The people and institutions closest to a community understand their needs best. Libraries, small businesses, nonprofits, and schools see firsthand where AI can create opportunity and where people need support to navigate change. At Microsoft, our role is to help these trusted institutions lead by providing practical resources, training, and clear safeguards that strengthen local capacity and put communities at the center of AI literacy and adoption. 

Public libraries have served as trusted centers of community learning across the United States for generations. Today, we are announcing a new initiative with the Public Library Association, a division of the American Library Association, to expand resources and no-cost AI literacy and skills training for public library workers and their patrons.  

This work delivers on the commitment we made earlier this year through our Community-First AI Infrastructure initiative: to expand access to AI learning and opportunity by investing directly in local training. We’re committed to neighborhood learning through libraries, free literacy training, and certification opportunities, age-appropriate learning in schools and colleges, and support for nonprofit and small-business workforces. This new library initiative is the latest example of our broader work to help trusted local institutions serve as entry points for AI learning, skills development, and opportunity. This program comes alongside small business accelerator programs in TechSpark, our new Elevate for Changemakers platform connecting nonprofits to resources, and our ongoing national and statewide work to bring safe and responsible AI to education. 

Local libraries lead AI learning in their communities 

The Public Library Association AI literacy initiative we are announcing today, Building AI Skills and Agency Through Libraries, is designed to build practical skills, critical awareness, and the judgment to use AI safely and appropriately. It will pair Microsoft’s AI skilling resources with PLA’s national network of expert practitioners to support library workers and community patrons as they navigate this rapidly evolving technology.  

The initiative will expand practical resources and training for library workers, create opportunities to learn from one another through a Community of Practice, and offer free webinars and guidance to support their work with patrons.  

Library workers help people navigate information, find learning resources, and make informed decisions for themselves and their families. Supporting those workers is a practical way to bring AI learning closer to people, while respecting the independence of the institutions they trust. 

The approach reflects a broader view of AI literacy: people need more than instructions for using AI tools; they also need the knowledge and judgment to decide whether, when and how those tools should be used. The training will help library workers and patrons understand how AI works and expand their skills, while also evaluating potential risks, protecting personal and confidential information, critically evaluating AI-generated claims and sources, and better understanding considerations related to safety and bias.   

Equipping trusted local institutions to lead responsible AI adoption 

Last July, we launched Microsoft Elevate, a company-wide initiative that brings together our work to help people and institutions build the skills and capacity to navigate AI responsibly. Under the Elevate charter, each year, Microsoft supports nearly one million nonprofit organizations and education systems worldwide with technology, training, grants and discounts. Microsoft Elevate for Educators, our global community of over 100,000 teachers and school leaders, recently recognized our inaugural group of 20 Beacon Schools and School Systems that are leading examples of AI transformation in education, bringing together effective AI practices while keeping educators and students first. They are powerful examples of what happens when you combine committed educators, AI-powered technology, and intentional, no-cost staff training.

In Washington, our Elevate commitment has included a $3 million, two-year investment supporting 10 school districts and 10 community and technical colleges with grants, coaching, and communities of practice. To date, the initiative has reached 29,375 educators, with early pilots in Kennewick and Everett helping teachers explore practical uses of AI while keeping professional judgment at the center. 

Skills and access must be matched by strong safeguards. In September, Microsoft joined the American Federation of Teachers to establish a national AI Safety & Privacy Standard for Schools, with enforceable protections for student and educator data, human oversight, and transparency for families. Beginning November 1, every US school district can request Microsoft to add these protections to a new or existing agreement, without waiting for renewal or renegotiation. 

That same commitment extends to nonprofit staff and leaders. The Elevate for Changemakers program has already supported over 18,000 learners, helping them build practical AI skills, connect with peers, and earn recognition for turning learning into tangible outcomes for their organizations. And today we are expanding the program and introducing a new, connected experience that brings training, resources, and community together.  

Together, these efforts reflect a simple principle: responsible adoption requires more than technology. Educators, nonprofit changemakers, and community leaders need time, training, trusted connections, practical support, and clear guardrails so they can decide when AI strengthens learning and, equally important, when it does not. 

Investing in locally led economic opportunity across all 50 states

For nearly a decade, Microsoft has partnered with local nonprofits and small businesses across the U.S. through our TechSpark program. 

