Turn field photos into decision grade asset intelligence

Whistle AI is an AI-assisted inspection and predictive maintenance platform for telecom infrastructure. Capture with mobile or drone, detect defects automatically, compare against history, and predict what fails next, with a full audit trail.

Whistle AI Command Center showing deployment health, critical defects, contractor jobs, asset map, and an inspection pipeline summary.

90%+

Detection target

<1s

Cloud inference

99.5%

Uptime SLO

Core capabilities

Built for telecom asset inspection, not generic photo analysis

The detector is only one layer. The product value sits in the defect taxonomy, review workflow, condition history, and decision-ready reporting around it.

Smart Capture

Mobile and drone photos with GPS, time, and location proof, so every image is evidence.

AI Detection

Automatic detection of rust, cracks, missing bolts, and more, each with a confidence score.

Predictive Analytics

Remaining Useful Life forecasts and risk scores from condition trends.

Historical Comparison

Side-by-side compare against past captures, with overlays that highlight change over time.

Safety First

Inspect from imagery and cut risky tower climbs.

Enterprise Ready

API-first, built to fit your existing stack.

ESG Compliance

Detect and quantify on-site waste, and produce sustainability evidence.

Workflow

From capture to audit-ready report, in five connected steps

Each stage makes the next one faster. Evidence is structured from the first image, then compared, reviewed, and escalated with context still attached.

Step 01

Capture

Mobile and drones collect GPS-stamped images with time and location proof attached at the moment of capture.

Step 02

Analyse

AI detects defects across the telecom taxonomy and classifies severity with confidence scores.

Step 03

Compare

Side by side against history, with overlays that highlight change and surface slow-moving deterioration.

Step 04

Predict

Forecasts Remaining Useful Life and risk, so maintenance is planned, not reactive emergency work.

Step 05

Report

Automated dashboards and compliance-ready PDFs, exported in one click for audit and contractor review.

Defect taxonomy

The moat is the depth of the inspection model around the detector

Whistle AI uses a telecom-specific defect taxonomy, severity grading, urgency labels, and capture-to-report workflow. That domain structure is what turns imagery into actionable inspection intelligence.

Rust and corrosionSevereAmber

Corrosion on structural members

Loose or missing boltsCriticalRed

Fasteners missing at tower joint

DeformationCriticalRed

Bent support member

Weld cracksCriticalRed

Crack forming near connection plate

Coating breakdownModerateAmber

Paint failure exposing steel

Severity mix · Tower

5 defect types

Critical3 · 60%
Severe1 · 20%
Moderate1 · 20%

Severity drives the review queue. Urgency labels determine routing for field action.

Trust

Why teams can trust Whistle AI

Evidence-led pilots, transparent validation, and human review where decisions matter. Trust comes from clear scope, visible product depth, honest capability framing, and credible operational posture.

Domain depth over generic detection

The defect taxonomy is built for towers, antennas, cabinets, grounding, cabling, and contractor review, not generic photo tagging.

Security and review posture

Tenant isolation, audit logging, data-subject rights handling, and human review gates are designed into the workflow from the start.

Backed by Eurokinisi

Whistle AI is delivered under the Eurokinisi group from Bucharest, giving buyers a credible operating context without inflated claims.

Accuracy framed with method

Targets are presented with validation context, per asset family, instead of vague headline claims.

Telecom antenna installation above a city corridor, showing the kind of infrastructure Whistle AI is built to inspect.
Close-up telecom antenna array against open sky.
Telecom tower top and antenna elements captured from the ground for inspection review.

Engineered targets

Engineered for performance

Targets are measured against a defined validation dataset, per asset family. They sit below the trust layer for a reason: production service levels apply per deployment.

Target

90%+

mAP

Detection accuracy target

Target

85%+

F1 score

Defect classification target

Target

<1s

per image

Cloud inference target

Target

<3s

per image

On-device target

Target

500+

images per batch

Batch volume target

Target

99.5%

monthly

Uptime SLO

FAQ

Questions buyers ask before a first deployment

Plain answers on detection, security review, deployment, and integrations. If you need more, we will happily get on a call.

Talk to the team

Whistle AI keeps engineered targets separate from measured production outcomes. Accuracy is assessed against a defined validation dataset, per asset family, with human review gates on high-impact findings.

The platform is designed around privacy by design, GDPR-aligned handling, role-based access, audit logging, and tenant isolation.

A first deployment focuses on a defined asset family, evidence quality, review flow, reporting outputs, and integration points, so teams can validate operational fit before wider rollout.

Whistle AI is API-first and supports REST workflows with planned connections for systems such as Dalux, ITSM, Zabbix, and GIS. Named integrations are clearly status-labelled to avoid overclaiming.

Request a walkthrough

See Whistle AI on your assets

Book a walkthrough and we will show how Whistle AI cuts inspection cost, predicts failures early, and brings full accountability to field operations.

Request a demo