TLDR: Want to browse the web safely without messing up your computer? Try a browser sandbox at browserling.com/browse. It runs straight in your browser. No installs, no downloads.
What’s a Browser Sandbox?
A browser sandbox is like a “browser inside a browser”. It runs on another computer in the cloud, and you control it from your own screen. You get to surf the web, but the websites never touch your actual device.
Is It Safe to Use?
Yep! You can click on sketchy links or check out weird websites without any risk. All the dangerous stuff stays far away – on the remote computer, not yours. Even if a site tries to install a virus or download something, it won’t reach your actual system.
Can I Open Suspicious Emails Safely?
Yes, with a browser sandbox you can open sketchy emails or attachments without danger. If the attachment contains malware, it gets trapped inside the sandbox and can’t harm your real device.
What About Testing Suspicious URLs?
Absolutely. A browser sandbox is the safest way to test unknown URLs. It keeps malicious scripts, drive-by downloads, and tracking attempts locked away from your real system.
Can I Use It for Digital Forensics?
Yes, browser sandboxes are super useful for digital forensics work. Investigators can safely open phishing emails, suspicious websites, or malware links without risking their machines or leaking any data.
Do I Need to Download Anything?
Nope. Just open the sandbox, pick a browser, and start browsing. It’s that easy. Everything runs in your web browser via HTML5, JavaScript, and WebSockets, so there’s no software setup or weird permissions needed.
Can I Try Different Browsers?
Totally. You can switch between Chrome, Firefox, Edge, Safari, and even older versions if you’re testing an exploit that detonates in a particular browser version. This makes it useful for developers, bug bounty hunters, and cybersecurity researchers.
Is It Free?
There’s a free version with limited time. If you need more time or features, then there are paid plans too. The paid plans offer longer sessions, more browsers, and even persistent browser sessions.
What Is Browserling?
Browserling is an online tool that gives you access to real sandboxed browsers running on remote machines. Its use cases include safe browsing, testing websites in different browsers, and opening suspicious files and PDFs.
Who Uses Browserling?
Millions of people! Tech experts, digital forensics teams, IT departments, schools, and even government workers use Browserling. Big companies and researchers trust it too. Especially when checking out risky sites or testing code in different browsers.
India has officially entered a new era of digital governance with the enactment of the Digital Personal Data Protection (DPDP) Act, 2023. For businesses, the clock is ticking.
The Act mandates how organizations handle personal data and introduces significant penalties for non-compliance. It’s not just an IT issue anymore; it’s a boardroom concern that cuts across legal, HR, marketing, and product teams.
This blog provides an essential compliance checklist to help Indian businesses understand and align with the DPDP Act before enforcement begins.
Understand What Qualifies as Digital Personal Data
Under the DPDP Act, personal data refers to any data about an identifiable individual. The law applies to data:
Collected digitally, or
Digitized from non-digital sources and then processed.
Whether you’re storing customer details, employee information, or vendor records, it’s covered if it’s personal and digital.
Appoint a Data Protection Officer (DPO)
You’ll need a Data Protection Officer (DPO) if your organization processes large volumes of personal data. This person must:
Act as the point of contact for the Data Protection Board of India.
Ensure compliance across departments.
Handle grievance redressal from data principals (users).
Map and Classify Your Data
Before securing or managing personal data, you must know what you have. Conduct a complete data discovery and classification exercise:
Identify where personal data resides (servers, cloud apps, local drives).
Categorize it by sensitivity and usage.
Tag data to individuals (data principals) and note the purpose of collection.
This is foundational to compliance, enabling you to correctly apply retention, consent, and deletion rules.
Implement Robust Consent Mechanisms
The DPDP Act emphasizes informed, specific, and granular consent. Ensure your systems can:
Capture affirmative user consent before data collection.
Clearly state the purpose for which the data is collected.
Allow easy withdrawal of consent at any time.
Dark patterns, pre-checked boxes, or vague terms won’t cut it anymore.
Enable Data Principal Rights
The Act grants every individual (data principal) the right to:
Know what personal data is being collected.
Access and correct their data.
