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CrowdStrike 2026 Global Threat Report: The Evasive Adversary Wields AI

wiredgorilla — Wed, 25 Feb 2026 07:00:04 +0000

As cyber defenses become stronger, adversaries continue to evolve their tactics to succeed. In 2025, the year of the evasive adversary, the threat landscape was defined by attacks that targeted trusted relationships, demonstrated fluency with AI tools, and incorporated tradecraft tailored to exploit security blind spots.

The CrowdStrike Counter Adversary Operations team spends every day immersed in adversary behavior and tradecraft. Each year, they compile their most critical observations and insights into the CrowdStrike Global Threat Report. When the team looked back on 2025, the most prominent trend was subtlety: Adversaries are shifting away from heavily monitored systems to quietly gain access and deftly move across endpoint, identity, SaaS, and cloud environments.

To defend themselves, security leaders need clarity on which adversaries to watch, the details of their behavior, and how to prepare for and respond to an attack. The CrowdStrike 2026 Global Threat Report provides a comprehensive overview of the modern threat landscape so organizations can prepare to face it.

Learn more: Download the CrowdStrike 2026 Global Threat Report

Inside the Evasive Adversary’s Toolbox

In 2025, adversaries became faster than ever before. The average eCrime breakout time — the period between initial access and lateral movement onto another system — dropped to 29 minutes, a 65% increase in speed from 2024. The fastest observed breakout time: 27 seconds.

Adversaries of all motivations utilized AI technology throughout 2025 to accelerate and optimize their existing techniques. They explored its use in attack types such as social engineering and information operations, proving their growing proficiency with AI tools. Most threat actors that integrated AI increased their attack volume: CrowdStrike observed an 89% increase in the number of attacks by AI-enabled adversaries compared to 2024.

In addition to using AI tools, adversaries are targeting the AI systems underpinning the modern enterprise. As AI is embedded into development pipelines, SaaS platforms, and operational workflows, AI systems become part of the attack surface. In 2025, adversaries exploited legitimate GenAI tools at more than 90 organizations by injecting malicious prompts to generate commands for stealing credentials and cryptocurrency. They also exploited vulnerabilities in AI development platforms to establish persistence and deploy ransomware, and published malicious AI servers impersonating trusted services to intercept sensitive data.

In 2025, evasion was defined by the speed at which adversaries exploit trust. They operated using valid credentials, trusted identity flows, approved SaaS integrations, and inherited software supply chains. Notably, 82% of detections were malware-free. Intrusions moved through authorized pathways and trusted systems, where they blended into normal activity.

Supply chain attacks were a defining tactic of 2025. Adversaries compromised upstream providers, development ecosystems, and public code repositories to gain broad access to downstream organizations. In one example, PRESSURE CHOLLIMA stole $1.46 billion USD worth of cryptocurrency through trojanized software delivered via supply chain compromise — the largest single financial theft ever reported.¹

CrowdStrike observed a 42% year-over-year increase in zero-days exploited prior to public disclosure as adversaries weaponized dozens of them for initial access, remote code execution, and privilege escalation. In parallel with this trend, 67% of vulnerabilities exploited by China-nexus adversaries provided immediate system access; 40% targeted edge devices that typically lack comprehensive monitoring. China-nexus adversaries systematically exploited vulnerabilities in network edge devices such as VPN appliances, firewalls, and gateways to establish long-term access for intelligence collection.

CrowdStrike named 24 new adversaries in 2025, bringing the total tracked to 281+. These threat actors continue to become faster, stealthier, and more effective as they adapt to navigate larger environments and bypass sophisticated security controls. Below are more trends and observations we explore in this year’s report:

38% increase in China-nexus intrusions across all sectors, with an 85% increase in logistics targeting
130% increase in North Korea-nexus incidents, as FAMOUS CHOLLIMA’s activity doubled year-over-year and STARDUST CHOLLIMA increased their operational tempo
82% of detections were malware-free as adversaries used valid credentials, trusted identity flows, and approved SaaS integrations to move across domains
37% increase in cloud-conscious intrusions, with a staggering 266% increase among state-nexus actors; valid account abuse accounted for 35% of cloud incidents
563% increase in incidents using fake CAPTCHA lures, demonstrating adversaries’ shift to effective social engineering techniques
141% increase in spam emails, providing adversaries with more opportunities to gain initial access

CrowdStrike is committed to understanding adversaries because it’s the most effective way to defend against them. The CrowdStrike 2026 Global Threat Report summarizes our observations throughout 2025 and the themes, trends, and events that defined the cyber threat landscape. Download the full report to understand how today’s adversaries are operating and how to strengthen your defenses.

