01
Prepare
Define the route, assessment method, capture setup and required outputs.
How Inspech works
From road imagery to validated Road Condition Intelligence.
Inspech connects preparation, compatible imagery, georeferenced review, AI-assisted recommendations and professional validation in one traceable workflow.
It helps inspection teams process recurring visual evidence efficiently—without removing the inspector, the engineering method or the systems around it.
CaptureAssessValidate
01 · Road imagery
02 · Assisted review
03 · Inspector validated One connected evidence chain
The workflow at a glance
Four phases. One professional chain of evidence.
Every phase has a clear input, a controlled handoff and an accountable outcome.
02
Capture & organise
Create compatible road imagery and preserve its location and road-section context.
03
Assess & validate
Use AI-assisted recommendations while professional inspectors control every result.
04
Use & repeat
Report, export and compare validated evidence across recurring inspection cycles.
Operating principleAI accelerates the review. Inspectors own the assessment. Engineers and asset managers own the decisions that follow.
Before the first kilometre
Start by agreeing what a valid inspection requires.
A reliable result begins before capture. The organisation and Inspech align the inspection objective, applicable method, road scope, imagery requirements and expected outputs.
This makes compatibility explicit and gives inspectors a clear basis for professional review.
Compatibility is validated for the intended workflow.It is not assumed from the presence of video or GPS alone.
Road scope
Which network, route, carriageway or road sections need to be assessed?
Assessment method
Which visual inspection method, defect types and classifications apply?
Capture protocol
Which compatible camera setup, image quality and positioning information are required?
Output needs
Which reports, geodata or downstream workflows must the validated results support?
The operational workflow
Follow the evidence from capture to use.
Each step preserves the context needed by the next—so results remain understandable, reviewable and usable beyond a single inspection.
Compatible capture workflowPhase 01 · Prepare and capture
01
Define the inspection
Confirm the route, applicable visual assessment method, capture configuration, responsibilities and required outputs.
02
Capture compatible imagery
Record the road surface using an agreed accessible camera configuration or compatible professional capture workflow while preserving the required location context.
Quality gateCoverage · image quality · positioning · road context
Georeferenced inspection environmentPhase 02 · Organise and assess
03
Ingest and organise
Upload the imagery and organise it by geography, route and road section so every observation retains its wider network context.
04
Receive AI-assisted recommendations
Inspech highlights potential visible surface defects and suggests applicable classifications to focus professional attention.
AI contributionHighlight · suggest · organise · support consistency
Professional validationPhase 03 · Review and validate
05
The inspector makes the assessment
Inspectors review the imagery and recommendation in context, then confirm, adjust or reject it using their expertise and the applicable method.
AI recommendation→Inspector-validated result
Recommendations remain visible and reviewable. They are not treated as autonomous engineering decisions.
Previous cycle → current cyclePhase 04 · Use and repeat
06
Report and export
Use supported reports, geodata and exchange routes in established GIS, road-management and professional reporting workflows.
07
Repeat and compare
Where recurring cycles exist, compare validated imagery and observations to build a traceable history of visible network change.
ResultCurrent evidence · historical context · supported outputs
What stays connected
Every result carries more than a classification.
Traceability comes from keeping the evidence, context and professional assessment together.
Image
The visible road-surface evidence reviewed by the inspector.
Location
The geographic and road-section context attached to the imagery.
Assessment
The inspector-validated defect type, classification or observation.
Provenance
The inspection cycle and validation context that make the result traceable.
Road image+Geographic context+Validated assessment+Inspection history
Designed for system fit
Visual condition intelligence, in the right professional context.
Inspech strengthens recurring visual assessment. It complements—not replaces—specialist engineering measurements, pavement expertise and established asset-management processes.
Works alongside
- LCMS and other surface measurements
- IRI, FWD and skid-resistance data
- Pavement engineering and field investigation
- GIS, PMS, AMS and reporting workflows
Operational validation
Test the complete workflow in your own inspection context.
Use a representative route, your applicable method and your own professional inspectors to evaluate capture fit, review effort, consistency, outputs and operational value.
A practical evaluation
- Choose a representative route
- Confirm method and imagery compatibility
- Run the assisted assessment workflow
- Validate results with your inspectors
- Review fit, outputs and next steps