In the back of my mind, I knew better. I knew the privacy promises were likely just good marketing. But convenience is a powerful drug.

Then, the odd patterns started. I’d be using an “anonymous” Browse session with the VPN active, researching a specific coding problem, only to see ads for hyper-specific developer tools pop up on a completely unrelated site minutes later. It was too coincidental to be an accident. It felt like I was being watched, my data patterns analyzed and monetized despite the very service I was paying to prevent that.

The nagging suspicion became a full-blown wake-up call today when I stumbled upon a powerful video by a creator named Addie LaMarr titled “EXPOSING The Billion Dollar SECRET VPN Companies Are Hiding.” The video meticulously dismantles the modern VPN industry, revealing it to be a racket built on a foundation of surveillance capitalism, deceptive marketing, and outright lies.

What I learned was that the tool I installed for privacy was, in many cases, quietly built to watch me. This isn’t about one bad company; it’s about how the entire industry got away with it.

The Surveillance Playbook They Copied from Facebook

The blueprint for the modern VPN racket was perfected by Facebook. In 2013, they bought a small Israeli app called Onavo, which was marketed as a data-saving tool. In reality, it was one of the most powerful surveillance tools ever deployed. From the moment it was installed, every piece of data on your phone—every app you opened, every tap—was routed through Facebook’s servers. They used this to spy on competitors like Snapchat, giving them a massive market advantage.

When Apple banned Onavo for these privacy violations, Facebook just rebranded it as “Facebook Research” and, as detailed by

TechCrunch, began paying teenagers $20 a month to install the app and hand over complete root access to their phones.

This proved a lucrative business model: use a tool under the label of privacy to collect user data. That opened the door for companies with histories in adware, spyware, and data harvesting to start buying up VPN services.

One of the biggest players is a company you’ve probably never heard of: Kape Technologies. Formerly known as Crossrider, this company used to create browser hijackers and ad-injection malware. After rebranding, they quietly bought up a huge portion of the VPN market, including:

• CyberGhost
• Zenmate
• Private Internet Access (PIA) – my former choice
• ExpressVPN, which they bought for nearly a billion dollars

To make matters worse, as a detailed investigation by

RestorePrivacy confirms, Kape also owns the “independent” review sites VPN Mentor and Safety Detectives, which consistently rank Kape’s own products at the top of every list. They built an entire surveillance ecosystem, monetized both ends, and slapped a privacy sticker on the front.

What a VPN Actually Does (and What it Absolutely Does NOT)

The marketing from these companies is dangerously misleading. Here’s the simple truth. A VPN is just a private tunnel that encrypts your traffic between your device and the VPN server, hiding your IP address from your ISP and local network.

What a VPN CAN do for you:

• Encrypt your traffic on sketchy public Wi-Fi.
• Hide your IP address from the websites you visit.
• Bypass geo-blocks for streaming or access censored news.

What a VPN CANNOT do:

• It does NOT make you anonymous. You are still wide open to browser fingerprinting and other tracking methods.
• It does NOT protect you from malware, phishing, or shady browser extensions.
• It does NOT stop apps on your phone from sending your data back to their servers.
• It does NOT stop DNS leaks unless you’ve specifically configured it to.

As an article from

WIRED explains, a VPN is just one layer, and for most people, it’s not even the most important one.

The Trustworthy Few: The Top 3 VPNs Recommended by Security Experts

So, who can you actually trust? The security community has a short list of providers that meet the rigorous standards of transparency and privacy.

1. ProtonVPN: Based in privacy-friendly Switzerland and run by the team behind Proton Mail, they have transparent ownership, are fully audited, and their apps are open-source. They are an excellent choice for beginners who want a trustworthy provider they can grow with. A review from Security.org further validates their strong security posture.
2. Mullvad: Based in Sweden, this provider is for the privacy-maxed user. They require no email to sign up and you can literally mail them cash to pay for your subscription. Their clients are open-source and they have been fully audited.
3. iVPN: Based in Gibraltar, they have transparent audits and team disclosures. They also block ads and trackers at the network level and allow for anonymous signup with cryptocurrency payments.