Request deletion of their data.
Nominate someone to exercise rights posthumously.
You must build systems that can fulfill such requests within a reasonable timeframe. A sluggish or manual process here could result in reputational damage and fines.
Revamp Your Privacy Policy
Your privacy policy must reflect your compliance posture. It should be:
Written in clear, simple language (avoid legalese).
Updated to include new consent practices and rights.
Accessible on all platforms where data is collected.
Transparency builds trust and aligns with the DPDP mandate for fair processing.
Review and Redefine Data Sharing Agreements
If your company works with third parties (vendors, cloud providers, agencies), it’s time to revisit all data processing agreements:
Ensure contracts specify responsibilities and liabilities under the DPDP Act.
Avoid sharing data with parties that cannot ensure compliance.
Include clauses about breach notification and data retention.
Establish a Breach Response Protocol
The law mandates reporting data breaches to the Data Protection Board and affected users. Prepare by:
Setting up a dedicated incident response team.
Creating SOPs for breach detection, containment, and reporting.
Running breach simulation drills for preparedness.
Time is critical; delays in breach reporting can attract harsh penalties.
Train Your Teams
Compliance isn’t just about tools; it’s about people. Conduct mandatory training sessions for all employees, especially those in:
IT and data management
Sales and marketing (who handles customer data)
HR (who manage employee records)
Awareness is your first line of defense against accidental data misuse.
Invest in Technology for Automation and Governance
Manual compliance is error-prone and unsustainable. Consider deploying:
Data Discovery & Classification tools to auto-tag and manage personal data.
Consent Management Platforms (CMPs) to handle user permissions.
Access Control & Encryption solutions to protect data at rest and in transit.
Platforms like Seqrite Data Privacy offer end-to-end visibility and control, ensuring you stay audit-ready and compliant.
The Bottom Line
The DPDP Act is not a one-time checkbox—it demands continuous, demonstrable accountability. Indian businesses must view it as a catalyst for digital transformation, not just a regulatory hurdle.
By acting now, you avoid penalties and earn consumer trust in an era where privacy is a competitive differentiator.
Is your business ready for the DPDP Act? Talk to Seqrite today to explore how our data privacy solutions can streamline your compliance journey.
TLDR: Want to open shady or weird links without wrecking your computer? Use a URL sandbox at browserling.com/browse. It runs remotely outside of your browser. No installs, no downloads. Just click and go.
What’s a URL Sandbox?
A URL sandbox is a safe place to open websites. It’s like using a remote computer. When you visit a site in the sandbox, it’s not actually loading on your device, it’s loading on a remote machine in remote data center. That means viruses, popups, or anything sketchy stays far away from you.
Why Use a URL Sandbox?
Sometimes you get a link that look weird. Maybe it’s from a sketchy email, a random message, or a website that just feels off. You don’t want to risk opening it on your real browser.
With a URL sandbox, you can open that link in an isolated virtual machine. If it’s dangerous, it can’t hurt your system. It’s like opening a snake cage, but you’re behind bulletproof glass.
Do I Need to Install Anything?
Nope. No installs. No downloads. No setup. Just go to browserling.com/browse, paste your URL, and you’ll get a sandboxed browser. It works right in your current browser, and nothing gets saved on your device.
Can I Choose Different Browsers?
Yep. You can try out Chrome, Firefox, Edge, Safari, even old versions of Internet Explorer. This is super useful if you’re testing how a website looks or behaves in different browsers. Or if you’re trying to trigger something that only runs in a certain browser version (like a 0-day payload).
Is It Free?
Yes, there’s a free plan. You get a few minutes to test things. If you need more time or more features (like geo-browsing or file uploads), there are paid options too.
How Is A URL Sandbox Different From Antivirus?
Antivirus software scans your device after something is downloaded or opened. A URL sandbox blocks the danger before it ever touches your system. With a URL sandbox, you’re stopping danger at the door, not cleaning up the mess afterward.
Can I Use It To Open Suspicious Email Links?
Yes, and you should. If you get a weird link in an email, just drop it into the sandbox and check it safely. It keeps you out of harm’s way and lets you see what the link does without risking your device.