Through Fellows grants, TechSpark pairs local expertise with Microsoft coaching and a national peer network to help nonprofits expand their impact in their local community and drive accelerated innovation for local small businesses. Today, Microsoft is announcing the new 2027 TechSpark Fellows across all 50 states and releasing the 2026 Fellows Impact Report showing what a locally led model can make possible.  

Over the last three years, the Fellows cumulatively report access to more than $298 million in community funding, 59,600 people trained and upskilled in AI literacy, and more than 1,500 nonprofit partners mobilized to advance their missions within their communities. These numbers tell an important story: no single organization can create lasting opportunity on its own, and local context matters.  

In Virginia, Rosie Riveters Executive Director Brittany Greer is showing what it looks like to build the human capabilities that innovation requires. Through hands-on STEM experiences, students build, test, and troubleshoot to develop the critical thinking, persistence, and independent judgment they will need to use AI thoughtfully. Her work is the kind of learning these partnerships are designed to strengthen.  

Community institutions know their neighbors, understand the barriers they face, and are best positioned to decide how new resources can serve them. 

An ongoing journey

The thread connecting a library worker, a job seeker, a TechSpark Fellow, and a teacher is not a particular product. It is the ability to make informed decisions with support from people and institutions they trust. Our responsibility is to make that support more useful, accessible, and human-centered, while being candid about what we have yet to learn. 

As we navigate the rapid pace of innovation in this AI era, our aim is not simply to bring AI into more places. It is to help people retain a stronger voice in what happens next, in their workplaces, their classrooms, and their communities. 

The post Expanding AI literacy with the Public Library Association and community-based programs appeared first on Microsoft On the Issues.

You can find plenty of stories online from students in technical fields sharing their worries about school and their career path. One computer engineering student complained about the lack of hands-on experience, saying he was so used to learning theory that he had no idea how to apply it at work. Another student, a sophomore in mechanical engineering, worried that he hadn’t picked up any of the practical skills employers actually want, and joking that McDonald’s is the only place he’ll be able to get a job.

Students, especially those at technical universities, often don’t see the practical value in what they’re learning. As a result, many don’t know what to do next or how to find a job. Here’s a look at where that anxiety comes from, what steps can help overcome it, and why knowing the basics of cybersecurity can come in handy for anyone starting out in a technical field.

Where the anxiety comes from, and what to do about it

The most important thing to know about the fear of not living up to your potential is that it’s completely normal to feel it. American clinical psychologist, Meg Jay, in her book The Defining Decade: Why Your Twenties Matter — And How to Make the Most of Them Now, argues that the years between 20 and 30 are some of the toughest. A person not only runs into their first, often unsuccessful, work experiences and makes bad decisions (“many firsts and worsts”), but also feels unsure of themselves. Reasons may vary. For example, according to Harvard’s Making Caring Common project, 34% of young people aged 18–25 reported feeling lonely, while 58% said they felt their lives lacked “meaning or purpose”. Half of respondents said not knowing what to do with their lives was hurting their mental wellbeing.

That said, Meg Jay writes that this decade plays a key role, since it’s when people make 80% of their major life decisions. According to the psychologist, many young people believe they need to work out what to do with their lives before they can start taking action. Jay, however, disagrees with this approach. She offers the concept of identity capital: the combination of education, work experience, skills, and connections that makes young people valuable professionals. Even without full confidence in a career choice, taking small steps like applying for an internship or taking an extra course can help build a meaningful path for professional growth. On top of that, it’s important for young people to figure out what they enjoy doing, what they’re good at, what the world needs, and, of course, what people are willing to pay them for.

Which skills are sure to come in handy

The concept of identity capital is especially relevant for students in technical fields. According to the World Economic Forum, an average of 39% of workers’ current skills will be transformed or become outdated by 2030. That’s why one should not only stick to one’s chosen field of study, but also build skills in adjacent fields. The same report highlights fast-growing areas like AI, big data, computer literacy, and cybersecurity. Cybersecurity, among others, has its own advantages.

Experts note that the digital landscape is changing rapidly, and cybercriminals are taking advantage of this. Indeed, a recent study of ours found that more than half (56%) of internet users encountered scams or phishing over the past year, and the attacks themselves have become more frequent. In 2025, Kaspersky solutions detected an average of half-a-million new malicious files per day, which is 7% more than the year before.

Human error remains a leading cause of security incidents. For this reason, employers want to make sure all their staff have at least a basic knowledge of cybersecurity: it lowers risk and reduces the cost of dealing with incidents. Knowing the basics of cybersecurity is becoming not just a competitive advantage, but also an integral part of training for professionals in every technical field.