¹ https://www.elliptic.co/blog/bybit-hack-largest-in-history || https://www.ic3.gov/psa/2025/psa250226

The post CrowdStrike 2026 Global Threat Report: The Evasive Adversary Wields AI appeared first on MASSIVE News.

How to Set Up Business Email on Your Domain [With MX SPF DKIM DMARC]

wiredgorilla — Tue, 20 Jan 2026 07:00:17 +0000

Still using a @gmail.com or @yahoo.com address for your business?

A custom domain email, like [email protected], instantly boosts trust and makes your brand look credible and professional. It’s also free advertising as every email you send reinforces your website.

The only catch is that setting it up means dealing with a few confusing DNS terms: MX, SPF, DKIM, and DMARC.

This guide breaks them down in plain English and shows how to configure everything correctly using tools like RunCloud and Cloudflare.

Let’s get started!

Why Proper Email Configuration is Necessary

Even if your email already works, proper configuration is critical for three reasons:

1. Building Credibility & Brand Trust

A custom domain email is your digital business card. It instantly builds credibility and brand trust. An address like [email protected] shows you are an established, legitimate business, whereas a generic @gmail.com address can appear unprofessional and temporary to potential clients.

2. It Helps Avoid the Spam Folder

The single most important technical reason for proper setup is to prevent emails from landing in the spam folder. Major providers like Google and Yahoo now require email authentication (SPF & DKIM) to verify that you are who you say you are. Without these records, your invoices and client proposals will likely be rejected or land in spam.

3. Protecting Your Brand from Spoofing & Phishing

Proper email configuration is an important security measure that protects your brand’s reputation from fraud. These records make it nearly impossible for malicious actors to “spoof” your domain and send phishing emails pretending to be you. This safeguards your customers from scams and prevents the irreversible damage to your brand trust that occurs when your name is tied to fraudulent activity.

What Do You Need for Your Business Email Setup

Before we get into the technical settings, let’s break down the three simple things you need to get started. We’ll also cover what you can expect to spend, so there are no surprises.

A Custom Domain Name

A domain name is your unique digital address on the internet (e.g., example.com). The great news is that if you already have a website, you do not need to buy a new domain. You can use the same one for your email at no additional cost.

If you are buying a domain name for the first time, then you should try to pick something that is short and memorable but also represents your brand. Some companies go a little overboard with this and end up spending millions of dollars on a domain name. However, there is no need for that, and if you don’t have a domain yet, you can purchase one from a domain registrar like Namecheap, GoDaddy, or Cloudflare. A standard .com domain typically costs around $10 to $20 per year.

An Email Hosting Provider

This is the service that will actually handle sending, receiving, and storing your emails. While some basic web hosting plans include free email, a dedicated provider offers far better reliability, security, and features.

Professional email hosting is very affordable and is usually priced per user (or per mailbox). Depending on the provider and features you need, you can expect to spend between $3 and $12 per user per month. There are far too many good email providers available out there to cover in one post, so we recommend reading the following posts if you want to learn more:

Access to Your Domain’s DNS Records

This sounds technical, but it’s simply the control panel where you tell the internet where to send your email. It’s like a switchboard for your domain, and you just need to know where to find it. You can typically access your DNS settings through the same company where you bought your domain (your registrar) or with your website hosting provider.

Access to managing your DNS records is free. This essential feature is included with your domain registration or hosting plan.

A Step-by-Step Guide to DNS Records for Business Email

Let’s dive into the technical details. This part can seem intimidating, but it’s just a matter of copying and pasting the right information into the right boxes. We’ll walk through setting up each of the four records one by one.

