Sensor Fusion Visualization - GNSS, IMU, LiDAR data flowing into AlgoNav
Positioning Experts GNSS & Sensor Fusion

Precise Trajectories from
Raw Sensor Data

Software

Post-processing software for fusing GNSS, IMU, LiDAR & Odometer into optimal trajectories.

Explore Software Suite

Services

Expert consulting, custom algorithm development and hands-on project support.

Explore Services

Trusted by Industry Leaders & Research Institutions

ESA BIC Hessen
Deutsche Bahn
TU Darmstadt
Fraunhofer
DTU
Radai
ESA BIC Hessen
Deutsche Bahn
TU Darmstadt
Fraunhofer
DTU
Radai
ESA BIC Hessen
Deutsche Bahn
TU Darmstadt
Fraunhofer
DTU
Radai
ESA BIC Hessen
Deutsche Bahn
TU Darmstadt
Fraunhofer
DTU
Radai
20+ Years Experience
EU Data Privacy (GDPR)
DE Hosted in Germany

The Positioning Suite

Science-driven algorithms meeting industrial-grade efficiency.

Science-Driven Algorithms

Research-driven tight sensor fusion of GNSS (RTK, PPK, PPP) with IMU/INS, odometry, and optical sensors. Advanced outlier detection algorithms ensure reliable trajectory estimation in any environment. Explore the Positioning Engine →

Tightly Coupled Fusion Advanced Anomaly Detection Research-Based

Hardware-Independent

Combine any mix of sensors — across manufacturers, accuracy grades, and sensor types — into one unified processing pipeline. No vendor lock-in, full flexibility.

Supporting sensors from: Javad, NovAtel, Trimble, Leica, u-blox, Septentrio, SBG Systems, Inertial Labs, Advanced Navigation, etc.

Batch Engine

Reprocess thousands of datasets with one click. Massive scale.

Real-World Performance Demo
20h GNSS/IMU Data
<13s Processing
1cm Accuracy
20 hours of sensor data processed in under 13 seconds with centimeter-level accuracy

Deploy Anywhere

Cloud, API, Desktop or SDK — run processing wherever fits your workflow.

Cloud API Desktop SDK
Positioning Cloud REST API Positioning Engine Deep Dive

Why Post-Processing?

Post-processing unlocks accuracy and reliability that real-time systems fundamentally cannot achieve.

Superior Accuracy

Access to final precise orbit & clock products, full multi-pass estimation, and global ambiguity resolution — none of which are available in real-time. Built on 20+ years of published research.

Operational Flexibility

No real-time corrections needed in the field. Record raw data and process later — reducing complexity of field operations and equipment requirements.

Robustness

Goes beyond simple forward-backward smoothing: our engine applies Iterative Optimal Smoothing combined with robust outlier detection — a technique only possible in post-processing, delivering superior trajectory quality.

Quality Control

Full QC reports, campaign statistics, and reproducible results. Know exactly what accuracy you achieved — before delivery.

Ready to Experience Precision?

Upload your test dataset and see how AlgoNav transforms raw sensor measurements into accurate trajectories with centimeter-level precision.