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برچسب: Future

  • How to Choose the Top XDR Vendor for Your Cybersecurity Future

    How to Choose the Top XDR Vendor for Your Cybersecurity Future


    Cyberattacks aren’t slowing down—they’re getting bolder and smarter. From phishing scams to ransomware outbreaks, the number of incidents has doubled or even tripled year over year. In today’s hybrid, multi-vendor IT landscape, protecting your organization’s digital assets requires choosing the top XDR vendor that can see and stop threats across every possible entry point.

    Over the last five years, XDR (Extended Detection and Response) has emerged as one of the most promising cybersecurity innovations. Leading IT analysts agree: XDR solutions will play a central role in the future of cyber defense. But not all XDR platforms are created equal. Success depends on how well an XDR vendor integrates Endpoint Protection Platforms (EPP) and Endpoint Detection and Response (EDR) to detect, analyze, and neutralize threats in real time.

    This guide will explain what makes a great XDR vendor and how Seqrite XDR compares to industry benchmarks. It also includes a practical checklist for confidently evaluating your next security investment.

    Why Choosing the Right XDR Vendor Matters

    Your XDR platform isn’t just another security tool; it’s the nerve center of your threat detection and response strategy. The best solutions act as a central brain, collecting security telemetry from:

    • Endpoints
    • Networks
    • Firewalls
    • Email
    • Identity systems
    • DNS

    They don’t just collect this data, they correlate it intelligently, filter out the noise, and give your security team actionable insights to respond faster.

    According to industry reports, over 80% of IT and cybersecurity professionals are increasing budgets for threat detection and response. If you choose the wrong vendor, you risk fragmented visibility, alert fatigue, and missed attacks.

    Key Capabilities Every Top XDR Vendor Should Offer

    When shortlisting top XDR vendors, here’s what to look for:

    1. Advanced Threat Detection – Identify sophisticated, multi-layer attack patterns that bypass traditional tools.
    2. Risk-Based Prioritization – Assign scores (1–1000) so you know which threats truly matter.
    3. Unified Visibility – A centralized console to eliminate security silos.
    4. Integration Flexibility – Native and third-party integrations to protect existing investments.
    5. Automation & Orchestration – Automate repetitive workflows to respond in seconds, not hours.
    6. MITRE ATT&CK Mapping – Know exactly which attacker tactics and techniques you can detect.

    Remember, it’s the integration of EPP and EDR that makes or breaks an XDR solution’s effectiveness.

    Your Unified Detection & Response Checklist

    Use this checklist to compare vendors on a like-for-like basis:

    • Full telemetry coverage: Endpoints, networks, firewalls, email, identity, and DNS.
    • Native integration strength: Smooth backend-to-frontend integration for consistent coverage.
    • Real-time threat correlation: Remove false positives, detect real attacks faster.
    • Proactive security posture: Shift from reactive to predictive threat hunting.
    • MITRE ATT&CK alignment: Validate protection capabilities against industry-recognized standards.

    Why Automation Is the Game-Changer

    The top XDR vendors go beyond detection, they optimize your entire security operation. Automated playbooks can instantly execute containment actions when a threat is detected. Intelligent alert grouping cuts down on noise, preventing analyst burnout.

    Automation isn’t just about speed; it’s about cost savings. A report by IBM Security shows that organizations with full automation save over ₹31 crore annually and detect/respond to breaches much faster than those relying on manual processes.

    The Seqrite XDR Advantage

    Seqrite XDR combines advanced detection, rich telemetry, and AI-driven automation into a single, unified platform. It offers:

    • Seamless integration with Seqrite Endpoint Protection (EPP) and Seqrite Endpoint Detection & Response (EDR) and third party telemetry sources.
    • MITRE ATT&CK-aligned visibility to stay ahead of attackers.
    • Automated playbooks to slash response times and reduce manual workload.
    • Unified console for complete visibility across your IT ecosystem.
    • GenAI-powered SIA (Seqrite Intelligent Assistant) – Your AI-Powered Virtual Security Analyst. SIA offers predefined prompts and conversational access to incident and alert data, streamlining investigations and making it faster for analysts to understand, prioritize, and respond to threats.

