ENVI
ENVI is geospatial software for processing, visualizing, and analyzing remote sensing and imagery data. It supports workflows such as image classification, SAR analysis, deep learning, and monitoring for government, defense, scientific, and commercial users.
Overview
8 featuresENVI sits in PulseGate's Data science & ML workbench category. Analyzing, visualizing, and monitoring remotely sensed imagery without relying on disconnected geospatial workflows. It is built as a B2B product for geospatial analysts, remote sensing professionals, and government or enterprise teams. It runs on the web, Windows, macOS, and Linux.
NV5 Geospatial Software builds and maintains ENVI. Among its 8 catalogued features are Image Analysis, Remote Sensing, and Data Visualization.
Summary written by a language model from the project’s public pages.
- Image Analysis
- Remote Sensing
- Data Visualization
- Image Classification
- SAR Analysis
- Deep Learning
- Geospatial Monitoring
- 3D Visualization
Built with & integrations
Trust & compliance
Indexing history
1What PulseGate has recorded for this listing
Frequently asked questions about ENVI
- What is ENVI?
- Analyzing, visualizing, and monitoring remotely sensed imagery without relying on disconnected geospatial workflows. It is catalogued under Data science & ML workbench on PulseGate.
- Who should use ENVI?
- ENVI is a B2B product built for geospatial analysts, remote sensing professionals, and government or enterprise teams.
- What platforms does ENVI run on?
- ENVI runs on the web, Windows, macOS, and Linux.
- Is ENVI still active?
- Unverified. ENVI has not been re-checked since it entered the index, so there is no finding either way — and only a positive finding would say otherwise.
- What projects are similar to ENVI?
- Similar projects tracked by PulseGate include green-ai-profiler, Kronos Tokenizer 2k, and nucl.green-ai-profilerKronos Tokenizer 2knucl
- Who makes ENVI?
- ENVI is developed by NV5 Geospatial Software.
Also in Data science & ML workbench
Same category — not a similarity match