App Intel

AppSLPD

LiveLABIF UCO5 apps · 845 installsEducationFreeuco.labif.slpd

System for sizing preventive linear defense systems.

Alert me★ WatchOpen in Play ↗
Total installs
115
exact · Play shows 100+
Installs / day
0
since last crawl
Rating
—★
— ratings · — reviews
Released
1 Apr 2024
2.5y ago
Last update
30 Aug 2025
v1.0.5 · 1.1y ago
Countries
—
not checked yet

Install history

exact counter from Google Play
112.3134.2156.2178.120010 Oct12 Oct13 Oct
112.3134.2156.2178.120010 Oct12 Oct13 Oct

Installs per day · last 90 days

00.30.50.8111 Oct12 Oct13 Oct

Change timeline

Full history

No changes recorded yet. We compare every crawl with the previous one and list title, icon, screenshots, description, version, price and availability changes here.

Country availability

Availability has not been checked for this app yet. “Check all countries” looks the app up in about 140 Google Play storefronts and shows where it is live, listed but not installable, or missing — plus any country-specific (custom) store listings.

Top countries

Country data will be available soon.

We estimate where downloads come from using the app’s position in Google Play’s top charts in about 140 countries. This app is not in any chart we have collected yet; the estimate appears as soon as it is.

Top chart positions

Not in any tracked top chart.

App manifest

Read this app's manifest from Google Play: permissions, declared SDKs, components and AdMob app ID. Saved analysis appears here automatically.

Manifest analysis reads only the required APK ranges. Base APK downloads may need separate device splits to install.

Data safety

declared by the developer on Google Play
  • No data shared with third parties
  • No data collected

This is the developer's own declaration, summarised from the Play listing. The permissions below show what the app is technically able to access.

Store listing

Full description
AppSLD se conforma como una herramienta informática diseñada para evaluar de forma inmediata las dimensiones transversales de descarga de combustibles que impida la propagación del fuego en función de las condiciones energéticas con las que el frente de llama toma contacto con el borde o frontera entre la zona ocupada por la vegetación y la zona no combustible (suelo mineral, pavimento de calzada). De igual forma incorpora algoritmo de cálculo físico-matemático para el testado de eficacia de dichas infraestructuras, facilitando además, información sobre la cantidad de energía recibida a una determinada distancia desde el frente de llamas y en función de ello la distancia de seguridad para los combatientes. Los algoritmos programados responden a la transmisión de la energía por radiación y por convección.

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