Is It Safe for Testing Malware?
Yes, it’s one of the safest ways to do it. Security researchers use URL sandboxes every day to analyze malware behavior in a fully isolated space. It’s a controlled, no-risk way to see how dangerous files or links act.
What Is Browserling?
Browserling is the tool that powers the URL sandbox. It gives you access to real web browsers running on remote computers. You’re basically "remote controlling" a safe browser that lives in the cloud. With Browserling you can browse safely, test websites in different browsers, open risky files like sketchy PDFs, and click links without worrying.
Who Uses Browserling?
Millions of people! Developers, security teams, schools, IT pros, and even government agencies. Companies use it to test websites. Cybersecurity folks use it to investigate shady stuff. Regular users use it to stay safe online.
TLDR: Need to test a website in a different browser or see how it looks on another system? Try a browser inside your browser at browserling.com/browse. We created tech that runs real browsers (like Chrome, Edge, Safari) on remote computers and shows them in your own browser. No downloads or installs.
What’s a “Browser In Browser”?
It’s exactly what it sounds like. A browser that runs inside your regular browser. But it’s not on your computer. It’s on a remote server far away. That means any viruses, popups, or other dangerous stuff stay over there, not on your device.
So instead of opening a risky website on your own laptop or phone, you load it inside this remote browser. It’s like using a totally different machine, except you’re controlling it through your browser.
Why Should I Use It?
Ever get a sketchy link in an email or random message? Maybe it’s from someone you don’t know, or it just feels off. You want to check it out, but don’t want to take the risk.
That’s where the browser in browser comes in. You paste the link into Browserling, and it opens in a virtual computer somewhere else. If the site’s loaded with malware or popups, they never reach you.
Think of it like this: You’re looking at a snake through thick glass. You can study it, poke around, but it can’t bite you.
Do I Have to Download Anything?
Nope. Nothing to download. No apps. No extensions. Just visit browserling.com/browse, enter the link you want to check, and that’s it. You’re now browsing from a safe, secondary browser. It works instantly from Chrome, Firefox, or whatever browser you’re already using.
Can I Use Different Browsers?
Yep! You can choose between Chrome, Firefox, Edge, Safari, and even older versions of Internet Explorer (for that old-school bug testing). This is exactly for checking how a site looks in different browsers. Developers love this feature, and so do hackers (in a good way) who test for security problems. It’s also useful for checking browser compatibility issues, CSS bugs, and layout glitches.
Is It Free?
Yes, there’s a free version. You get a few minutes to use it at a time. That’s usually enough to check out a link. If you want longer sessions, file uploads, or other pro tools (like browsing from other countries), you can upgrade to a paid plan.
How Is It Different From a VPN?
A VPN hides your location, but it doesn’t protect your browser from malware or popups. A browser in browser is safer because it runs the whole site on a different computer, not your own. You get privacy and safety without risking damage to your system.
Can I Open Suspicious Email Links With It?
Yes, that’s one of the smartest ways to use it. Just copy the link from the email and open it in the remote browser. Your actual inbox stays untouched. This is a top method for avoiding phishing attacks and drive-by downloads.
Can I Test Attachments Like PDFs Or Word Files?
Certainly. Just click the attachment link (like a PDF or DOCX file) in your browser, and it’ll open inside the second browser instantly. That way, if there’s anything sketchy hiding in the file, it stays isolated in the innert browser and never touches your actual computer.
What If I Want To Test Links From Different Countries?
With the paid plan, you can choose the location of the inner browser. This lets you see how a website looks from other countries or test geo-targeted content.
What Is Browserling?
Browserling is the company behind the browser in browser technology. They run real browsers on real computers in a data center, and you control them from your own screen. It’s kind of like remote desktop, but made just for browsing. It can be used to test how websites look across browsers, open risky or unknown links, check out sketchy files (like strange PDFs or Word documents), and stay safe while exploring the web.
Who Uses Browserling?
Millions of people use Browserling! Web developers testing code, cybersecurity teams checking bad links, IT departments doing browser testing, schools and students getting around IT admins, and even government agencies. Basically, anyone who wants to open stuff safely or test how sites work in different browsers.
