Welcome to the Future

Every few years, the tech world collectively loses its mind. Investors pour in billions, founders spin grand narratives, and the media declares “the future is here.” And then…reality shows up.

Drug discovery is a notoriously long, expensive, and uncertain process. Bringing a single new therapy to market often takes 10–15 years and costs upwards of $2 billion, with most candidates failing somewhere along the way. But what if we could dramatically accelerate this process, lower costs, and identify promising drug candidates with far greater precision?

For years, quantum computing has been a buzzword floating somewhere between science fiction and laboratory experiments. But today, we’re entering a new phase: quantum technology is moving out of research labs and into early commercialization. That shift means businesses, policymakers, and investors can no longer afford to treat it as a distant curiosity.

Quantum computers are no longer science fiction. They're real, they're advancing fast, and in the near future, they could break the encryption methods we use today to protect everything from emails to banking data. This is why "post-quantum cryptography" (PQC) matters—and why cloud providers like Google, Amazon, and Microsoft are racing to get ready.

Ubiquitous computing has raised as one of the major trends of our time, with societies and industries relying more than ever before on IT services. Quantum computing, demonstrated by the end of the XX century, promises a big step forward on the matter, accelerating processes and improving the performance of current computers.