These providers pass the test because they offer transparent ownership, full third-party audits, open-source software, and anonymous payment options .

Beyond the VPN: The Real Layers of Privacy

If you truly want to reduce your exposure, you need to think beyond the VPN. Your biggest privacy leaks happen in the browser, not the network.

Top 3 Browsers for Privacy:

1. Hardened Firefox: This is the gold standard for customizable privacy. Start with Firefox, install uBlock Origin, disable WebRTC and telemetry, and use container tabs to isolate your digital identities from each other.
2. Brave: An excellent out-of-the-box choice that blocks trackers and ads by default and has many privacy features built-in.
3. Tor Browser: For high-risk situations where you need to reduce visibility, Tor reroutes your traffic through three relays so no single point can see both who you are and where you’re going. It is not for everyday use and requires a tight understanding of threat modeling to be used safely.

Hardening Your DNS:

By default, every time you visit a website, your computer sends a plain text request to a DNS server, allowing your ISP to see your entire Browse history.

DNS-over-HTTPS (DoH) encrypts these lookups. You can easily enable this in Firefox or Chrome by selecting a trusted resolver like

Cloudflare or NextDNS, which cleanly hides your Browse from your ISP.

Your 5-Step Anonymity Checklist

1. Choose a Trustworthy VPN: If you need a VPN, select one from the short list of audited, transparent providers like ProtonVPN.
2. Harden Your Browser: Use a privacy-focused browser like Hardened Firefox and install a quality ad-blocker like uBlock Origin.
3. Encrypt Your DNS: Enable DNS-over-HTTPS in your browser or at your router level to hide your Browse history from your ISP.
4. Isolate Your Identities: Use different browsers or browser containers for different activities (e.g., one for personal banking, one for work, one for general research) to prevent cross-site tracking.
5. Practice Good Data Hygiene: Be mindful of the apps you install and the permissions you grant them. A VPN does nothing to stop a leaky app on your phone.

The bottom line is that you can’t buy privacy. It’s a practice, not a product. This journey has taught me a valuable lesson: we have to stop blindly trusting the marketing and start understanding the technology. Only then can we make informed choices to truly protect ourselves.

As highlighted in the Nature study we previously discussed, AI tutors have already demonstrated the ability to lead to significantly more learning in less time compared to traditional instruction. This isn’t just incremental improvement; it’s a fundamental leap in personalized education.

The Powerhouses of Personalization: How AI Models Can Support Learning

These AI models possess a range of capabilities that make true differentiation finally achievable:

• Adaptive Learning Paths: AI can assess a student’s current understanding of a concept and then tailor the subsequent material and pace accordingly. If a student grasps a topic quickly, the AI can offer more challenging content. If they struggle, it can provide additional explanations, examples, and practice exercises at a more foundational level. This mirrors the “personalized learning experiences” emphasized by researchers at SMU’s Learning Sciences department.
• Personalized Content Generation: Imagine an English teacher wanting to engage a student who loves science fiction. An AI like ChatGPT or Gemini could generate short story prompts, writing samples, or even analyze existing literature through a sci-fi lens, making the material inherently more relevant and engaging for that individual student. Teachers can prompt these AIs to create content at different reading levels, addressing the critical need for differentiated materials, as noted on the Google LearnLM blog.
• On-Demand Explanation and Clarification: Students often hesitate to ask questions in class for fear of feeling inadequate. AI models offer a judgment-free environment where students can ask for clarification on a concept as many times as needed, phrased in different ways, until they truly understand. Gemini’s “tutor mode” or a custom GPT set up by the teacher can act as this endlessly patient explainer.
• Targeted Feedback and Error Analysis: Instead of a teacher spending hours marking papers, AI can provide immediate feedback on student work, highlighting areas of strength and pinpointing specific misconceptions. As seen in the arXiv study on the “Tutor CoPilot,” AI can even assist human tutors in identifying common error patterns, allowing for more targeted mini-lessons for groups of students struggling with the same concept.
• Accessibility and Language Support: AI can break down language barriers and provide accessibility features that were previously difficult to implement at scale. Built-in Text-to-Speech (TTS), Speech-to-Text (STS), language translation, and “explain-like-I’m-five” rewrites, as highlighted within Google for Education’s accessibility features, ensure that accommodations are not an afterthought but a default.

