My Ultimate Sign-in System Made Me Invincible

Chapter 672: All In?

The announcement regarding the construction of Nova Technologies’ fifty-five-kilometer space station at the Earth-Moon Lagrange 5 point triggered an immediate, frantic institutional scramble across every layer of global society.

For national governments, legacy space agencies, multinational corporations, and premier research universities, the station represented a profound double-edged sword.

It was simultaneously the greatest scientific and commercial opportunity in human history and an absolute, existential threat to their independent authority.

Within hours of the announcement dropping, emergency convocations were organized behind closed doors from Washington to Tokyo, Geneva to MIT, and Silicon Valley to Zurich.

Inside the headquarters of national space agencies like NASA, the European Space Agency, and China’s CNSA, the mood was one of profound professional humiliation mixed with pragmatic desperation.

For decades, state-sponsored space programs had operated as the exclusive gatekeepers of extraterrestrial exploration. They consumed hundreds of billions of dollars in taxpayer funds, managed decades-long project pipelines, and celebrated incremental milestones like placing small, multi-national modules into low Earth orbit.

Now, a private lunar entity was assembling a self-sustaining metropolis fifty-five kilometers long in thirty days, utilizing automated off-world manufacturing techniques that made state rocketry look like antiquity.

An internal briefing memo from a major space agency admitted the crushing reality, noting that while traditional programs spend fifteen years debating the safety margins of a single solar panel array, Nova Technologies was parking an entire artificial ecosystem at Lagrange 5 with Earth-normal gravity and dedicated microgravity bays, completely bypassing public funding cycles and legislative oversight.

Yet, despite the sting of obsolescence, the pragmatic reality among government ministries was clear: they could not afford to stay away.

Within twenty-four hours of the announcement, high-level diplomatic channels were quietly activated through Lucy’s operational interface. National security councils realized that if they did not secure an official governmental lease within the Research and Development District, their nations would fall irrevocably behind in material science, quantum computing, and off-world manufacturing.

The advantages of securing a tenancy were undeniably staggering. It would offer immediate access to frictionless, high-gravity and microgravity research labs operating on an indestructible, gravitationally balanced platform with guaranteed life support, advanced medical infrastructure, and instantaneous material transport via Nova Express.

It would also give governments and state labs a direct shortcut to cutting-edge orbital research without needing to launch a single state-funded rocket or maintain expensive ground support teams.

However, this unprecedented access came at the cost of total institutional dependency. By moving advanced state research to the Lagrange 5 station, national agencies were surrendering physical and intellectual sovereignty. Because all research activity within every zone was monitored continuously by Nova Technologies, and because the vertical axis of transit—every rocket, shuttle, and personnel transport—was controlled exclusively by Nova’s shuttle fleet, governments would be effectively reduced from independent spacefaring powers to tenant renters sitting on someone else’s property.

This same complex balance of immense opportunity and terrifying exposure shook the academic world. In the faculty lounges and administrative offices of elite institutions—from MIT and Oxford to Caltech and the Swiss Federal Institute of Technology—the station announcement sparked an unprecedented gold rush. For academic researchers, access to true microgravity facilities had always been bottlenecked by agonizingly long waitlists, strict quota allocations on legacy space stations, and minuscule grant funding.

The promise of self-contained research zones equipped with laboratory spaces, equipment bays, and dedicated microgravity bays on a permanent, city-sized station changed the entire equation of modern science.

During an emergency faculty senate meeting at a top-tier technical university, the dean of engineering laid out the stark choice facing the academic world, stating plainly that they could spend the next decade writing grant proposals for a minor payload slot on a state rocket, or they could submit a lease application to Nova Technologies and have their physics department running quantum entanglement experiments in a dedicated microgravity bay at Lagrange 5 by next month.

The dean emphasized that the academic prestige of their institution was no longer measured by their terrestrial campus labs, but by whether they possessed a physical presence on the station.

Within hours, university boards across the globe began reallocating endowment funds away from terrestrial construction projects, desperately trying to pool enough capital to secure a prime research zone before availability filled up.

The advantages for the scientific community were breathtaking, unlocking experimental capabilities that had been purely theoretical for generations. Researchers could test hypotheses involving material synthesis, pharmaceutical manufacturing, and astrophysics without the interference of Earth’s atmosphere, seismic noise, or gravitational constraints.

Yet, this academic leap brought about the complete erosion of traditional data privacy and intellectual exclusivity. Because Nova Technologies maintained continuous, automated oversight over every research zone, academic institutions could no longer shield proprietary discoveries or hide behind institutional secrecy.

To them, every breakthrough, every anomaly, and every successful experiment conducted on the station would be instantly registered, cataloged, and processed by Nova’s off-world mainframes before the human researchers could even draft a paper or file a patent application.

For private enterprise, particularly in pharmaceuticals, advanced materials, semiconductor manufacturing, and aerospace engineering, the Lagrange 5 station was viewed through a lens of pure, unadulterated commercial survival.

In corporate boardrooms across Frankfurt, Seoul, and Detroit, executives realized that manufacturing certain advanced compounds, pure protein crystals, and faultless semiconductor wafers in Earth’s gravity well was about to become an obsolete, uncompetitive business model.

A strategy document from a leading global pharmaceutical firm laid out the terrifying corporate calculus, warning that if their competitors leased a microgravity manufacturing bay on the Nova station and synthesized pure, defect-free biological therapeutics at ten times the yield and a fraction of the cost, their terrestrial manufacturing facilities would be bankrupt within six months.

The document concluded that corporations could not lobby against orbital manufacturing; they had to participate in it, regardless of the tenant terms.

The commercial advantages were undeniable. Joining the station provided instantaneous access to a self-sustaining commercial ecosystem with engineered green spaces, residential districts for personnel, and direct economic integration into Lucid Market and Nova Express.

However, this commercial migration was tempered by an underlying dread regarding Nova’s unyielding governance. Companies accustomed to utilizing legal loopholes, bribery, regulatory capture, and complex corporate tax shelters found themselves staring at an unyielding administrative wall.

The station’s R&D and commercial districts were strictly tenant-facing, and would be governed by automated, non-negotiable smart contracts. There were no lobbyists to bribe, no regulatory boards to sway, and no legal loopholes to exploit.

If a corporate tenant violated a platform policy or attempted illegal activities, Nova’s would evict them from the station before human lawyers could even draft an injunction.

Corporations were forced to operate in a transparent, heavily monitored environment where their traditional monopolies over trade secrets and regulatory manipulation were stripped away entirely.

By the end of the first twenty-four hours following the announcement, this complex mixture of unmatched opportunity and total institutional surrender led to an inevitable outcome.

The initial resistance that had characterized government, academic, and corporate responses evaporated entirely. The realization was absolute: Nova Technologies was not offering a partnership among equals. They were offering a seat on an ark, and the ticket prices were non-negotiable.

Universities scrambled to allocate their endowments for lease applications, multinational firms restructured their R&D divisions to target Lagrange 5 integration, and government ministries quietly dropped their nationalist posturing to negotiate tenancy terms through their LucidNet dashboards.

The fifty-five-kilometer titanium megastructure taking shape at Lagrange 5 was not just a space station. It was the administrative capital of a unified solar civilization, and every institutional entity on Earth was standing in line for permission to enter its doors.