Technology Trends

How to Choose Right Cybersecurity Service for Your Business INTRODUCTION With the current digital era that we are in, cyber attacks continue to advance, and as such, businesses need to invest in the appropriate cybersecurity services. Whether you are operating a small business or a large enterprise, having strong cybersecurity measures is imperative to safeguard confidential data, adhere to regulatory requirements, and avoid loss of funds. But with so many alternatives to choose from, how to select the proper cybersecurity service for your business becomes puzzling. This complete guide will assist you in learning the most important factors to consider when choosing the most suitable cybersecurity solutions to meet your business requirements. We will discuss various cybersecurity services, essential selection criteria, and best practices to attain optimal security. The Need for Cybersecurity Services It is important to realize why cybersecurity is a business necessity in today’s era before we learn how to choose suitable cybersecurity service: Evolving Cyber Threats: Evolving cyber threats in the form of ransomware, phishing, and malware. Data Security: Organizations handle masses of confidential data which has to be secured. Compliance Laws: Compliant needs under legislations like GDPR, HIPAA, and PCI DSS. Business Continuity: Security makes no interference in conducting business. Brand Reputation Reputation and Client Loyalty: Safe businesses keep customers satisfied as well as increase company popularity. When deciding how to select proper cybersecurity service, one should understand what is available: 1. Managed Security Services (MSS) Managed Security Service Providers (MSSPs) offer end-to-end security services such as threat monitoring, incident response, and risk assessment. Ideal for organizations with no in-house capabilities. 2. Network Security Services Secures networks against unauthorized access, malware, and other breaches. Includes firewalls, VPNs, and intrusion detection systems. 3. Endpoint Security Services Protects devices like computers, smartphones, and servers against cyber attacks. Offers antivirus, encryption, and endpoint detection & response (EDR) solutions. 4. Cloud Security Services Custom-designed for cloud-based businesses, providing secure data storage, identity management, and cloud security protocol compliance. 5. Penetration Testing and Vulnerability Assessment Replicates cyberattacks to detect vulnerabilities in business systems and improve security defenses. 6. Security Awareness Training Trains personnel in best practice in cybersecurity to avoid human error causing cyberattacks. 7. Incident Response and Forensics Gives swift response to security incidents and forensic analysis in the hope of averting subsequent attacks. 8. Identity and Access Management (IAM) Guarantees only permitted users are granted access to significant business systems, lowering insider threat and credential-based attack risk. 9. Data Loss Prevention (DLP) Secures sensitive data from loss, leakage, and unauthorized access through encryption, logging, and safe storage practices. 10. Security Operations Center (SOC) as a Service 24/7 monitoring service that detects, analyzes, and responds in real-time to cyber threats, delivering businesses with valuable security insights and quick incident mitigation. Key Factors in Choosing the Right Cybersecurity Service When learning about how to make the right cybersecurity service decision, take into account the following important factors: 1. Determine Your Business Requirements Each business is unique based on its need for cybersecurity. Perform a risk assessment to understand: What type of data you process Regulatory compliance needs Potential security threats Pre-existing security vulnerabilities. 2. Provider Capability Evaluation Make sure the cyber security provider has expertise in your market. Check whether they are certified in certifications like: Certified Information Systems Security Professional (CISSP) Certified Ethical Hacker (CEH) ISO 27001 Certification 3. Total-end Security Solutions Select a provider that provides an extensive list of services such as threat intelligence, monitoring, and compliance assistance. 4. 24/7 Monitoring and Support Cyber attacks may arise at any time. Select a cybersecurity service that provides 24/7 monitoring and quick incident response. 5. Scalability and Flexibility Your requirements may vary when your business expands. Make sure the provider has a system to scale their solutions to accommodate your future requirements. 6. Compliance with Regulations A trusted cybersecurity provider can assist you in meeting industry standards like: GDPR (General Data Protection Regulation) HIPAA (Health Insurance Portability and Accountability Act) PCI DSS (Payment Card Industry Data Security Standard) 7. Cost vs. Value Budget matters, but don’t sacrifice security for cost. Opt for a service that offers the best value for money. 8. Customer Reviews and Testimonials Check the online reviews, case studies, and customer feedback in order to determine the credibility of the cybersecurity service provider. 9. Integration with Current Systems Make certain that the cybersecurity solutions will be able to integrate seamlessly with your existing IT infrastructure and security technologies. 10. Customization Options Seek providers who have the ability to customize security solutions according to your particular business requirements, not an off-the-shelf solution. Implementing the Chosen Cybersecurity Service Once you are decided upon the selection of proper cybersecurity service, then follow these steps to implement it effectively: Perform a Security Audit: Evaluate present security position and reveal the loopholes. Create a Cybersecurity Strategy: Establish security objectives, policies, and measures to prevent risks. Implement Security Solutions: Install firewalls, endpoint security, and other security tools. Train Employees: Organize periodic security awareness training sessions. Monitor and Update Security Measures: Regularly update software, conduct penetration testing, and stay updated on emerging threats. Test Your Security Measures: Perform simulated cyberattacks to evaluate the effectiveness of your security systems and response capabilities. Common Cybersecurity Mistakes to Avoid While learning how to choose right cybersecurity service, avoid these common mistakes: Ignoring Security Updates: Failing to update software increases vulnerability. Weak Password Policies: Use strong passwords and multi-factor authentication. No Employee Training: Train employees to identify phishing attacks. Disregard for Insider Threats: Track internal threats and have access controls. No Incident Response Plan: Have an on-hand incident response plan for cyber crises. Future Cybersecurity Trends Knowledge of future trends can assist in selecting the correct cybersecurity service: AI and Machine Learning: Threat detection and response automated. Zero Trust Security: Nobody is trusted by default, to have more stringent access control. Blockchain Security: Greater security for digital transactions and data integrity. Quantum Computing Threats: Quantum-resistant encryption strategies preparation. Cloud-Native Security: Security in multi-cloud and hybrid environments. Conclusion

