Graph Techniques for Network Threat Detection
Explains how graph databases enable threat detection by modeling attack patterns, tracing incidents across hops, integrating data sources, and enabling real-time analysis.
Explains how graph databases enable threat detection by modeling attack patterns, tracing incidents across hops, integrating data sources, and enabling real-time analysis.
High-security cryptographic module design: hardware/software architecture, layered key hierarchy, physical protection, entity authentication and environmental failure testing.
Overview of network security attributes: CIA triad (confidentiality, integrity, availability), non-repudiation, controllability, privacy, reliability and common attack types.
Multi-agent consensus under jamming attack analyzed with deterministic-plus-random communication timing and ternary control; stochastic conditions ensuring finite-time consensus.
Guide to DC FW-1800 firewall login and troubleshooting: default admin creds, factory reset steps, using console to find management IP, enabling web management and ports.
Technical overview of a battery-powered smart smoke detector with NB module communication, battery monitoring, alarm logic and installation use cases for engineers.
Overview of common network security devices—routers, switches, proxies, firewalls, load balancers, IDS/IPS, SIEM, DLP and UTM—definitions, functions, and security roles.
Technical guide to CentOS 7 firewall management: compares firewalld and iptables, explains zones, netfilter concepts, iptables tables, chains, commands and rule management.
Comprehensive key distribution overview covering KDC-based symmetric key distribution and Kerberos ticket flows, plus public key certification and CA trust.
Automotive security requirements covering hardware security, secure boot (signature/MAC/CMAC), secure update processes, cryptographic HSM/SE and communication protection.
Cybersecurity glossary covering malware, vulnerabilities, exploits, phishing, APTs, backdoors, privilege escalation, honeypots and key attack techniques for engineers.
Linux incident response: investigation and remediation of SSH compromise, replaced system utilities, cron persistence, immutable file locks, and ld.so.preload malware.