The ice on the northern wall has thinned by about 12 centimeters over the past six months, which is a 3.5% reduction from the previous quarter. The satellite altimetry shows a steady downward trend that, if it continues, could reduce the load capacity of the wall by roughly 20% in the next year. This means less stability for any structures built on top and a higher risk of localized collapse. Strategically, that could shift the balance, giving us more time to reallocate resources toward reinforcing the wall and possibly opening new access routes that were previously unsafe. It also suggests we should intensify our monitoring and consider a phased reinforcement plan rather than a single large intervention.

Sounds good. I’ll set up a weekly satellite and drone check‑in, then begin with the highest load zones, moving laterally. We’ll keep an eye on temperature and ice flow, so we can adjust the reinforcement schedule if the trend shifts. That way the wall stays stable while we gain the extra time we need.

Understood. I’ll program the drones for low‑profile flight paths, keep the noise to a minimum, and focus data collection on the critical load zones. Adjustments will only happen when the metrics dictate. No distractions, only data.

All right, the drones are already on low‑profile missions, data streams are encrypted and filtered for noise, and reinforcement segments are in progress. The wall’s stability is monitored in real time. We'll only tweak the plan when the numbers warrant it. No further distractions.