Strong Passwords & Password Managers Why You Need Them INTRODUCTION As the age of technology rises, it’s never been so crucial to guard online accounts. As the prevalence of cyberattacks increases, well-protected passwords are the means of protection for keeping trespassers out of a person’s world of bytes and bits. Passwords that are weak or being reused render the process more susceptible to hackers just taking their pound of flesh without much difficulty. Strong passwords and password managers consequently become instrumental as far as maintaining effective protection for the web goes. This article will outline the importance of having good passwords, how they are created, the risks involved with weak passwords, the benefits of using a password manager, and other safety features to increase protection even further. The Importance of Strong Passwords A good password is a protective shield against cybercriminals trying to access business and personal accounts. With an increase in data breaches and hacking incidents, the use of good passwords can significantly reduce the risk of illegal entry. Characteristics of a Good Password A good password should have the following characteristics: Minimum of 12-16 characters long Mix of uppercase and lowercase letters Has numbers and special characters Does not employ typical words or readily guessable patterns (e.g., “password123” or “admin”)   Unique to each account Does not include personal information like names or birthdays Strong passwords make it difficult for attackers to crack them with brute force or dictionary attacks. Weak Password Risks Weak passwords pose serious security risks, including: Increased risk of brute-force attacks Increased risk of credential stuffing if the password is reused Compromise in data breaches, exposing personal data to risk Phishing attacks to utilize easily guessed passwords Malware infections sniffing weak passwords that are not securely stored Using strong passwords puts these risks off the table from the very start, and so enhances security tremendously. Why You Should Never Reuse Passwords Password reuse is an easy bad practice that highly puts data breaches at risk. Sharing a single password for several applications means that compromising one site breaches several accounts. That is the reason why, in order for passwords to be strong, each account must use a different one. For example, when a login credential is stolen by a hacker from a compromised social network account and the same password is used for banking or email accounts, the intruder gains unauthorized access to several websites. Real-Life Incidents of Password Break-In There have been several high-profile data breaches due to weak or identical passwords. Some such high-profile incidents are: Yahoo Data Breach (2013-2014): Over 3 billion accounts impacted due to weak security measures. LinkedIn Hack (2012): 165 million passwords stolen and used to perform mass account takeovers. Facebook User Data Leak (2019): 540 million plaintext records leaked, putting users at risk of harm. These attacks highlight the importance of having strong passwords and frequently changing them. The Role of Password Managers in Having Strong Passwords Since it is challenging to come up with and remember strong passwords for multiple accounts, password managers simplify this by keeping login credentials safe and auto-filling them. Benefits of a Password Manager Generates and saves secure passwords: Password managers create secure, security-compliant passwords. Eliminates password duplication: Password duplication is eliminated using weak, similar passwords. Encrypted storage: Password managers save passwords in an encrypted vault. Autofill feature: Reduces the risk of keyloggers capturing passwords. Multi-device support: Facilitates access to stored credentials on multiple devices. Compromised password notifications: Some password managers notify users if their passwords have been compromised in a breach. Backup and recovery options: Allows users to recover lost or forgotten passwords securely. Secure password sharing: Some password managers provide secure sharing of passwords with trusted contacts. Effective password management software like 1Password, LastPass, Dashlane, and Bitwarden offers robust security features that allow users to effectively use strong passwords. Best Practices for Strong Password Creation and Management For additional security, use the following best practices in creating and managing strong passwords: Use a passphrase method: Use random words or a sentence to generate a complex but easy-to-remember password. Allow two-factor authentication (2FA): The addition of another layer of protection makes the account more secure from unauthorized users. Update passwords: Update strong passwords from time to time, particularly for key accounts. Steer clear of phishing attacks: Never give away passwords through an email or a questionable source. Secure your master password: In the case of using a password manager, set the master password really secure. Use biometric authentication: Face recognition or fingerprint verification can give another layer of protection. Don’t store passwords in browsers: Storage of passwords in browsers is dangerous to cyber-attacks. Monitor for security breaches: Use sites such as Have I Been Pwned to check if your credentials are breached. Enable login attempt notifications: Some websites provide notifications on failed login attempts, so the user can feel unauthorized access. Use different passwords for bank accounts: All finance and banking accounts should be assigned strong and very different passwords to prevent fraudulent transactions. Additional Security Features to Strengthen Protection Online Multi-Factor Authentication (MFA) MFA requires users to provide two or more verification factors, such as a password and a fingerprint or an app code, for authentication. This reduces unauthorized access significantly even if a password is compromised. Using Hardware Security Keys Hardware authentication keys such as YubiKey provide physical verification to access accounts, making it very hard for attackers to access without the key. Implementing Account Lockouts Most applications come with account lockout capabilities that temporarily lock out accounts on repeated unsuccessful login attempts to prevent brute-force attacks. Not Using Public Wi-Fi to Log In Logging in with public Wi-Fi networks exposes credentials to MITM attacks. Never log in via a VPN when accessing private information on public networks. Learning About Cybersecurity Threats Knowledge of existing cyber threats and security practices educates users about the potential risks and allows them to respond accordingly to protect their accounts. Conclusion Since cyber threats are constantly evolving, the application of secure passwords