The eMagicOne Store Manager for WooCommerce plugin is in WordPress used to simplify and improve store management by providing functionality not found in the normal WooCommerce admin interface.
Two serious flaws, CVE-2025-5058 and CVE-2025-4603, were found in the eMagicOne Store Manager for WooCommerce WordPress plugin.Possessing a critical CVSS score of more than 9. Only in certain situations, such as default configurations with a 1:1 password or if the attacker manages to gain legitimate credentials then attacker accomplish remote code execution.
Affected Versions:
eMagicOne Store Manager for WooCommerce * <=2.5
Vulnerability Details:
CVE-2025-5058:
The plugin’s remote management protocol endpoint (?connector=bridge), which manages file uploads, is vulnerable. The setimage()’s improper file type validation is the source of the vulnerability. The session key system and default credentials (login=1, password=1) are used by the authentication mechanism.
Session Key Acquisition:
Sending a POST request to the bridge endpoint with the hash and a task (such as get_version) yields a session key.
Fig.1 Session Key Acquisition
Arbitrary file upload:
An attacker can use the set_image task to upload a file with a valid session key, exploiting the parameters to write whatever file they want.
Fig.2 File Upload
Real-world Consequences:
This flaw gives attackers the opportunity to upload any file to the server of the compromised site, which could result in remote code execution. When default credentials are left unaltered, unauthenticated attackers can exploit it, which makes the damage very serious. A successful exploitation could lead to a full server compromise, giving attackers access to private data, the ability to run malicious code, or more compromise.
CVE-2025-4603:
The delete_file() function of the eMagicOne Store Manager for WooCommerce plugin for WordPress lacks sufficient file path validation, making it susceptible to arbitrary file deletion. This enables unauthorized attackers to remove any file from the server, which can easily result in remote code execution if the correct file (like wp-config.php) is removed. Unauthenticated attackers can take advantage of this in default installations.
The remote management protocol endpoint (?connector=bridge) of the plugin, which manages file deletion activities, is the source of the vulnerability. The session key system and default credentials (login=1, password=1) are used by the authentication mechanism. The default authentication hash, md5(‘1’. ‘1’), is computed as follows: c4ca4238a0b923820dcc509a6f75849b. An attacker can use the delete_file task to remove arbitrary files from the WordPress root or any accessible directory after gaining a session key.
Session Key Acquisition:
Sending a POST request to the bridge endpoint with the hash and a task (such as get_version) yields a session key.
Fig.3 Session Key Acquisition
Arbitrary file deletion:
An attacker can use the delete_file task to delete a file if they have a valid session key.
Fig.4 File Delete
Real-world Consequences:
If this vulnerability is successfully exploited, important server files like wp-config.php may be deleted, potentially disrupting the website and allowing remote code execution. The availability and integrity of the WordPress installation are seriously threatened by the ability to remove arbitrary files.
Countermeasures for both the CVE’s.
Immediately update their authentication credentials from the default values.
Update the plugin to the latest version than 1.2.5 is recommended once a patch is available.
Implement strict file upload validation for CVE-2025-5058.
Review and restrict server-side file upload permissions for CVE-2025-5058.
Conclusion:
CVE-2025-5058 and CVE-2025-4603 demonstrates how default configurations can become a vector for unintended data exposure. By leveraging improper file handling and lacks of sufficient file path validation an attacker can compromised site which result in remote code execution. Unauthenticated attackers can take advantage of default credentials if they are left unmodified, which can cause significant harm.
Just a second! 🫷 If you are here, it means that you are a software developer.
So, you know that storage, networking, and domain management have a cost .
If you want to support this blog, please ensure that you have disabled the adblocker for this site. I configured Google AdSense to show as few ADS as possible – I don’t want to bother you with lots of ads, but I still need to add some to pay for the resources for my site.
Thank you for your understanding. – Davide
Even when the internal data is the same, sometimes you can represent it in different ways. Think of the DateTime structure: by using different modifiers, you can represent the same date in different formats.