For this guide, we’ll demonstrate how to add these records using Cloudflare, a very popular and free DNS provider known for its speed and user-friendly interface. The steps will be very similar, no matter which DNS provider you use.

First, log in to your Cloudflare account, select your domain, and navigate to the DNS > Records section. This is where we’ll be working.

How to Set up MX Records

If your domain is a building, then the MX (Mail Exchange) record is the mailing address on the front door. It tells the internet exactly which server to use to deliver your emails.

Your email provider (like Google Workspace or Zoho Mail) will give you a list of their mail servers and a “priority” number for each. Your job is to enter these into your DNS settings.

In your Cloudflare DNS panel, click Add record.
Select MX from the “Type” dropdown menu.
In the Name field, type @. This symbol simply means it applies to your main domain, and your emails will look like [email protected]. If you want to use a subdomain for a separate email server, then you can type the subdomain here. For example, if you type txns here, then the resulting email address will look like [email protected]
In the Mail server field, enter the first server address your email provider gave you (e.g., test.google.com).
In the Priority field, enter the corresponding priority number (e.g., 10).
Click Save.

Important: Your email provider will probably give you multiple MX records. You must repeat this process for every single one they provide, each with its own unique server and priority number.

How to Set up SPF Record

An SPF (Sender Policy Framework) record tells all other mail servers which email systems are officially allowed to send email on behalf of your domain.

An SPF record is created as a TXT record. You can only have one SPF record per domain, so if you already have one, you’ll need to edit it rather than add a new one.

In Cloudflare, click Add record.
Select TXT for the “Type.”
In the Name field, type @.
In the Content field, paste the SPF value your email provider gave you. For Google Workspace, it looks like this: v=spf1 include:_spf.google.com ~all
Click Save.

What does SPF Records mean:

v=spf1: This just identifies it as an SPF record.
include:_spf.google.com: This is the list of servers that can send emails on your behalf. It tells everyone on the internet to check and approve anything Google sends on your behalf.
~all (Soft Fail): This tells servers that if an email comes from a sender not on the list, they should accept it but mark it as suspicious. It’s safer to start with this. –all (Hard Fail) tells them to reject the email completely.

How to Set up a DKIM Record

DKIM (DomainKeys Identified Mail) is like a unique, unbreakable wax seal on a letter. It uses a cryptographic signature to prove that the email genuinely came from you and its content hasn’t been altered in transit.

First, you’ll need to generate a DKIM key inside your email provider’s admin panel. This process will give you two pieces of information: a selector (the name for the record) and a public key (the long text value).

In Cloudflare, click Add record.
Select TXT for the “Type.”
In the Name field, paste the selector your provider gave you. It will look something like google._domainkey.
In the Content field, paste the entire long public key text. Be careful to copy the whole thing, as it can be very long.
Click Save.

To learn more about this, check out our full-length article on DKIM – What Is It & Why Your Emails Need It.

How to set up a DMARC Record

DMARC (Domain-based Message Authentication, Reporting, and Conformance) checks both the SPF records and the DKIM records. Based on what it finds, it follows your instructions on what to do with unverified mail and sends you reports on email activity.

If you have an existing domain that is sending out emails, we strongly recommend starting with a “monitor only” policy to avoid accidentally blocking legitimate emails.

In Cloudflare, click Add record.
Select TXT for the “Type.”
In the Name field, type _dmarc.
In the Content field, paste the following starter policy: v=DMARC1; p=none; rua=mailto:[email protected] (You are supposed to replace this email with your actual email, but read the next section to find what we recommend).
Click Save.

Understanding the DMARC policy:

v=DMARC1: Identifies the record.
p=none: This is your instruction. Here, none means “monitor only” and don’t take any action. Later, you can change this to p=quarantine (send to spam) or p=reject (block entirely).
rua=mailto:…: This tells servers where to send daily reports about your email activity, which is incredibly useful for spotting issues. These reports are sent in XML format and are best viewed using specialized software. We recommend using the Postmark DMARC report tool instead of publishing your personal email on the internet.