    In a market crowded with XDR solutions, Seqrite delivers a future-ready, AI-augmented platform designed for today’s threats and tomorrow’s unknowns.

    If you’re evaluating your next security investment, start with a vendor who understands the evolving threat landscape and backs it up with a platform built for speed, intelligence, and resilience.



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  • Beyond the Corporate Mold: How 21 TSI Sets the Future of Sports in Motion

    Beyond the Corporate Mold: How 21 TSI Sets the Future of Sports in Motion

    21 TSI isn’t your typical sports holding company. Overseeing a portfolio of brands in the sports equipment space, the team set out to break from the mold of the standard corporate website. Instead, they envisioned a digital experience that would reflect their DNA—where innovation, design, and technology converge into a rich, immersive journey.

    The result is a site that goes beyond static content, inviting users to explore through motion, interactivity, and meticulously crafted visuals. Developed through a close collaboration between type8 Studio and DEPARTMENT Maison de Création, the project pushes creative and technical boundaries to deliver a seamless, engaging experience.

    Concept & Art Direction

    The creative direction led by Paul Barbin played a crucial role in shaping the website’s identity. The design embraces a minimalist yet bold aesthetic—strictly monochromatic, anchored by a precise and structured typographic system. The layout is intentionally clean, but the experience stays dynamic thanks to well-orchestrated WebGL animations and subtle interactions.

    Grid & Style

    The definition of the grid played a fundamental role in structuring and clarifying the brand’s message. More than just a layout tool, the grid became a strategic framework—guiding content organization, enhancing readability, and ensuring visual consistency across all touchpoints.

    We chose an approach inspired by the Swiss style, also known as the International Typographic Style, celebrated for its clarity, precision, and restraint. This choice reflects our commitment to clear, direct, and functional communication, with a strong focus on user experience. The grid allows each message to be delivered with intention, striking a subtle balance between aesthetics and efficiency.

    A unique aspect of the project was the integration of AI-generated imagery. These visuals were thoughtfully curated and refined to align with the brand’s futuristic and enigmatic identity, further reinforcing the immersive nature of the website.

    Interaction & Motion Design

    The experience of 21 TSI is deeply rooted in movement. The site feels alive—constantly shifting and morphing in response to user interactions. Every detail works together to evoke a sense of fluidity:

    • WebGL animations add depth and dimension, making the site feel tactile and immersive.
    • Morphing transitions enable smooth navigation between sections, avoiding abrupt visual breaks.
    • Cursor distortion effects introduce a subtle layer of interactivity, letting users influence their journey through motion.
    • Scroll-based animations strike a careful balance between engagement and clarity, ensuring motion enhances the experience without overwhelming it.

    This dynamic approach creates a browsing experience that feels both organic and responsive—keeping users engaged without ever overwhelming them.

    Technical Implementation & Motion Design

    For this project, we chose a technology stack designed to deliver high performance and smooth interactions, all while maintaining the flexibility needed for creative exploration:

    • OGL: A lightweight alternative to Three.js, used for WebGL-powered animations and visual effects.
    • Anime.js: Handles motion design elements and precise animation timing.
    • Locomotive Scroll: Enables smooth, controlled scroll behavior throughout the site.
    • Eleventy (11ty): A static site generator that ensures fast load times and efficient content management.
    • Netlify: Provides seamless deployment and version control, keeping the development workflow agile.

    One of the key technical challenges was optimizing performance across devices while preserving the same fluid motion experience. Carefully balancing GPU-intensive WebGL elements with lightweight animations made seamless performance possible.

    Challenges & Solutions

    One of the primary challenges was ensuring that the high level of interactivity didn’t compromise usability. The team worked extensively to refine transitions so they felt natural, while keeping navigation intuitive. Balancing visual complexity with performance was equally critical—avoiding unnecessary elements while preserving a rich, engaging experience.

    Another challenge was the use of AI-generated visuals. While they introduced unique artistic possibilities, these assets required careful curation and refinement to align with the creative vision. Ensuring coherence between the AI-generated content and the designed elements was a meticulous process.