We can make this class implement the IFormattable interface so that we can define and use the advancedToString:
publicclassPerson : IFormattable
{
publicstring FirstName { get; set; }
publicstring LastName { get; set; }
public DateTime BirthDate { get; set; }
publicstring ToString(string? format, IFormatProvider? formatProvider)
{
// Here, you define how to work with different formats }
}
Now, we can define the different formats. Since I like to keep the available formats close to the main class, I added a nested class that only exposes the names of the formats.
publicclassPerson : IFormattable
{
publicstring FirstName { get; set; }
publicstring LastName { get; set; }
public DateTime BirthDate { get; set; }
publicstring ToString(string? format, IFormatProvider? formatProvider)
{
// Here, you define how to work with different formats }
publicstaticclassStringFormats {
publicconststring FirstAndLastName = "FL";
publicconststring Mini = "Mini";
publicconststring Full = "Full";
}
}
Finally, we can implement the ToString(string? format, IFormatProvider? formatProvider) method, taking care of all the different formats we support (remember to handle the case when the format is not recognised!)
publicstring ToString(string? format, IFormatProvider? formatProvider)
{
switch (format)
{
case StringFormats.FirstAndLastName:
returnstring.Format("{0} {1}", FirstName, LastName);
case StringFormats.Full:
{
FormattableString fs = $"{FirstName} {LastName} ({BirthDate:D})";
return fs.ToString(formatProvider);
}
case StringFormats.Mini:
return$"{FirstName.Substring(0, 1)}.{LastName.Substring(0, 1)}";
default:
returnthis.ToString();
}
}
A few things to notice:
I use a switch statement based on the values defined in the StringFormats subclass. If the format is empty or unrecognised, this method returns the default implementation of ToString.
You can use whichever way to generate a string, like string interpolation, or more complex ways;
In the StringFormats.Full branch, I stored the string format in a FormattableString instance to apply the input formatProvider to the final result.
Getting a custom string representation of an object
We can try the different formatting options now that we have implemented them all.
Look at how the behaviour changes based on the formatting and input culture (Hint: venerdí is the Italian for Friday.).
Person person = new Person
{
FirstName = "Albert",
LastName = "Einstein",
BirthDate = new DateTime(1879, 3, 14)
};
System.Globalization.CultureInfo italianCulture = new System.Globalization.CultureInfo("it-IT");
Console.WriteLine(person.ToString(Person.StringFormats.FirstAndLastName, italianCulture)); //Albert EinsteinConsole.WriteLine(person.ToString(Person.StringFormats.Mini, italianCulture)); //A.EConsole.WriteLine(person.ToString(Person.StringFormats.Full, italianCulture)); //Albert Einstein (venerdì 14 marzo 1879)Console.WriteLine(person.ToString(Person.StringFormats.Full, null)); //Albert Einstein (Friday, March 14, 1879)Console.WriteLine(person.ToString(Person.StringFormats.Full, CultureInfo.InvariantCulture)); //Albert Einstein (Friday, 14 March 1879)Console.WriteLine(person.ToString("INVALID FORMAT", CultureInfo.InvariantCulture)); //Scripts.General.IFormattableTest+PersonConsole.WriteLine(string.Format("I am {0:Mini}", person)); //I am A.EConsole.WriteLine($"I am not {person:Full}"); //I am not Albert Einstein (Friday, March 14, 1879)
Not only that, but now the result can also depend on the Culture related to the current thread:
using (new TemporaryThreadCulture(italianCulture))
{
Console.WriteLine(person.ToString(Person.StringFormats.Full, CultureInfo.CurrentCulture)); // Albert Einstein (venerdì 14 marzo 1879)}
using (new TemporaryThreadCulture(germanCulture))
{
Console.WriteLine(person.ToString(Person.StringFormats.Full, CultureInfo.CurrentCulture)); //Albert Einstein (Freitag, 14. März 1879)}
(note: TemporaryThreadCulture is a custom class that I explained in a previous article – see below)
Further readings
You might be thinking «wow, somebody still uses String.Format? Weird!»
