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How Security Scanners Secure iOS Apps from Data Breaches

Mobile apps have transformed the way businesses and individuals perform their daily activities. Of course, iOS apps can manage lots of sensitive data, but attackers can find ways to breach them. Cyber threats are becoming more frequent and complex. 

Also, attackers always seek weak spots. That’s why companies use security scanners for iOS apps. It helps them find vulnerabilities at an early stage before a breach. It helps them boost app security and keep user data safe while staying compliant with privacy rules.

Rising Risks to iOS App Security

iOS apps have robust security, but they are not completely safe. Also, attackers target weaknesses of apps, not the device itself. Many iOS apps showcase sensitive data because hidden flaws go unnoticed during development. 

Third-party tools can bring new vulnerabilities. Such gaps make apps an easily vulnerable target. That’s why regular scanning with a security scanner for iOS apps is essential. It helps identify risks before they become serious breaches.

How Security Scanners Help Safe iOS Apps

A security scanner for iOS apps acts like a health checkup for an application. It reviews the app’s structure, behavior and checks source code, APIs, network traffic, and third-party tools. This helps developers find problems early.

These scanners usually rely on two testing approaches. The first one is static analysis. This method studies the app’s code without running it. It helps find hidden issues like hardcoded passwords or weak encryption settings.

The second approach is dynamic analysis. In this approach, apps are tested during runtime. It helps find out how the app behaves during real-time use. It also helps in finding runtime issues like data leaks or unsecured connections. Both of these methods provide a complete view of app security.

Stopping Data Leaks Before They Happen

Data leaks are still one of the biggest causes of mobile security failures. Many apps collect user data to improve services. However, poor storage or unnecessary permissions can expose that data.

Studies show that about 53% of mobile apps leak sensitive information because of weak data handling. Security scanners help prevent this by tracking how apps store and transfer information. They highlight risky storage paths and insecure permissions.

Login systems also play a major role in app security. Poor authentication controls allow attackers to enter apps easily. Reports show that weak authentication creates more than 70% breaches. 

A security scanner reviews login systems, encryption layers, and session controls. It also helps developers implement safer options like multi-factor authentication.

Why API Security Matters More Than Ever

APIs allow apps to communicate with servers and external services. They help apps load data, process payments, and connect to other platforms. However, APIs also create opportunities for attackers.

Research shows that nearly 74% of mobile vulnerabilities connect to insecure APIs. Hackers often target weak endpoints or broken authentication systems. When APIs fail, attackers can steal or manipulate sensitive data.

A security scanner for iOS apps reviews API communication and detects weak configurations. It checks whether APIs follow proper security rules. Strong API protection secures user data and improves app reliability and performance.

Fighting Malware and Reverse Engineering

Mobile malware helps attackers breach apps. Also, malware can impact apps, damage data, or allow cyber attackers to control app functions.

Kaspersky detected an average of 467,000 malicious files per day in 2024. Reverse engineering creates another major challenge. Attackers analyse app code to understand how it works. 

They search for encryption keys, API tokens, or hidden credentials. A security scanner for iOS apps tests the code and how the app runs, making it typical for attackers to breach.

Meeting Privacy and Security Regulations

Privacy rules are continuously increasing worldwide. Following GDPR and Apple’s privacy policies can be difficult because modern apps use complex systems and integrations.

Research shows that many iOS apps collect data differently than their privacy policies claim. This gap can lead to legal trouble and damage brand reputation. A security scanner for iOS apps helps companies check their data practices. It finds compliance gaps and provides safe data transmission. 

Why Continuous Monitoring is Important

Mobile apps often get updates. Developers release updates, add features, and integrate new tools. Each update comes with new vulnerabilities. A study shows that nearly 35% of iOS vulnerabilities were found in 2024.

A security scanner for iOS apps supports ongoing monitoring. It checks updates, third-party services, and backend connections. This helps developers fix issues quickly. Continuous scanning keeps apps secure throughout their entire lifecycle.

Conclusion

Mobile apps have a big role in business operations. Security becomes more important when it comes to iOS apps. Indeed, iOS apps come with Apple’s security, still apps face risks like leaks, malware, and insecure APIs.

A security scanner for iOS apps catches vulnerabilities early, strengthens login systems, and secures APIs. It works behind the scenes, reduces breach risks and keeps apps safe. Integrating scanning into development not only protects data but also builds reliability and users' trust.

