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Cyber Security Pakistan

10 Best Tips to Secure Dil Ka Rishta Account in Pakistan.

Follow these steps to secure Dil Ka Rishta account in Pakistan 1. Use difficult passwords instead of easy ones. 2. Use VPN when connecting with other Wi-Fi networks, such as in restaurants or library. 3. Implement two factor authentication. 4. Keep changing your password after 3 to 6 months. 5. Never click on fishing links or trust on emails that pretend as an official

Cyber Security Pakistan

Lists of Cyber Crime Laws in Pakistan: Overview of of Legislation and Punishments

When it comes to tackling online crimes, Pakistan has come a long way in strengthening its legal framework. Cyber crime laws in Pakistan are now more robust, with clear punishments for various offenses. The rise in digital platforms has made cybercrimes more prevalent, and Pakistan’s legal system has been evolving to handle the complexities of this modern challenge. Main Cyber Crime Laws in Pakistan 1. Prevention of Electronic Crimes Act, 2016 (PECA) The Prevention of Electronic Crimes Act, 2016 is the cornerstone of cybercrime law in Pakistan. It addresses a wide range of offenses, from hacking to cyber terrorism. It is not just about criminalizing offenses; it also focuses on preventive measures and the procedural aspects of handling cybercrime cases. Key Offenses Under PECA: 2. Federal Investigation Agency (FIA) Act, 1974 Under the FIA Act, 1974, the Federal Investigation Agency (FIA) has been designated as the primary body to investigate cybercrimes. The FIA has a special Cyber Crime Wing that handles all digital crimes, ensuring that the perpetrators face the full force of the law. The FIA’s mandate extends to cross-border investigations as well, making it a crucial player in combating international cyber threats. Cyber Crime Investigation: 3. The Pakistan Telecommunication (Re-organization)PTA Act, 1996 This law gave birth to the Pakistan Telecommunication Authority (PTA), which regulates the telecommunication sector in Pakistan. It plays a significant role in preventing cybercrimes related to communication channels, online platforms, and digital services. PTA’s Role in Cyber Crime: Cyber Crime Punishments in Pakistan Now, let’s talk about the punishments for cyber crimes in Pakistan. The penalties for cybercrimes vary depending on the offense. Here’s a breakdown of the main offenses and their punishments: Type of Crime Imprisonment Fine (PKR) Damage to Data 3 years 300,000 Electronic Thievery 7 years 700,000 Forgery of E-documents 7 years 700,000 Malicious Code / Virus 5 years 500,000 Cyberstalking 3 years 300,000 Spamming 3 years 300,000 Spoofing 6 months 50,000 Cyberterrorism 10 years 10,000,000 1. Cyber Terrorism Cyber terrorism is one of the most severe crimes under PECA. Offenders can face up to 14 years in prison and fines of up to 10 million Pakistani Rupees. This offense includes activities like spreading terror through cyberspace or attacking critical infrastructure. 2. Hacking and Data Theft If you are caught accessing someone else’s computer system or data without permission, the punishment can be up to 3 years of imprisonment or a fine of up to 5 million Rupees or both. This law applies to hacking personal accounts, stealing sensitive data, and interfering with online systems. 3. Electronic Fraud and Forgery Engaging in electronic fraud or creating fake digital documents could land you a punishment of up to 7 years in prison and a fine. Fraudulent activities such as phishing, creating fake online profiles, and identity theft are considered serious crimes under PECA. 4. Cyber Stalking Cyber stalking can lead to a prison sentence of up to 3 years and a fine of up to 1 million Rupees. This offense is often associated with harassment and threats made through social media or other online platforms. 5. Child Pornography This is one of the most severe offenses under PECA. Those involved in producing or distributing child pornography face up to 14 years in prison and heavy fines. The law is stringent and aims to protect children from online exploitation. 6. Spamming and Spoofing Spamming, which refers to the practice of sending unsolicited or irrelevant messages, and spoofing, which involves impersonating someone else online, can result in up to 6 months in prison or a fine, or both. How to be Stay Safe from Cyber Crimes? It’s not just about knowing the laws but also protecting yourself. Cybercrimes can happen to anyone, but there are steps you can take to minimize your risk: Wrapping up Staying informed about these cyber laws not only keeps you safe but also helps protect the digital community as a whole. Keep your digital life secure by knowing the law and reporting any illegal activity to the proper authorities. Stay safe, and stay smart! Additional Resources to Help Frequently Asked Questions

