ONE PLANET. EVERY ORBIT.Conceptual constellation visualisation

EARTH · ORBITS · SIGNALS

OBSERVE · PROCESS · ASSESS · UNDERSTAND

PULSEYour Satellite
Data Lab.

Building the Satellite Data Reference
Performance Monitoring Center.

Data-processing tools and engineering analysis for system, signal, service and user performance—across navigation, Earth observation and telecommunications.

For all current operational constellations.

Request information ↗Explore the observation network ↓Email PULSE

Navigation satellite above Earth, representative illustration

SYSTEM → SIGNAL → SERVICE → USER
Measure. Compare. Understand.

25 years of experience in data processing for navigation performance.

Now across Navigation, Earth Observation and Telecommunications.

Our mission

Understand performance.
At every level.

Signals · Orbits · Systems · Services · Users

Turn satellite data into traceable performance assessments, meaningful indicators and engineering insight.

PULSE brings together processing tools, estimation algorithms, reference products and analytical methods to characterise satellite systems end to end.

We analyse how satellite orbit and clock errors, atmospheric estimation, signal characteristics and receiver processing propagate into service performance and user outcomes. The same engineering approach connects navigation, Earth observation and telecommunications.

Ground observations / Global perspective

The observations.
The starting point for PULSE.

Receiver observations are the raw material of PULSE. Explore how station measurements enter the toolbox for processing, quality control and performance assessment.

EXPLORE AN OBSERVATION LOCATION

ToulouseEurope · 43.6° N / 1.4° ERepresentative location · observation-source illustration

OBSERVATION INPUTSCode · Phase · Doppler · C/N₀RINEX · RTCM · Receiver logs

Observation locationIllustrated data flow42 representative locationsIllustrative locations and animation; not live station status.

OBSERVATIONS→QUALITY CONTROL→PROCESSING & ASSESSMENTInside the PULSE toolbox ↓

The PULSE toolbox

From observations.
To engineering insight.

From raw observations to engineering insight. Explore the workflows that turn data into assessments, diagnoses and reports.

Process · Assess · Diagnose · Report

THE PULSE WORKBENCHSystem · Signal · Service · User

ASSESS / Performance intelligence

See what the system delivers.

Connect satellite, signal, service and user indicators through comparable configurations and reference products.

Orbit, clock and atmospheric estimation assessment
Service volumes, accuracy, integrity and availability
Position errors and convergence behaviour

YOUR OUTPUTPerformance maps, distributions and time histories.

PULSE modelled service-volume assessment

SystemOrbits, clocks & propagation SignalSpectrum, acquisition & tracking ServiceCoverage, integrity & continuity UserPositioning & convergence

PULSE / High-level architecture

The performance toolbox.
From input to insight.

One processing chain, modular analytical tools. Select a module to explore how signals, measurements and reference products become engineering evidence.

INPUTS → TOOLBOX → OUTPUTS

INGEST / THE INPUTS

Signals from every orbital layer

GNSS: GPS · Galileo · GLONASS · BeiDou
Regional: NavIC · QZSS
SBAS: EGNOS · WAAS · MSAS · GAGAN · KASS · BDSBAS · SDCM · SouthPAN and developing systems
LEO-PNT: Celeste · Pulsar · TrustPoint · Iridium PNT

RF / IF CAPTURESI/Q SAMPLESNAV MESSAGES

Receiver observations

Code · Carrier phase · Doppler · C/N₀
Tracking channels · Receiver events
Station metadata · Antenna calibration

RINEX OBS / NAVRTCMRECEIVER LOGS

Reference products & models

IGS and analysis-centre products, precise trajectories, meteorology and propagation models.

SP3CLKANTEXIONEXDCB / BIAS-SINEXSINEXSSRRINEX MET

PULSEMODULAR ANALYSIS CORE

Ingest & validate

Decode standard products and receiver measurements; align time systems, units and frames; identify gaps, cycle slips and inconsistent metadata before assessment.

COMMON ANALYTICAL FOUNDATIONConfiguration & thresholds · Time / reference frames · Product provenance · Reproducible runs · Quality flags

DELIVER / THE OUTPUTS

Reports & decision summaries

Performance statistics, comparison baselines, compliance evidence and anomaly narratives.

PDFHTMLMARKDOWN

Plots & geographic layers

Availability maps · Stanford diagrams · PSD · Orbit residuals · Error distributions.

PNG / SVGMP4GEOJSON / KML

Data & processed products

Indicators, time series, corrected observations and estimated orbit / clock / atmospheric products.

CSV / JSONSP3 / CLKIONEXRINEX

Logs, events & alerts

Traceable processing logs, threshold breaches, event timelines and notification payloads.

LOG / JSONLEVENT CSVEMAILWEBHOOK JSON

Signal & measurement provenance→Versioned configuration→Traceable assessment→Exportable evidence

PULSE in practice · Showcase report

SBAS performance,
measured end to end.

From the raw broadcast to what a real receiver achieves. Explore how PULSE analyses EGNOS corrections and integrity bounds, maps service availability and assesses positioning performance using real satellite and receiver data.

86,400SBAS messages decoded

294User locations mapped

6Service levels assessed

One real day over Europe · 15 June 2026
Broadcast audit · Signal-in-space analysis · Service mapping · Simulation · End-user positioning at four European receiver sites.

Open the SBAS report ↗

PDF report · Opens in Google Drive
This one-day demonstration illustrates PULSE capabilities. It is not an official EGNOS or WAAS performance statement. PULSE is not certified for operational or safety-of-life use.

Domains of application

Navigation. Observation.
Telecommunications.

Satellite data processing, system modelling and performance analysis across three connected domains.

Navigation

Explore systems & performance →

Positioning, timing and integrity analysis across GNSS, SBAS and LEO-PNT.

System, signal, service & user assessment
Orbit determination & clock analysis
Atmospheric estimation & correction assessment
Constellation & ground-network optimisation

Earth observation

Explore missions & analyses →

Data analysis and system assessment for satellite observation applications.

Image processing & multi-temporal comparisons
Geolocation & data-quality assessment
Coverage, revisit & acquisition geometry
Copernicus / Sentinel data workflows

Telecommunications

Explore signals & connectivity →

Engineering analysis of space-to-ground connectivity and constellation performance.

Coverage, visibility & service volumes
Link budgets & propagation modelling
Gateway placement & network geometry
Handover, latency & availability analysis

Reference data & standards

A constellation of data.
One reference framework.

Explore the inputs that connect observations, physical models and precise reference products to performance assessment.

REFERENCE CORE PULSE

Aligned. Calibrated. Traceable.

Observation layer

Start with the observations.

RINEXSBAS messagesStation metadata

Receiver observables, broadcast navigation data and station information form the foundation of the assessment chain.

CONTRIBUTION TO THE ASSESSMENT

Check measurement quality, decode navigation content and establish consistent time-tagged inputs.

REFERENCE ECOSYSTEM

IGS · MGEX · NASA CDDIS · IGN · BKG

REFERENCE FRAMETIME SCALEANTENNA MODELSPRODUCT LATENCYQUALITY FLAGS

PULSE — YOUR SATELLITE DATA LAB

Let’s discuss
your satellite data needs.

Tell us about your interests in navigation, Earth observation or telecommunications. Complete our information-request form or email the PULSE team.

Request information ↗Email info@satellitepulse.com ↗Follow us on LinkedIn ↗

PULSEYour SatelliteData Lab.

Understand performance.At every level.

The observations.The starting point for PULSE.

From observations.To engineering insight.