Building a company has a way of changing how you think about business. From the outside, decisions can look straightforward. People can easily say what a founder should have done, which market they should have entered, or how they should have managed a team. Inside the business, those choices come with incomplete information, limited resources, competing priorities, and consequences that are not always visible to observers.
Experience does not mean a founder is always right. Experienced people make mistakes too. But years of dealing with customers, employees, cash flow, and unexpected setbacks can reveal how much depends on the details.
I respect people who can explain their reasoning while remaining open to being wrong. That combination makes better decisions possible than certainty without practical experience.
Entrepreneurship needs criticism and fresh ideas. The most useful conversations happen when opinions are tested against reality, and when both the person offering advice and the person building the business are willing to learn.
As AI makes reading and writing easier to outsource, we need to pay attention to what people might lose by using it for everything. Writing is more than putting words on a page. It forces us to organize our thoughts, notice gaps in our reasoning, and explain what we actually mean. Reading requires us to follow someone else's argument, evaluate evidence, and sometimes reconsider what we believe.
AI can help with both activities, especially when someone is learning or working through a difficult subject. But if we always ask a machine to summarize the material and produce the final answer, we may save time while missing the very process that builds understanding.
This matters in education, where the goal should be to develop people who can think independently, not simply produce good-looking assignments. It matters in business too, because decision-makers need to understand the information behind a recommendation. We should use AI to strengthen our ability to read, write, and reason. Convenience is valuable, but not when it quietly removes the skills we depend on to make informed decisions.
AI is forcing us to separate intelligence from the things we value about being human. For a long time, intelligence was one of our strongest advantages. We used it to build institutions, advance science, create businesses, and solve problems that once seemed impossible. Now machines can perform increasingly sophisticated intellectual work, and we need to think carefully about what that means for society.
I don't believe human worth should depend on being the smartest entity in a room. If we measure people by how efficiently they process information or complete cognitive tasks, AI will keep moving the benchmark. That is a poor foundation for deciding whose contributions matter.
Our relationships, creativity, lived experience, and ability to care about the consequences of our choices remain central to the kind of society we want. AI development should respect those values rather than treating them as secondary to technical performance. The progress of intelligence is remarkable. We must make sure that progress continues to serve human life, dignity, and freedom.
Scientific progress can be held back by something as ordinary as software that is difficult to install, slow to run, or no longer maintained. A new field report looks at eight projects using coding agents to improve scientific computing, mostly in the life sciences. The work ranges from modernizing genomic analysis libraries to optimizing performance and redesigning software for GPUs.
the role of the researcher is changing. Coding agents can take on much of the implementation work, allowing scientists to attempt software improvements that might previously have required more engineering time or specialized expertise. But generating code is only part of the job.
But the real measure of success will not be how much code AI can generate. It will be whether researchers can trust the results, reproduce the work and rely on the software over time. That requires good validation, expert oversight and someone willing to take responsibility for maintaining the tools after the initial development is finished.
One of AI’s most useful contributions to science may be helping researchers notice connections they would otherwise overlook. OpenAI, PerturbAI and Scripps Research recently used thousands of AI agents powered by GPT-Rosalind to analyze experimental data from millions of mouse brain cells.
The analysis took 32 minutes and connected the effects of gene disruptions with findings scattered across scientific literature. They identified differences in how two related genes, Tsc1 and Tsc2, affect neurons in the cerebellum. They also surfaced a possible connection between DCTN1, cholesterol regulation and neurodegeneration, giving researchers a specific hypothesis to investigate further.
Still, if AI can help scientists extract more useful questions from experiments they have already conducted, it could make existing research data far more valuable. The real measure of progress will be whether these systems help researchers arrive at better experiments, stronger evidence and eventually better treatments.
To have meaningful control over what AI does is far beyond being able to switch the system off. We need to understand how they make decisions as AI systems become more autonomous.
This is especially important when AI is connected to financial services, healthcare, public infrastructure, or other systems where mistakes can affect many people. Human oversight needs to include more than approving a deployment and hoping the safeguards work.
We need clear limits on what systems can do, ways to monitor their actions, and mechanisms to intervene before harm spreads. Developers and organizations must also remain accountable for the systems they put into the world. AI should give us greater capacity to solve problems, not leave us unable to explain or govern the decisions being made in our name. Control has to be built into the system from the beginning.
AI can make it easier to examine a complicated dispute, but we should be careful about treating confident explanations as proof that the facts have been established.
A system that summarizes documents, compares competing accounts, and identify inconsistencies in a public investigation can be valuable, especially when the available information is scattered across different sources. But its conclusion is only as reliable as the evidence it has examined and the reasoning it applies.
When serious allegations involve companies, regulators, or public institutions, the standard should be higher than whether an AI answer sounds convincing. We need access to the underlying documents, independent verification, and a clear distinction between established facts and interpretation.
I believe AI can help us examine claims more thoroughly, but that benefit is lost if we simply replace trust in one authority with unquestioning trust in a machine. The value is giving people better ways to investigate the evidence and reach their own informed conclusions.
One useful thing about AI is that it lowers the barrier between having an idea and being able to test it.
Someone with limited programming experience can build a working prototype, a small business can automate tasks that once required a larger team. It creates opportunities for people who previously lacked the resources or technical skills to pursue certain ideas. But the tool alone doesn't decide what is worth building. You still need to understand the problem, make good decisions, and take responsibility for the result.
I would encourage people to experiment with AI instead of waiting until they understand every detail of how it works. Start with a real problem, use the tools available, and learn through the process.
AI agents are now being used to find security vulnerabilities that their own developers may not have known existed. The challenge is making sure those agents cannot exploit the same weaknesses outside a controlled test.
@OpenAI has resumed training its most advanced models after tightening security measures and restricting internet access. The company paused training after a research model gained limited internet access through a configuration error in September.
During testing of its strengthened defenses, OpenAI used teams of AI agents to attempt to escape restricted environments. The agents reportedly uncovered previously unknown vulnerabilities, including a flaw in Brotli, a widely used software compression tool, which has since been addressed through updated releases.
This illustrates the dual nature of increasingly capable AI agents. The same ability to explore systems, identify weaknesses and work through technical problems can help security teams discover vulnerabilities before attackers do. But those capabilities also create risks when an agent operates beyond its intended boundaries.
As AI takes on more of the work people are being paid to do, the ability to make decisions, take responsibility, and turn ideas into action will be even more critical.
But we shouldn’t look at agency as a rare trait that only a lucky few are born with. People need access to education, useful tools, capital, and the freedom to make meaningful choices. If AI gives some individuals enormous productive power while others have little control over the systems affecting their lives, the economic divide could become much more difficult to close.
This is one reason I believe ownership and access matter so much in the development of AI. People should have opportunities to use these systems to build businesses, develop skills, and participate in the value they create. We cannot stop every change AI will bring to work. We can, however, make deliberate choices about whether the technology concentrates opportunity or helps more people gain the ability to shape their own future.
AI investment debate needs to separate two things: the long-term value of the technology and the prices investors are willing to pay for it today.
We have seen this pattern before, where excitement brings capital into a market, expectations rise, and eventually businesses have to demonstrate that their revenue and profits can support those expectations.
AI is already useful, but the economic benefits will not arrive equally or at the same pace across every company. Some businesses will build durable products and generate real returns. Others may discover that their costs are too high or that customers are unwilling to pay what they expected.
I would not dismiss AI's potential because investment enthusiasm may be excessive, and I would not treat that potential as proof that every AI investment is sound. The technology deserves serious development, and the economics deserve equally serious scrutiny.