Cyber Security Pakistan

Cyber Crime Helpline Centre NCCIA: How to Report Cyber Crime in Pakistan updated 2025

If you, your friend or relatives are unfortunately a victim of cyber crime, the Cyber crime Helpline Centre in Pakistan, operated by Federal Investigation Agency FIA under National Response Centre NR3C can help you with your cyber crime complaint. Cybercrime Helpline Centre Offices and Contact Information Across Pakistan Cybercrime Helpline Numbers Type Contact Number Primary Helpline 1991 Cybercrime Email Addresses Email Address Purpose adg.ccw@nr3c.gov.pk Additional Director General director.admin@nr3c.gov.pk Director Administration director.ops.north@nr3c.gov.pk Director Operations North Region director.ops.central@nr3c.gov.pk Director Operations Central Region director.ops.south@nr3c.gov.pk Director Operations South Region Helpdesk.cyber@fia.gov.pk Cyber Crime Helpline Email Helpdesk@Nr3c.gov.pk General Inquiry Cybercrime Helpline Centre Office Locations Cybercrime Islamabad Helpline Office Address Contact National Police Foundation Building, 2nd Floor, Sector G-10/4, Islamabad +92 51 9262106-8 (General Inquiry) Cybercrime Lahore Helpline Office Address Contact H # B-8, G Block, Main Boulevard, Gulberg-II, Lahore +92 42 99268527 Cybercrime Karachi Helpline Office Address Contact Near Darul Sehat Hospital, Gulistan-e-Johar, Karachi +92 21-99333950 Cybercrime Peshawar Helpline Office Address Contact Lavargini Flats, Abdara Road, Peshawar +92 91 9216251 Cybercrime Rawalpindi Helpline Office Address Contact House No 162/2, Punj Sarrki, Near Shell Petrol Pump, Adam Jee Road, Sadar, Rawalpindi +92 51 9330719 Cybercrime Quetta Helpline Office Address Contact Banglow No. 105, Tajikabad, Adjacent to Spirit School, Main Killi Shabo Road, Quetta +92 81 9330001 Cybercrime Multan Helpline Office Address Contact H.06, Street-3, Shalimar Town, Bosan Town, Multan +92 61-9330999 Cybercrime Faisalabad Helpline Office Address Contact Zia Town, Street No 2, East Canal Road, Near Kashmir Pul, Faisalabad +92 41 9330865 Cybercrime Sukkur Helpline Office Address Contact House No A-126, Sindh Housing Society, Near Nadra Office, Airport Road, Sukkar +92 71 9310849 Cybercrime Abbottabad Helpline Office Address Contact House No 62, Near Bilal Masjid, Bilal Town, PMA Road, Abbottabad +92 992-921588 Cybercrime Hyderabad Helpline Office Address Contact Plot A-100, Site Area, Near Custom House, Hyderabad +92 22 9250010 Cybercrime Fax Number Purpose Fax Number Cyber Crime Helpline Fax +92 51 9106383 What is the Cyber crime Helpline Centre? The Cyber crime Helpline Centre in Pakistan, operated by the Federal Investigation Agency (FIA) through the National Response Centre for Cyber Crimes (NR3C), is dedicated to handling all forms of cyber-related complaints. It provides a support system for those who need assistance with online security threats, including harassment, data theft, and financial fraud. This centre works not only to solve immediate cases but also to promote a safer digital environment. Victims can report issues and receive guidance on securing their online presence. If you or someone you know is facing cyber issues, this helpline is a critical tool. Why is Reporting Cybercrime Important? Reporting cybercrime helps prevent further attacks. Many victims of cybercrime remain silent, either because they’re unaware of the reporting process or feel hesitant. But by contacting the Cybercrime Helpline Centre, you’re helping authorities track these activities and protect others. Every report adds to the pool of information that enables the NR3C and FIA to understand and respond to online crime patterns in Pakistan. When you report cybercrime, you’re not just seeking help for yourself. You’re helping make the internet safer for everyone. How to Report Cyber Crime in Pakistan To report cybercrime complaints, follow these steps. Each of these steps ensures that your report reaches the right people and is processed quickly. Different Types of Cybercrime Complaints The Cybercrime Helpline Centre deals with a wide range of online threats. Here are some of the most common types they handle: Key Benefits of Using the Cybercrime Helpline Centre Using the Cybercrime Helpline Centre can be a game-changer if you’re dealing with an online threat. Here’s why: Act now The Bottom Line We have provided all cybercrime helplines across Pakistan. If you still face any difficulty, feel free to contact IdealSolution cyber security experts. Additional resources to help FAQ