Concrete Ways to Leverage AI for Personalized Learning:

For Teachers:

1. Curriculum Differentiation: Use AI models to generate lesson plan variations aligned to different learning styles or prior knowledge. For example, prompt ChatGPT to create three different introductory activities for a lesson on the American Revolution – one visual, one auditory, and one kinesthetic.
2. Assessment Tailoring: Leverage AI to create differentiated assessment questions. If you have students at varying reading levels, you can ask Gemini to rephrase questions in simpler language or create extension questions for advanced learners.
3. Personalized Resource Curation: Use Perplexity AI to quickly find relevant articles, videos, or interactive simulations tailored to a student’s specific interest within a topic.
4. AI-Powered Feedback Loops: Integrate AI grammar and style checkers for writing assignments, freeing up your time to provide more in-depth feedback on content and critical thinking.

For Parents:

1. Supplementing Learning at Home: Encourage your child to use AI tutors like Khanmigo for extra practice in subjects where they struggle or to explore topics they are passionate about in more depth.
2. Understanding Learning Styles: If you suspect your child has a particular learning style, you can explore how different AI models present information (e.g., visual explanations from Gemini, step-by-step problem-solving with WolframAlpha) and see which resonates best with them.
3. Facilitating Research: For projects, guide your child to use AI research tools responsibly (emphasizing the need for verification, as noted in Business Insider regarding hallucination risks) to gather information efficiently and explore diverse perspectives.

For Students:

1. Your 24/7 Study Buddy: Use AI tutors to get help with homework, review concepts before a test, or clarify anything you didn’t understand in class. Don’t be afraid to ask the same question in different ways until it makes sense.
2. Explore Your Interests: If a particular topic sparks your curiosity, use AI models to delve deeper, find related resources, and even generate creative content like stories or poems based on what you’re learning.
3. Practice Explaining Concepts: Try explaining a difficult concept to an AI model. If the AI struggles to understand, it highlights areas where your own understanding might be weak.

A New Era of Equity and Opportunity

The promise of true differentiation has always been about equity – ensuring that every student, regardless of their background or learning style, has the opportunity to reach their full potential. AI is not a silver bullet, and thoughtful implementation with clear guardrails (as outlined by TeachAI.org) is crucial. However, the power of AI to provide personalized support at scale is undeniable.

The impossible dream of classroom differentiation is finally within reach. By embracing these powerful AI models, we can empower teachers, support parents, and most importantly, unlock a new era of personalized and accelerated learning for every single student. The time to move from aspiration to implementation is now.

🧠 Top AI Models for CS Curriculum Development — Ranked #1 to #4

1. Gemini 2.5 Pro (via Gemini for Education)

🟢 Best Overall for Educators

Why it’s #1:

• In a large “arena for learning” study involving 189 educators and 206 expert evaluations, Gemini 2.5 Pro was preferred over Claude 3.7, GPT‑4o, and others in 73.2% of match‑ups, ranking first overall on pedagogical criteria nickpotkalitsky.substack.com+6Epoch AI+6Business Insider+6arXiv.
• Google’s Gemini for Education, built on that model, now provides over 30 educator‑focused tools within Google Workspace (Classroom, Forms, NotebookLM, Vids). It can generate quizzes, lesson content, diagrams, rubrics, visual aids, and personalized assignments—all without extra cost for schools Indiatimes.
• Supports multimodal outputs (text, code, visuals, audio summaries) directly inside platforms teachers already use, with strong privacy and admin controls Reddit+11EdTech Magazine+11Indiatimes+11.

