Cross Site Scripting (XSS) Attacks: A Hidden Web Security Threat

Cross Site Scripting (XSS) attacks let hackers inject malicious scripts into trusted websites, stealing data, hijacking sessions, and compromising user security.

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SPARK Matrix™ Q4 2024: Critical Insights into the IoT IAM Vendor Landscape

QKS Group’s latest research on the Internet of Things Identity & Access Management (IoT IAM) market provides an in-depth analysis of the rapidly evolving security landscape surrounding connected devices. The study goes beyond a surface-level assessment, delivering detailed insights into vendor strategies, product functionalities, differentiating factors, and overall competitiveness within the global IoT IAM ecosystem. By incorporating the proprietary SPARK Matrix™ analysis, the report highlights leading vendors shaping this market and helps stakeholders better understand their positioning, strengths, and areas of improvement

Click here: https://qksgroup.com/market-research/spark-matrix-iot-identity-access-management-iot-iam-q4-2024-8042

Growing Importance of IoT Identity & Access Management
The Internet of Things (IoT) is no longer a niche domain. From healthcare and manufacturing to smart cities, connected devices are becoming foundational to digital transformation initiatives across industries. While IoT delivers operational efficiency, predictive capabilities, and improved customer experiences, it also introduces new layers of cybersecurity risk. Every device added to a network potentially becomes a gateway for cyberattacks if not properly secured.


This definition underscores the two main aspects of IoT IAM:
1. Device Security – Protecting the identity, integrity, and trustworthiness of connected devices.
2. Access Control – Ensuring that only authenticated users or applications can interact with devices and their data.
Together, these components provide the foundation for securing IoT ecosystems against data breaches, unauthorized access, and malicious activities.
Scope of the QKS Group Research
The QKS Group study offers a comprehensive global market analysis of IoT IAM vendors. The research evaluates major players based on:
• Product Features and Functionalities – Capabilities such as certificate lifecycle management, multi-factor authentication, device onboarding, encryption mechanisms, and interoperability with enterprise systems.
• Competitive Differentiators – Factors that set vendors apart, including innovation in device identity provisioning, scalability, integration with cloud platforms, and regulatory compliance readiness.
• Strategic Roadmaps – How vendors plan to adapt to emerging challenges, such as quantum-safe cryptography, zero-trust frameworks, and the management of massive IoT networks.
The research also provides vendor benchmarking and competitive landscape analysis using QKS Group’s proprietary SPARK Matrix™ framework, which offers both strategic and technical evaluation.

Download free sample report here: https://qksgroup.com/download-sample-form/spark-matrix-iot-identity-access-management-iot-iam-q4-2024-8042


The study features prominent vendors with global influence, including:
• Device Authority – Recognized for its specialization in securing IoT devices at scale through dynamic policy-driven IAM solutions.
• DigiCert – A global leader in digital certificates and PKI infrastructure, enabling trusted identity provisioning for IoT ecosystems.
• Entrust – Known for its expertise in encryption, identity verification, and scalable PKI-based IoT IAM solutions.
• GlobalSign – Provides comprehensive certificate and identity services that integrate with IoT frameworks across industries.
• HID Global – Focuses on secure identity issuance, authentication, and lifecycle management, expanding into connected device ecosystems.
• Keyfactor – Offers advanced PKI and certificate lifecycle automation tailored for IoT applications.
• Ping Identity – Brings enterprise-grade IAM capabilities into IoT contexts with strong access management features.
• Sectigo – Delivers IoT security solutions with an emphasis on digital certificate management and secure device onboarding.
These vendors are driving significant innovation, and their solutions address various enterprise needs across scalability, compliance, and interoperability.

Become a client: https://qksgroup.com/become-client

Conclusion
QKS Group’s IoT Identity & Access Management (IoT IAM) market research underscores the strategic importance of securing IoT ecosystems. With its comprehensive analysis, competitive insights, and SPARK Matrix™ vendor evaluation, the study provides actionable intelligence for both technology vendors and enterprise decision-makers.

u4gm How to Master Critical Strike Weapon Builds in Path of Exile 3.26

Critical Strike builds in Path of Exile 3.26 remain one of the most rewarding but mechanically demanding playstyles. They focus on delivering high bursts of damage through careful planning of stats, support gems, and passive tree nodes. Players who understand how to properly stack critical chance and multiplier can easily melt endgame bosses, but it requires a systematic approach from early leveling to high-tier maps.

