All Industries
🛰️

Satellite IoT

ALEC for satellite IoT - reduce transmission costs 90%, extend battery life 5x for LEO and GEO satellite networks.

Cost per message
Before
$0.10-0.50
After
$0.01-0.05
Battery life
Before
2 years
After
10+ years
Messages per day
Before
4-6
After
24+
See this in action — Real devices, real compression, real-time data
Open Live Demo

Use Cases

Remote Asset Tracking

Track containers, vessels, and vehicles anywhere on Earth. ALEC compresses GPS coordinates and status data by encoding only position changes, making frequent updates affordable even at satellite rates.

Sensors
GPS positionSpeedHeadingGeofence status
89% compression

Maritime & Offshore

Ship tracking, offshore platform monitoring, and fishing fleet management. ALEC enables real-time telemetry where satellite bandwidth costs previously made it prohibitive.

Sensors
PositionEngine metricsFuel consumptionWeather data
86% compression

Remote Environmental Monitoring

Weather stations, glacier sensors, and wildlife trackers in areas with no cellular coverage. ALEC extends battery life 5x by minimizing transmission time on power-hungry satellite modems.

Sensors
TemperatureHumidityPressureWindSnow depth
91% compression

Agriculture in Remote Areas

Precision farming in regions without cellular infrastructure. Soil sensors, water level monitors, and livestock trackers connected via LEO satellite constellations.

Sensors
Soil moistureWater tank levelAnimal GPSWeather
88% compression

Mining & Resource Extraction

Monitor remote mining operations, pipelines, and drilling sites. Critical alerts for equipment failure or safety incidents get P1 priority for immediate satellite transmission.

Sensors
Equipment statusEnvironmentalSafety alertsProduction metrics
84% compression

Disaster Response & Emergency

Rapidly deployable sensor networks for disaster zones. When terrestrial infrastructure fails, ALEC-compressed satellite links maintain situational awareness.

Sensors
Location beaconsStructural sensorsAir qualityWater level
82% compression

Quick Integration

use alec::{Encoder, Priority, Context};

fn main() {
    let mut ctx = Context::new();
    let encoder = Encoder::new(&mut ctx);
    
    // Your sensor reading
    let value = 23.5;
    
    // Encode with automatic priority detection
    let message = encoder.encode(value, Priority::Auto);
    
    // Send over your network
    network.send(message.as_bytes());
}
"Satellite IoT was too expensive for our use case until we discovered ALEC. We now track 5,000 shipping containers globally with 90% lower data costs. The ROI was achieved in 3 months."
Maria Santos
VP Operations, Global Logistics Corp
PDF Technical Brief

Satellite IoT One-Pager

Architecture overview, compression benchmarks, integration guide, and ROI data for satellite iot deployments.

  • Technical architecture
  • Real-world compression benchmarks
  • ROI calculation methodology

Download Technical Brief (PDF)

Fill in your details to get the one-pager.

No spam. We'll only contact you if you ask us to.

Ready to optimize your satellite iot data?

Start compressing sensor data today with our open-source codec or get a commercial license for production deployments.