Best suited for: Seamlessly generating structured, curriculum‑aligned content, labs with solutions, and visual materials in a managed educational environment.

2. Claude 4 (Opus & Sonnet)

🟡 Strong in Reasoning, Reflective Interaction

Why it’s #2:

• Claude 4 Opus / Sonnet, released May 22, 2025, offers hybrid reasoning and enhanced code/math capability. Claude Opus is touted by Anthropic as the “best coding model in the world,” outperforming GPT‑4 and Gemini on internal benchmarks Wikipedia.
• Claude for Education includes a “Learning Mode” built around inquiry and socratic questioning, designed to support reflection—not just answer generation—helping maintain academic integrity and deeper learning Claude101+9TechRadar+9eduscape.com+9.
• Educators use Claude to craft lesson plans, quizzes, rubrics, and standards-aligned content; its “artifacts” feature streamlines curriculum creation from generated content Claude.ai+4AI for Education+4teachertotechie.org+4.

Best suited for: Deep reasoning tasks, writing scaffolded labs and solutions, designing reflective assignments, especially with a focus on critical thinking.

3. ChatGPT (GPT‑4 with Study Mode / Edu)

🟢 Very Capable in Broad Curriculum Generation

Why it’s #3:

• OpenAI’s new Study Mode, rolled into ChatGPT and soon ChatGPT Edu, injects reflective prompts and Socratic feedback loops to support active learning—not just output delivery, aligning with educator‑driven instruction Business Insider.
• Offers flexible prompt-based generation: syllabi, slide decks, labs, sample solutions, exam question banks, and student-facing written tasks. Numerous frameworks (e.g. GAIDE, ARCHED) help guide output toward pedagogical alignment.
• Broad adoption among K‑12 and Career Tech instructors; strong community‑shared prompt templates explicitly built around CS and software‑dev subjects.

Best suited for: Teachers who want maximum flexibility to craft technical content, adapt curricula on the fly, and blend prompts across code, narrative, and slide/storyboard outputs. Requires prompt engineering and instructor oversight.

4. Grok 4 (xAI)

🟠 Powerful Reasoning—but far less education‑focused yet

Why ranked last:

• Released July 9, 2025, Grok 4 is designed as a cutting‑edge reasoning engine—excellent at coding tasks, advanced math, multi‑step logic, and real‑time data integration via X (formerly Twitter) Medium+10xAI+10Data Science Dojo+10.
• Independent evaluations place it near the top in solving “medium-hard” high school math competition problems (AIME, HMMT benchmarks), and it boasts modular architecture and massive context windows (up to 128k tokens) Epoch AI+1Data Science Dojo+1.
• However, it lacks education‑specific tooling, teacher workflows, LMS integration, and scaffolded pedagogy modes. Reddit feedback notes it “may not be ideal for education use cases” Reddit.

Best suited for: Generating technically complex code or reasoning examples, math-intensive labs, or STEM projects—but only if combined with pedagogical workflow tools.

✅ Comparison Table

🎯 Instructor Recommendations for Curriculum Creation

👉 Ideal workflows:

• Gemini 2.5 Pro (Gemini for Education) if your district uses Google Workspace or Classroom: best for building complete, polished lesson packages with quizzes, slides, labs & solutions, and visual content inside the edu environment.
• Claude 4 (Opus or Sonnet) if your priority is deep reasoning, reflective learning, or technical lab quality with code and math: leverage its Socratic prompts and artifacts mode to scaffold lesson content.
• ChatGPT (GPT‑4 with Study Mode) is unbeatable for custom technical materials—just be ready to guide it with clear prompt frameworks and provide real‑world instructor review.
• Grok 4 can be a powerful supplement: use it to craft challenging code problems, math-centered labs, or logic‑driven project prompts—then pipe outputs into ChatGPT or Claude for refinement and teaching‑ready packages.