The first step is always choosing the correct weapon base. Daggers, claws, and certain one-handed swords are traditionally favored due to their innate high critical strike chance. Early in the game, you should prioritize any rare item with local increased critical chance and attack speed. These stats will scale extremely well once combined with passives and ascendancy bonuses later in progression.

When progressing through the passive skill tree, aim for clusters that provide both critical strike chance and multiplier. Multipliers are far more impactful in the mid to late game, while chance ensures that you are actually landing critical hits consistently. Popular nodes such as "Assassination" and "Heartseeker" are staples for almost any crit-focused setup.

Support gems play a decisive role in amplifying critical builds. Pairing your main skill with "Increased Critical Strikes" ensures reliability, while "Increased Critical Damage" maximizes the reward for each proc. If your build has enough chance already, replacing one of these supports with more raw damage gems like "Elemental Damage with Attacks" can further push damage output.

Ascendancy choices also dictate your build’s identity. The Assassin is considered the king of critical strike builds, offering power charge generation and massive multipliers. However, the Raider and Inquisitor can also compete in specific elemental or attack-based setups. Your choice should align with your preferred weapon and playstyle.

Flasks are another critical component. Diamond Flasks, which "make your critical strikes lucky," are mandatory in nearly every crit build. Pairing them with Quicksilver and Jade or Granite flasks ensures both speed and survival while mapping. Proper flask management can mean the difference between a flawless boss kill and a quick death.

Endgame gearing revolves around scaling both your weapon’s base stats and modifiers such as critical strike multiplier. Look for items with global multipliers, power charge bonuses, and penetration against resistances. Unique items like "Terminus Est" or "Bino’s Kitchen Knife" can provide strong stepping stones until high-end crafted rares are available.

Finally, always test your build in controlled environments before committing to endgame bosses. Path of Building is an essential tool for checking whether you have enough chance, multiplier, and survivability to handle pinnacle encounters. With proper adjustments, a well-crafted crit weapon build can shred through Path of Exile 3.26’s toughest content.
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Some Common Points to Keep in Mind Before Creating a Wikipedia Article
Creating a Wikipedia page is not a casual task. Here are key points to follow before starting:

Notability is essential — Your subject must have sufficient recognition in independent and reliable sources.
Use credible resources — Base your content on true facts, figures, and references from reputable news articles or publications.
Maintain a neutral point of view — Avoid promotional language and stay factual.
Avoid advertisement-style content — The article should inform, not promote.
Focus on social value — Write content that benefits readers with accurate information.
Do not copy content — Wikipedia forbids plagiarism.
Avoid recycled content — If your article was deleted before, write a fresh, original draft.
Use internal links — Connect your article to other relevant Wikipedia pages.
Rely on trusted citations — Avoid personal opinions; every claim must be verifiable.
Use Wikipedia Draft Wizard — Draft your page using the official tools for better chances of approval.
Seek help from other Wiki editors — Collaborate when in doubt to ensure compliance.
By following these steps, you increase the likelihood that your Wikipedia page will remain live forever.

Steps to Get Your Wikipedia Page Live Forever
Ensure your subject meets Wikipedia’s notability standards.
Include multiple credible citations from independent sources.
Maintain a neutral, informative tone throughout the article.
Avoid personal essays, attacks, or promotional content.
Limit excessive website links; focus on quality over quantity.
If creating a page about a brand or individual, avoid writing about personal clubs, societies, or non-notable topics.
Following these steps reduces the risk of deletion tags and ensures your page remains live and authoritative.

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Shaping the Future of Data Resilience: Enterprise Backup and Recovery Software Solutions

QKS Group market research on Enterprise Backup and Recovery Software Solutions provides a comprehensive examination of the global market, capturing both present dynamics and future opportunities. In today’s digital era, where organizations rely heavily on data-driven operations, the importance of secure, reliable, and efficient backup and recovery systems has never been more critical. From addressing cyberattacks and ransomware threats to meeting compliance requirements and ensuring business continuity, these solutions are indispensable across industries.

