💡 Please share any feedback you have about this article or ideas for future spotlights; leave us a message either in the comments, or contact us directly.

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You’ll also find a short practical guide to mission planning systems and processes for organizations of every size.

➡️ Check out the full portfolio of commercially-available capabilities offered by Terma to tackle these challenges: satsearch.com/suppliers/te...

🎯 The solution at scale: Automated, multi-tier planning, with long-term, mid-term, and short-term schedules, using modern algorithms like Terma's genetic framework is foundational for constellation success.

🎯 Key NewSpace challenges for mission operators: NewSpace demands (100+ requests/day, 30-min lead times) amplify complexity, making manual coordination mathematically impossible for modern, proliferated architectures.

🎯 The breaking point for manual mission planning: mission planning is an NP-hard problem that breaks down at the critical threshold of ~10 satellites due to exponentially cascading constraints, not satellite count alone.

🛰️ Terma’s solutions are designed for use in extreme mission-critical environments and situations. For the space industry, Terma delivers mission-critical electronics, software, and services.

The article details a number of key observations relating to space mission planning:

This article, developed in collaboration with Terma, catalogs the company's expert insights into the challenges of manual mission planning for increasing complex NewSpace satellite systems, and modern solutions available that are based on scaling computational approaches.

Spotlight: Your mission planning system will break before your rockets do - with Terma | satsearch blog An article developed in collaboration with Terma on the challenges of manual mission planning for increasing complex NewSpace satellite systems and modern solutions.

📖 Your mission planning system will break before your rockets do - the latest spotlight article is now live on our blog!

Find the article here: blog.satsearch.com/2026-01-14-s...

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➡️ Check out the full portfolio of commercially-available capabilities offered by Epsilon3 on their capability hub: satsearch.com/suppliers/ep...

💡 Please share any feedback you have about this episode or ideas for future episodes; leave us a message either in the comments, or contact us directly.

🎯  Immediate practical applications: the possibility of immediate and practical applications like dynamic AI scheduling or a recommender system, that could significantly reduce manual workload or human error for operations engineers in the next 12-18 months.

🎯 Data security and customer trust: the specific architectural and security measures Epsilon3 is implementing to guarantee that sensitive, often classified, customer data is never exposed to external AI services, thus building trust with cautious space engineers.

🎯 Procedure correctness and vetting: ensuring that AI-generated or imported procedures meet the extremely high requirements for correctness, detail, and adherence to regulatory standards for spaceflight operations.

🎯  Safety and anomaly detection: making AI-driven anomaly detection for mission-critical systems simultaneously sensitive enough to catch real problems and robust enough to avoid excessive false alarms.

🎯 AI readiness and timing: the readiness of AI to handle process and resource management of complex space missions and whether this is the right time for AI adoption, despite the space industry's traditionally complex and conservative nature.

In the episode, Laura speaks with satsearch COO Narayan Prasad Nagendra about a range of topics including:

🛰️ Epsilon3's software platform manages complex operational procedures, saving operators time and reducing errors. The platform supports a majority of a project's life cycle, from integration and testing through live operations.

Episode 84 of The Space Industry podcast by satsearch is a conversation with Laura Crabtree, CEO of Epsilon3, on how the company is approaching the adoption of AI to support process & resource management for complex space missions.

The readiness of AI for management of complex space missions - with Epsilon3 | satsearch blog A podcast episode with Epsilon3 on the readiness of AI to support process & resource management of complex space missions.

🎧 The readiness of AI for management of complex space missions - the latest episode of The Space Industry podcast by satsearch is now live!

Find the episode now on any good podcast player as well as on our blog: blog.satsearch.com/2026-01-13-t...

💡 Please share any feedback you have about this article or ideas for future spotlights; leave us a message either in the comments, or contact us directly.

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Designing space systems with integrated FDIR strategies - with Texas Instruments | satsearch blog A podcast episode with Texas Instruments about designing space systems with integrated Fault Detection, Isolation, and Recovery (FDIR) strategies.

And listen to the related episode on The Space Industry podcast to learn more about FDIR for space systems: blog.satsearch.com/2025-12-15-d...

➡️ Check out the full portfolio of commercially-available capabilities offered by Texas Instruments on their capability hub: satsearch.com/suppliers/te...

🎯 TI offers scalable space-grade components: Rad-tolerant (-SEP) parts suit cost-effective LEO missions, while rad-hard (-SP) parts provide the extreme reliability needed for deep space and GEO orbits.

🎯 Integrated components streamline FDIR design: Specialized sensors, microcontrollers, and isolators reduce board complexity and power overhead while preventing dangerous fault propagation across systems.

🎯 FDIR is essential for space missions: Because satellite maintenance is impossible, FDIR systems autonomously detect, isolate, and recover from faults to ensure mission success without physical intervention.

🛰️ TI is a global electronics manufacturer with a wide portfolio of space-grade components to support space missions across the spectrum.

The article details a number of key observations relating to FDIR for space systems:

This article, authored by Texas Instruments (TI), catalogs the company's deep expertise in supporting the development of robust space systems with integrated Failure Detection, Isolation, and Recovery (FDIR).

Spotlight: Designing Space Systems With Integrated FDIR - with Texas Instruments | satsearch blog An article from Texas Instruments on the art of designing robust space systems with integrated FDIR strategies.

📖 Designing Space Systems With Integrated FDIR - the latest spotlight article (and last for the year) is now live on our blog!

Find the article here: blog.satsearch.com/2025-12-19-s...

💡 Please share any feedback you have about this article or ideas for future spotlights; leave us a message either in the comments, or contact us directly.

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You’ll also find a short practical guide for organizations of every size to level up their management of operational procedures.

➡️ Check out the full portfolio of commercially-available capabilities offered by Epsilon3 to tackle these challenges: satsearch.com/suppliers/ep...