For students, a basic understanding of cybersecurity opens the door to professional development in a wide range of consulting roles. Such professions are quite widespread — especially among young professionals with modest work experience. Against the backdrop of an acute shortage of cybersecurity professionals, these consulting services are in high demand, which is a good sign for graduates with some level of cybersecurity in their background.

The cybersecurity knowledge and practical skills of the specialists of the future are of great importance for their potential employers. For these businesses, a cyber-savvy workforce reduces the need for expensive third-party cybersecurity consultants. Even professionals who lack dedicated technical training but have reasonable digital literacy can significantly reduce the risks of security incidents — in particular in cases involving human error.

Pavel Laskov, Professor for Data and Application Security at the University of Liechtenstein

What’s more, the spread of digital resilience skills benefits not only employers, but also employees themselves: learning the basics of cybersecurity helps develop systems thinking and the ability to see the elements of a structure not as disconnected objects but as a unified whole. It also allows professionals to work across different roles and protect their personal and work data from scammers.

With that in mind, a logical step toward building your identity capital could be Kaspersky Academy’s free online course Cybersecurity. Entry Level. The course is designed for first and second-year students at colleges and universities. It helps them understand what cybersecurity is, what tools cybercriminals use, what fields and specialties information-security professionals work in, and what the future holds for the industry and those working in it.

The program was recently expanded with a new module, Security by Design, which covers information-security architecture and design of inherently secure systems.

Kaspersky’s leading experts cover every topic in the course in plain, easy-to-follow language with examples, so students get a comprehensive view of cybersecurity straight from practitioners. The course lasts one month, and students who pass the final test receive a Kaspersky Academy certificate.

The main goal of the course is to raise students’ awareness of cybersecurity, and teach them how to protect themselves against the most common types of cyber-incidents. During the course, students will gain knowledge and skills that will serve them well — no matter what field of study they choose.

The course is available as video lessons on the Kaspersky Academy learning platform. To get access to the course, submit a request on the program’s website providing your academic email address (with a university or college domain).

Educational institutions can easily integrate the course into their curriculum: it’s available in SCORM — a standard e-learning format — to institutions that join our Kaspersky Academy Alliance partner program.

Artificial intelligence has gone from a technological novelty to a tool so ordinary that kids in elementary school are already using it. Trying to ban children from using AI at this point makes about as much sense as it once did to ban search engines or Wikipedia.

Today we’re breaking down how chatbots actually work, and how to teach your kid to use AI as a study aid rather than a substitute for thinking for themselves

Explain to your child (and yourself) how AI works

Before explaining anything about artificial intelligence to your child, it helps to understand how it actually works and where its limits are.

Most of the popular chatbots that kids (as well as adults) use are what’s known as large language models, or LLMs. To build such a model, researchers train it to spot patterns across huge amounts of text. The model breaks text down into small units called tokens (each token can be a sequence of words, a punctuation mark, a single word or character, or a whole sentence), then predicts which token is most likely to come next.

The same thing happens when a chatbot converses with a person. A language model doesn’t actually reason on its own. It’s calculating which words and phrases are most likely to follow one another in order to produce a response that fits your query. That means chatbots will sometimes give incomplete or flat-out wrong answers, no matter how often they’re updated or retrained. A vivid example: just two years ago, popular chatbots confidently assured users that the word “strawberry” has two letters “r” instead of three. Mistakes like these are commonly known as hallucinations.

Many chatbots can also search the internet for information. In that case, the AI pulls in data from an outside source, but it still uses its own internal algorithms to put the answer together. And search results themselves can include outdated posts, advertising content, tabloids, and other questionable sources.

How to help your child use AI wisely

Talk to them about how AI can get things wrong

We’ve already seen that artificial intelligence isn’t immune to errors. Unfortunately, hallucinations aren’t the only issue. Even when a chatbot is working from accurate information, it can still present it in a misleading way by leaving something out, putting the emphasis in the wrong place, or drawing a questionable conclusion. Sometimes the result depends on factors a user would never think to consider when asking a question.

One surprising factor is simply what language you’re using. Most of the data that major models are trained on is in English, so these systems tend to perform better in English. The same AI model might answer a question correctly in English but get it wrong when asked the exact same thing in, say, Serbian. This gap shows up most in fields such as science, medicine, technology, and law, where there’s simply far more high-quality English-language material for the model to draw on.