🧠 Best-Practice Human‑AI Collaboration

• Use structured pedagogical frameworks (e.g. ARCHED or GAIDE) to guide AI generation with Bloom’s Taxonomy (objectives → instruction → assessments).
• Always review AI‑generated labs and code yourself—not relying solely on outputs, but ensuring correctness, standards alignment, and inclusivity.
• Combine AI tools: e.g. generate with Gemini or Claude, refine or customize in ChatGPT, and deploy via your LMS.

📌 Final Thoughts

As of mid‑2025, Gemini 2.5 Pro (through Gemini for Education) leads in educational force: it combines robust pedagogical support and seamless integration in school tools.
Claude 4 offers the next best mix of reasoning quality and educator‑friendly reflection modes.
ChatGPT (GPT‑4) scores high on flexibility—particularly for technical, coding-heavy curriculum creation—but needs thoughtful prompt design.
Grok 4 excels in academic reasoning and code generation but lacks education-tailored workflows; best as a supplemental engine when paired with a stronger instructional platform.

🖼️ Prompt for Blog Feature Image

imagine prompt: A high school computer science teacher at a desk with four laptop screens, each displaying a different AI model interface labeled “Gemini 2.5”, “Claude 4”, “ChatGPT Edu”, “Grok 4”; background shows lesson plans, code snippets, slide decks, lab instructions; modern tech classroom environment, educational vibe, semi‑realistic illustration

By choosing the right AI model (or combination), instructors at Career Tech schools can confidently build rigorous, engaging, and technically accurate computer science curriculum—complete with labs and solutions, scaffolded assignments, and visual aids that support deeper learning.

Recent AI education tool coverage

Scientists at MIT recently hooked people’s brains up to scanners while they used ChatGPT. The results are a huge red flag. Sure, people finished their work way faster. But their brain activity—the part that does the actual heavy lifting of thinking and learning—took a nosedive. By almost 50%.

They wrote essays that were technically perfect but were called “soulless” and “robotic.” Even worse, they couldn’t remember what they’d written just minutes earlier. They gained speed, but they lost their grip.

The Smart Mirror and the Echo Chamber

So, why does using AI feel so good? Why does it make you feel like a genius?

Because it’s designed to agree with you. But… “You have to be smarter than the ball.” ~ Jim Bouton

Asking an AI for help is like looking into a smart mirror. You ask it a question, and it reflects your own ideas and biases back to you, just prettier and more well-spoken. It’s the ultimate confirmation machine. You feel brilliant because you’re essentially having a conversation with yourself, and you’re always right.

This is a fast track to the Dunning-Kruger effect—a state of being so clueless that you don’t even know you’re clueless. You start to believe the reflection is reality. You start to think you’re an expert, when you’re really just an expert at getting an AI to tell you what you want to hear.

Haven’t We Seen This Movie Before?

If this all sounds familiar, it should.

Remember when calculators first showed up in school? It was awesome. But it created a whole group of people who proudly said, “Why do I need to learn long division? I have a calculator.”

Then came Google. “Why do I need to memorize that? I can just Google it.”

Now it’s AI. And the excuse is the same, but the stakes are much, much higher. A calculator can’t do your thinking for you, but AI can. And it’s so good at faking it that you might not even notice your own brainpower starting to rust.

The Fork in the Road: Are You a Tool User or Are You Getting Replaced?

Right now, a huge divide is splitting the workforce in two.

On one side, you have the Tool Users. These are the people who use AI like a power tool. A construction worker still needs to know how to build a house; a nail gun just helps him do it faster. Tool Users use AI to handle the boring stuff so they can focus on the big picture, on strategy, on the human stuff AI can’t touch.

On the other side, you have The Replaced. These are the people who use AI as a crutch. They let the AI do the thinking. Their skills get dull, their unique voice disappears, and they slowly make themselves obsolete. They become the person who just pushes the button.

