Tech that just got out.Explained so a 12-year-old gets it, checked against the original paper, then turned into business ideas you can test this week.
Topic
Data/Cybersecurity/China
Eight MCP security scanners flagged 96.89 percent of running servers as risky, but only 45.53 percent of hand-checked alerts were real. The second number is the one that changes what you do.
Business Ideas/Cybersecurity/China · South Korea · USA
Eight scanners flagged 96.89 percent of running MCP servers, but a hand check found fewer than half the alerts were real. Somebody has to say which ones matter.
Research Radar/Cybersecurity/China
Eight MCP security scanners flagged 96.89 percent of running servers as risky. A hand check of 100 of those servers found that only 45.53 percent of the alerts were real.
Zero trust drops the idea that anyone inside the office network is safe. Learn the rule behind it, the five things it checks, and three moves any small team can make this week.
Two-factor authentication asks for a second proof after your password, so a stolen password is no longer enough. Learn the methods ranked from weakest to strongest, and how to avoid being locked out.
Ransomware locks up your files and sells you the key. Learn how an attack really runs, why paying rarely works, and the checks that decide whether you recover in hours or weeks.
Explainer/Cybersecurity/Kenya
Phishing is the scam behind most break-ins, and it aims at you rather than your computer. Learn how it works, how to spot a fake message, and what to do if you have already clicked.
End-to-end encryption seals a message on your phone and opens it only on the phone of the person you wrote to. Learn how the keys work, what it still leaves exposed, and how to check it is on.
Explainer/Cybersecurity/Kenya
Cybersecurity is the set of habits that keep data secret, correct and available. Learn how real attacks start, which defences pay off first, and what to fix this week.
A zero-day is a software hole the maker does not know about, so no fix exists yet. Learn how one is found and used, why most attacks never need one, and how to limit the damage.
Research Radar/Cybersecurity/USA
A review of 85 studies finds 47 papers on how to attack AI agents and 12 on how to defend them. The layer where agents actually act gets less than five percent of the research.