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Intel.AeroSORA 2.5 AssessmentGround Risk & Air Risk

Complete SORA 2.5 risk assessment — ground and air — using authoritative Australian data. Calculate GRC from ABS population data, resolve ARC from airspace classification with guided encounter assessment, and get SAIL output ready for CASA submission.

What Is It?

SORA 2.5 compliance made simple with automated ground risk assessment

The Challenge

SORA 2.5 requires precise ground risk classification (GRC) based on population density and land use. Manual assessment is time-consuming, error-prone, and hard to verify.

Manual population counting
Hours of work per mission area
Land use categorization
Subjective and inconsistent
Hard to verify
No standardised data source

Our Solution

Automated ground risk assessment using high fidelity ABS data structures. Get precise iGRC calculations with verifiable, standardised results.

Automated population assessment
High fidelity ABS data structures
Standardised land use
Consistent categorization
Verifiable results
Official data sources, audit-ready

What We've Built

Complete SORA 2.5 ground risk assessment workflow

ABS Data Visualization

Visualize high fidelity ABS data structures overlaid on your mission area. See population density, land use categories, and dwelling estimates in real-time.

Data Sources
ABS 2024/2021 Census
Official Australian statistics

Area and Flight Path Assessment

Analyze your flight path against high fidelity ABS data structures. Calculate ground risk exposure along the entire route with buffer assessment. Broad Area BVLOS Compatible

Assessment Type
Operational Volume
3D buffer calculations

GRC + ARC → SAIL Determination

Ground Risk Class and Air Risk Class combine to determine your SAIL level automatically. Apply mitigations on both sides and watch SAIL update live. Full methodology compliance from assessment to submission.

Standard
Full SORA 2.5
GRC + ARC → SAIL

Mitigation Management

Configure and apply SORA 2.5 mitigations (M1A, M1B, M1C, M2). See real-time impact on ground risk classification.

Mitigations
M1A, M1B, M1C, M2
Full SORA 2.5 support

Air Risk Classification (ARC)

Automated Initial ARC from SORA 2.5 Figure 6 — ICAO airspace class × altitude lookup. Guided typical/atypical encounter assessment with evidence from aerodromes, VFR routes, and airspace data. Strategic mitigations (SM1/SM2/SM3) reduce residual ARC. TMPR requirements generated automatically.

Methodology
SORA 2.5 Figure 6 + Annex D
Initial → Residual ARC → TMPR

Why This Matters

The impact of automated ground risk assessment

Hours → Minutes

Time Savings

What used to take hours of manual population counting and land use assessment now takes minutes

Ground + Air

Complete Assessment

Full SORA 2.5 — both GRC and ARC in one session. No separate air risk consultant needed.

Verifiable

Compliance

Audit-ready results with traceable data sources. Regulatory confidence built-in

Complete SORA 2.5 Assessment

Ground risk from ABS data. Air risk from airspace data. Mitigations modelled live. SAIL output ready for CASA — all in one session, all verifiable.

Official Data
ABS Census + CASA Airspace + Airservices Australia
Full SORA 2.5
GRC + ARC + Mitigations + SAIL

Ready to Try SORA 2.5 Assessment?

Full SORA 2.5 — ground risk, air risk, mitigations, and SAIL in one session

GRC + ARC + SAIL • Audit-ready • ABS + CASA Airspace Data