Control Controllers

Traffic load, fatigue, environment, communications, and complexity.

Unit Units and bases

Shared templates, aggregated history, and oversight by readers.

Organization Flight Safety

Cross-unit read access, trends, and statistical analysis.

U
Users and personal history

Responses from authenticated users stay linked to their history, making review and learning easier.

P
Public, private, or password-protected

The creator decides how each ORM is accessed based on sensitivity, scope, and mode of operation.

R
Readers for oversight

The reader role can review dashboards and responses without editing the template or changing the configuration.

Security and traceability

Access control built for institutional environments.

SkyORM separates who creates, who fills in, and who oversees. That separation lets you share safety information with the right people while keeping a clear trail for every ORM.

Capability
Creator
User
Reader
Edit template and thresholds
-
-
Fill in a published ORM
-
Review statistics and responses
Own
Organizational example Flight Safety Manager
Multi-ORM view
Total responses 1,248
Average risk 11.6
Fatigue trend +18%
Test Squadron 286 ORM completed · weather and fatigue rising
Average 13.8
North Squadron 341 ORM completed · stable
Average 9.4
South Squadron 198 ORM completed · complexity spike
Average 16.2
Ready for real use and reporting

Digitizing the ORM turns every response into accumulated safety.

SkyORM offers a serious, visual, and traceable foundation for units, bases, and organizations to build their own operational risk management system without relying on isolated forms.