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Top 10 Penetration Testing Tools for Web Applications in 2026

Web applications power today’s digital world and they support ecommerce, cloud platforms, APIs, and customer portals that handle sensitive data. But they remain a preferred target for cyberattacks. Research shows web app pen testing makes more than 30% of all penetration test engagements. It shows that organizations should continue to spend on their cybersecurity to secure their web applications from cyberattacks. 

In 2026, choosing the right penetration testing tools is a typical decision for organizations. These tools help analyze attacks, find hidden vulnerabilities, and empower security before attacks.

Below, we explore the top 10 solutions that every security team should consider:

AutoSecT 

AutoSecT by Kratikal tops the list of penetration testing tools for web applications thanks to its user-friendly, innovative, AI-powered VMDR, and deep scanning features. It goes beyond simple vulnerability detection. AutoSecT's scan starts with just one URL and it automatically scans all forms, APIs, and pages.

Why AutoSecT leads in 2026:

Deep scanning with minimal false positives

Realtime insights that help fix vulnerabilities fast

Integrations with DevOps and development tools

Centralized dashboard for team collaboration

AutoSecT sets a high bar for automation, speed, and precision among penetration testing tools for web applications. 

Burp Suite

Burp Suite remains a flagship choice for professional penetration testers. It includes a robust proxy, scanner, intruder, repeater, and more. Security experts rely on Burp for its excellent balance of automated scanning and manual testing controls. Its extensions ecosystem further expands testing capabilities.

Why it ranks high:

It intercepts and modifies web traffic

It detects a wide range of vulnerabilities

It supports manual and automated workflows

OWASP Zed Attack Proxy (ZAP)

OWASP ZAP is one of the top pen testing tools for securing web applications. It uses active and passive scans and scripts to find issues such as injection errors, XSS, and authentication problems.

Why OWASP:

Free and open source

High automation with scripting options

Great choice for CI/CD pipeline scanning

ZAP provides powerful detection capabilities and supports a wide range of web vulnerabilities. 

Invicti (formerly Netsparker)

Invicti automates web vulnerability scanning with proof-based detection to reduce false positives. It identifies issues in complex applications, including REST APIs and single page applications. Security teams value it for its detailed reporting and seamless integration with development workflows.

Key strengths:

Accurate scanning with exploit verification

Strong DevSecOps and CI/CD pipeline support

Developer-friendly remediation details

Acunetix

Acunetix offers scanning modern websites, including dynamic SPAs, HTML5, and JavaScript-heavy apps. Acunetix remains a leading choice for organizations needing extensive web application coverage. It helps teams secure complex web applications quickly.

Notable features:

High coverage scanning

Integration with tools like Jira and Jenkins

Readymade compliance reporting

SQLmap

SQLmap detects and uses SQL injection vulnerabilities. It automates tests against database-driven web apps, making it a vital component of any penetration testing toolkit. Its pinpoint automation system makes it very effective against injection flaws that attackers commonly utilize.

Why SQLmap stands out:

Automated SQL injection detection

Broad support for database types

Scriptable for custom workflows

SQLmap offers targeted but powerful testing for a common and dangerous class of vulnerabilities. 

Metasploit Framework

Metasploit provides exploit development and delivery features that help security teams test real-world attack scenarios. It works with other security tools to support attack simulation and validation. It strengthens penetration testing workflows even though it does not work as a standalone scanner.

Core benefits:

Exploit creation and delivery

Large library of payloads

Works with other tools like Nmap and Burp

Nessus

Nessus provides strong vulnerability scanning. It detects misconfigurations, missing patches, and known CVEs. Many teams use it for specialized web testing tools for broader assessments.

Why it fits:

Comprehensive vulnerability database

Scanning for web and network risks

Customizable reporting

Nessus adds broad security visibility when paired with focused web testing tools. 

Rapid7 InsightVM

InsightVM blends vulnerability scanning with risk prioritization and analytics. It extends beyond typical scanning to help teams understand remediation impact and threat context. With tight Meta-sploit integration, it provides verification of exploitable risks.

Primary strengths:

Context-aware risk scoring

Excellent dashboards and analytics

Enterprise-scale reporting

InsightVM helps teams focus on the highest priority threats. 

Probely

Probely automates web penetration testing with developer-friendly results. It integrates with development pipelines and provides clear remediation insights. Its API scanning and continuous testing features make it useful for teams that push frequent updates.