New Guardians of the Web: Ethical Hackers in Cybersecurity INTRODUCTION In the age of cyberspace, when there is a likelihood of cyber attacks looming large over everything, the New Guardians of the Web have emerged as protectors from evil incursions. The protectors of networks, computers, and confidential information are ethical hackers or white-hat hackers. On a scale never seen before, at a time when cybercrime has scaled new levels, the need for ethical hackers is higher than ever before. In this blog, we discuss the role, importance, and future of these New Guardians of the Web in the constantly changing world of cybersecurity. Learning Ethical Hacking Ethical hacking is an aggressive method of cybersecurity, where professionals find loopholes in systems ahead of evil hackers. These New Guardians of the Web apply their skills to protect organizations from cyber attacks, and they are invaluable assets in today’s digital world. Major Duties of Ethical Hackers Penetration Testing – Simulation of cyber-attacks to detect and correct loopholes. Network Security Audits – Scanning of security controls against unauthorized intrusions. Incident Response – Fast response to security breaches to mitigate damage. Cyber Threat Intelligence – Detection of new threats to provide pre-emptive security for systems. Security Awareness Training – Training firms on best practices to avoid cyber attacks. Bug Bounty Programs – Involving programs whereby firms provide funds to compensate ethical hackers to identify security bugs. Reverse Engineering Malware – Reverse engineering malware to learn how to defend against it. Building Security Tools – Creating sophisticated security tools to defend against future cyber attacks. Why Ethical Hackers Are the New Protectors of the Web With increasing cybercrime, organizations need skilled professionals to counter emerging threats. Ethical hackers are the first line of defense, safeguarding sensitive information. As they understand how to think like bad hackers, they can anticipate and eliminate threats before they can do any harm.[/caption] The Growing Need for Ethical Hackers Increase in Cyber Attacks: Businesses experience data breaches, phishing attacks, and ransomware attacks on a daily basis. Regulatory Compliance: Governments implement stringent cybersecurity rules, and compliance is to be ensured by experts. Technological Advancement: New security threats come with the arrival of AI, IoT, and cloud computing. Lack of Cybersecurity Experts: There are immense requirements but very little supply for ethical hackers, thereby making their vocation extremely lucrative. Rising Cost of Data Breaches: There are millions of dollars lost through cyber-attacks by companies, so there has to be stronger security. Skills to Become a New Guardian of the Web There is a certain skill set required for ethical hacking, with technical knowledge along with an in-depth knowledge of cyber threats. The fundamental skills are: Programming Skills: Familiarity with languages such as Python, Java, and C++. Networking Skills: Familiarity with firewalls, VPNs, and network protocols. Operating System Skills: Familiarity with Linux, Windows, and macOS security. Cryptography: Familiarity with encryption and data protection techniques. Problem-Solving Skills: The ability to think fast to detect and fix security flaws. Reverse Engineering Skill: Capable of reverse engineering malware and software flaws. Cloud Security Skills: Capable of securing cloud infrastructure. AI & Machine Learning Knowledge: Utilization of AI for cyber security. Certifications Certifications are essential to become a globally recognized ethical hacker. A few of the most valued credentials are: Certified Ethical Hacker (CEH) – Provided by EC-Council. Offensive Security Certified Professional (OSCP) – Held in highest regard for penetration testing. Certified Information Systems Security Professional (CISSP) – Deals with broad security issues. GIAC Penetration Tester (GPEN) – Complicated penetration testing technique involved. CompTIA Security+ – General entry level certification dealing with basic security principles. Certified Cloud Security Professional (CCSP) – Specialized to protect cloud infrastructures. The Ethical Hacking Process There is a step-by-step process adopted by ethical hackers in performing security audits comprehensively. The process includes: Reconnaissance: Information gathering on the target system. Scanning: Identifying open ports and vulnerabilities. Gaining Access: Exploiting vulnerabilities to mimic security testing. Maintaining Access: Pinging the existence of security loopholes. Covering Tracks: Making sure that the activity of ethical hacking remains undetected. Reporting & Fixing Vulnerabilities: Recording security weaknesses and applying solutions. Industries That Rely on Ethical Hackers Ethical hackers, or the New Guardians of the Web, are sought after by various industries: Finance & Banking: Stopping financial fraud and protecting online transactions. Healthcare: Safeguarding sensitive patient information from cyber attackers. E-commerce: Safe online shopping experiences. Government & Defense: Safeguarding national security data. Technology & Software Companies: Protecting proprietary information and intellectual property. Education Sector: Safeguarding students’ records and academic data from cyber attacks. Social Media Sites: Ensuring the privacy of user information and avoiding privacy breaches. The Future of Ethical Hacking Technology continues to advance, and so do cyber threats. Ethical hackers will remain imperative in protecting digital assets. New trends in ethical hacking are: Artificial Intelligence in Cybersecurity: Ethical hacking tools with AI to enable automated threat detection. Blockchain Security: Increasing transparency and security for transactions online. Cloud Security: Protecting cloud-based systems against cyber attacks. IoT Security: Protecting smart devices from vulnerabilities. Bug Bounty Programs: Incentivizing ethical hackers to find and report security flaws. Quantum Computing: Getting ready for the next wave of encryption attacks. Cybersecurity Automation: AI-driven automation solutions for quick response to cyber threats. Zero Trust Architecture: A security model that presumes no system or user is trusted by default, and there is a need for continuous authentication and verification. Challenges Faced by Ethical Hackers Although they are valuable, ethical hackers are confronted by a multitude of challenges, some of which are as follows: Legal and Ethical Challenges: Complying with cybersecurity regulations. Emerging Threats: Staying informed about the latest hacking methods. Ignorance: Businesses’ failure to grasp the value of ethical hacking. Misconceptions Regarding Ethical Hacking: White-hat and black-hat hackers are often confused among them. Intense Pressure & Stress: Perpetual struggle against sophisticated cybercriminals. How to Get Started as an Ethical Hacker To become an ethical hacker, one needs to be dedicated, learn, and gain hands-on experience. Here are the steps to begin your career: Gain Technical Skills:

Cybersecurity in the New Metaverse Protecting Digital Identities INTRODUCTION The Metaverse is transforming online interactions, working, and socialization at an incredibly rapid speed. With ever more immersive digital worlds, good security becomes indispensable. Metaverse Protecting Digital Identities is a growing problem since cyber attackers exploit vulnerabilities in the new virtual world. Here we will speak about the Metaverse cybersecurity problems, how to defend personal and company digital identities, and security in virtual worlds of the future. Understanding the Metaverse and Digital Identity Threats The Metaverse is a collective virtual world that integrates augmented reality (AR), virtual reality (VR), blockchain, and artificial intelligence (AI). Users create digital identities within this space to engage in social interactions, business transactions, and entertainment. With the integration of these technologies, there are a number of cybersecurity threats. Major Digital Identity Threats in the Metaverse Identity Theft and Impersonation – Hackers can hijack avatars and impersonate individuals. Phishing in Virtual Worlds – Misleading VR shops and bogus links can lead to credential theft. Malware and Ransomware Attacks – Malicious software can breach virtual experiences and steal data. Data Privacy Concerns – Biometric data, behavior tracking, and interactions can be abused. Unauthorized Virtual Asset Access – Hackers can tamper with smart contracts and NFTs. Deepfake Technology Abuses – Avatars generated with AI can trick users and spread misinformation. Social Engineering in VR – Manipulative tactics can trick users into divulging sensitive information. Absence of Standardized Security Policies – The absence of worldwide policies means security goes unmanaged on any platform. Man-in-the-Middle (MITM) Attacks – Intercepting data between users in virtual settings can lead to breaches. Third-Party Application Vulnerabilities – Installed apps and plugins can create exploitable flaws. To combat cybersecurity threats, users and businesses must adopt proactive security. Metaverse Securing Digital Identities requires the adoption of strong authentication, encryption, and behavioral observation. 1. Implement Multi-Factor Authentication (MFA) Use biometric authentication, security tokens, and one-time passwords (OTPs). Require additional verification levels for financial transactions and access. 2. Secure Digital Wallets and NFTs Store assets in cold wallets (offline storage) instead of vulnerable hot wallets. Employ decentralized identity (DID) solutions to securely manage ownership. 3. Privacy-Preserving Technologies Employ end-to-end encryption (E2EE) to protect communication channels. Employ zero-knowledge proofs to verify identities without compromising sensitive information. 4. AI-Powered Behavioral Analysis Employ AI-driven anomaly detection to detect abnormal behavior in real time. Employ predictive analytics to block fraudulent transactions and bot attacks. 5. Digital Identity Verification Frameworks Employ blockchain-based identity verification for transparency and anti-fraud. Utilize Self-Sovereign Identity (SSI) systems to enable users to have total autonomy over their digital presence. 6. Secure VR and AR Devices Update firmware and software regularly to prevent vulnerabilities. Disable unwanted tracking features that collect too much user data. 7. Metaverse User Cybersecurity Training Conduct campaigns on phishing, scams, and impersonation threats. Encourage ethical hacking practices to enhance security in virtual space. 8. Implement Zero Trust Security Models Offer continuous authentication for every user. Grant least privilege access to reduce insider threat risks. 9. Secure AI Algorithms in the Metaverse Prevent AI models from being manipulated by adversarial attacks. Use explainable AI (XAI) to increase transparency in automated decision-making. 10. Strengthen Cloud Security Controls Encrypt cloud data and monitor unauthorized access. Use AI-driven threat detection for real-time security notifications. Regulations and Policies for Metaverse Security Governments and tech companies are working to enact legislation that prioritizes Metaverse Protecting Digital Identities. 1. Data Protection Legislation GDPR (General Data Protection Regulation) – Regulates data privacy in virtual spaces. CCPA (California Consumer Privacy Act) – Protects user rights in digital spaces. 2. Decentralized Identity Standards World Wide Web Consortium (W3C) DID Standards – Prescribes self-sovereign digital identity systems. Metaverse Standards Forum – Establishes security protocols for virtual identity management. The Metaverse Future of Cybersecurity 1. AI-Powered Identity Protection Advanced AI algorithms will detect deepfake identities and prevent fraud. AI-driven chatbots will verify identities in real-time. 2. Blockchain-Based Authentication Systems Decentralized identity systems will enhance security and anonymity. Smart contracts will lock in automated digital ownership transfers. 3. Quantum-Resistant Encryption New cryptographic techniques will defend Metaverse identities from quantum attacks. Post-quantum cryptography will be required for long-term security. 4. Regulation of Digital Assets Governments will enforce tougher compliance rules on virtual transactions. NFT security frameworks will protect against asset stealing and counterfeiting. 5. Ethical AI and Privacy-Driven Development Ethics will guide the creation of Metaverse security protocols. Privacy-centered Metaverse design will limit intrusive data gathering. 6. Cross-Platform Security Interoperability Interoperable security schemes will enable security across different Metaverse platforms with ease. Seamless integrated authentication frameworks will enhance user security. 7. Emergence of Decentralized Autonomous Organizations (DAOs) for Security Community-based governance will enforce security controls in the open. Smart contracts will automatically enforce cybersecurity regulations. 8. Personal AI Security Assistants AI-driven security assistants will monitor and alert users to potential threats. Personalized threat intelligence will improve protection against cyberattacks. 9. Virtual Crime Investigation Expansion Law enforcement will establish dedicated cybercrime units for Metaverse security. AI-driven forensic tools will analyze digital crime patterns. 10. Real-Time Biometric Authentication for VR and AR Real-time biometric identity verification in real-time continuously will prevent unauthorized access. Dynamic authentication methods will enhance real-time security. Conclusion Metaverse Securing Digital Identities is leading the charge in ensuring the protection of our future virtual world. As more immersive virtual experiences become reality, cybersecurity measures must be architected to defend against emerging threats. Users, organizations, and regulators must work together and implement robust authentication protocols, security architecture with artificial intelligence, and blockchain identity solutions in order to construct a secure, safe, and trusted Metaverse. With the onset of best practices and new cybersecurity technologies, we can safeguard virtual economies and digital identities from cyber attacks. With the growth of the Metaverse, prudence and caution are the new norms for a secure online world. Disclaimer The content on this blog, Cybersecurity in the New Metaverse: Protecting Digital Identities, is informational and educational only. We do our best to give timely, current, and accurate information on Metaverse Protecting Digital Identities and