Click here: https://qksgroup.com/market-research/spark-matrix-enterprise-backup-and-recovery-software-solutions-q2-2024-3313

This market research delves into emerging technology trends, shifting market dynamics, and the strategic future outlook, offering valuable insights for both vendors and end users. For vendors, the study highlights key growth strategies, competitive differentiators, and areas of innovation that can help strengthen market positioning. For enterprises and IT decision-makers, it provides a structured evaluation framework to compare leading vendors and identify solutions that best align with their operational needs and resilience goals.



The SPARK Matrix Evaluation
A cornerstone of QKS Group research is the SPARK Matrix, a proprietary analysis tool that benchmarks and ranks leading vendors in the Enterprise Backup and Recovery Software Solutions market. The SPARK Matrix provides a visual representation of vendor positioning, based on criteria such as technology excellence, customer impact, and overall market influence.
The analysis covers a wide array of globally recognized vendors, including: Acronis, Arcserve, Cohesity, Commvault, Dell Technologies, Druva, HYCU, IBM, Microsoft Azure, Opentext, Rubrik, Unitrends, Veeam, and Veritas.
Each vendor is assessed not only on their technological capabilities but also on their ability to deliver value through customer support, scalability, and innovation. This approach ensures enterprises can clearly identify vendors that match their strategic and operational priorities.

Download free sample report here: https://qksgroup.com/download-sample-form/spark-matrix-enterprise-backup-and-recovery-software-solutions-q2-2024-3313

Competitive Landscape and Vendor Differentiation
Competition in the enterprise backup and recovery market is intensifying as vendors strive to innovate and differentiate. While traditional players such as IBM, Dell Technologies, and Veritas maintain strong footholds through established portfolios and trusted brand recognition, newer entrants like Cohesity, Rubrik, and Druva are disrupting the market with agile, cloud-native, and AI-driven approaches.
• Established Leaders focus on comprehensive ecosystems, hybrid deployment models, and end-to-end enterprise-grade solutions.
• Challengers and Innovators emphasize agility, cloud readiness, simplified deployment, and cost efficiency.
By balancing legacy strength with cutting-edge innovation, vendors are positioning themselves to address the diverse needs of enterprises across industries and geographies.

Become a client: https://qksgroup.com/become-client

Conclusion
QKS Group research highlights how enterprise backup and recovery software solutions are no longer just IT utilities but strategic enablers of resilience, compliance, and innovation. By safeguarding critical data assets and ensuring continuity during crises, these solutions empower organizations to operate with confidence in an unpredictable environment.
Through the SPARK Matrix analysis, enterprises gain a clear, evidence-based view of vendor capabilities, enabling them to make informed decisions about solution providers. As cyber risks escalate and data ecosystems grow more complex, the role of backup and recovery software will only expand, shaping the resilience strategies of modern enterprises.

Understanding Refractory Castables: The Backbone of High-Temperature Industries

In industries where extreme heat and harsh working conditions are a norm, the need for durable and reliable refractory solutions is undeniable. Among the most versatile and widely used products in this sector are Refractory Castables. Known for their adaptability, strength, and performance, these materials play a vital role in ensuring the efficiency and safety of furnaces, kilns, boilers, and other thermal equipment. One of the leading names in delivering high-quality refractory solutions is Refractory Shapes Pvt. Ltd., a company committed to excellence and innovation in the field
What Are Refractory Castables?
Refractory castables are a type of monolithic refractory that comes in powder form and, when mixed with water, sets into a strong, heat-resistant structure. Unlike shaped refractory bricks, castables offer flexibility in installation and can be applied by casting, gunning, or pumping, depending on industrial requirements. Their composition typically includes:
High-quality aggregates for structural strength.


Binding agents for consistency and stability.


Additives to enhance resistance against thermal shock, abrasion, and chemical attack.


This makes them an ideal choice for lining equipment where shaped bricks may not be practical.
Applications of Refractory Castables
Refractory castables are used across multiple industries that operate under high temperatures. Some key applications include:
Cement Industry: Kilns, preheaters, and cyclones.


Steel Plants: Ladles, tundishes, and blast furnaces.


Power Plants: Boilers and incinerators.


Petrochemical Industry: Reformers and reactors.


Glass Industry: Melting tanks and regenerators.


