What Is EDR? How It Works, How It Differs from Antivirus, and How to Choose
We break down what EDR is, how endpoint protection works, how it differs from antivirus, and what criteria to use when choosing a solution.
Expert cybersecurity content from the BI.ZONE team.
We break down what EDR is, how endpoint protection works, how it differs from antivirus, and what criteria to use when choosing a solution.
EDR and antivirus solve different problems. We compare the two approaches, break down what each one detects, and explain why organizations use them together.
A practical breakdown of EDR incident investigation: where to start, which events matter, how to build a timeline, and where SOC analysts most often go wrong.
A breakdown of three endpoint protection classes — EDR, XDR, and MDR: architectural differences, a comparison table, and practical guidance on choosing based on SOC maturity and infrastructure type.
A practical checklist for SOC analysts and security engineers evaluating EDR for corporate infrastructure — evaluation criteria, questions to ask vendors, and common pilot pitfalls.
A practical breakdown of the mistakes most often seen when deploying EDR across corporate infrastructure, from the planning stage through post-production operation.
We break down the BCA (Certified Architect) level in BI.ZONE certification: how an architect's job differs from an engineer's and an operator's, what architectural preparation covers, and how to prepare for it
BCS is the BI.ZONE certification track for those who work with the product every day on the customer side: SOC analysts, administrators, and on-duty engineers. We break down which skills the track covers for each product, how practice in the labs is organized, and how to fit training into a team's onboarding.
We explain what Mail Security is, which threats it protects corporate email from, how filtering works, and what criteria to use when choosing a solution.
A practical checklist for protecting corporate email against phishing and BEC: setting up SPF, DKIM, and DMARC, filtering messages, and training employees.
Email protection works as a multi-layered pipeline — every incoming message passes through authentication checks, reputation analysis, content filtering, link analysis, and dynamic attachment inspection. This article breaks down how each of these layers works.
Choosing a corporate email security solution depends on the threat landscape, infrastructure architecture, and integration requirements. This article outlines the criteria to weigh when evaluating tools.
We break down what PAM is, which problems privileged access management solves, how the system works, and what criteria to use when choosing one.
A step-by-step plan for rolling out PAM: inventorying privileged accounts, secrets storage, session recording, and password rotation without downtime.
Choosing a PAM solution determines your level of control over privileged access for years to come. We break down the key criteria and provide a practical checklist for comparing systems.
Session recording is PAM's functional core. We break down how session control works, what exactly the system captures, and how recordings help during incident investigations.
We break down what an SD-WAN solution consists of, how it chooses a route and what it does when a channel degrades, which deployment scenarios and common mistakes there are. We give a self-check list and criteria for choosing a solution.
Secure SD-WAN combines software-defined network management with security functions at the perimeter of every branch office. This article is an introductory guide for anyone considering SD-WAN as an alternative to MPLS.
We compare SD-WAN and VPN by policy management, behavior when a channel is lost, and operational load. We give a step-by-step migration scenario with a coexistence period and a readiness checklist for the transition.
We break down what Secure DNS is, how DNS-level protection blocks malicious domains and phishing, how it differs from regular DNS, and how to choose a solution.
We break down how DNS spots the indicators of a phishing domain earlier than email and the browser, which signals justify blocking, where DNS filtering still leaves gaps, and how to roll out protection in stages without blocking legitimate services
DNS traffic rarely falls under the control of security tools, even though C2 servers, droppers, and phishing domains rely on it. Here's how Secure DNS closes this gap.
We explain what GRC is, how governance, risk, and compliance connect, what tasks a GRC automation system solves, and how to choose one.
A practical breakdown of audit preparation with GRC: requirements, controls, evidence, owners, and reporting — without the spreadsheet chaos.
This article explains how a GRC approach structures information security risk management — from initial threat identification to a risk register, metrics, and regulatory compliance.
We explain what ZTNA is, how the Zero Trust Network Access approach differs from a classic VPN, and how to choose a solution for secure access.
We compare ZTNA and VPN: how the access models differ, which risks ZTNA closes, and why these approaches aren't always interchangeable.
Zero Trust isn't a product or a one-off project — it's an architectural approach. This article maps out a realistic, phased path to adoption without a full infrastructure overhaul.
A cornerstone piece in the Expertise track: how seven classes of solutions — from email and endpoints to Zero Trust and GRC — combine into independent lines of defense. We cover where to start if you have no layers yet, and which mistakes cancel out the effect of even a full product lineup.
We break down how proactive threat hunting differs from alert response, what you need in place before you start, and how to formulate hypotheses, document results, and build hunting into SOC shift work without hurting the current alert queue.
We break down the seven phases of a DFIR investigation, from preparation to the post-incident review, the order for collecting endpoint artifacts based on data volatility, how to build a timeline from multiple sources, and the common mistakes that undermine the evidence.
This article breaks down what makes up the cost of an incident handled by an untrained team, why a security tool delivers no effect without trained people behind it, and how to build a training program and justify the budget to leadership in the language of risk.
The article outlines a growth program for SOC analysts moving from L1 to L2: how the levels differ, what to teach and in what order, how to measure readiness for on-call duty instead of just course completion, and how to retain the analyst once they've grown.