NEW Cybersecurity Laws and Regulations in 2025 INTRODUCTION Today, in the era of digitalization, cybersecurity is a major concern for organizations, governments, and people. The year 2025 witnessed the emergence of new cybersecurity laws aimed at enhancing data protection, combating cybercrime, and enhancing national security. In this in-depth guide, we will outline the New Cybersecurity Laws introduced in 2025, their implications, and how people and businesses can adapt to the laws. Why New Cybersecurity Laws are needed in 2025? As cyber attacks are on the rise, ranging from ransomware attacks to data breaches, governments around the world are implementing New Cybersecurity Laws to protect personal data. The creation of AI-driven attacks and sophisticated hacking tools compels governments to implement tougher security practices. The New Cybersecurity Laws of 2025 address the following main concerns: Enhancing data privacy defenses Improving business compliance procedures Strengthening the sanctions for cybercrimes Growing global cooperation in cybersecurity initiatives Preemptive business cybersecurity adoption Cyberattack defense of critical infrastructure Regulations of IoT devices for security Offering cloud computing data security and compliance solutions Impressive Features of the New 2025 Cyber Security Legislations. 1.Strict Data Privacy Act Among the significant developments under New Cybersecurity Legislation is data privacy law being enhanced. Countries have adopted stricter laws regulating how companies obtain, store, and handle users’ information. This is to assist in reducing dangers of data breach and unauthorized access. Following are the significant points: Encryption of sensitive users’ data as mandatory Safe means of obtaining users’ consent Right of forgetting and data portability Stricter penalties for breach Privacy-by-design principles to be implemented in software development Organizations now have to make sure that they are totally transparent when it comes to data gathering and storage, and use end-to-end encryption methods to secure user data. 2. AI and Compliance with Cybersecurity With AI gaining the majority of the spotlight as cybersecurity entered the mainstream, governments put regulation of AI under New Cybersecurity Legislation. This act makes AI-driven systems that serve for security ethical, open, and not privacy policy intrusive. Some of these key provisions are: AI security systems must be compliant with data protection legislation. Firms must ensure transparency in how user data is treated by AI. AI surveillance must be subject to regulation in order not to be misused. Prohibition on AI-powered deepfake attacks and AI-powered scams. Formation of an AI ethics committee to conduct cybersecurity risk analysis. 3. Cybersecurity Global Cooperation Cyber attacks are worldwide. The New Cybersecurity Laws emphasize international cooperation to combat cybercrimes effectively. Governments are all uniting with one another for cybercriminal tracking and intelligence sharing to prevent large-scale attacks. Key points are: International data-sharing agreements on cybercrime investigations. Establishment of global cybersecurity task forces. Changing cybersecurity policies to facilitate global compliance. Cross-border cyber-resilience programs for incident response. 4. Mandatory Cybersecurity Frameworks for Businesses Organizations are now being compelled to implement some of the cybersecurity frameworks in order to offer data security. New Cybersecurity Act mandates there be regular security audits, staff cybersecurity awareness training, and a Chief Information Security Officer (CISO) to be appointed. Some of the most significant requirements include: Implementing standard security frameworks such as ISO 27001. Regular penetration testing to detect vulnerabilities. Implementing Zero Trust Architecture to minimize risk. Cyber insurance made compulsory for those organizations that handle sensitive user information. With real-time threat monitoring being integrated. Non-compliance with these will result in drastic measures in the form of heavy penalties and lawsuits against corporations. 5. Increased Punishments for Cyber Criminals Punitive actions to discourage cybercriminals were taken by implementing tougher punishments, i.e., tougher prison sentences along with higher fines, for hacking, data theft, and cyber deceptions. Bolstering tough punishment: Greater incarceration for cybercrimes. Rigorous punishment for corporations failing to ensure user data. Legal repercussions of employees for inserting security vulnerabilities through negligence. Giving greater authority to software firms for being responsible for security flaws for cyber attacks. Stricter regulations against payment of ransomware for not supporting funding cyber gangs. 6. Internet of Things (IoT) Security Legislation As more individuals are using IoT devices, the New Cybersecurity Legislation implements stringent security policies to combat dangers posed by interconnected devices on the web. The most significant regulations include: Security patches and updates on IoT devices made compulsory. Encryption of data being transmitted by smart devices. Establishment of a cybersecurity certificate for IoT producers. Secure authentication protocols to protect against unauthorized access. Consumer protection to request security updates for Internet of Things devices. 