David Plaha

Overview

Who He Is

David Plaha is the author behind Cyberlord's technical writing, listed on the site as a Tech Expert and Cybersecurity Specialist. The author page records more than ten years of hands-on work in ethical hacking, penetration testing, and security consulting. His assessments span web applications, APIs, networks, mobile clients, and cloud environments, and the profile also describes advisory work on security architecture and control selection for audit frameworks. He writes as part of the Cyberlord team and is the named author on the site's technical articles.

Areas of Coverage

The expertise list on his profile covers penetration testing, ethical hacking, vulnerability assessment, and security consulting, alongside red team operations, web application security, network security, and API security testing. Cloud security is described across AWS, Azure, and GCP, with mobile application security, security architecture review, and incident response completing the set. Compliance testing is named for PCI-DSS, HIPAA, and GDPR, and the page also describes work against ISO 27001 and SOC 2. Each area maps to a service the site sells.

Credentials as Listed

His profile lists six certifications: Certified Ethical Hacker (CEH), Offensive Security Certified Professional (OSCP), Certified Information Systems Security Professional (CISSP), GIAC Penetration Tester (GPEN), Certified Information Security Manager (CISM), and AWS Certified Security - Specialty. These are the credentials published on the author page, and the profile does not expand on where or when they were earned. The same page carries the areas of expertise each one supports, so what is claimed can be checked against the services the site actually delivers.

How He Approaches an Engagement

Engagements begin with a scoping call that separates what the business needs to know from what is merely interesting to test. The result is a written plan the client signs off before any traffic is sent, with defined scope, agreed testing windows, and named contacts on both sides. Findings are ranked by exploitability and business impact rather than scanner severity, and each includes a remediation path sized to the team that has to implement it. Post-engagement support covers retesting and the questions that come up while fixes are in progress.

What He Publishes

His byline covers twenty-four English articles on the blog, grouped into a few clusters. Phishing and social engineering includes AI-powered phishing and a visual history of how phishing emails evolved. Identity work covers deepfakes and synthetic fraud. Ransomware coverage runs from RaaS economics to a ransom note database. Defensive operations include DDoS protection, offboarding checklists, and the signs a company has been compromised. He also writes on compliance framing such as SOC 2 versus ISO 27001, and on reputation work, from negative search results to executive reputation management.

How to Reach the Team

Enquiries go through the contact form, by email at contact@cyberlord.com, or by phone and WhatsApp on +1 (229) 291-9385, with 24/7 cover for emergencies. The site asks what you need assessed and why, the systems in scope, the business decision behind the test, and any deadline you are working towards. Existing authorization matters too: whether you own the systems or a client has appointed you. New enquiries get a scoping conversation, usually within one business day, followed by a written proposal covering scope, methodology, timeline, deliverables, and price.

Lawful, Consent-Based Work

Every engagement is lawful and consent-based. Cyberlord performs testing only where written permission covers the exact domains, IP ranges, and applications involved, and no technical work begins until a proposal is accepted and the authorization document is signed. Client details, findings, and evidence are treated as confidential from the first message, and the team can sign your NDA or provide its own before sensitive material is shared. Incident work is triaged ahead of project enquiries when systems are still exposed.