Penetration testing

15 Difference Between Black Box Grey Box and White Box in Mobile App Penetration Testing

In mobile apps security, understanding the difference between black box grey box and white box in mobile app penetration testing is crucial. Each approach offers unique insights, focuses, and methods that ultimately strengthen a mobile app’s security from multiple angles. Knowing when to use each method, and how they differ, can elevate your security strategy to meet today’s demands in mobile app security.

Penetration testing

10 Key Differences Between Android and iOS Mobile App Penetration Testing

In today’s world, where our lives revolve around smartphones, security threats lurk behind every tap. With millions of users on Android and iOS, apps hold sensitive information that can be exploited if not tested properly. This is where mobile app penetration testing comes in, and here’s the kicker—testing for Android isn’t the same as testing for iOS. Each platform has unique security challenges, testing methods, and risks. So, what exactly sets them apart? Let’s dive into the differences between Android and iOS mobile app penetration testing. Comparison Between Android and iOS Mobile App Penetration Testing Feature Android iOS Operating System Structure Open-source, customizable, more exposed to vulnerabilities Closed-source, controlled by Apple, more restricted for testers App Distribution Allows external app distribution, vulnerable to malware from unknown sources Limited to App Store, highly regulated to reduce malware risks Data Storage Data often stored in `/data/data` directory, accessible with root permissions Encrypted sandbox environment, harder to access without jailbreaking Sandboxing Less strict, allowing some app interactions and data access Robust sandboxing, prevents cross-app data access, reducing data leakage Malware Vulnerability Higher susceptibility due to open-source nature Lower risk due to strict guidelines, though still possible Code Analysis Allows decompilation with tools like Apktool, providing easy code access Limited decompilation capabilities, relies on debugging tools like Hopper Encryption Practices Varies widely, often requires additional encryption testing System-wide encryption, but app-specific practices need review Development Frameworks Diverse frameworks like Java and Kotlin, with various APIs Uses Swift and Objective-C, limited by Apple’s API constraints Testing Tools Wide range of tools like Burp Suite and MobSF due to open structure Requires specific tools like Frida and Cycript, needing configuration Permission System User-controlled, often needing simulation of common behaviors Tightly regulated permissions, stricter prompts and access limits Differences Between Android and iOS Mobile App Penetration Testing 1. Operating System Structure 2. App Distribution Methods 3. Data Storage Locations 4. Application Sandboxing 5. Vulnerability to Malware 6. Code Analysis Approaches 7. Encryption Practices 8. Development Frameworks and APIs 9. Testing Tools Available 10. Permission Systems What is iOS Mobile App Penetration Testing? iOS mobile app penetration testing is a process to identify, analyze, and fix security vulnerabilities within iOS apps. This process ensures that sensitive user data, including location and financial details, is protected from malicious entities. Due to the closed nature of the iOS ecosystem, testers face additional security layers, such as strict app permissions, that complicate testing. Why is it Important? Since iOS is a favorite among high-profile individuals and businesses, a vulnerability in an iOS app can lead to severe consequences. Conducting iOS penetration testing involves understanding the iOS environment, identifying potential attack vectors, and employing specialized tools for comprehensive security checks. What is Android Mobile App Penetration Testing? Android mobile app penetration testing involves analyzing and fortifying Android apps against security threats. Android’s open-source environment makes it flexible but also more vulnerable to malware and other security risks. Penetration testing on Android includes evaluating app permissions, assessing data storage security, and examining app interactions. Why is it Important? With over 70% of the global smartphone market, Android apps are highly targeted by cyber attackers. Android penetration testing is crucial for ensuring that personal and business data remains secure. It involves identifying potential threats and taking steps to protect users, especially when apps are installed from non-trusted sources. The bottom line Understanding these critical differences between Android and iOS mobile app penetration testing can make all the difference in securing your application and protecting your users. At idealsolutions, we specialize in thorough, expert-led testing that ensures your mobile app is fortified against cyber threats. Contact us today to discuss how we can secure your app from potential vulnerabilities and enhance your users’ trust. Secure Your Android or iOS Mobile Apps Before it’s too Late FAQ

