ABB's 'Holy Grail' Camera Ushers in New Era of Earth Observation

QUEBEC CITY, March 04, 2026 – A new, sharper eye is watching over Earth. Canadian geospatial firm EarthDaily today released the first stunning, high-precision images from its EDC-01 satellite, marking a pivotal moment for science, industry, and environmental monitoring. The images, captured by an advanced multispectral imaging system developed by global technology leader ABB, validate a new standard in space-based observation and signal the dawn of a data revolution set to unfold when the full satellite constellation becomes operational this summer.

At the heart of this achievement is an imaging payload described as one of the most powerful cameras ever launched into orbit. The early data confirms that the system is performing at a level often considered the “holy grail” in space optics, promising to deliver an unprecedented, continuous stream of intelligence about our rapidly changing planet.

A New Benchmark in Space Imaging

The technological leap lies in the system’s ability to operate near the 'diffraction limit,' the theoretical maximum resolution an optical system can achieve. This feat, realized by ABB’s engineering team, means the images are captured with exceptional clarity and detail, minimizing distortions and aberrations. This performance is a testament to an innovative, thermally resilient telescope design and micron-level alignment tolerances that were preserved through the violent forces of a rocket launch.

“ABB is proud to be a part of the EarthDaily Constellation project set to transform the understanding of natural and human-caused change on Earth,” said Frederic Grandmont from ABB’s Measurement & Analytics division. “Sensor to sensor reproducibility is key when operating a 160-camera constellation working as one.”

Each of EarthDaily’s satellites will carry 16 of these advanced imagers—12 for visible and near-infrared (VNIR), two for short-wave infrared (SWIR), and two for thermal infrared (LWIR)—integrated onto a single spacecraft. This compact yet powerful design allows the system to digitize over 20 billion pixels every second. To maintain high-contrast imagery, a sophisticated stray-light baffle blocks unwanted glare from the sun or moon, ensuring data quality at all times. The architecture is also scalable, paving the way for future missions with even higher ground resolution.

“This moment validates years of shared vision and disciplined engineering between EarthDaily and ABB,” stated Don Osborne, CEO of EarthDaily. “The performance of their imaging technology reflects that dedication and lays the foundation for consistent, trusted Earth intelligence at global scale.”

The 'Space-as-a-Service' Revolution

Bringing such a powerful constellation to life is a monumental task that EarthDaily has tackled through a series of strategic partnerships, emblematic of a new, more agile approach to space enterprise. While ABB provides the cutting-edge optics and Xiphos Systems Corporation delivers the high-performance processing electronics, the entire constellation is being built, launched, and operated by Loft Orbital.

Loft Orbital pioneers a “space infrastructure as a service” model, a paradigm shift that allows companies like EarthDaily to focus on their core mission—data analytics—without the immense capital expenditure and operational complexity of building and flying their own satellites. By procuring satellite buses in bulk and using modular hardware and software to integrate customer payloads, Loft Orbital drastically simplifies access to orbit. This collaborative ecosystem allows each partner to contribute its specialized expertise, accelerating development and reducing risk.

This business model positions EarthDaily to compete effectively in the burgeoning Earth observation market against established players like Planet Labs and ICEYE. Its unique value proposition is not just high-resolution imagery or frequent revisits, but the combination of both with rich spectral diversity. While some competitors offer daily scans at lower resolution and others provide high-resolution images on demand, EarthDaily aims to deliver a daily, global, multi-spectral dataset of unparalleled quality.

A Daily Pulse for a Changing Planet

The true impact of the EarthDaily Constellation will be measured by the transformative insights its data will unlock across a vast array of sectors. By providing a daily, high-fidelity pulse of the planet's land masses and large maritime areas, it moves beyond static snapshots to offer a dynamic, near-real-time understanding of global systems.

In agriculture, this data stream will empower precision farming on a global scale. Farmers and agronomists can monitor crop health, assess soil moisture, and predict yields with greater accuracy, optimizing the use of water and fertilizer while improving food security. For climate scientists, the constellation will be an indispensable tool for tracking deforestation, monitoring carbon cycles, and measuring the impact of climate change with verifiable data.

Urban planners will be able to analyze traffic patterns, monitor infrastructure development, and manage urban sprawl more effectively. In disaster response, the ability to receive high-resolution imagery of an affected area within 24 hours of a flood, wildfire, or earthquake will be invaluable for damage assessment and coordinating relief efforts. This continuous monitoring provides the critical data needed to not only respond to crises but also to build more resilient communities.

The Path to Full Constellation

The release of these first images is just the beginning. The EDC-01 satellite, launched in June 2025, serves as the pathfinder for the full constellation. The next major step is a launch scheduled for May 2026, which will deploy six more satellites into orbit. Following continued expansion later in the year, the complete 10-satellite constellation is on track to enter full commercial operations in the summer of 2026.

Once operational, EarthDaily will begin delivering its proprietary data and analytics products to customers worldwide. The successful performance of ABB's imaging technology in these initial tests provides strong confidence that the constellation will meet its ambitious goal: to provide the world's most powerful and consistent system for observing daily change across the globe. As the satellites begin their continuous watch, they will generate a torrent of data poised to fuel new discoveries, drive economic efficiency, and enhance stewardship of the planet. The world is about to see itself with new eyes, every single day.