Key advantages:

Continuous scanning automation

Developer-focused reporting

API and web app vulnerability detection

How and why organizations should choose the right pen testing tool for web applications

Organizations must analyze their risk profile, development cadence, and staff expertise when selecting tools.  The penetration testing market will continue to expand as web apps drive digital transformation. So, choosing the right tools helps businesses secure their critical data and infrastructure.

Conclusion

Penetration testing for web applications is vital in 2026. The tools mentioned above are the best in capability, automation, and relevance for contemporary threats. With cyberattack frequency increasing and web apps handling more critical data, using strong penetration testing tools for web applications is no longer optional — it’s a necessity.

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Why Enterprises Are Switching to High-Speed Network Security Scanners

We live in a hyperconnected digital environment, and now, the enterprise networks are expanding, and that too, faster than ever. The attack surface for organizations is significantly increased by cloud adoption, remote work, IoT devices, APIs, and complex hybrid infrastructures. Now, cyberattacks have become more common. At the same time, the attacks have become automated and sophisticated. Considering these challenges, organizations are now moving towards high-speed network security scanners. This is done to ensure that their security posture is strong enough and is not slowing down the business operations. 

The Growing Complexity of Enterprise Networks

When it comes to the traditional networks, they were relatively static. They came with predictable assets and clearly defined perimeters. On the other hand, modern enterprise networks are dynamic and constantly changing. New servers spin up in the cloud, and along with this, containers are deployed and destroyed within minutes. Also, employees connect from multiple locations and devices. Legacy network scanners rely on slow, sequential scanning methods, and this is the reason they are no longer sufficient to handle this scale and complexity.

However, the high-speed network security scanners are built keeping the modern environments in mind. They are sufficient to scan large IP ranges, cloud assets, and distributed infrastructures rapidly. This ensures that no critical asset remains unmonitored or unprotected.

Network Security Scanners Because Speed Is Now a Security Requirement

Why are enterprises adopting high-speed scanners? One of the primary reasons is the need for speed without compromise. It is not possible to exploit vulnerabilities within hours or even minutes of disclosure. In a scenario where a scan takes days to complete, the attackers may already have a foothold in the network even before remediation begins.

High-speed network security scanners dramatically reduce scan times. Wondering how? It is achieved by the use of parallel processing, optimized detection engines, and intelligent scanning techniques. This ensures that the security teams can identify open ports, vulnerable services, outdated software, and misconfigurations, and that too, almost in real time. Faster scans lead to faster fixes, and this, in turn, significantly reduces the window of exposure.

Network Security Scanners Give Real-Time Visibility and Continuous Monitoring

Enterprises are moving away from periodic, point-in-time assessments toward continuous security monitoring. And this shift is supported by high-speed network security scanners, which enable frequent or even continuous scans without disrupting network performance.

It comes with real-time visibility, and with the help of this, the security teams gain a clear and up-to-date understanding of their network risk posture. It enables them to track new assets as they appear. Also, you can detect unauthorized changes and identify shadow IT before it becomes a serious risk. This level of visibility is important, and it is especially true for large enterprises where manual asset tracking is nearly impossible.

Network Scanners Support Cloud and DevOps Environments

Organizations are embracing DevOps and cloud-native architectures, and so it is important for security to keep pace with rapid deployment cycles. High-speed network security scanners are designed to integrate seamlessly with cloud platforms and CI/CD pipelines, ensuring security-by-design rather than security as an afterthought.

On top of that, these scanners can automatically assess cloud workloads, containers, and APIs as part of the development lifecycle. You get to identify vulnerabilities early, and that too, during development or deployment. Enterprises can reduce costly fixes later in production and avoid delays in product releases.

Network Security Scanners Reduce Network Disruption

Network disruption is one of the common concerns with traditional scanning tools. Aggressive or poorly optimized scans can lead to several issues, like overloaded systems, trigger outages, or impact critical business applications. And when it comes to high-speed network security scanners, they can address this issue through smarter scanning techniques that balance speed with stability.

As it minimizes scan noise and optimizes traffic, the tools make sure that security assessments do not interfere with daily operations. This, in turn, makes it easier for enterprises to conduct frequent scans without resistance from IT or business teams.