Their versatility ensures that refractory castables remain a go-to solution across these demanding applications.
Why Choose Refractory Shapes Pvt. Ltd.?
When it comes to sourcing reliable refractory castables, Refractory Shapes Pvt. Ltd. stands out for several reasons:
Quality Assurance: Products are manufactured with strict quality controls to meet international standards.


Customization: Castables are tailored to suit the specific requirements of various industries.


Technical Expertise: Backed by years of experience, the company offers expert guidance on product selection and installation.


Innovative Solutions: Constant research and development ensure that the company provides the latest advancements in refractory technology.


Conclusion
Refractory Castables are indispensable for industries that rely on high-performance materials to withstand extreme operating conditions. From ease of installation to exceptional durability, they deliver unmatched benefits. With trusted suppliers like Refractory Shapes Pvt. Ltd., industries can be assured of top-notch refractory solutions that enhance efficiency, safety, and longevity of their equipment. If your business demands superior thermal protection, investing in the right refractory castables is the key to success.
https://www.refshape.com/products/castables/

Genesis Specialist Hospital: Redefining Emergency Heart Attack Care in Lagos

Genesis Specialist Hospital is a well-known acute-care clinic in Ikeja GRA for urgent heart attack treatment in Lagos

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Counter Email Phishing Attacks with Smart Defense

Safeguard your business from phishing emails through advanced detection, employee awareness, and real-time monitoring. Stop attackers before they succeed and strengthen your organization’s digital resilience.

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Cognitive Behavioral Therapy Kelowna - Next Step Counselling Group

Make an appointment today at Next Step Counselling Group and leave all your panic attack and behavioral therapy related concerns. Call us to book an appointment.

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Hypnosis For Asthma Treatment | Aritra Rediscover Yourself

Asthma can cast a shadow over daily life with bouts of breathlessness, tightness, and anxiety. These symptoms not only affect the lungs but often invade the mind—creating a cycle of stress that exacerbates physical discomfort. Yet there’s a gentle, empowering pathway that addresses both body and mind: hypnosis for asthma treatment. In this journey by Aritra Rediscover Yourself, we explore how hypnosis—through relaxation, imagery, and self-awareness—can become a powerful companion alongside conventional therapy. Whether you’re seeking relief from acute attacks or striving for long-term control, this article shines a light on how hypnosis can transform the way you breathe and live.

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ISO 31000 in the Era of AI, Cybersecurity, and Global Risks

In today’s interconnected and fast-changing world, organizations face risks that are more complex, unpredictable, and global in nature than ever before. Artificial Intelligence (AI) is revolutionizing industries, cybersecurity threats are growing in sophistication, and global risks—from climate change to geopolitical instability—are reshaping business landscapes. To navigate these challenges effectively, the ISO 31000 Risk Management framework has emerged as a vital tool for decision-makers seeking resilience and long-term success.

Understanding ISO 31000

ISO 31000 is an international standard that provides guidelines, principles, and a structured approach to risk management. Unlike industry-specific frameworks, ISO 31000 is adaptable to any sector and organization size. Its core aim is to help organizations identify, assess, and manage risks proactively, ensuring that uncertainties are handled in a structured and consistent way.

The standard is built around principles such as:

Integration: Embedding risk management into organizational processes.


Structured and comprehensive approach: Using a systematic method to manage risks.


Customization: Adapting the framework to the organization’s specific context.


Continuous improvement: Regularly reviewing and refining processes.


AI: Opportunities and Risks

Artificial Intelligence offers powerful capabilities for automating processes, analyzing massive datasets, and enabling predictive decision-making. However, AI also brings new categories of risk:

Algorithmic bias: Unchecked AI models can produce discriminatory or unfair outcomes.


Operational dependency: Over-reliance on AI may lead to vulnerabilities if systems fail.


Data privacy concerns: AI often requires vast amounts of personal and sensitive information.


By applying ISO 31000, organizations can evaluate AI-related risks systematically—balancing innovation with safeguards. The framework ensures that AI adoption aligns with ethical principles, legal compliance, and organizational values.

Cybersecurity in a Hyper-Connected World

Cyber threats are no longer limited to IT departments—they pose strategic risks to entire organizations. Ransomware attacks, phishing campaigns, and state-sponsored cyber intrusions have grown more sophisticated and damaging.
ISO 31000 helps organizations:
Identify vulnerabilities across digital infrastructure.