Penetration testing

Top 30 Most Common Mobile App Vulnerabilities

OWASP highlighted most common mobile app vulnerabilities, and at IdealSolutions cyber security, we help you ensure that they are secured. List of Most Common Mobile App Vulnerabilities 1. Data Breaches Data breaches occur when sensitive information like personal details or login credentials is exposed to unauthorized users. This often happens due to weak encryption or poor app security design. 2. Man-in-the-Middle Attacks (MitM) A MitM attack happens when an attacker intercepts the communication between your mobile app and its server. They can modify or steal sensitive data. 3. Code Tampering In this vulnerability, the app’s code is altered to include malicious functionality or to bypass security measures. 4. Reverse Engineering Attackers may reverse-engineer an app to extract sensitive information or replicate its functionality. 5. API Security Risks APIs are often the backbone of mobile apps, but poorly protected APIs can expose sensitive data or allow unauthorized access. 6. Credential Theft Credential theft occurs when user login information is stolen, often through phishing or weak password protection. 7. Device Compromise If a user’s mobile device is compromised, attackers can access sensitive app data. 8. Malicious App Installations Fake apps that look like legitimate ones can trick users into installing them, leading to data theft or other malicious activities. 9. Insecure Data Storage Insecure storage of sensitive data, such as storing user passwords in plain text, can lead to unauthorized access. 10. Insufficient Transport Layer Protection Failing to secure the transport layer during data transmission can allow attackers to intercept and read transmitted data. 11. Denial of Service (DoS) Attacks In a DoS attack, an app is overwhelmed with traffic, rendering it unusable for legitimate users. 12. Phishing Attacks Attackers may use fake interfaces or forms within an app to trick users into entering sensitive information, which is then stolen. 13. Mobile Malware Malware specifically designed for mobile platforms can exploit vulnerabilities in apps or devices to steal data or cause damage. 14. Lack of Binary Protections Without proper binary protections, apps are vulnerable to reverse engineering and tampering. 15. Weak Session Management Weak or improperly managed sessions can allow attackers to hijack user sessions, gaining unauthorized access. 16. Non-compliance with Security Standards Failure to comply with established security standards, like OWASP or ISO 27001, can expose apps to vulnerabilities. 17. Unsecured Third-Party Libraries Insecure or outdated third-party libraries can introduce vulnerabilities into your app. 18. Poorly Implemented Multi-Factor Authentication (MFA) Weak or improperly implemented MFA can be bypassed, allowing unauthorized access. 19. Inadequate Privacy Controls Poor privacy controls can lead to exposure of users’ personally identifiable information (PII). 20. Security Misconfiguration Security misconfigurations, such as leaving default settings in place, can expose apps to attacks. 21. Insecure Communication Channels Unsecured communication channels can allow attackers to intercept sensitive information. 22. Improper Credential Usage Weak or improperly stored credentials can lead to unauthorized access to the app or its data. 23. Insufficient Input Validation Input validation issues can lead to injection attacks, like SQL injection or XSS. 24. Weak Encryption Practices Using outdated or weak encryption algorithms can expose sensitive data to attackers. 25. Unauthorized Code Alterations Failure to detect unauthorized changes in code can lead to vulnerabilities and exploitation. 26. Overprivileged Apps Apps requesting excessive permissions can open doors for exploitation. 27. Insecure Identity Verification Weak identity verification methods can be easily bypassed. 28. Lack of Secure Session Management Failure to properly handle user sessions can expose apps to session hijacking attacks. 29. Substandard Client Code Quality Poor coding practices can leave the app vulnerable to attacks like buffer overflows. 30. Supply Chain Attacks Attackers exploit vulnerabilities in third-party services or components used by the app. What Is a Mobile App Vulnerability? A mobile app vulnerability refers to any flaw or weakness in an app’s design, code, or infrastructure that can be exploited by attackers to cause harm, such as stealing data or hijacking user sessions. Side Effects of Mobile App Vulnerabilities Mobile app vulnerabilities can lead to severe consequences, including data breaches, identity theft, financial loss, and damage to a company’s reputation. They also expose users to privacy violations. Who Introduced Common Mobile App Vulnerabilities? Mobile app vulnerabilities are not “introduced” intentionally but are often the result of poor coding practices, outdated security measures, and failure to follow security best practices. Organizations like OWASP work to identify these vulnerabilities and help developers address them. GET IN TOUCH Secure Your Mobile Apps, and Get Free Consultancy with IdealSolutions Experts Wrapping up Now you know which are the most popular vulnerabilities found in mobile apps, but why worry? Cause IdealSolutions provides robust Mobile app security assessments, aiming to secure your mobile app, data, and business. You can also check these additional resources: Frequently Asked Questions (FAQs)

