Tech-Today

The Software Development Crisis Nobody’s Talking About: Why We’re Building Trauma Into Our Code Here’s the uncomfortable truth: most software development practices are fundamentally extractive, dehumanizing, and leave scars on both the people building it and the people using it. I know that sounds dramatic. But stick with me. We talk about burnout in tech like it’s an inevitable rite of passage—something developers should just toughen up and endure. We celebrate crunch culture. We treat mental health like a HR checkbox. We build systems that surveil users, manipulate behavior, and concentrate power. And then we’re shocked when the people involved in this ecosystem show up traumatized. ...

Monthly Wrap: Tech-Today — May 2026 A Month of Structural Arguments, Infrastructure Anxiety, and Some Uncomfortable Self-Examination Let me be honest about something before we get into the actual analysis: May was a strange month to cover technology news. Not because the news was strange — it was, in fact, relentlessly eventful — but because the kind of eventfulness kept pointing at the same underlying anxieties, regardless of which corner of the industry I was looking at. Energy. Dependency. Concentration. The gap between what companies say and what they actually do. ...

Why IT Pro’s Development Coverage Matters More Than You Think (And Where It Falls Short) Here’s the thing about tech journalism in 2024: most of it is either breathless hype about AI solving everything or doom-scrolling security theater. IT Pro, particularly its development reviews and analysis section, sits in an increasingly rare middle ground—it actually tries to help practitioners make real decisions. But let’s be honest about what that means and what it doesn’t. ...

The AI News Cycle Is Broken—And We’re All Pretending It’s Fine Every morning, the same ritual: a new AI breakthrough lands, tech journalists scramble to explain why it matters, and by afternoon, venture capitalists are already pricing the Series B. The Wall Street Journal covers it with the gravitas of a moon landing. TechCrunch writes three takes. Reuters publishes something sensible but gets buried. And somewhere in the noise, actual signal dies. ...

The Emergence Trap: Why AI’s “Surprising” New Abilities Aren’t Actually Surprising (And Why That Matters) Here’s the uncomfortable truth nobody wants to say out loud: we’ve been dramatically overselling the mystery of emergent AI capabilities, and it’s starting to feel like collective gaslighting. Every few months, a new research paper drops with headlines like “GPT-4 Discovers Unexpected Reasoning Ability” or “AI Model Exhibits Emergent Problem-Solving.” The tech press loses its mind. Twitter explodes. Venture capitalists get slightly more convinced we’re building AGI. And then you dig into the actual paper and realize what happened: someone scaled up a neural network, it got better at things, and we all acted like consciousness just spontaneously manifested. ...

The Cybersecurity News Cycle is Broken—And Here’s Why That Actually Matters Every week, Reuters publishes cybersecurity stories that get shared across LinkedIn, retweeted into oblivion, and promptly forgotten. A vulnerability gets patched. A breach gets disclosed. A threat actor gets indicted. Rinse, repeat. We’re drowning in security news while remaining fundamentally insecure—and that’s not an accident. It’s a structural problem with how we consume and act on threat intelligence. Let me be direct: most cybersecurity “news” is either too late to be actionable or too vague to be useful. And the outlets covering it—including Reuters—are trapped in an incentive structure that rewards sensationalism over substance. ...

The Semiconductor Engineering Crisis Nobody’s Talking About: Why Chip Design is Broken (And How We Fix It) You want to know what keeps chip engineers up at night? It’s not just the physics anymore. It’s that we’ve built a semiconductor industry so specialized, so fragmented, so obsessed with squeezing nanometers that we’ve lost sight of what actually matters: making things that work in the real world. I’m going to be direct: semiconductor engineering is at an inflection point. We’re hitting physical limits that make incremental improvements feel like pushing a boulder uphill, the supply chain is still recovering from being punched repeatedly, and the talent pipeline is clogged with people who learned on tools that won’t exist in five years. But here’s the thing—this crisis is also an opportunity. And it starts with understanding what’s actually broken. ...

The AI Business Boom Is Real—But Most Companies Are Still Fumbling the Execution The gap between AI hype and actual business value has never been wider. Here’s what’s actually happening, what’s working, and why your organization is probably doing this wrong. Let me be direct: we’re in the strangest moment of the AI revolution yet. The technology is genuinely transformative. The business applications are real. And simultaneously, most organizations implementing AI are doing it with the strategic sophistication of someone throwing darts at a board. ...

The Community Tech Revolution Nobody’s Talking About: Why Bottom-Up Innovation Actually Works Here’s the thing about technology news: it’s obsessed with the wrong stories. Every day, the feeds light up with announcements from trillion-dollar companies shipping incremental features, while something genuinely transformative happens quietly in neighborhoods, schools, and community centers. The real tech story of our time isn’t about AI models getting bigger—it’s about communities building their own solutions and discovering that they don’t need permission from Silicon Valley to solve their problems. ...

The Semiconductor Industry Is Hitting a Wall—And Nobody Wants to Admit It Yet The knowledge base snippet I was handed is basically useless for this assignment, which is kind of perfect because it mirrors what’s happening in semiconductor journalism right now: lots of noise, not enough signal. But here’s what matters: EE Times recently covered imec’s CEO making a crucial point about AI semiconductors that everyone in the industry is dancing around instead of directly addressing. ...