Network Scanners Improve Operational Efficiency

When it comes to high-speed network security scanners, they bring significant operational benefits, such as automated discovery, faster assessments, and intelligent prioritization. All these benefits reduce the manual workload on security teams. So, the teams no longer need to spend time running scans and analyzing raw data; instead, they can focus on remediation, risk management, and strategic security initiatives.

Conclusion

As of now, you are aware of why enterprises are switching to high-speed network security scanners. Traditional tools are no longer capable of keeping up with today’s fast-moving, complex environments. With faster detection, real-time visibility, cloud and DevOps compatibility, reduced disruption, and improved efficiency, these scanners are becoming a critical component of modern cybersecurity strategies. We are a part of an era where every second matters, and so, speed is no longer optional; rather, it is essential for effective network security.

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Who Needs to Be HIPAA Compliant? Covered Entities and Business Associates Explained

In today’s data-driven healthcare system, protecting sensitive patient health information is crucial for healthcare organisations. Protecting the sensitive patient health information is a legal requirement that must be followed by law. The Health Insurance Portability and Accountability Act (HIPAA) was enacted by the United States to protect sensitive patient health information from data breaches and data misuse.

HIPAA compliance ensures the security of sensitive patient health records and prevents them from being misused. To enforce the HIPAA rules and regulations, covered entities and business associates must follow a shared framework of accountability and must contribute towards safeguarding the Protected Health Information (PHI) under the HIPAA Privacy and Security standards. As the healthcare system continues to digitize, the risk of PHI being misused also continues to rise, and in such a scenario, HIPAA compliance has become a shared responsibility across the healthcare ecosystem.

What is HIPAA Compliance?

HIPAA is a regulatory body that is focused on securing the sensitive data of patients. To achieve the goal of securing patient data, HIPAA establishes a set of guidelines that every company that deals with protected health information(PHI) must comply with. HIPAA states that every company that deals with patients' protected health information(PHI) must have a physical administration of the network and a security system designed according to HIPAA compliance.

Any organisation that deals with the sensitive information of patient data, be it covered entities or business associates, must meet the HIPAA compliance failing to meet the HIPAA compliance standard can lead to legal battles and hefty fines and penalties.

What are the Covered Entities?

Covered Entities are defined as any individual, group, or organisation that is directly regulated under HIPAA. The covered entities have the authority to create, receive, maintain, or transmit PHI as part of their core operations. Apart from these, covered entities also have the permission to use the PHI for treatment, operation, and payment, but to disclose and manage the PHI, the covered entities are required to comply with the HIPAA rules and regulations. Some of the organisations that qualify as covered entities are:

Healthcare Providers: Any healthcare provider that transmits the PHI for billing or insurance qualifies as a covered entity. Hospitals, Clinics, Pharmacies, and diagnostic labs are some examples of covered entities. Apart from these, any healthcare provider that transmits and processes the electronic PHI to accept insurance or submit claims qualifies as a covered entity.

Health Plans: Health Plans are the organisation that pays for the medical care or provides medical care. Health insurance companies, Medicare, and Medicaid programs are key examples of the Health Plan organisation. As these organisation handles and manage large amounts of PHI related to insurance, claims, and payment, which makes these organisations qualify as a covered entity.

Health Clearinghouses: Health Clearinghouses process the electronic data mainly for billing purposes. As clearing houses process the billing services and participate in insurance claims processing, which makes they qualify as a covered entity.

Covered entities need to comply with the HIPAA regulations, as violations of the HIPAA regulations can lead to heavy penalties and cancellation of the license.

Who Qualifies as a Business Associate?

A business associate is any individual, group, or organisation that provides services to a covered entity and has access to the PHI. As the business associates provide the necessary services and are not directly involved in the care of the patients still have access to the sensitive data.

Business Associates provides services like cloud storage, data analytics, billing and coding, accounting, and consulting. As these services require access to the PHI in any form, the business associates are required to sign a Business Associate Agreement(BAA) between the Covered Entity and the Business Associate. The Business Associate Agreement(BAA) is a legal contract that defines:

Permitted use of PHI

Required security controls

Breach notification responsibilities

Compliance obligations

As a Business Associate Agreement(BAA) is a legal contract, signing the BAA is mandatory for both parties, and in case of a data breach, both parties are held liable.