Cyber Security Pakistan

Is Cybersecurity Hard? Truth by IdealSolutions

Cybersecurity, a demanding and well-paid field, often raises the question: Is cybersecurity hard? Well, the answer isn’t a simple yes or no. Many factors contribute to the perceived difficulty of cybersecurity. Let’s delve into both perspectives. Cyber Security, Hard or Easy? Yes, Cybersecurity is Hard: A lot of individuals approach us at IdealSolutions, questioning the difficulty of cybersecurity. Truth be told, for those who don’t have a passion for programming, coding, or an affinity for IT, cybersecurity can indeed be challenging. If you lack an inherent interest in understanding and working with computers, the intricacies of cybersecurity might seem daunting. No, Cybersecurity is Not Hard: On the flip side, for those who love computers, have a genuine curiosity, and possess a desire to learn cybersecurity, then cybersecurity is manageable, and the journey becomes much smoother. Cybersecurity is designed for those who enjoy the challenge of securing digital environments. It’s not an insurmountable hurdle but a field that rewards curiosity, determination, and a willingness to learn. Check out Cyber security companies you can work for in Pakistan. Is Cybersecurity Hard for Beginners? No, cybersecurity is not hard for beginners. In fact, it’s surprisingly beginner-friendly. Here are some reasons why: Also check out Waze you can start your cyber security company How Hard is Cybersecurity? The difficulty level of cybersecurity isn’t about measuring scale from 1 to 100. In fact, it’s more about perspective, personality, and understanding. Let’s break it down: So, when someone asks, “How hard is cybersecurity?” it’s essential to recognize the variability in difficulty based on individual factors. Is Cybersecurity Hard to Learn? A few years ago, cybersecurity was quite difficult to learn. But now, with Cyber security training programs like those provided by Ideal Solutions, and even a kid who can do software engineering at 14 years old can grasp the basics! Do you still think cybersecurity is hard to learn? Think again—here’s why it’s accessible and not hard to learn: How Hard is a Cybersecurity Degree? The difficulty of a cybersecurity degree depends on several factors, making it more nuanced than a simple “yes” or “no” answer. Here’s a breakdown to help you assess the potential challenges: Remember: A degree isn’t the only path to a cybersecurity career. At Ideal Solutions, we recognize that bootcamps, certifications, and online courses can be equally effective, depending on your goals and learning style. A Word from IdealSolutions Now you know cyber security is not hard at all! It’s all about you, who makes impossible to. I am possible. Frequently Asked Questions

Cyber Security Pakistan

Top 10 Best Cyber Security Companies to Work for in Pakistan

Looking for the best cyber security companies to work for in Pakistan? Here are the. List of Best Cyber Security Companies to work for in Pakistan 1. Ebryx Tech 2. Kualitatem Inc. 3. Trillium Information Security Systems 4. Dunicot 5. IdealSolutions Cyber Security Company 6. Secure Networks Pvt. Ltd. 7. Rewterz 8. VaporVM 9. BlockApex 10. Cyber NexGuard Wrapping up Choosing the best cyber security company to work for in Pakistan depends on what you’re looking for—whether it’s professional growth, international exposure, or hands-on experience with cutting-edge technologies. From IdealSolutions to emerging startups like BlockApex, there’s no shortage of exciting opportunities in Pakistan’s rapidly growing cybersecurity landscape. Frequently Asked Questions Disclaimer The information provided might vary, based on the companies current state. So we highly urge you to verify the recent data from the official websites.

