Innovation is beyond our comprehension, indicating an extraordinary level of progress, and humanity is on the brink of an incredible frontier. Things that were previously only found in science fiction are now happening. Current innovations that are transforming our lives include genetic engineering, artificial intelligence, self-driving cars, and interfaces that connect technology to human brains.
The emergence of new technology and innovations in recent years has caused us to reflect on our own values and consider not only how we would use these new technologies but also the kinds of people we might become as a result of them. Being human entails many opportunities and risks, and the decisions we make now will significantly impact our future.
These, in our opinion, are the top moral issues that demand our attention.
Biased and discriminatory AI technology that targets particular groups.
Nowadays, computers use artificial intelligence to make many important decisions in people’s lives. However, they continue to strengthen and increase the frequency of societal preconceptions about individuals. Research indicates that artificial intelligence (AI) hiring systems typically favor men over women. This demonstrates how biased these systems are, as they are trained on historical hiring data.
Imagine a situation where a skilled female software engineer with outstanding credentials and a strong resume is routinely passed over by automated hiring systems. Such female applications are processed by algorithms that are unaware that their training stems from years of hiring practices that have favored men. As a result, gender bias takes on a digital form.
Together, AI and surveillance technologies pose a serious threat to our personal freedoms and privacy. These concerns are heightened by the use of AI-driven surveillance systems by certain governments. Face recognition technology, for instance, monitors people’s everyday activities and influences their social credit ratings.
Because AI cameras could record people participating in political protests, these technologies may have an impact on how people interact with one another. The citizen score might consequently decline based on what activities they do, making it more difficult for them to obtain critical public services.
Human dignity in the context of genetic engineering and designer babies.
Scientists worldwide now have access to genetic editing thanks to new technologies. This has sparked important discussions about striking the correct balance between advancing human abilities and offering healthcare. Genes can be altered in incredible ways thanks to this effective and affordable technique. But there’s also a good chance that it will be abused.
Imagine a scenario where affluent parents who wish to create “enhanced” embryos with superior intelligence and physical attributes are putting a lot of pressure on a research team. This example demonstrates how, rather than meeting fundamental medical needs, genetic technology could be used to further societal divisions.
The difference between enhancement and improvement is still a point of contention. Eliminating rare genetic issues in embryos would be a significant advancement, but concerns regarding human dignity and the commercialization of genetic traits remain.
In addition to helping humans, genetic engineering alters the environment, which could have long-term consequences for ecosystems. What if we could help prevent the spread of malaria by using mosquitoes that have undergone genetic engineering? Even though helping humans is a noble goal, these altered mosquitoes may have negative environmental effects that impact multiple interconnected ecosystems.
Using automated systems to make moral judgments.
Self-driving cars are a major topic of discussion when it comes to the ethics of new technology, especially when it comes to making difficult choices when collisions are unavoidable. The classic trolley dilemma is relevant in real life when self-driving cars have to make decisions that could have a variety of negative effects.
What is a “classic trolley problem”?
A well-known ethical thought experiment known as the “trolley issue” poses a challenging moral dilemma: a rogue trolley is speeding toward five people who are strapped to the rails, and you can pull a lever to send it to a different track where only one person is strapped.
We are at a pivotal moment where we must consider the consequences of our decisions. Should we take a course of action that could result in one death or let five people die?
This demonstrates the tension between deontological ethics, which vehemently opposes intentionally causing harm, even when doing so could result in a better outcome, and utilitarianism, which emphasizes the greater good. By adhering to traffic laws and taking safety seriously, self-driving cars ought to be able to manage these circumstances.
Cognitive autonomy and mental privacy in brain-computer interfaces.
The potential for brain-computer connections to alter our lives raises serious questions about the privacy and freedom of our thought processes. In addition to creating novel treatments for neurological conditions, Neuralink and other businesses are creating technologies that allow us to see our thoughts and emotions in truly remarkable ways.
What if scientists could operate computer systems with a BCI device simply by thinking about them? Even if they are unaware of it, the gadget might secretly record the participant’s brain activity and thinking patterns, which could reveal their feelings, political beliefs, and even their initial thoughts before they are aware of them. More than previous monitoring techniques, the data collected to evaluate productivity and loyalty may lead to a serious invasion of mental privacy.
BCI technology informed consent is challenging, particularly in light of the unknowable long-term effects. Consider enrolling in a BCI trial to help treat depression. Even though therapy offers temporary advantages, we don’t yet know the long-term consequences of brain changes, the risk of becoming reliant on technology, or whether these changes can be reversed.
Technical solutions and future directions.
Government and technical action are required to uphold the ethics of new technologies. Differential privacy and federated learning can safeguard data and increase the value of AI applications. The mental privacy and autonomy of BCI users may be safeguarded by strict user permissions and hard on/off controls.
In order to avoid collisions, autonomous cars adhere to traffic laws and maintain safe distances by using responsibility-sensitive safety (RSS) frameworks. Strong containment systems and terminator genes are necessary for genetic engineering in order to stop altered organisms from unintentionally entering the environment.
We require adaptable regulatory frameworks that balance innovation and human rights in order to effectively regulate emerging technologies. The risk-based AI Act proposal from the EU examines a wide range of technological deployment strategies while monitoring everything.
The community must be involved in order to receive genuine solutions, not just from government representatives and technical specialists. To ensure that everyone learns how to use technology in a moral manner, the government mandates public education on its development and effects. In this manner, people can make informed decisions about unfamiliar technology.