And that “productivity” everyone is talking about? Here’s the dirty secret: it means companies won’t need ten people for a job anymore. They’ll need one “Tool User” armed with AI to do the work of all ten. If you’re not that person, you’re in trouble.

The Game Plan: Use the Tool, Don’t Be the Tool

So what’s the solution? Don’t throw your computer out the window. I love AI. But I also love ice cream, and I know I can’t eat it for every meal.

The key is simple: Learn the fundamentals first.

This is our entire mission at Launch Tools Development and our Launch Tools Academy. We believe AI should be an accelerator, not a replacement. We teach our students and clients how to think like a programmer, a problem-solver, and a strategist before we show them how to use AI to put those skills into overdrive.

You have to build the muscle before you can expect to lift heavy weights.

So, the next time you open up that AI chat window, ask yourself a question. Are you looking for a tool to help you think better, or are you looking in the mirror for an easy answer?

Your career, and your brain, depend on the answer. You have to be smarter than the ball.

What Is Chrome Lighthouse?

Lighthouse is an open-source, automated tool developed by Google designed to help developers audit and improve the quality of web pages. It’s integrated directly into Chrome DevTools but can also be run via the command line or as a Node module.

Lighthouse evaluates your website across five key categories:

• Performance: How fast your page loads and becomes interactive.
• Accessibility: How easily users with disabilities can navigate your site.
• Best Practices: General web development best practices, including HTTPS usage and avoiding deprecated APIs.
• SEO: How well your page is optimized for search engines.
• Progressive Web App (PWA): Whether your site meets modern PWA standards.

How to Use Lighthouse

Using Lighthouse is surprisingly simple and doesn’t require any extra installations:

1. Open Chrome DevTools: Right-click anywhere on your webpage and select Inspect or press Ctrl+Shift+I (Cmd+Option+I on Mac).
2. Navigate to the Lighthouse Tab: You’ll find this among the DevTools tabs at the top.
3. Configure Audit Settings: Choose which categories you want to audit (Performance, Accessibility, etc.) and the device type (Mobile or Desktop).
4. Run the Audit: Click the Generate report button.
5. Review the Results: Lighthouse generates a detailed report highlighting scores, issues, and actionable recommendations.

You can also use Lighthouse outside the browser by running it in your CI/CD pipelines, allowing you to maintain code quality automatically.

Why Is Lighthouse Overlooked?

Despite its accessibility and depth, Lighthouse often goes unnoticed because:

• Developers rely on separate performance tools like PageSpeed Insights without realizing Lighthouse powers them.
• It’s tucked away inside DevTools, so many casual developers or content managers never explore beyond the basics.
• Misconceptions about complexity keep beginners from experimenting with it.
• It’s sometimes seen only as a performance tool, whereas it covers much broader aspects including accessibility and SEO.

Why You Should Make Lighthouse Your Go-To Tool

• Holistic Quality Assessment: Lighthouse isn’t just about speed; it covers vital areas that affect user experience and search ranking.
• Actionable Insights: Each flagged issue comes with clear explanations and guidance on how to fix it.
• Free and Integrated: No additional setup or payment required — just Chrome.
• Supports Continuous Improvement: Run Lighthouse audits regularly during development to catch regressions before they reach users.
• Boost Accessibility: Often overlooked, accessibility is critical to reaching a wider audience, and Lighthouse makes identifying barriers straightforward.

Real-World Impact

Improving your Lighthouse scores translates into real benefits:

• Faster load times keep visitors engaged and reduce bounce rates.
• Better accessibility ensures compliance and opens your site to more users.
• Adhering to best practices can prevent security pitfalls.
• SEO improvements increase organic traffic.
• Meeting PWA standards can enable offline use and app-like experiences.

Final Thoughts

Chrome Lighthouse is the Swiss Army knife of web auditing — versatile, powerful, and surprisingly easy to use. Whether you’re a seasoned developer, a content manager, or an entrepreneur running your own site, integrating Lighthouse into your workflow can elevate your web presence in ways you might not have imagined.