Well, even though it seems an old-style method to generate strings, it’s still valid, as I explain here:
In 2024, one industry stood out in the India Cyber Threat Report—not for its technological advancements but for its vulnerability: healthcare. According to India Cyber Threat Report 2025, the healthcare sector accounted for 21.82% of all cyberattacks, making it the most targeted industry in India.
But why is healthcare such a lucrative target for cybercriminals?
The Perfect Storm of Opportunity
Healthcare organizations are in a uniquely precarious position. They house vast amounts of sensitive personal and medical data, operate mission-critical systems, and often lack mature cybersecurity infrastructure. In India, the rapid digitization of healthcare — from hospital management systems to telemedicine — has outpaced the sector’s ability to secure these new digital touchpoints.
This creates a perfect storm: high-value data, low resilience, and high urgency. Threat actors know that healthcare providers are more likely to pay ransoms quickly to restore operations, especially when patient care is on the line.
How Cybercriminals are Attacking
The India Cyber Threat Report highlights a mix of attack vectors used against healthcare organizations:
Ransomware: Threat groups such as LockBit 3.0 and RansomHub deploy advanced ransomware strains that encrypt data and disrupt services. These strains are often delivered through phishing campaigns or unpatched vulnerabilities.
Trojans and Infectious Malware: Malware masquerading as legitimate software is a standard tool for gaining backdoor access to healthcare networks.
Social Engineering and Phishing: Fake communications from supposed government health departments or insurance providers lure healthcare staff into compromising systems.
What Needs to Change
The key takeaway is clear: India’s healthcare organizations need to treat cybersecurity as a core operational function, not an IT side task. Here’s how they can begin to strengthen their cyber posture:
Invest in Behavior-Based Threat Detection: Traditional signature-based antivirus tools are insufficient. As seen in the rise from 12.5% to 14.5% of all malware detections, behavior-based detection is becoming critical to identifying unknown or evolving threats.
Harden Endpoint Security: With 8.44 million endpoints analyzed in the report, it’s evident that endpoint defense is a frontline priority. Solutions like Seqrite Endpoint Security offer real-time protection, ransomware rollback, and web filtering tailored for sensitive environments like hospitals.
Educate and Train Staff: Many successful attacks begin with a simple phishing email. Healthcare workers need regular training on identifying suspicious communications and maintaining cyber hygiene.
Backup and Response Plans: Ensure regular, encrypted backups of critical systems and have an incident response plan ready to reduce downtime and mitigate damage during an attack.
Looking Ahead
The India Cyber Threat Report 2025 is a wake-up call. As threat actors grow more sophisticated — using generative AI for deepfake scams and exploiting cloud misconfigurations — the time for reactive cybersecurity is over.
At Seqrite, we are committed to helping Indian enterprises build proactive, resilient, and adaptive security frameworks, especially in vital sectors like healthcare. Solutions like our Seqrite Threat Intel platform and Malware Analysis Platform (SMAP) are built to give defenders the needed edge.
Cyber safety is not just a technical concern — it’s a human one. Let’s secure healthcare, one system at a time.
Every six months, Shopify releases a new Edition: a broad showcase of tools, updates, and ideas that reflect both the current state of ecommerce and where the platform is headed. But these Editions aren’t just product announcements. They serve as both roadmap and creative statement.
Back in December, we explored the Winter ’25 Edition, which focused on refining the core. With over 150+ updates and a playfully minimalist interface, it was a celebration of the work that often goes unnoticed—performance, reliability, and seamless workflows. “Boring,” but intentionally so, and surprisingly delightful.
The new Summer ’25 Edition takes a different approach. This time, the spotlight is on design: expressive, visual, and accessible to everyone. At the center of it is Horizon, a brand-new first-party theme that reimagines what it means to build a storefront on Shopify.
Horizon offers merchants total creative control without technical barriers. It combines a modular design system with AI-assisted customization, giving anyone the power to create a polished, high-performing store in just a few clicks.
To understand how this theme came to life—and why Shopify sees it as such a turning point—we had the chance to speak with Vanessa Lee, Shopify’s Vice President of Product. What emerged was a clear picture of where store design is heading: more flexible, more intuitive, and more creatively empowering than ever before.
