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AI Risks & Social Impact: Jobs, Regulation & Ethics

Explore the risks and societal impact of AI. Job displacement, regulation, ethical concerns, and safety discussions.

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Articles in AI Risks & Social Impact

Is AI Token Consumption a Productivity Metric? — The Tokenmaxxing Trap and What to Measure Instead

Is AI Token Consumption a Productivity Metric? — The Tokenmaxxing Trap and What to Measure Instead

In 2026, Tokenmaxxing — AI token consumption gamed to inflate internal metrics — was observed at Amazon, Meta, and Microsoft. The Faros AI study of 22,000 developers shows AI use lifts task completion +34% and epics +66%, but bugs rise +54% and PR review time grows 5x. Quantity and quality decisively diverge. This article covers why the crude "token consumption = work output" metric spread, the three field distortions it creates (token pumping, speed over substance, drift toward AI-friendly tasks), alternatives like Salesforce AWU, DORA 4, and AWS outcome indicators, and five practical actions for individuals and organizations — all backed by primary data. The 1990s KLOC failure, re-run with a new unit.

AI Prompt & Input Precautions — An 8-Chapter Checklist to Avoid Leaks, Misbehavior, and Compliance Violations

AI Prompt & Input Precautions — An 8-Chapter Checklist to Avoid Leaks, Misbehavior, and Compliance Violations

What you input to AI — that is the biggest security risk in using AI. Industry surveys show 77% of employees have entered company secrets into AI, and 27.4% of corporate data pasted into AI is sensitive (2.5x the previous year). Samsung's source-code leak (2023), the ChatGPT bug (2023), 400 API keys exposed across vibe-coded apps (2025), and ChatGPT's covert-channel vulnerability (2026-02 by Check Point Research) — the incidents don't stop. This article organizes the "6 NEVER categories," "plan-based judgments for conditionally shareable info," "5 principles of good input that lift quality," "inputs that avoid prompt injection," "4 real-world leak incidents," and "checklists for individuals and organizations" based on the latest 2026 industry research.

Will AI Replace Veterans or Juniors First? The Data Says "Seniority Wins"

Will AI Replace Veterans or Juniors First? The Data Says "Seniority Wins"

When people talk about jobs AI will eliminate first, most assume "veterans doing routine work." The data shows the opposite. Stanford Digital Economy Lab's "Canaries in the Coal Mine" (2025-11) finds that in occupations with high AI exposure, employment for ages 22-25 is down 13%, and software engineers aged 22-25 specifically are down 20% from peak — while age 30+ is up 6-12% and IT workers aged 35-49 are up 9%. Researchers call this "seniority-biased technological change": AI substitutes for codified knowledge while amplifying tacit knowledge and judgment. This article walks through the latest data, sector-by-sector impact, the four reasons seniors survive, the long-term "training pipeline collapse" problem, the counter-argument that AI isn't the cause, and the strategies juniors, seniors, and companies should each adopt.

AI's Impact on Cybersecurity — How Claude Mythos Changed the Battle Map

AI's Impact on Cybersecurity — How Claude Mythos Changed the Battle Map

Claude Mythos Preview, released by Anthropic in April 2026, hit Firefox JavaScript engine exploit success rates 90× higher than Opus 4.6 and uncovered thousands of zero-days across OpenBSD, FFmpeg, and the Linux Kernel. Anthropic chose not to release it publicly, instead adopting "Project Glasswing" — limited delivery to partners like AWS, Google, and Microsoft. This article maps the new terrain of AI cybersecurity Mythos has revealed: attacker automation, AI on the defender side, regulatory response, and the actions organizations should take, all grounded in the latest data.