Kenyans will eternally dominate any arena that doesn’t require “teamwork,” planning, or funding from the government or its rotten sports federations.
As long as success hinges solely on raw individual talent, grit, and zero interference, we’ll keep shining on the global stage.
The manufactured bottlenecks, vicious gatekeeping and calculated sabotage embedded in Kenya’s organized sports - designed purely for political patronage and elite capture - are utterly revolting.
Massive congratulations to David Munyua for claiming the World Darts Championship title.
Proof yet again: strip away the corrupt middlemen and their toxic bureaucracy, and Kenyan excellence speaks for itself.
Kenyan member of Parliament Ndindi Nyoro explains how he turned KES 56 Million investment in Kenya Power shares into a KES 300M portfolio — in under 2 years.
@piersmorgan No trophy until he leaves. He's done his part, identified some good talents. It's time for someone else to fine-tune them and add marquee signings wherever there are gaps.
SS7 Vulnerabilities
- The Signaling System 7 (SS7) protocol, used by telecom networks worldwide, has known weaknesses.
- Attackers with access to SS7 (often through insider connections or purchased access) can intercept texts or reroute them by pretending to be a legitimate network node.
- This method can bypass encryption since it exploits the network infrastructure itself.
Malware and Spyware
- If a hacker installs malicious software on a victim’s phone (e.g., via phishing links, fake apps, or physical access), they can monitor texts directly.
- Spyware like Pegasus (developed by NSO Group) can extract messages, even from encrypted apps, by taking control of the device.
Man-in-the-Middle (MITM) Attacks
- Hackers intercept unencrypted SMS messages by positioning themselves between the sender and receiver.
- This can happen over insecure Wi-Fi networks or by setting up fake cell towers (IMSI catchers, like Stingrays) to capture unencrypted traffic.
Compromised Messaging Apps
While apps like WhatsApp or Signal encrypt messages end-to-end, hackers can bypass this by gaining access to the device itself (e.g., through malware) or exploiting backups (e.g., unencrypted iCloud backups).