Suggested read: How to Flush DNS Cache on Windows, Mac, and Linux

Using RunCloud and Cloudflare for Effortless DNS Management

If the steps above seemed tedious and prone to error, you’re not alone. Managing DNS records directly at your domain registrar or a basic hosting panel often comes with frustrating challenges:

Clunky Interfaces: The control panels are frequently outdated and confusing to navigate.
Disconnected Workflow: You have to jump between your server management panel, your email provider’s instructions, and your DNS provider’s website, increasing the chances of making a copy-paste error.
Slow Updates: After you make a change, you can be left waiting for hours due to slow DNS propagation and left wondering if you did it correctly. If you make a mistake, correcting it can be just as slow and stressful.

RunCloud simplifies DNS management by integrating directly with Cloudflare.

Instead of jumping between multiple dashboards, you can add or edit DNS records straight from your RunCloud panel.

This reduces the risk of typos, speeds up propagation, and keeps your workflow consistent across sites and domains.

Final Thoughts

Setting up MX, SPF, DKIM, and DMARC isn’t just a technical detail as it’s what ensures your emails reach inboxes, not spam folders.

Taking a few minutes to configure these records protects your brand, improves deliverability, and builds long-term trust with your clients.

With RunCloud and Cloudflare, you can handle these configurations from one clean dashboard. No more switching between panels or waiting for updates.

Manage DNS and hosting the smart way.

Get started with RunCloud and set up a professional email the right way.

FAQs & Common Troubleshooting

How long does it take for DNS changes to work?

The process, known as DNS propagation, can traditionally take up to 48 hours for changes to be visible globally. However, when using a fast, modern DNS provider like Cloudflare (which integrates seamlessly with RunCloud), these updates are often nearly instant. This means your new email settings can start working in minutes.

How do I check if my email records are set up correctly?

You can easily verify your setup using free online diagnostic tools, which act as a DNS checker for email deliverability. Simply enter your domain name into a trusted service like MXToolbox or DMARCian’s DMARC Inspector. These tools provide a full report on your MX, SPF, and DKIM records, confirming if they are configured correctly.

My emails are still going to spam after setting this up. Why?

While correct DNS records are important, other factors heavily influence deliverability, such as your domain’s age and reputation. Be mindful of your email content to avoid spam trigger words, and make sure to “warm up” a new email address by sending emails slowly at first to build trust with providers.

What’s the difference between ~all and -all in an SPF record?

The ~all (Soft Fail) tag means that receiving servers should accept the email but mark it as suspicious, which is ideal for testing. The -all (Hard Fail) tag is a strict command to reject any email that fails the test outright. It is always recommended to start with ~all to avoid accidentally blocking legitimate emails while you monitor your setup.

Can I use multiple email services with one domain?

Yes, but you must authorize all sending services within a single SPF record, as a domain cannot have multiple. You can achieve this by using the include: mechanism for each service, such as v=spf1 include:_spf.google.com include:sendgrid.net ~all for using both Google Workspace and SendGrid. This ensures both your primary business email and transactional messages are authenticated correctly.

The post How to Set Up Business Email on Your Domain [With MX SPF DKIM DMARC] appeared first on MASSIVE News.

How & Why You Should Remove Unused WordPress Plugins

wiredgorilla — Sun, 04 Jan 2026 01:00:03 +0000

Unused WordPress plugins can slow your site down and weaken your security, even when they’re deactivated.

This guide explains why they cause problems and shows you how to safely remove them.

Why You Should Remove Unused Plugins

Leaving inactive or unused plugins on your WordPress installation is a significant liability. Here’s why you should clean them up:

Enhanced Security

Inactive plugins still leave their files on your server. If a vulnerability is found, attackers can target those files directly. Removing unused plugins closes those entry points.

Improved Performance

Many plugins add files and database entries that remain after deactivation. They increase backup sizes and sometimes still load assets. Removing them reduces bloat and can help your site load faster.

Simplified Maintenance

A shorter list of plugins makes your life easier. It simplifies troubleshooting when issues arise and reduces the time you spend on updates. With fewer plugins to manage, you can focus on the ones that are essential for your site’s functionality.