Next time you fire up Chrome, don’t just browse — audit, optimize, and excel with Lighthouse.

Why Codecademy Pro Matters

• Interactive Learning: Codecademy Pro’s hands-on exercises, quizzes, and real-world projects accelerate coding fluency.
• Career-Ready Paths: From the Computer Science Career Path (Python, data structures, algorithms) to Web Development tracks (HTML/CSS/JavaScript), students can follow guided curricula that mirror industry workflows.
• Built-In Certificates: Upon completion of a path, students earn shareable certificates—perfect for resumes or college applications.
• Teacher Dashboard: Educators can track student progress, assign exercises, and identify areas for extra support.

Teacher Prerequisite: Adding Codecademy to Clever

(Only needs to be done once per district or school. Reach out to your technology or curriculum coordinator if you don’t have admin rights.)

1. Log in to Clever.com as an administrator or teacher with app-management permissions.
2. Browse the Clever Application Library and search for “Codecademy.”
3. Click Add to include Codecademy in your district’s or school’s single-sign-on portal.
4. Publish the change; students will now see the Codecademy icon on their Clever dashboard.

Tip for Admins: If you don’t see “Codecademy” in the library, reach out to your district Clever support or submit a request through the Clever help center.

Part 1: Student Sign-On via Clever

1. Go to https://www.clever.com/
2. Click Log in as a Student.
3. Start typing your school name (e.g., “Mahoning…”); select your district when it appears.
4. Choose Log in with Google (use your school-issued Gmail/Google Workspace account).
5. From your Clever dashboard, click M. Sekol’s Page (or your teacher’s Clever page).
6. Click the Codecademy icon—Clever will automatically log you in to your Pro account.

Part 2: Enrolling in the Computer Science Pathway

1. Once inside Codecademy, select Catalog from the top navigation.
2. Click Computer Science under course categories.
3. Scroll to the Career Path: Computer Science tile.
4. Hit the Start button (it’s usually bright yellow!).
5. You’re now enrolled in the Computer Science Pathway, featuring foundational Python, data structures, algorithms, and more.

Congratulations! You now have access to hundreds of hours of coding content—completely free through your school’s Clever integration.

Exploring Beyond Python

While the Computer Science Pathway is a fantastic launchpad, Codecademy Pro offers much more:

• Web Development: HTML, CSS, JavaScript, React, Node.js
• Data Science: SQL, pandas, data visualization
• Cybersecurity: Fundamental security principles, encryption, penetration testing
• Mobile Development: Swift, Kotlin

Encourage students to browse the Catalog, bookmark courses they’re curious about, and even pursue multiple pathways over the school year.

Submission & Classroom Accountability

To verify successful sign-up and pathway enrollment, ask students to:

1. Click their profile icon in the top-right corner.
2. Take a screenshot showing their name and “Pro” status.
3. Navigate to the Computer Science Pathway page and screenshot the pathway banner.
4. Submit both screenshots via Google Classroom (or your LMS of choice).

This quick check ensures everyone is properly enrolled—and gives you a chance to celebrate your students’ new coding capabilities!

Tips for Teachers

• Integrate Codecademy Assignments: Assign specific lessons as homework or in-class labs.
• Host “Coding Hours”: Set aside one period a week for students to work together and troubleshoot common roadblocks.
• Share Real-World Projects: Challenge students to build a small app—like a quiz or a weather dashboard—using skills from their Codecademy pathway.
• Track Progress: Use the Codecademy teacher dashboard to identify students who might need extra help or those ready for extension activities.

Ready to Get Coding?

By leveraging your district’s existing Clever portal, you can unlock free, unlimited access to Codecademy Pro—empowering every student in your classroom to become the coder of tomorrow. Reach out to your tech coordinator today, add Codecademy to your Clever library, and watch your students thrive as they master Python, JavaScript, and beyond.

Happy coding!