Cyber Security Pakistan

What is Subrogation in Cyber Security? Examples to Help

Subrogation in cyber security is a critical concept, especially when dealing with financial recovery after a cyber attack. The term ‘subrogation’ means that one party, usually an insurance company, steps into the shoes of another (the insured) to recover costs or damages from the responsible third party. In the context of cyber security, this could involve recovering the financial losses caused by a breach from the attackers or a negligent third party. The process of subrogation helps reduce financial burden on the business affected by the attack. It’s a crucial risk management strategy that allows businesses to manage their cyber security exposure more effectively. Definition of Subrogation in Cyber Security Subrogation in cyber security refers to the process where an insurance company seeks to recover the losses it paid out to its client (the insured) by pursuing compensation from the party responsible for the cyber incident. In other words, if a company suffers a cyber attack and their insurance covers the damages, the insurance company may step in and sue the hacker or a negligent vendor to recover those costs. This concept is common in cyber insurance policies and forms a key part of cyber risk management. It allows the insured company to get compensation from their insurer without the immediate need for complex legal actions, while still ensuring that the responsible party is held accountable. Importance of Subrogation in Cyber Security Subrogation plays a significant role in managing financial risks associated with cyber attacks. It ensures that the responsible party bears the financial responsibility for the breach, rather than the affected business. This helps businesses remain protected while transferring financial responsibility to the party at fault. Here are some key benefits of subrogation in cyber security: For example, imagine a cyber breach caused by a third-party vendor’s negligence. The insurance may cover the initial losses, but through subrogation, the insurer can recover the money by pursuing the vendor legally. This process helps businesses remain protected while transferring financial responsibility to the party at fault. How Does Subrogation Work in Cyber Security? Subrogation in cyber security follows a straightforward process. This process involves legal professionals, forensic investigators, and sometimes negotiation with other parties. The goal is to reduce the insurer’s financial exposure and, in turn, minimize premium increases for the insured business. When Does Subrogation Apply in Cyber Security? Subrogation typically applies when a third party can be held legally responsible for a cyber attack. Common scenarios include: In such cases, once the insurance company compensates the victim, they may step in and pursue legal action to recover those costs from the responsible parties. Examples of Subrogation in Cyber Security Let’s say a large retail company experiences a cyber attack, resulting in stolen customer data. The company’s cyber insurance policy covers the financial costs of notifying customers, offering credit monitoring, and restoring their systems. However, the breach occurred because the cloud provider failed to secure their servers properly. In this case, after compensating the retailer, the insurance company could file a lawsuit against the cloud provider for negligence and recover the costs. Another example might involve an insider threat, where an employee inadvertently downloads malware that cripples the company’s network. After compensating the business, the insurance company could investigate and hold the software vendor accountable for a vulnerability that allowed the malware to spread. But why wait? Secure your systems now! With IdealSolutions cyber security experts from Pakistan. Subrogation in Cyber Insurance Policies Subrogation clauses are standard in most cyber insurance policies. These clauses allow the insurer to take legal action on behalf of the insured to recover financial losses. Without subrogation, insurers would be less willing to offer cyber coverage since they would bear the full risk of a payout without the possibility of recovering those costs. However, it’s essential for businesses to carefully read the subrogation clauses in their policies to understand the insurer’s rights and how subrogation may affect relationships with third-party vendors and service providers. Challenges of Subrogation in Cyber Security Challenges of Subrogation in Cyber Security Subrogation Versus Indemnification in Cyber Security It’s easy to confuse subrogation with indemnification, but the two concepts are different. Indemnification is when one party agrees to compensate another for certain losses, usually outlined in a contract. In cyber security, this could mean that a third-party vendor agrees to indemnify the business for damages caused by a data breach. Cyber security Subrogation, on the other hand, occurs after an insurance company has compensated its insured and then steps in to recover those costs from a third party. How to Protect Your Business from Subrogation Risks To protect your business from subrogation risks, it’s important to: Frequently Asked Questions

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