Another quirk of chatbots is that they get worse as you feed them more information. Studies show that the more text and data a model has to work with, the harder it is for it to keep track of details, connect information from different parts of a conversation, and answer questions that require real depth of understanding. Therefore, uploading an entire book to a chatbot and asking detailed questions about it is a surefire way to trigger hallucinations.

It’s also worth questioning not just what the AI tells you, but the way you ask your questions in the first place. Chatbots often try to please the user, and will shape their answer to match the user’s apparent point of view. For example, the same chatbot might give opposite answers to “Why is the Earth overpopulated?” and “Why isn’t the Earth overpopulated?”, each time building its response around the assumption baked into the question. One recent study found that even the most advanced language models failed to challenge false premises in 26–42% of cases.

Let AI help with learning, not do the learning

Many a former student knows that copying others’ work is an art unto itself — one that takes exceptional skill and at least some engagement with the material (sometimes even a fair amount). These days, unfortunately, even that skill is at risk of disappearing: the temptation to copy an answer that took only a few seconds to generate is simply too strong. But chatbots are far from straight-A students themselves.

In one study, researchers had three popular chatbots sit a chemistry exam, and compared their scores to those of real students from 2009–2023. The students came out ahead. Chatbots will sometimes land on the correct answer, but arrive at it via a chain of flawed reasoning, so their answers could just as easily be wrong.

So it’s worth explaining to your child that having AI write essays from scratch, or solve equations without then double-checking them, is a dead end. On top of that, in a real job they’ll be judged on actual skills and knowledge, and chatbots won’t help them fake the expertise. What AI can genuinely help with, without getting in the way of learning, is explaining difficult topics and working through mistakes. Here are some examples:

If a topic is hard to make sense of

• “Explain this topic in simple terms: {insert topic}”
• “Explain this topic using a real-life example: {insert topic}“
• “Here’s the part I don’t understand: {insert text}. Walk me through it step by step”
• “Explain this topic in simple terms first, then in more technical terms: {insert topic}“
• “Here’s a question: {insert question}. Don’t give me the answer. Ask me guiding questions so I can work it out myself”

Math and other exact sciences

• “Give me a hint for the first step, but don’t solve the whole problem: {insert problem}“
• “Look at my solution and tell me where I made a mistake, but don’t fix it for me: {insert problem and solution}“
• “Come up with a similar problem for me to try: {insert problem}“
• “Here’s my answer: {answer}. Ask me questions so I can check whether I solved it correctly”
• “Explain why this formula applies here: {insert problem}“

Essays and written assignments

• “Ask me five questions on this topic so I can come up with my own thesis and arguments: {insert topic}“
• “Here’s a draft of my essay. Try to find gaps in my logic or places that need more detail: {insert draft text}“
• “Look at my essay outline and tell me what’s missing: {insert essay outline}”
• “Point out places in my writing where the idea isn’t clear, but don’t rewrite it for me: {insert text}“
• “Pretend you’re an experienced teacher and try challenging my argument: {insert text}“

Language learning

• “Have a conversation with me in {insert language} at an A2 level. After I respond, correct my mistakes”
• “Give me five sentences to translate using this grammar structure: {insert grammar structure}“
• “Explain this grammar rule and give me some examples: {insert grammar rule}“
• “I’ll write a sentence, and you tell me if it has a mistake. Give me a hint first, and only show me the correct version after my second attempt. {insert sentence}“
• “Write a short dialogue in {insert language} where I have to answer as one of the characters”

Knowledge testing

• “Quiz me with 20 questions on this topic: {insert topic}. Ask one question at a time, and don’t show the answer right away”
• “After each answer, only explain what I got wrong”
• “Start with five easy questions, then ask five hard ones”
• “Make the questions harder each time I answer correctly”
• “Based on my mistakes, tell me which topics I should review”

Fact-check AI responses together

Make sure your child understands that they shouldn’t blindly trust what a chatbot tells them — even when it cites other sources. And asking the same chatbot to double-check its own work isn’t a great idea either; there’s a real chance it will make the same mistakes twice, or even pile up the errors.

Take any chatbot answer and go through it together, breaking it down into individual statements and asking questions about each one. Where did that date or number come from? Is the AI citing a specific person, publication, or study? Is the quote actually something that person said? If the chatbot includes a link, open it and check how accurately the AI actually represented it.

