I agree with you, and the current environment has made the argument meaningfully stronger than it was when I last wrote about this.
Ukraine exposed a critical shortage of interceptor missiles across NATO, which created a second-order problem that is easy to overlook. When interceptor stocks run low, the defender cannot engage every incoming threat and must prioritize the most dangerous ones. That selectivity requires better situational awareness, more time to make decisions, and a clearer real-time picture of what is actually incoming. That is precisely what GlobalEye provides. It extends the radar horizon, it is multi-domain meaning it tracks aerial, maritime, and ground threats simultaneously, and it feeds that picture directly into a nation’s broader command and control architecture. The marginal value of owning that capability was already rising before any of the recent events.
Now the problem is wider, and as you correctly point out, that means the marginal value is greater. The Middle East conflict has introduced a second active theater in which allied infrastructure is being targeted by ballistic missiles, cruise missiles, and drone swarms across multiple countries at once. Each of those threat types is exactly what GlobalEye is built to detect early and help manage. A nation reassessing its air defense architecture in light of all this, and there are several that now have strong reasons to do so, will find the case for a system like GlobalEye considerably more urgent than it did twelve months ago.
The export filter remains a real constraint. Sweden must approve any sale, so buyers need to be allies or at minimum non-adversarial nations. But the pool of countries that meet that criterion and are now actively rethinking their air defense posture has grown meaningfully since February 28th, and that has to be reflected in how we think about GlobalEye’s medium-term demand pipeline.
Risk side note: The real risk is not that satellites suddenly replace systems like GlobalEye. It is that the rapid commercialization of low earth orbit radar constellations gradually narrows the addressable market for airborne early warning over a ten to fifteen year period. The more immediate risk is that customers start to price in satellite optionality earlier in the procurement process, which could lengthen sales cycles and raise the proof burden for airborne platforms. To me, Saab’s clearest hedge is therefore to own the data fusion and command layer rather than defend the collection platform on its own. That is what makes its investments in space and autonomy strategically important, even if the revenue contribution still looks modest today.