A prayer for those families who are about to spend the next 5 years in court listening to a defence lawyer argue technicalities of admissibility of that CCTV video as evidence, long after the rest of Kenya has moved on while their grief stayed.
The justice system will break you
Networking teaches you how systems communicate.
Cybersecurity teaches you how systems are attacked.
Cloud teaches you how systems scale.
Learn how they connect.
DNS Spoofing, also known as DNS cache poisoning, is a cyberattack in which an attacker manipulates DNS records to redirect users from legitimate websites to malicious ones. Since the Domain Name System (DNS) translates domain names into IP addresses, a successful spoofing attack can cause a victim to visit a fake website without realizing it.
Attackers often use DNS spoofing to steal credentials, distribute malware, conduct phishing campaigns, or intercept sensitive information. Organizations can reduce the risk of DNS spoofing by implementing DNSSEC (Domain Name System Security Extensions), using secure DNS resolvers, and monitoring DNS traffic for suspicious activity.
Understanding DNS spoofing is essential for cybersecurity professionals because it highlights the importance of protecting the systems that direct internet traffic.
Want to learn how investigators gather intelligence from publicly available sources?
In this session, we explore how tools like Epieos can support OSINT investigations by helping analysts correlate publicly available data, verify digital identities, and uncover valuable investigative leads.
OSINT is a critical skill for cybersecurity professionals, investigators, DFIR analysts, and threat hunters.
Join us today and learn practical, ethical, and effective OSINT techniques used in real-world investigations.
📌 Learn OSINT
📌 Build Investigation Skills
📌 Analyze Digital Footprints
📌 Think Like an Investigator
Send us a DM to get started.
#OSINT #CyberSecurity #DigitalForensics #DFIR #ThreatIntelligence #Investigation #CyberTraining #EthicalHacking #InfoSec #HybridSecurityConsult
SECURITY+ KNOWLEDGE CHECKPOINT
Why do organizations implement multiple layers of security controls?
A) To replace user training
B) To eliminate all vulnerabilities
C) To provide defense in depth if one control fails
D) To reduce the need for policies
Interviewer:
You are setting up a small home office.
You have two laptops connected to the same unmanaged switch.
You assign one the IP 192.168.1.5 and the other 192.168.1.6.
Can these two devices communicate with each other without a router being present?
YES or NO? 🤔
@CyberRacheal Yes.
They're on the same network and connected to the same switch, so they can communicate directly. A router is only needed when traffic needs to leave the local network.
Why do organizations implement multiple layers of security controls?
A) To replace user training
B) To eliminate all vulnerabilities
C) To provide defense in depth if one control fails
D) To reduce the need for policies