Conclusion

The Health Insurance Portability and Accountability Act (HIPAA) was established by the United States with the sole focus of safeguarding the PHI from being misused. As HIPAA is not limited to hospitals, doctors, and diagnostic centres, any organisation that creates, manages, and transmits the PHI directly or indirectly must comply with the HIPAA guidelines. As the covered entities and business associates both participate in transmitting the PHI, which makes sure they are legally accountable for protecting patient data. 

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How to build a GRC strategy that actually reduces business risk

In the current era, where the threat landscape is rapidly increasing, and the regulatory requirements are becoming more and more strict, relying on an incomplete strategy is not enough to protect the digital assets of the organisation 

Governance Risk and Compliance has been just a dictionary word for many years. For many organisations, GRC has been a checkbox exercise till now, which shifts the focus from risk management to policies and audit reports. As the cyberattack and operational disruption continue to rise, it's high time for businesses to realise that a weak or incomplete GRC contributes to increasing the risk, not in reducing the risk. A fully implemented GRC helps an organisation by integrating risk management directly into business operations, which allows the organization to anticipate threats, which significantly helps in making informed decisions that balance growth with security.

What is the GRC strategy? 

Governance Risk and Compliance (GRC) is an approach used by organisations to align their Information Technology (IT) infrastructure with the business requirements while managing all the risks and ensuring compliance with government and other regulatory bodies. Introduced by the Open Compliance and Ethics Group, GRC provides tools and processes that enable an organisation can govern risk management using the latest technology. GRC primarily focuses on safeguarding the digital assets while ensuring compliance with threat mitigation. To achieve its prime goal, Governance Risk and Compliance has its own tools for policy development, risk assessment, auditing, and continuous monitoring. Implementing and integrating GRC helps an organisation to strengthen its security and have a secure system that can protect the infrastructure against evolving threats.

Drawbacks of the traditional GRC strategy 

The traditional GRC strategy failed to eliminate the risk because of the built-in silos. In the traditional GRC approach, the governance is handled by the leadership, risk management is managed by the IT, audit team, and the security team, and compliance is supervised by the regulatory department, which tends to work independently using different approaches, tools, and metrics, resulting in:

Compliance is being treated as an annual event instead of being a continuous process.

Business leaders lack visibility into real-time risk exposure

Steps to build an effective GRC strategy 

Building a GRC strategy is not a one-time process; instead, it is a lifecycle that follows a structured path. An effective GRC strategy ensures an organisation with an active and unified approach towards security. Building a GRC strategy is not as simple as it involves multiple stages, where every stage plays an important role in identifying vulnerabilities and establishing the necessary controls to mitigate them effectively. Since building a GRC strategy is a multi-stage process, let's look into each of the steps in detail:

Step 1: Anchoring GRC to business objectives

An impactful GRC strategy should begin with the business, not with the regulations. Risk management should be meaningful, which means that the risk should be evaluated in the context of business impact. Mapping the risk directly with the business objective helps in prioritising the effort that actually contributes towards the growth of the organisation.

For example, a compliance gap in a low-impact internal system should not receive the same priority as a moderate vulnerability in a customer-facing payment platform.

Step 2: Establish Clear Governance and Ownership

Defining clear ownership is one of the key components for risk remediation. The governance structure should include representation from every department, including IT, security, HR, operations, and leadership. Having representation from every department ensures that decisions are considered both the business and technical realities.

Step 3: Shift from periodic assessment to continuous risk monitoring 

For any organisation to survive in the current era, yearly or quarterly risk assessment is not enough, as the cyber threats and regulatory guidelines change daily. The shift from the periodic assessment to continuous risk monitoring allows an organisation to identify the weak link and respond to the threats faster.

Step 4: Integrating cyber risk into enterprise risk management 

In this time, data breaches, ransomware attacks, and service outages are very common, which directly affect the revenue and damage the reputation of the organisation which leading to loss of customer trust. An effective GRC or governance risk and compliance strategy tries to minimise the risk by integrating the risk into a broader framework, by translating the vulnerabilities into business impact, and aligning the security controls with the regulatory requirements. This integration allows the leadership to make informed decisions about the operation of the organisation.

Step 5: Focusing on people

When it comes to risk, human behaviour poses more risk than technical glitches like firewall misconfiguration. Phishing attacks, data mishandling, and insider threats contribute largely incase of Cybersecurity risk. A strong GRC strategy addresses this by embedding risk awareness into organizational culture by enabling role-based access controls and reporting mechanisms.