7. Compliance on Data Storage and Cloud Computing Security of the cloud takes center stage in the New Cybersecurity Law, and companies whose sensitive data are stored in the cloud have to meet tight security standards. Among the most basic requirements include: Legislatives for data localization which require sensitive data to be hosted locally. Implementation of end-to-end encryption data kept in the cloud. Threat intelligence, third-party, which must adhere to national practices on cybersecurity. Multi-cloud safe approaches for stopping cloud storage data breach. Enforced recovery and backup procedures of data on the cloud. Establishment of New Cybersecurity Regulations by Companies Companies need to implement proactive tools for compliance with New Cybersecurity Regulations to avoid legal repercussions and maintain smooth operation. Some practices are discussed below: Perform Routine Security Audits: Detect vulnerabilities and rectify them in time. Implement Multi-Factor Authentication (MFA): Safe login to prevent unauthorized entry. Train Staff on Cybersecurity Best Practices: Human mistake is the most common reason for security vulnerabilities. Use Data Encryption Measures: Protect sensitive information from cyber attacks. Scan and Update Security Systems Every Day: Every security system should be updated every day. Data Breach Response Plan: Be receptive to a response plan while being under cyber attack. Be Ethical and Legal When Using AI Policies: When using AI-based security systems, be ethical and legal. Invest in Cyber Insurance: In order to reduce financial loss because of a cyber attack. Establish Incident Response Teams: In order to facilitate swift response against a cyber attack. The Future of New Cybersecurity Laws The New Cybersecurity Legislation of 2025 is

The Future of Cybersecurity Trends to Watch INTRODUCTION Cybersecurity is no longer a luxury but a necessity in this increasingly digital world. Cyberattacks are coming in increasingly higher volumes and more often than ever before and pose a danger to all businesses, governments, and individuals around the world. One of the most important elements in fighting these emerging threats is cyber threat detection. With advanced tactics from cybercriminals, the future of cybersecurity will rely on cutting-edge technologies, advanced threat detection methods, and innovative strategies to safely protect critical data. This blog will be really deep on cyber threat detection. It is going to explore future trends in cybersecurity and technologies that are revolutionizing the way we defend ourselves against cyber threats. From AI and machine learning to zero-trust architectures and behavioral analytics, we’ll find out how emerging technologies are changing the face of cybersecurity in the coming years. Cyber Threat Detection Cyber threats are dynamic, and their detection and mitigation need is increasingly spreading around the globe. In a nutshell, it is finding out the actual breach or attack of the hackers on the systems or network before the organization comes to know. Damage could mean data breaches, financial loss, or reputational damage. With more brilliant and sophisticated hackers, old-used tools such as firewalls and antivirus software would not be on par with that to battle with the threat that has taken shape. This kind of an increased level threat has to explore better tools and ways to come at par so the role there still comes back to advanced cyber threat detection. Organisations will experience the benefits of real-time monitoring, analytics and action in 2025 and onwards from adopting such plans Cyber threat detection will grow importance in 2025. The organisations will continue to move into more interconnected digital spaces, but the exponential growth multiplies the possible attack vectors. Some common threats that could impact the security posture of an organization are data breaches, ransomware, APTs, and insider attacks. There are several reasons why cyber threat detection is important, including: Prevention of Data Breaches: The earlier the threat is detected, the lesser damage it will cause. Cyber threat detection tools detect vulnerabilities and isolate them before the attacker can exploit the vulnerability. It may cost millions in revenue loss and lawyer fees apart from recovery for a company because of a cyberattack. If detected early, businesses can take action as early as possible, which will bring down the expenses. Loss of Customer Confidence: It is a loss in terms of money along with a reputation loss. This advanced cyber threat detection can provide the companies a chance to not lose customer confidence. Compliance with regulations: Most of the sectors such as healthcare, finance, and retail are strictly bound by the data protection regulations. In this aspect, a good mechanism for cyber threat detection helps the companies stay in compliance with the set standards of GDPR, HIPAA, and PCI DSS. Top Cyber Threat Detection Trends to Watch in 2025 Cybersecurity threats are only finding new ways to be sophisticated, and the tools and strategies used in the process of discovering and mitigating these cyber threats need to be equally proportionate in their sophistication. Some of the top trends with respect to cyber threat detection are those that will mold the cybersecurity landscape into 2025. Artificial Intelligence & Machine Learning in Threat Detection The concept of Artificial Intelligence and Machine Learning are emerging into innovation leaders of transformation in game-changers by detecting cyber threats. They help enable cybersecurity systems to automate in real-time, detection, analysis, and responses. High-performance AI-based systems can process a large number of data while processing it at speeds that are impossible for humans to match and identify patterns and anomalies that could point to a cyberattack. Also, through continuous learning from incoming data, machine learning algorithms learn new threats and eventually can detect new attack vectors. Anomaly Detection: AI and ML can detect anomaly in user behavior and system activity, determine unusual patterns-sometimes such as unorthodox login times or unexplained data transfers which could raise suspicions of possible breach. Automated Response: AI supports the cyber threat detection system to provide automatic prevention mechanism that isolates the compromised system or blocks suspect traffic. Data protection Cyber Security Privacy Business with Woman hand pointing with UI.Internet Technology Concept.[/caption] Data protection Cyber Security Privacy Business with Woman hand pointing with UI.Internet Technology Concept.   The more forward the AI and ML go, the more enhanced features are going to be there, and fast and accurate threat detection will be achieved. Zero-Trust Architecture (ZTA) Zero-Trust Architecture is one of the most important future trends in cyber threat detection. Moving ahead from a traditional security model in which users in an organization trust it, ZTA follows the very effective mantra “never trust, always verify.” In the Zero-Trust model, all devices, users, and applications are perceived as already compromised. It will provide access solely on the basis of continuous verification. This highly disables cybercriminals from exploiting the vulnerability, as well as lateral movement when they penetrate into the network. All the associated devices with users in the Zero-Trust architecture continuously get validated, thereby making the process of a network’s cyber threat detection more actively and holistically. Threat Hunting The developing cyber threat-detecting tools are moving toward automation, but human skills will also be required to identify the threats that an automated system may miss. Threat hunting means active search for latent threats within the organization’s network rather than waiting passively for an alert trigger. Through system logs and other sources, threat hunters search for the presence of anomalous activity or preliminary indications of compromise. Its general objective is to detect those threats that do not cause severe destruction initially. By 2025, threat hunting shall be part of integrated security approaches toward all-inclusive operations of security. Behavioral Analytics Behavioural analytics applies advanced analytics to track and monitor the behavior of a user as well as entities in the network. Tools can set a