Evaluate likelihood and impact of potential cyber incidents.


Develop mitigation strategies such as multi-layered security protocols, incident response plans, and employee training.


Integrate cybersecurity into enterprise risk management, ensuring it is not treated as a siloed concern.


In essence, ISO 31000 turns cybersecurity from a reactive firefighting effort into a proactive, strategic discipline.

Managing Global Risks

The modern risk landscape is shaped by factors beyond organizational control—climate change, supply chain disruptions, pandemics, and geopolitical tensions. These global risks are interconnected, meaning a single event can have cascading effects.

ISO 31000’s structured process helps organizations:
Contextualize risks by understanding external factors and stakeholder needs.


Analyze interdependencies to anticipate ripple effects.


Develop resilience strategies that go beyond immediate crisis response, such as diversified supply chains or scenario planning.


By integrating global risk awareness into strategic planning, organizations can remain adaptable even in volatile conditions.

The Competitive Advantage of ISO 31000
In the era of AI, cybersecurity challenges, and global uncertainty, ISO 31000 is more than a compliance requirement—it is a strategic enabler. Organizations that embrace the framework can:

Make informed decisions with a clear understanding of potential impacts.


Build stakeholder trust through transparency and preparedness.


Foster a risk-aware culture that encourages proactive problem-solving.


Moreover, ISO 31000 promotes resilience, ensuring that businesses not only survive disruptions but also seize opportunities arising from change.

Conclusion

AI innovation, cybersecurity threats, and global risks define the new reality for organizations worldwide. By adopting ISO 31000 Certification, leaders can move from reactive risk management to a forward-looking, integrated approach. In doing so, they enhance resilience, safeguard reputation, and secure sustainable growth—no matter what uncertainties the future holds.

The Science Behind Refractory Fire Bricks and Heat Resistance

Refractory fire bricks are the unsung heroes of high-temperature industries. From steelmaking and glass production to ceramic kilns and power plants, these bricks are engineered to withstand extreme heat without compromising structural integrity. Understanding the science behind their heat resistance reveals why they are so essential — and how advanced solutions like Refshape Refractory Fire Bricks push the boundaries of performance.
1. The Role of Refractory Materials
At their core, refractory fire bricks are designed to resist:
Extreme heat (up to 1,800°C or higher).


Thermal shock from rapid temperature changes.


Chemical attack from slags, fumes, or molten materials.


This is achieved through careful selection of raw materials such as alumina, silica, magnesia, and other compounds with high melting points and stable crystalline structures.
2. Why Heat Resistance Matters
In industrial furnaces, materials are exposed to constant cycles of heating and cooling. Without adequate heat resistance, bricks can crack, warp, or degrade, leading to:
Reduced furnace efficiency.


Higher maintenance costs.


Potential operational shutdowns.


Refractory bricks maintain strength and insulation properties even at extreme temperatures, ensuring steady performance.
3. The Science of Thermal Conductivity
A good refractory brick must balance low thermal conductivity (to keep heat inside the furnace) with high thermal stability (to resist breaking down under heat stress). The microstructure — including grain size, porosity, and bonding phases — determines how effectively the brick manages heat flow and resists damage.
4. Engineering for Durability
Manufacturing refractory fire bricks involves:
Selecting high-purity raw materials.


Mixing with precise binders for structural integrity.


Shaping and firing at controlled high temperatures.


Refshape Refractory Fire Bricks are engineered with meticulous attention to material composition and density, resulting in outstanding mechanical strength, thermal shock resistance, and longevity under the toughest furnace conditions.
5. Applications Across Industries
Refractory fire bricks are used in:
Blast furnaces in steel production.


Regenerators in glass plants.


Rotary kilns in cement manufacturing.


Boilers and incinerators in power generation.


In each case, the science behind their heat resistance directly translates into better operational efficiency and reduced downtime.
Conclusion
The exceptional heat resistance of refractory fire bricks comes from a combination of material science, precise engineering, and rigorous quality control. Whether it’s managing extreme temperatures, resisting chemical attack, or enduring thermal cycling, these bricks are vital for industrial success. Advanced solutions like Refshape Refractory Fire Bricks embody the latest in refractory technology, delivering the strength, stability, and reliability that high-temperature operations demand.
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