“Design has never mattered more,” Lee told us. “Great design isn’t just about how things look—it’s how you tell your story and build lasting brand loyalty. Horizon democratizes advanced design capabilities so anyone can build a store.”
A Theme That Feels Like a Design System
Horizon isn’t a single template. It’s a foundation for a family of 10 thoughtfully designed presets, each ready to be tailored to a brand’s unique personality. What makes Horizon stand out is not just the aesthetics but the structure that powers it.
Built on Shopify’s new Theme Blocks, Horizon is the first public theme to fully embrace this modular approach. Blocks can be grouped, repositioned, and arranged freely along both vertical and horizontal axes. All of this happens within a visual editor, no code required.
“The biggest frustration was the gap between intention and implementation,” Lee explains. “Merchants had clear visions but often had to compromise due to technical complexity. Horizon changes that by offering true design freedom—no code required.”
AI as a Creative Partner
AI has become a regular presence in creative tools, but Shopify has taken a more collaborative approach. Horizon’s AI features are designed to support creativity, not take it over. They help with layout suggestions, content generation, and even the creation of custom theme blocks based on natural language prompts.
Describe something as simple as “a banner with text and typing animation,” and Horizon can generate a functional block to match your vision. You can also share an inspirational image, and the system will create matching layout elements or content.
What’s important is that merchants retain full editorial control.
“AI should enhance human creativity,” Lee says. “Our tools are collaborative—you stay in control. Whether you’re editing a product description or generating a layout, it’s always your voice guiding the result.”
This mindset is reflected in tools like AI Block Generation and Sidekick, Shopify’s AI assistant that helps merchants shape messaging, refine layout, and bring content ideas to life without friction.
UX Shifts That Change the Game
Alongside its larger innovations, Horizon also delivers a series of small but highly impactful improvements to the store editing experience:
Copy and Paste for Theme Blocks allows merchants to reuse blocks across different sections, saving time and effort.
Block Previews in the Picker let users see what a block will look like before adding it, reducing trial and error.
Drag and Drop Functionality now includes full block groups, nested components, and intuitive repositioning, with settings preserved automatically.
These updates may seem modest, but they target the exact kinds of pain points that slow down design workflows.
“We pay close attention to small moments that add up to big frustrations,” Lee says. “Features like copy/paste or previews seem small—but they transform how merchants work.”
Built with the Community
Horizon is not a top-down product. It was shaped through collaboration with both merchants and developers over the past year. According to Lee, the feedback was clear and consistent. Everyone wanted more flexibility, but not at the cost of simplicity.
“Both merchants and developers want flexibility without complexity,” Lee recalls. “That shaped Theme Blocks—and Horizon wouldn’t exist without that ongoing dialogue.”
The result is a system that feels both sophisticated and intuitive. Developers can work with structure and control, while merchants can express their brand with clarity and ease.
More Than a Theme, a Signal
Each Shopify Edition carries a message. The Winter release was about stability, performance, and quiet confidence. This Summer’s Edition speaks to something more expressive. It’s about unlocking design as a form of commerce strategy.
Horizon sits at the heart of that shift. But it’s just one part of a broader push across Shopify. The Edition also includes updates to Sidekick, the Shop app, POS, payments, and more—each designed to remove barriers and support better brand-building.
“We’re evolving from being a commerce platform to being a creative partner,” Lee says. “With Horizon, we’re helping merchants turn their ideas into reality—without the tech getting in the way.”
Looking ahead, Shopify sees enormous opportunity in using AI not just for store creation, but for proactive optimization, personalization, and guidance that adapts to each merchant’s needs.
“The most exciting breakthroughs happen where AI and human creativity meet,” Lee says. “We’ve only scratched the surface—and that’s incredibly motivating.”
Final Thoughts
Horizon isn’t just a new Shopify theme. It’s a new baseline for what creative freedom should feel like in commerce. It invites anyone—regardless of technical skill—to build a store that feels uniquely theirs.
