Aptos will present an overall framework for RF-Based intersatellite links and discuss in-space experience and the value of offering an always-on, no pointing required mesh network in space.
Satellites face changing thermal conditions as they move between sunlight and eclipse and as payload power demands vary. This presentation will explore a passive, adaptive approach to managing these conditions. We will i
Radiation in the space environment induces errors in electronic devices and systems from single event effects (SEE), which must be carefully accounted for during mission planning. The scarcity of testing facilities makes
How chip-scale photonic gyroscopes deliver precision attitude determination and timing for spacecraft operating beyond GNSS.
Introducing HitchHiker Orbital: Autonomous orbital platform with the essential services for research today—and manufacturing soon. Built to replace the capacity ISS Express Racks leave behind in 2030. https://www.hitchhi
This session prepares small satellite and space companies to hit the ground running the moment they're awarded a U.S. Government contract — whether it's an SBIR, a Time & Materials (T&M), or a Cost-Plus-Fixed-Fee
This presentation examines the use of knowledge-based and statistical agents for anomaly detection and root cause analysis in space systems. Statistical methods reliably identify deviations in high-rate spacecraft and gr
Earth observation data increasingly informs commercial, environmental, and national-security decisions. But can a customer verify where an image came from, what software processed it, whether the workload ran in the expe
This session will explore how organizations can work toward CMMC 2.0 compliance across a wide range of hardware platforms. We’ll discuss how wolfSSL’s portable security solutions can help address key requirements through
Briefing on the current and future development plans for Spacecraft Processing at US Spaceports. The presenter will brief current activities as well as near term capabilities coming online.
Flight software issues are among the leading — and costliest — sources of in-space anomalies. Standard development approaches often reinvent the wheel, duplicate effort, and repeat mistakes. With industry and national ur
Conventional phased arrays steer beams with analog phase shifters and fixed weighting, which limits how quickly and precisely they can respond to a changing RF environment. This session looks at a different approach: ful
High-performance hypergolic propulsion has traditionally been associated with large aerospace primes, but advances in engineering, manufacturing, and test infrastructure are enabling small companies to deliver mission-re
Spectrum superiority has become a critical requirement for maintaining resilient and secure communications in contested environments. This presentation will explore how advanced spectrum monitoring, AI-driven signal char
Keeping spacecraft hardware within its operating temperature range starts with controlling how surfaces absorb and reject solar energy. In this session, Lockheed Martin Deposition Sciences (DSI) introduces its Sunshade®
Modern spacecraft generate complex, multivariate telemetry that can reveal emerging anomalies and threats long before conventional threshold based systems recognize a problem. This presentation introduces advanced nonlin
As military space operations become increasingly complex, validating a single spacecraft is no longer enough. Mission success depends on understanding how satellites, sensors, communications, command and control, and ope
The military’s top two weather mission gaps, Cloud Characterization and Theater Weather Imagery, will be closed with Orion’s SPECTRE instrument flying on Tomorrow.io’s Deep Sky constellation. SPECTRE will deliver critica
Mission Microwave presents its solid-state power amplifier (SSPA) and electronic warfare (EW) capabilities, along with the capabilities it has in development.