All Sky Imaging & Analysis
Solmirus all-sky infrared instruments deliver a robust suite of measurement-grade data products for meteorology, scientific research, defense, and free space optical communications — giving teams the accuracy and reliability their missions demand.
Applications
Optical Communications (FSO) & Directed Energy
Real-time atmospheric awareness for laser communication networks, high-energy laser systems, and ground-to-space optical links.
Atmospheric Science Research / Meteorology
Research-quality all-sky measurements of sky cover, spectral radiance, cloud temperature, cloud height, and optical depth.
Solar Power Forecasting
Site surveying and a data source for sun forecasting and cloud-coverage prediction.
Astronomy
Astronomical site operations, telescope automation, and sky condition reporting.
Our Instruments
ASIVA
All-Sky Infrared/Visible Analyzer — dual-band measurement and analysis of the full sky dome.
ASIS M1i
All-Sky Imaging System, Infrared — calibrated thermal imaging for cloud detection and radiance.
ASIS M1v
All-Sky Imaging System, Visible — high-resolution visible imaging and sky condition reporting.
Need something beyond off-the-shelf? Solmirus engineers custom imaging systems — hardware, software, and everything in between — built around your application requirements. Contact us to discuss your project.
News & Announcements
Get our latest FSO Solutions White Paper
Free Space Optical communication delivers unmatched bandwidth, security, and spectrum independence — but the atmosphere is the enemy.
Download Here ›Miratlas & Solmirus Announce Distribution Agreement
Miratlas and Solmirus Corporation have formalized a distribution agreement that expands the delivery of integrated Free Space Optical (FSO) capabilities.
Read More ›Miratlas & Solmirus Announce Strategic Collaboration
Miratlas SAS and Solmirus Corporation signed a Memorandum of Understanding for a strategic collaboration integrating Solmirus' instruments into Miratlas' portfolio.
Read More ›Trusted by Organizations Globally