For those who’ve felt boxed in by rigid templates, or overwhelmed by the need to code, Horizon offers something different. It removes the friction, keeps the power, and brings the joy back into building for the web.
In an era of digital banking, cloud migration, and a growing cyber threat landscape, traditional perimeter-based security models are no longer sufficient for the Banking, Financial Services, and Insurance (BFSI) sector. Enter Zero Trust Network Access (ZTNA) — a modern security framework that aligns perfectly with the BFSI industry’s need for robust, scalable, and compliant cybersecurity practices.
This blog explores the key use cases and benefits of ZTNA for BFSI organizations.
ZTNA Use Cases for BFSI
Secure Remote Access for Employees
With hybrid and remote work becoming the norm, financial institutions must ensure secure access to critical applications and data outside corporate networks. ZTNA allows secure, identity-based access without exposing internal resources to the public internet. This ensures that only authenticated and authorized users can access specific resources, reducing attack surfaces and preventing lateral movement by malicious actors.
Protect Customer Data Using Least Privileged Access
ZTNA enforces the principle of least privilege, granting users access only to the resources necessary for their roles. This granular control is vital in BFSI, where customer financial data is highly sensitive. By limiting access based on contextual parameters such as user identity, device health, and location, ZTNA drastically reduces the chances of data leakage or internal misuse.
Compliance with Regulatory Requirements
The BFSI sector is governed by stringent regulations such as RBI guidelines, PCI DSS, GDPR, and more. ZTNA provides centralized visibility, detailed audit logs, and fine-grained access control—all critical for meeting regulatory requirements. It also helps institutions demonstrate proactive data protection measures during audits and assessments.
Vendor and Third-Party Access Management
Banks and insurers frequently engage with external vendors, consultants, and partners. Traditional VPNs provide broad access once a connection is established, posing a significant security risk. ZTNA addresses this by granting secure, time-bound, and purpose-specific access to third parties—without ever bringing them inside the trusted network perimeter.
Key Benefits of ZTNA for BFSI
Reduced Risk of Data Breaches
By minimizing the attack surface and verifying every user and device before granting access, ZTNA significantly lowers the risk of unauthorized access and data breaches. Since applications are never directly exposed to the internet, ZTNA also protects against exploitation of vulnerabilities in public-facing assets.
Improved Compliance Posture
ZTNA simplifies compliance by offering audit-ready logs, consistent policy enforcement, and better visibility into user activity. BFSI firms can use these capabilities to ensure adherence to local and global regulations and quickly respond to compliance audits with accurate data.
Enhanced Customer Trust and Loyalty
Security breaches in financial institutions can erode customer trust instantly. By adopting a Zero Trust approach, organizations can demonstrate their commitment to customer data protection, thereby enhancing credibility, loyalty, and long-term customer relationships.
Cost Savings on Legacy VPNs
Legacy VPN solutions are often complex, expensive, and challenging to scale. ZTNA offers a modern alternative that is more efficient and cost-effective. It eliminates the need for dedicated hardware and reduces operational overhead by centralizing policy management in the cloud.
Scalability for Digital Transformation
As BFSI institutions embrace digital transformation—be it cloud adoption, mobile banking, or FinTech partnerships—ZTNA provides a scalable, cloud-native security model that grows with the business. It supports rapid onboarding of new users, apps, and services without compromising on security.
Final Thoughts
ZTNA is more than just a security upgrade—it’s a strategic enabler for BFSI organizations looking to build resilient, compliant, and customer-centric digital ecosystems. With its ability to secure access for employees, vendors, and partners while ensuring regulatory compliance and data privacy, ZTNA is fast becoming the cornerstone of modern cybersecurity strategies in the financial sector.
Ready to embrace Zero Trust? Identify high-risk access points and gradually implement ZTNA for your most critical systems. The transformation may be phased, but the security gains are immediate and long-lasting.
Seqrite’s Zero Trust Network Access (ZTNA) solution empowers BFSI organizations with secure, seamless, and policy-driven access control tailored for today’s hybrid and regulated environments. Partner with Seqrite to strengthen data protection, streamline compliance, and accelerate your digital transformation journey.
