Report: a Facebook project called “Catalina”, which ended last year, explored shuttling SSDs filled with data to users in remote areas through bird-sized drones
The secretive codenamed ‘Catalina’ project was ended a year ago — Facebook has for years explored ways … Source: Business Insider .
Context & Ripple Effects
Catalina is the latest entry in a long line of Facebook's physical-layer connectivity bets to surface publicly only after they were dead. The company flew a full-scale Aquila solar drone prototype with a 10-gigabit laser in 2015, then scrapped its $500 million satellite plan months later, and by mid-2018 had stopped building internet drones altogether, saying it would focus on underlying technology instead. The bird-sized SSD shuttles were evidently part of that same exploration before the wind-down.
What makes Catalina notable within that arc is the mechanism: rather than beaming data over wireless links or satellites, it proposed physically carrying storage drives to users where bandwidth is scarce — a courier model for data itself. Its quiet end confirms the 2018 pivot was comprehensive, retiring even the non-aerial alternatives.
First-order effects
- Facebook's connectivity effort is now fully consolidated behind the 'underlying technology' strategy announced when it stopped building drones — no remaining known hardware program is delivering access to remote users directly.
- Remote-area users who were implicit beneficiaries of Aquila, the satellite plan, and now Catalina are left with OpenCellular-style open-source hardware as Facebook's main tangible contribution to last-mile access.
Second-order effects
- Partners and researchers who built against Facebook's freely available OpenCellular designs face a shrinking roadmap from the company that published them, since each retired program narrows what the underlying-technology group can realistically support.
- Rivals pursuing rural connectivity no longer benchmark against Facebook's fleet ambitions; the competitive frame shifts to whoever licenses or open-sources components rather than whoever operates aircraft or satellites.
Third-order effects
- If the pattern holds, large platforms exit ownership of connectivity infrastructure entirely, keeping only standards, software, and reference hardware — leaving carriers, governments, and startups to run the actual networks.
- The fate of Catalina also leaves unresolved whether physically transporting storage beats wireless links for bandwidth-starved regions; with Facebook out, that engineering question passes to smaller operators without its balance sheet.
The trend: Big-tech connectivity moonshots are being retired one by one as their sponsors retreat from owning infrastructure toward supplying underlying technology.