While you’re at it, take a look at the quality of the source itself. If something is written in an overly emotional tone or makes bold claims without backing them up, that’s a good sign to look for information somewhere else.

Protect your child and their accounts

Anything your child shares with a chatbot ends up on that company’s servers, and it’s used to further train the model by default. Over the past few years we’ve seen that even the biggest companies aren’t immune to bugs and data leaks. To lower the risk of your child’s information leaking and to keep their account secure, follow a few simple rules:

• Make sure your child understands that AI isn’t a private diary. Tell them not to share their name, home address, school, or any other sensitive information with a chatbot.
• Adjust the chatbot’s privacy settings. At the very least, turn off memory and any “improve the model” or training features. It’s also worth reading our detailed guides on setting up privacy and security in ChatGPT and DeepSeek.
• Update the password. Most chatbots require an account, so to keep your child’s from being hacked, set a strong password that isn’t reused anywhere else. Whether your child’s password follows the classic “mother’s maiden name plus birth year” formula or uses popular meme words like “skibidi”, we have some bad news: passwords like these get cracked really fast. Instead of coming up with and memorizing passwords, it’s better to let an encrypted password manager generate and store them.
• Turn on two-factor authentication. This adds an extra hurdle for anyone trying to break into your child’s account. Rather than using a phone number as the second factor, it’s better to use login codes generated and automatically refreshed in a password manager.
• Use anti-phishing protection. Beyond fake websites that impersonate legitimate AI services, there’s another risk: chatbots sometimes hand users links to phishing sites (fake pages designed to steal personal information). Kaspersky Premium blocks access to suspicious sites and keeps scammers from stealing your family’s data and money.
• Know what your child is doing online. Along with a password manager and protection from malware and phishing, Kaspersky Premium includes Kaspersky Safe Kids, which lets you set up parental controls, restrict unwanted content, and keep track of how much time your child spends online.

What else to read about keeping kids safe online and at school:

• Keeping kids safe online: a practical guide for parents
• How to help your kid become a blogger without ever worrying about their safety
• How hackers target Gen Z
• Choosing wisely: a guide to your kids’ first gadget
• Back-to-school threats: gadgets
• Back-to-school threats: virtual classrooms and videoconferencing
• Back-to-school threats: social networking
• Back to School Security Tips

In short, WordPress security plugins are tools you add to your site to strengthen your settings, scan for malware, watch for file changes, and block suspicious activity from within WordPress. Most sites should use one, along with a firewall that filters traffic before WordPress even loads. Look for layered protection, good detection, clear handling of false alarms, minimal impact on performance, and real human support.

If you manage a WordPress site, you have probably searched for “best WordPress security plugin” at some point.

Continue reading WordPress Security Plugins: How to Choose the Right One at Sucuri Blog.

Third-party scripts are common on websites. They help with analytics, ads, live chat, social media, video, payments, and many other features. While not all are risky, every external tag, pixel, widget, or embed adds to your website’s vulnerability. These tools can read page content, collect visitor data, change what users see, and connect with outside services. If a vendor, account, or setup is compromised, it can impact every page that uses the script.

Website owners shouldn’t aim to get rid of useful integrations, but to understand which scripts run, why they are necessary, who controls them, and how to detect unexpected changes.

Continue reading Third-Party Script Security: How Tags, Pixels, and Embeds Can Put Websites at Risk at Sucuri Blog.

Each feature that you add to a website results in a new element that has to be managed.

The credentials are accepted by a login page, the data by a contact form, new code is introduced by a plugin, and an API is used to connect your website to another service. It is also possible that an old staging site or a forgotten backup may still be accessible from the internet.

The collection of these exposed components constitutes your website attack surface.

Continue reading What Is a Website Attack Surface? A Beginner’s Guide to Reducing Risk at Sucuri Blog.

Updating WordPress directly on a live website can cause avoidable problems. A plugin update might break checkout, or a theme change could create layout issues visitors see immediately.

A WordPress staging site gives you a separate place to test changes before they reach your live website.

Staging reduces operational risk, but it also creates another website that needs protection. A copied site may contain administrator accounts, customer records, API keys, or vulnerable software.

Continue reading How to Create a Secure WordPress Staging Site: Beginner’s Guide at Sucuri Blog.

Details of parents and staff, including email addresses and phone numbers, are among data taken by cybercriminals

The Department for Education and a police database have been targeted by a cyber-attack, exposing more than 740,000 pieces of data.

