The Hidden Threats in Space—And the Need for Orbital Environmental Intelligence
As the space economy expands rapidly, the challenges facing satellite operators and national security missions are growing just as quickly. The environment in orbit is becoming more crowded, contested, and complex, creating new risks that extend far beyond traditional concerns like debris and radiation.
At spaceNEXT 2026, Bianca Cefalo, CEO and founder of Space DOTS, highlighted a critical but often overlooked issue: the lack of comprehensive intelligence about the orbital environment itself.
In her talk, “Allied Space Resilience through Orbital Environmental Intelligence,” Cefalo argued that understanding the conditions and threats in space—from natural environmental hazards to potential electronic interference—is essential for maintaining both commercial and national security resilience in orbit.
The Hidden Layer of Space Risk
Space is frequently described using three terms: competitive, contested, and congested. While these descriptions often focus on satellite traffic and debris, Cefalo emphasized that the true complexity lies in the environment itself.
Low Earth Orbit (LEO) is already densely populated with satellites and constellations. Beyond LEO, activity is expanding into Medium Earth Orbit (MEO), Geostationary Orbit (GEO), and the emerging cislunar region between Earth and the Moon.
As these regions become more active, the need for accurate environmental intelligence grows.
“Space is extremely hard,” Cefalo explained. “And the environment of space is one of the hardest parts.”
Lessons from Engineering in Deep Space
Cefalo’s perspective is rooted in more than a decade of experience as a space engineer. Early in her career, she worked on the NASA InSight mission to Mars, helping simulate the Martian atmosphere to ensure a payload could survive its mission.
The challenge was immense: Mars’ environment was poorly understood, and available data was limited. Cefalo spent months modeling atmospheric behavior—including dust storms—with only sparse information.
The mission ultimately succeeded, and the payload discovered traces of water beneath the Martian surface.
Yet the experience revealed a larger issue that continues to affect the space industry today: the environmental data engineers rely on is often outdated or incomplete.
Even decades later, many spacecraft are still designed using environmental models based on data collected in the 1970s and 1980s.
When Anomalies Go Unexplained
The lack of accurate environmental intelligence has real consequences.
According to industry and NASA estimates, one in five spacecraft missions experiences anomalies or failures that cannot be fully explained due to gaps in environmental knowledge.
These anomalies may be attributed to space weather, component malfunctions, or other technical issues—but in many cases, the root cause remains uncertain.
For commercial satellite operators, these uncertainties translate into higher costs and greater redundancy requirements.
For national security missions, the implications are even more serious.
The Rise of Non-Kinetic Threats
Cefalo highlighted a growing category of risks known as non-kinetic threats.
Unlike traditional anti-satellite weapons, non-kinetic threats involve forms of electronic interference such as jamming, spoofing, or radio-frequency degradation. These attacks can disrupt satellite systems without physically damaging them, making attribution difficult.
In many cases, these events can resemble natural phenomena such as space weather, allowing hostile actions to remain hidden.
“We may assume something was caused by radiation or space weather,” Cefalo explained. “But in reality, it may have been a hostile action.”
This ambiguity creates strategic challenges. Without clear attribution, governments and operators may struggle to determine whether an anomaly represents a technical issue or an act of interference.
Building Orbital Environmental Intelligence
To address this gap, Space DOTS has developed a platform called Sky Intelligence, designed to provide a new layer of visibility into the space environment.
The system combines independent sensing systems with aggregated environmental data and advanced pattern-recognition algorithms to identify anomalies and potential threats.
The goal is to create a comprehensive understanding of what is happening in orbit—enabling operators to distinguish between environmental effects, technical issues, and potential hostile actions.
This intelligence can support multiple applications across the space industry, including:
Satellite design and mission planning
Operational awareness for satellite operators
Risk mitigation and anomaly investigation
Insurance and financial risk assessment
By improving visibility into the orbital environment, the platform aims to strengthen resilience across the entire space ecosystem.
A Collective Challenge
Cefalo emphasized that no single nation or company can solve this problem alone.
Space infrastructure is increasingly shared across international alliances, commercial operators, and multinational investors. As a result, maintaining resilience in orbit will require collaboration and data sharing across the global space community.
“Resilience in space is collective,” she said. “Just as failure is collective.”
Improving environmental intelligence will depend on partnerships between governments, private companies, and allied nations willing to share data and collaborate on monitoring efforts.
The Path Forward
As satellite constellations multiply and the space economy expands beyond Earth orbit, the need for environmental awareness will only grow.
Cefalo believes that building a multi-orbit intelligence grid—spanning LEO, GEO, and cislunar space—will be essential for managing the next era of space operations.
Better visibility into the orbital environment will help reduce uncertainty, stabilize investment, and improve the resilience of space infrastructure.
Without it, the industry risks navigating an increasingly complex domain without the information needed to fully understand what is happening around it.