The Future of Biometric Security Are Old Passwords Dead? INTRODUCTION Security is on the agenda of the current digital era for people, businesses, and governments. Passwords have been the norm for authentication for decades, but they are plagued with critical weaknesses like phishing attacks, credential stuffing, and weak password hygiene. As cyberattacks become increasingly sophisticated and advanced, biometric security is now increasingly popular as a safer and more futuristic answer to authentication. The Future of Biometric Security is greater convenience, greater protection, and more intelligent user experiences. Are passwords dead, however? Let us look at the future of biometric security, advantages and disadvantages, and where the future is headed. What is Biometric Security? Biometric security is that mode of authentication system that uses the natural biological features of an individual to verify identity. They can vary from as universal as fingerprints, facial recognition, iris scan, voiceprints, or as quirky as behavioral biometrics such as keystroke dynamics. Biometric security is unique from traditional passwords in that it provides a customized and effectively impenetrable means of verification. Types of Biometric Security Fingerprint Identification – Quite probably one of the most ubiquitous biometric identification technologies used in mobile phones, banking applications, and security access. Facial Recognition – Used for instant recognition by security systems, mobile phones, and airports. Iris Scanning – Very secure, used in border security and secure settings. Voice Recognition – Allows voice-enabled authentication using pattern, widely used in call centers. Behavioral Biometrics – Analyzes idiosyncratic behavior such as movement of the mouse pointer or typist on the keyboard. Palm Vein Authentication – Employs palm vein patterns to offer high-security authentication. The Password-to-Biometric Security Transition Passwords have reigned supreme in online verification for years but are far from perfect with some shortcomings: Users use weak passwords or one universal password for most sites. Phishing undermines password security. Passwords can be lost, forgotten, or intercepted by rogue employees. With such constraints, organizations are turning to biometric authentication as a far superior option. The Future of Biometric Security is paving the way for a passwordless digital identity world that is more secure and frictionless. Advantages of Biometric Security Improved Security – Biometrics are distinctive, so it is hard for hackers to impersonate. Convenience – Simple, no remembering long passwords or constant change. Speed and Efficiency – Verifies in seconds with an enhanced user experience. Less Fraud Risks – Biometric verification deters unauthorized users and identity theft. Multi-Factor Authentication (MFA) – Biometrics can be blended with conventional passwords or PINs to enhance security. Scalability – Biometric security products are scalable to sectors like finance, healthcare, and government. Challenges and Biometric Security Threats. 1. Privacy Concerns Biometric information can be stored in peril as much as privacy. Tampered biometric information can’t be revised, unlike passwords. Organisations need to practice good data protections. 2. Breaches There will always be attackers seeking an entry into biometric databases. Sturdy encryption and decentralized storage must be present. 3. Spoofing and Deepfake Attacks It can be spoofed with the help of deepfakes by hackers and thus anti-spoofing controls must be enhanced. 4. Enormous Implementation Costs Biometric security solutions of the next generation comprise high-tech technology, which is expensive for governments and organizations. 5. Legal and Ethical Concerns As concerns about corporations and governments abusing biometric data grow, regulation has become a concern. 6. Accessibility Issues Not all persons can utilize biometric authentication due to disability or physical conditions impairing fingerprint or facial recognition. The Future of Biometric Security: Trends and Innovations 1. AI-Driven Biometric Authentication Artificial intelligence is revolutionizing biometric security with higher accuracy, fraud prevention, and adaptive authentication. 2. Blockchain and Decentralized Identity Blockchain technology is being introduced in biometric security solutions for the purpose of greater data protection and breach resilience. 3. Contactless Biometric Identification After the pandemic, contactless biometric identification (i.e., face recognition, iris scan) becomes popular as a hygienic and convenient practice. 4. Biometric Payments Banks employ biometric authentication in payment systems to guard against electronic payment fraud. 5. Behavioral Biometrics Along with physical biometrics, behavioral biometrics monitor user behavior like keyboard typing speed and touchscreen activity to increase security. 6. Multimodal Biometric Systems Together, multiple modes of biometric verification, such as voice and fingerprint, offer security and authenticity. 7. Edge Computing Biometric Security Execution of biometric information locally within devices rather than the cloud ensures faster performance and protection for confidential information. 8. Smart Home and IoT Devices Biometric Authentication Integration Smart home and IoT devices are coming with biometric verification, offering increased security in common usage. 9. Continual Authentication Reengineered from single-factor authentication, systems are shifting towards continuous authentication, with biometric data being calculated during a user session for increased security. 10. Global Standardization and Regulatory Frameworks Governments and institutions are working together to create global biometric security standards that will enhance interoperability and compliance with privacy legislation. 11. Biometric Security for Remote Workspaces With the remote work trend, organizations are using biometric authentication to establish secure entry into the organization’s network and defend against unauthorized breaches. 12. Biometrics and Quantum Cryptography Evolution Biometric security with quantum cryptography can transform data security to the point where it’s virtually impossible to crack authentication processes. 13. Biometric Augmentation of Man and Implants The next-generation technology will include human enhancement technology along with biometric implants enabling frictionless verification with existing chips or neural interfaces. 14. Advanced Liveness Detection Future anti-spoofing technologies like advanced liveness detection ensure biometric authentication cannot be spoofed by replicas and ensure they can distinguish between attempts and legitimate users. 15. Smart City Adoption Biometric verification is increasingly becoming a critical security feature of smart cities, providing secure access to public services, transport, and surveillance networks. Will Passwords be Phased Out in the Near Future? As biometric security continues to advance, passwords will be secondary but not primary means of verification. Total elimination of passwords from the flow in the near future is however unlikely because of: The requirement for fallback authentication mechanisms. Supplies problems with older systems. Privacy and regulation issues. Enterprises