Details of government officials, senior school leaders, university staff, police officers and members of the public have been taken by hackers.

Continue reading...

© Photograph: Dave Hunt/AAP

© Photograph: Dave Hunt/AAP

© Photograph: Dave Hunt/AAP

WordPress updates help close known vulnerabilities before automated attacks can find and exploit them. Once a patch is released, attackers often move quickly to scan for sites that have not yet updated.

It’s easy to put off updates when everything seems to be working. But once a vulnerability is public, attackers do not need to single out your site. Automated bots scan thousands of sites for outdated WordPress core, plugins, themes, and server setups.

Continue reading Why Delaying WordPress Updates Increases Security Risks at Sucuri Blog.

If your WordPress site goes offline, every minute costs you lost sales, missed leads, and a dent in visitor trust. Search engines may start flagging errors, and customers see a blank page instead of your business. In that moment, the pressure is real:

What broke, and how do you get back online before the damage adds up?

The good news is that most WordPress outages are fixable. In most cases, your site isn’t lost, it’s blocked by something like a plugin conflict, server hiccup, database error, expired domain, SSL problem, sudden traffic spike, or malware infection.

Continue reading WordPress Site Down? Here’s How to Get Back Online at Sucuri Blog.

Data breach notification letters have become a familiar routine. They usually start with “We value your privacy” and offer a year of free credit monitoring. But the most important part is often hidden in the middle:

A list of what actually got out.

A leaked email address is not a leaked admin password. A hashed credential is not a session token. There is no universal post-breach checklist. The right response depends on the data exposed, so read the notice carefully and match your response to the level of exposure.

Continue reading What to Do When a Third-Party Data Breach Puts Your Website at Risk at Sucuri Blog.

Businesses are advised against paying – but many are prepared to deal to protect users’ privacy

After a week of outages, hundreds of millions of students’ data stolen, delayed assignment due dates and school login pages being defaced by hackers, the US tech firm Instructure – which operates the education platform Canvas, used by education providers worldwide – announced it had “reached an agreement with the unauthorised actor” behind the ransomware attack.

Experts read the careful language as a sign that a ransom has been paid. The company has not confirmed this.

Continue reading...

© Photograph: Boonchai Wedmakawand/Getty Images

© Photograph: Boonchai Wedmakawand/Getty Images

© Photograph: Boonchai Wedmakawand/Getty Images

Tens of thousands of students studying for final exams around the world have regained access to a key online learning system after a cyberattack had earlier knocked it offline.

The post Canvas System Is Online After a Cyberattack Disrupted Thousands of Schools appeared first on SecurityWeek.

Turning on DNSSEC makes your domain more secure — but if it’s misconfigured, newer certificate validation rules can stop SSL renewals in their tracks.

Hey there,

You know that satisfying click when you finally turn on DNSSEC? It feels like adding a shiny new deadbolt to your domain’s front door. You’re doing the responsible thing: locking down your DNS against spoofing and hijacks, and making the internet just a bit safer.

Continue reading DNSSEC: The Extra Security Layer That Can Break Your Padlock at Sucuri Blog.

Online gambling spam thrives on dreams of easy money and high stakes. Beating the house at an exotic casino. Splitting sevens. Going all in on the flop. A baccarat dealer calling La grande! For most people, though, the reality falls far short of Monte Carlo and an Aston Martin.

So they turn to online gambling. And bad actors harness that allure to create their scams. They think they’re buying credits at a hot new online casino.

Continue reading What is online gambling spam and what can I do about it? at Sucuri Blog.

Most phishing advice is written for the person staring at a suspicious email. This guide is for the other kind of victim: The website owner whose legitimate site has been quietly turned into the attacker’s weapon.

You didn’t send the message or build the fake login page. You just woke up to a browser warning, a suspended hosting account, or a polite note from someone’s security team asking why your domain is requesting Apple ID credentials.

Continue reading My Website Is Hosting a Phishing Page – Now What? at Sucuri Blog.

WordPress powers over 40% of the web, which makes it one of the most attractive targets for Distributed Denial of Service (DDoS) attacks. If your site goes down for an hour, you lose revenue, search rankings, and visitor trust. If it goes down repeatedly, you lose much more.

A DDoS attack floods your website with fake traffic until it slows to a crawl or crashes entirely. Unlike hacks that steal data, DDoS attacks are about disruption.

Continue reading WordPress DDoS Protection: How to Keep Your Site Online at Sucuri Blog.