    Conclusion

    The 21 TSI website is a deep exploration of digital storytelling through design and interactivity. It captures the intersection of technology and aesthetics, offering an experience that goes well beyond a traditional corporate presence.

    The project was recognized with multiple awards, including Website of the Day on CSS Design Awards, FWA of the Day, and Awwwards, reinforcing its impact in the digital design space.

    This collaboration between type8 Studio and Paul Barbin of DEPARTMENT Maison de Création showcases how thoughtful design, innovative technology, and a strong artistic vision can come together to craft a truly immersive web experience.



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  • Why Zero‑Trust Access Is the Future of Secure Networking

    Why Zero‑Trust Access Is the Future of Secure Networking


    ZTNA vs VPN is a critical comparison in today’s hyperconnected world, where remote workforces, cloud-driven data flows, and ever-evolving threats make securing enterprise network access more complex than ever. Traditional tools like Virtual Private Networks (VPNs), which once stood as the gold standard of secure connectivity, are now showing their age. Enter Zero Trust Network Access (ZTNA) is a modern, identity-centric approach rapidly replacing VPNs in forward-thinking organizations.

    The Rise and Fall of VPNs

    VPNs have long been trusted to provide secure remote access by creating an encrypted “tunnel” between the user and the corporate network. While VPNs are still widely used, they operate on a fundamental assumption: they can be trusted once a user is inside the network. This “castle and moat” model may have worked in the past, but in today’s threat landscape, it creates glaring vulnerabilities:

    • Over-privileged access: VPNs often grant users broad network access, increasing the risk of lateral movement by malicious actors.
    • Lack of visibility: VPNs provide limited user activity monitoring once access is granted.
    • Poor scalability: As remote workforces grow, VPNs become performance bottlenecks, especially under heavy loads.
    • Susceptibility to credential theft: VPNs rely heavily on usernames and passwords, which can be stolen or reused in credential stuffing attacks.

    What is Zero Trust Network Access (ZTNA)

    ZTNA redefines secure access by flipping the trust model. It’s based on the principle of “never trust, always verify.” Instead of granting blanket access to the entire network, ZTNA enforces granular, identity-based access controls. Access is provided only after the user, device, and context are continuously verified.

    ZTNA architecture typically operates through a broker that evaluates user identity, device posture, and other contextual factors before granting access to a specific application, not the entire network. This minimizes exposure and helps prevent the lateral movement of threats.

    ZTNA vs VPN: The Key Differences

    Why ZTNA is the Future

    1. Security for the Cloud Era: ZTNA is designed for modern environments—cloud, hybrid, or multi-cloud. It secures access across on-prem and SaaS apps without the complexity of legacy infrastructure.
    2. Adaptive Access Controls: Access isn’t just based on credentials. ZTNA assesses user behavior, device health, location, and risk level in real time to dynamically permit or deny access.
    3. Enhanced User Experience: Unlike VPNs that slow down application performance, ZTNA delivers faster, direct-to-app connectivity, reducing latency and improving productivity.
    4. Minimized Attack Surface: Because ZTNA only exposes what’s necessary and hides the rest, the enterprise’s digital footprint becomes nearly invisible to attackers.
    5. Better Compliance & Visibility: With robust logging, analytics, and policy enforcement, ZTNA helps organizations meet compliance standards and gain detailed insights into access behaviors.

     Transitioning from VPN to ZTNA

    While ZTNA vs VPN continues to be a key consideration for IT leaders, it’s clear that Zero Trust offers a more future-ready approach. Although VPNs still serve specific legacy use cases, organizations aiming to modernize should begin their ZTNA vs VPN transition now. Adopting a phased, hybrid model enables businesses to secure critical applications with ZTNA while still leveraging VPN access for systems that require it.

    The key is to evaluate access needs, identify high-risk entry points, and prioritize business-critical applications for ZTNA implementation. Over time, enterprises can reduce their dependency on VPNs and shift toward a more resilient, Zero Trust architecture.

    Ready to Take the First Step Toward Zero Trust?

    Explore how Seqrite ZTNA enables secure, seamless, and scalable access for the modern workforce. Make the shift from outdated VPNs to a future-ready security model today.



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