Built for:
Tower operators
Mobile Network Operators
Infrastructure managers
Network O&M teams
ESG & sustainability teams
The challenge

Where conventional data falls short.

Extreme heat degradation
Electronics and battery systems in arid and tropical zones degrade faster than manufacturers' specifications assume.
Sand and dust accumulation
PM10 events on arid and semi-arid sites accelerate cooling system failure and antenna degradation.
Corrosion in coastal zones
Salt-laden wind and high humidity create compound corrosion exposure that shortens tower asset life significantly.
Wind and storm damage
High wind events cause structural damage, antenna misalignment and emergency maintenance costs across exposed networks.
Intelligence scores

The questions your network operations team
asks every day.

ERS™ Energy Resilience Score

"How long can this tower run without intervention?"

ERS™ tracks energy coverage, battery autonomy and grid reliability in one score — updated every 4 hours. When resilience drops, your team knows immediately.

DFI™ Diesel Dependency Index

"How dependent on diesel is this tower right now?"

DFI™ flags critical diesel dependency before the tank runs dry. For operators in sub-Saharan Africa, this is the difference between proactive refuelling and emergency intervention.

AHS™ Asset Health Score

"Is this tower operating within normal parameters?"

AHS™ aggregates climate exposure and infrastructure health into a 0–100 score. One recommended action tells your O&M team what to do — no interpretation needed.

Sandstorm Alert

"Is a sandstorm coming — and when should I shut down?"

GPS-classified arid and semi-arid zones only. PM10 + wind + humidity composite. Advance notice for cooling system protection and filter maintenance scheduling.

WRI™ Wildfire Risk Index

"What is the wildfire risk around this tower?"

WRI™ combines VPD, drought, wind and vegetation cover into a 0–100 risk score — with 7-day forecast. Operators see what is coming, not just what is happening now.

Corrosion Exposure Index

"How fast is this coastal tower degrading?"

Monthly cumulative corrosion score for coastal and industrial sites — humidity, salt, temperature cycling. Drive preventive maintenance before failure.

ERS™ + DFI™ — Energy Resilience

ERS 31 · Watch.
37.6L diesel/day. Grid reliability 35.

A BTS tower in Ethiopia. Energy coverage at 9%, battery autonomy 6 hours, grid reliability 35. DFI™ flags Critical Dependency at 85.3/100. The platform says: "Resilience at risk — verify battery charge level, check grid connection status. Increase monitoring frequency."

Your field team gets this alert automatically — before the tower goes dark.

Updated every 4h Energy Coverage score Battery Autonomy (hours) Grid Reliability by country DFI™ Critical flag Context-aware action
ERS™ Energy Resilience Score — 31/100 Watch for BTS tower in Ethiopia. Energy Coverage 9%, Battery Autonomy 6h, Grid Reliability 35, DFI Critical Dependency 85.3/100.

ERS™ + DFI™ · BTS 211314 · Ethiopia

Alert catalogue

The signals that matter for Telecom.

Sand Storm Alert
GPS-classified arid/semi-arid zones. PM10, wind and humidity composite trigger.
Extreme Heat Warning
Zone-adaptive — 44°C in arid, 30°C in highland, 35°C in tropical wet zones.
High Wind Alert
Structural risk at 80+ km/h. Antenna misalignment threshold monitoring.
Corrosion Exposure Index
Monthly coastal and industrial site scoring — humidity, salt, temperature cycling.
Heat Stress Index
Steadman formula — battery and electronics thermal management threshold.
Air Quality — PM10
Cooling system protection — PM10 > 50 µg/m³ alert for filter maintenance.
Sand storm events were our biggest unplanned maintenance cost in West Africa. Velox gave us 3-hour advance notice on 94% of events in the first quarter.
— Head of Network Operations, pan-African tower company
Recommended plans

Start with the right tier.

Recommended for Telecom use cases. All plans include access to the full alert catalogue.

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