Step 6: Simplifying Controls

Over-engineered GRC frameworks often create friction without improving security. Excessive controls, duplicate policies, and complex approval processes increase operational risk by slowing down business operations. Risk-reducing GRC focuses on complying with controls across frameworks like ISO, SOC 2, and GDPR while eliminating redundant or low-value controls and automating evidence collection where possible

Step 7: Use metrics that usually matter

Traditional Governance Risk and Compliance metrics, such as audit reports or compliance scores, don't synchronize well with the executives. Instead, a mature GRC resonates with the executives by communicating in business terms, such as explaining the financial time and regulatory penalties.

Step 8: Continuous improvement using feedback

Implementing a GRC perfectly is a long-term process where the program evolves using the findings and the feedback. Organisations should use the feedback to refine controls, improve governance, and strengthen the risk management system.

Conclusion 

A Governance Risk and Compliance or GRC strategy that actually reduces business risk goes beyond compliance checklists and static frameworks. It connects governance to business goals, embeds risk ownership across teams, integrates cyber and enterprise risk, and adapts continuously to change. When organizations treat GRC as a strategic capability rather than a regulatory obligation, it becomes a powerful enabler of resilience, trust, and sustainable growth.

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Understanding GDPR: Key Principles Every Organization Must Know

When it comes to the rules on privacy, it is the General Data Protection Regulation (GDPR) that rewrote them. It forced companies to update their operations. And not only that, it even made them reimagine their product design, services, and branding. 

Yes, GDPR compliance was passed in 2016, but the core tenets are quite relevant even today. Want to understand GDPR? You have come to the right place, as we have listed down the key principles every organization must know. Just reading to keep all your confusion at bay. 

Lawfulness, fairness, and transparency

This is the first principle, and according to this, the organizations need to ensure that their data collection practices don’t break the law. Also, it states that they must not be hiding anything from the data subjects. 

Let’s go through one point at a time:

First comes ‘lawfulness’. The organizations must be fulfilling at least one of the GDPR’s lawful bases. Also, it is important to ensure that their data processing does not breach any other laws. 

Second is the ‘fairness’, which means that it must not be unduly detrimental, unexpected, or misleading to data subjects.

Third comes the ‘transparency’. With this, it means that you must be clear, open, and honest with your data subjects about how you’ll use their data. 

Purpose limitation

Yes, you can collect and process personal data, but only for specific purposes. Keeping transparency in mind, you must all make those purposes clear from the very start to the data subjects. At the same time, you need to document these purposes to demonstrate accountability. 

Later, if you wish to go for data processing for a new purpose, it must be: 

Necessary to meet a clear obligation or a function set out in law; or

You need to obtain specific consent.

As per GDPR compliance, you get more freedom to process further in some scenarios, such as for archiving purposes in the public interest. This can be for scientific or historical research or for statistical purposes.

Data minimisation

This is quite simple; you need to keep the amount of data you collect and process to a minimum. How can you do this? Just ensure that the pointers mentioned below are followed: 

Sufficient data to meet your declared purpose for processing;

The data is connected to that purpose, and

You don’t hold more data than you need to meet the specific need.

As you follow this process, it comes with some major benefits. For instance, if a breach occurs, the amount of data compromised will be much less. On top of that, it will be easier for you to keep your data up-to-date as per GDPR compliance. 

Accuracy

When it comes to data protection, accuracy plays a crucial role. According to GDPR compliance, you must take every necessary step to correct or erase the data that’s not accurate or incomplete. 

Keeping the data up-to-date for processing is also crucial. If you notice any kind of inaccuracy in your data, you must rectify it as soon as possible. If you face any challenges while making corrections, you must keep records of that, too.  

Storage limitation

Is there any personal data you no longer need? If yes, you must delete it. Why? Because you have already completed the purpose of processing. To make it easier for you to meet this principle and demonstrate your compliance, you can document the standard retention periods for different types of data.

On top of that, you can’t miss out on periodically checking the data you hold. And, you should destroy it when no longer needed.

Integrity and Confidentiality

Maintenance of the integrity and confidentiality of the data you collect is what GDPR requires, too. The purpose? For keeping it secure from internal or external threats. Without planning and proactive diligence, this is quite impossible. 

You need to provide protection to your data from unauthorized or unlawful processing and destruction, damage, or accidental loss.  