Reduced Bloat

Over time, unused plugins can contribute to database bloat. Even after deactivation, some plugins leave behind tables and rows in your database. This unnecessary data can slow down your database queries and negatively impact your overall site performance.

Why Deactivation Isn’t Enough

Many WordPress site owners believe that if a plugin is deactivated, it’s harmless. While it’s true that deactivating a plugin prevents it from actively running on your site, this is only a half-measure that creates a false sense of security. The reality is that the plugin’s files are still sitting on your server.

Think of it this way: even if the plugin isn’t “on,” its code is still present and accessible. Hackers and malicious bots are constantly scanning the web, not just for active vulnerabilities, but for the mere presence of specific plugin files known to have security flaws. If a known vulnerability exists in a deactivated plugin, its files can still be scanned and exploited. Removing the plugin avoids this risk entirely.

How to Identify and Remove Unused Plugins

Follow these simple steps to clean up your WordPress installation.

Step 1: Identify Unused Plugins

Go to Plugins in the WordPress dashboard and review each installed plugin. For each one, check whether you still use it and whether the functionality is truly needed.

What function does this plugin perform?
Is this functionality still necessary for my website?
Is there a better way to achieve this without a plugin?
When was the last time I used this plugin’s features?

If you’re unsure about a plugin, try deactivating it and checking your website to see if any issues arise. This can help you determine if it’s safe to remove.

Suggested read: How to Block WordPress Spam Comment Bots With Fail2ban Rate Limiting

Step 2: Deactivate the Plugin

Once you’ve identified a plugin that is no longer needed, click “Deactivate” under its name. This will disable the plugin, but its files will still be on your server.

Step 3: Delete the Plugin

After deactivating the plugin, a “Delete” option will appear. Click on it. WordPress will ask for confirmation before permanently removing the plugin’s files. Confirm the deletion.

By following these steps, you are actively enhancing your website’s security and performance. A clean WordPress installation is a crucial component of a well-maintained website, enabling you to use your hosting resources to their fullest potential.

Suggested Read: How to Easily Change Your WordPress Site URL

Test Plugin Changes Safely with RunCloud

As we’ve seen, keeping your WordPress site free of unused plugins is a powerful step towards a faster, more secure, and easier-to-manage website. By removing unnecessary plugins, you can eliminate security vulnerabilities and reduce performance-draining code.

Cleaning up unused plugins is easier when you can test changes safely and securely.

RunCloud provides a simple and reliable way to manage WordPress sites, featuring one-click staging, automated backups, and performance-focused server setups.

You can test plugin removals in staging, confirm everything works, and deploy changes with confidence.

Take the risk out of managing WordPress. Use RunCloud to create a staging site, test plugin changes safely, and run your site on a fast, secure server setup.

Create your free RunCloud account and start managing WordPress the easy way.

Frequently Asked Questions About Removing Unused Plugins

How does removing unused plugins help my website’s SEO?

Search engines like Google favor websites that are fast and secure. By removing unused plugins, you reduce code bloat and potential security vulnerabilities, which improves your site’s loading speed and overall health. This sends positive signals to search engines that can boost your rankings.

Is deactivating a plugin the same as deleting it?

No, they are not the same. Deactivating a plugin simply turns it off, but its files remain on your server, posing a potential security risk. Deleting the plugin completely removes its files, which is the recommended practice for better security and performance.

How often should I perform a plugin cleanup?

It’s a good practice to review your installed plugins every three to six months. This regular audit helps ensure that you are only keeping the plugins that are necessary, up to date, and beneficial for your site’s functionality.

Could I break my site by deleting a plugin?

Yes, if the plugin provides essential functionality. To avoid this, always deactivate the plugin first and thoroughly test your website’s key features to ensure everything still works as expected before proceeding with deletion.

What if I need a deleted plugin in the future?

If you think you might need a plugin again, you can simply reinstall it from the WordPress plugin repository. However, for plugins you are certain you won’t use, complete removal is the best way to keep your site lean and secure.

The post How & Why You Should Remove Unused WordPress Plugins appeared first on MASSIVE News.