All of life is based on the coordinated action of genetic parts (genes and their controlling sequences) found in the genomes (the complete DNA sequence) of organisms.
Genes and genomes are based on code-- just like the digital language of computers. But instead of zeros and ones, four DNA letters --- A, C, T, G—encode all of life. (Life is messy, and there are actually all sorts of edge cases, but ignore that for now.) If you have the sequence that encodes an organism, in theory, you could recreate it.
The Department of Justice wants access to encrypted consumer devices but promises not to infiltrate business products or affect critical infrastructure. Yet that's not possible, because there is no longer any difference between those categories of devices. Consumer devices are critical infrastructure. They affect national security.
With election meddling inevitable in 2020, the United States needs a powerful kill chain.
Influence operations are elusive to define. The Rand Corp.’s definition is as good as any: “the collection of tactical information about an adversary as well as the dissemination of propaganda in pursuit of a competitive advantage over an opponent.” Basically, we know it when we see it, from bots controlled by the Russian Internet Research Agency to Saudi attempts to plant fake stories and manipulate political debate. These operations have been run by Iran against the United States, Russia against Ukraine, China against Taiwan, and probably lots more besides.
Since the 2016 U.S.
This morning, Attorney General William Barr gave a major speech on encryption policy—what is commonly known as "going dark." Speaking at Fordham University in New York, he admitted that adding backdoors decreases security but that it is worth it.
Some hold this view dogmatically, claiming that it is technologically impossible to provide lawful access without weakening security against unlawful access. But, in the world of cybersecurity, we do not deal in absolute guarantees but in relative risks. All systems fall short of optimality and have some residual risk of vulnerability—a point which the tech community acknowledges when they propose that law enforcement can satisfy its requirements by exploiting vulnerabilities in their products.
We’ll have to battle both the disease and the fake news.
When the next pandemic strikes, we'll be fighting it on two fronts. The first is the one you immediately think about: understanding the disease, researching a cure and inoculating the population. The second is new, and one you might not have thought much about: fighting the deluge of rumors, misinformation and flat-out lies that will appear on the internet.
The second battle will be like the Russian disinformation campaigns during the 2016 presidential election, only with the addition of a deadly health crisis and possibly without a malicious government actor.
AI can flag people based on their clothing or behavior, identify people's emotions, and find people who are acting "unusual."
It used to be that surveillance cameras were passive. Maybe they just recorded, and no one looked at the video unless they needed to. Maybe a bored guard watched a dozen different screens, scanning for something interesting. In either case, the video was only stored for a few days because storage was expensive.
The belief that China’s surveillance gives it an advantage is misleading—and dangerous.
According to foreign-policy experts and the defense establishment, the United States is caught in an artificial intelligence arms race with China—one with serious implications for national security. The conventional version of this story suggests that the United States is at a disadvantage because of self-imposed restraints on the collection of data and the privacy of its citizens, while China, an unrestrained surveillance state, is at an advantage. In this vision, the data that China collects will be fed into its systems, leading to more powerful AI with capabilities we can only imagine today. Since Western countries can't or won't reap such a comprehensive harvest of data from their citizens, China will win the AI arms race and dominate the next century.
The term "fake news" has lost much of its meaning, but it describes a real and dangerous internet trend. Because it's hard for many people to differentiate a real news site from a fraudulent one, they can be hoodwinked by fictitious news stories pretending to be real. The result is that otherwise reasonable people believe lies.
The trends fostering fake news are more general, though, and we need to start thinking about how it could affect different areas of our lives.
The Internet was going to set us all free. At least, that is what U.S. policy makers, pundits, and scholars believed in the 2000s. The Internet would undermine authoritarian rulers by reducing the government’s stranglehold on debate, helping oppressed people realize how much they all hated their government, and simply making it easier and cheaper to organize protests.
What do attacks on the integrity of our voting systems, the census and the judiciary all have in common? They're all intended to reduce our faith in systems necessary for our democracy to function, and they're also targets of Russian propaganda efforts.
To understand how these efforts can effectively undermine a democracy, it helps to think of a government as an information system. In this conceptualization, there are two types of knowledge that governments use to function.
Sidebar photo of Bruce Schneier by Joe MacInnis.