Accountability 

The GDPR regulators are well aware that an organization can say they’re following all the rules. But, in reality, they may not actually be doing it. So they require a level of accountability. This means that you must have appropriate measures and records in place as proof of your compliance with the data processing principles.  

When it comes to the supervisory authorities, they can ask for evidence at any time. Here, documentation plays a role.  

Summing Up

Now that you are aware of the GDPR compliance, you must keep in mind that these can’t be missed when it comes to data processing best practices. It is not just an operational puzzle; rather, it informs all about processing activity and business practices! 

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Why Your Organisation Needs a Unified Pentest and VMDR Platform

In today’s digital age, where cyberattacks are evolving every day, and sophisticated attacks are executed every now and then, having a Unified Pentest and VMDR platform is crucial. As the traditional attack detection relied only on signature-based detection, it failed for polymorphic threats that didn't have a pre-defined pattern.  Vulnerability management ensures that organisations can identify, assess, and remediate vulnerabilities in their systems, thereby safeguarding sensitive data and maintaining operational integrity. A pentest and VMDR platform helps in providing a lifecycle and implementing remedial techniques that help in reducing threats.

Role of Pentesting

Penetration testing is a simulated cyberattack conducted in a secure environment to evaluate the security infrastructure of an organisation. The goal of penetration testing is to find vulnerabilities and exploit them to mimic a real-world threat scenario. 

Pentesting is generally performed by experienced security professionals with the consent of the authority. The security professionals use the same tools that are used by real attackers to execute the attack. By simulating real-world attacks, security teams can identify weak encryption, insecure data storage, and API vulnerabilities that attackers can access and exploit.

Pentesting is a crucial step for any project, as it helps in identifying the risk and helps in containing it before it can be exploited by an attacker. As pentetsing mostly comes in the category of black box testing, it mimics an external attack and helps to identify the bugs and the loopholes that went undiscovered.

Role of VMDR

Vulnerability management, Detection, and Response(VMDR) is essential for a modern, hybrid, distributed, and dynamic IT infrastructure. VMDR is a continuous, orchestrated workflow of automated asset discovery, vulnerability management, threat prioritisation, and remediation. Adopting the VMDR lifecycle helps the organisation by preventing breaches and responding to threats.

A VMDR platform scans asset inventory for known vulnerabilities, such as outdated software or weak passwords, and then reports these issues back to the IT team. After detection, the the vulnerabilities found are listed based on their severity and CVSS scores. This allows the IT team to prioritise the important segments, which significantly helps in reducing the chances of a data breach.

How Unified Pentest and VMDR Platform Benefits an Organisation

For any organisation, a pentest and VMDR platform plays an important role as it helps an organisation to strengthen its security infrastructure before it can be exploited by attackers. Any successful attack on the organisation not only tarnishes the reputation of the organisation but also leads to financial damage and loss of customer trust. To ensure such a scenario does not happen to an organisation, unified pentesting is important for an organisation. 

Identifying Vulnerabilities

A unified pentest and VMDR platform helps an organisation to identify the vulnerabilities before they are detected and exploited by attackers. Penetration testing not only helps in identifying vulnerabilities but also shows how the vulnerabilities can be exploited. This is done by performing penetration testing under a secure environment. Penetration testing helps an organisation to identify the vulnerabilities that went unchecked during regular software maintenance. Penetration testing helps an organisation to address these issues and ensures that no stones are left unturned.

Ensuring Compliance 

A unified pentest and VMDR platform helps an organisation to comply with all the guidelines that are set by the regulatory bodies through vulnerability compliance mapping. It helps understand which vulnerabilities lead to non-compliance with which standards. Failing to comply with these guidelines may result in legal penalties and fines. In short, it helps an organisation to comply with these regulations, thus saving the organisation from fines and legal battles.

Maintain Customer Trust

Maintaining the trust of customers is crucial for any business.  Having a pentest and VMDR platform assures customers that the organisation takes the security of their sensitive data seriously and deploys proper measures in safeguarding it. This helps in building trust with customers. 

Conclusion

As the attack vector is at its all-time high, it is high time for organisations to implement not just a technical solution but also adapt their security policy. Pentest and VMDR platforms do not offer any technical solution; rather, they offer a lifecycle that comes with an inventory for identifying, prioritising, and remediating. Implementing VMDR will help organisations to fortify their defence and prevention against attack.