Top Cybersecurity Predictions For 2025 You Need To Know  INTRODUCTION OF Cybersecurity Predictions For 2025 By 2025, cybersecurity will advance in ways to an extent that the world has never seen before. With technology dependence, and cyber threats becoming more sophisticated, organizations should prepare for a broader wave of challenges. In this blog, we are going to discuss Cybersecurity Predictions For 2025, and break down the trends shaping the security landscape. Understand future cybersecurity threats and solutions from advanced AI-powered attacks to zero-trust frameworks. 1. The Emergence of AI-Powered Cybersecurity Threats Artificial intelligence (AI) is the new frontier that will define the future of cybercrime. Cybersecurity Predictions for 2025 states that AI-driven attacks will become more mature. Perpetrators will use AI to make phishing more automatic and scalable so that it is more convincing and less detectable in nature. These AI systems will adapt in real-time, learning from their environment, which means they will become better at exploiting vulnerabilities and evading traditional defense systems. AI can also be used for social engineering attacks, making it imperative for businesses to invest in AI-driven defense systems. Impact of AI Cybersecurity Threats: Increased speed of attacks: AI allows cybercriminals to launch sophisticated attacks in a fraction of the time. Customized phishing attacks: AI will enable hackers to craft targeted phishing emails of impossible means, which cannot be differentiated from actual communications. Automated attacks: AI will automate types of credential stuffing and brute force attacks, making it intensely effortless for cybercriminals. In response to these, businesses require security tools equipped with AI that have the capacity to predict identify and neutralize threats before they grow bigger. 2. Quantum Computing Threat to Cryptography As quantum computing itself advances, so do the risks it poses toward current cryptographic protocols. Based on “Cybersecurity Predictions For 2025,” at the end of the decade, quantum computers may be able to crack encryption methods currently considered secure, like RSA and AES. This can potentially put critical information at risk-from personal information to corporate secrets and government communications. How Quantum Computing Will Impact Cryptography Breaking the traditional encryption: Quantum computers would solve the complex mathematical problem exponentially faster as compared to classical computers. These can threaten the traditional encryptions. Post-Quantum cryptography: Scientists have already started finding quantum-resistant algorithms, though adoption may take time. We may already see the implementation of quantum-safe encryption by 2025. In anticipation, organizations have to start shifting towards the quantum-resistant encryption standard to ensure the security of sensitive information. 3. Zero Trust Security Framework in 2025 The Zero Trust security model is not a new concept, but its importance in Cybersecurity Predictions For 2025 is more relevant than ever. As organizations move toward digital transformation and adopt hybrid work models, traditional perimeter-based security becomes less effective. The Zero Trust model, which assumes that threats could be internal or external, is designed to protect data, networks, and systems by continuously verifying every request for access. Authentication and authorization: Every access request originating from inside and outside of the organization will demand multi-factor authentication and continuous verification. Micro-segmentation: In 2025, Zero Trust will advance to include micro-segmentation techniques that only support access on a need-to-know basis by breaking up the network into smaller segments. AI integration: The Zero Trust model will most probably harness AI to analyze an access request based on user behavior analytics in real-time. The Zero Trust model will be the only strategic approach for businesses to address present and future risks of insider threats, phishing, and data breaches. 4. Continued proliferation of Ransomware Attacks Ransomware will continue to be one of the most destructive forms of cybercrime, according to Cybersecurity Predictions For 2025, showing that ransomware attacks are only growing in frequency and sophistication. High-value targets such as healthcare organizations, critical infrastructure, and large corporations are increasingly targeted by cybercriminals. How Ransomware Attacks Are Evolving in 2025: Ransomware-as-a-Service: With the advent of Ransomware-as-a-Service (RaaS), even the most unskilled attackers can unleash devastating attacks through the purchase of ransomware tools. Double extortion tactics: In addition to encrypting data, attackers will steal sensitive information and threaten to release it unless the ransom is paid. Targeting backup systems: Attackers are becoming more adept at targeting and corrupting backup systems, making it harder for organizations to recover. Best Practices to Combat Ransomware: Regular backups, preferably offline Network segmentation Continuous training of employees on phishing detection 5. Cybersecurity Challenges in the IoT Era The higher the Internet of Things, the greater the security challenges. By 2025, millions of new IoT devices are expected to be introduced that would enlarge this attack surface. Poor security practice of the default password and unsecured devices make IoT perfect for hackers. Security Challenges in IoT in 2025 Weak security: Most of the IoTs lack robust security protocols, making them target hackers. Botnet creation: Cybercriminals can take control of IoT devices to form massive botnets, which can be used for Distributed Denial-of-Service (DDoS) attacks. Lack of standards: The lack of universal IoT security standards leaves devices with inconsistent security features, making it difficult to implement effective security measures. Organizations must focus on securing IoT devices, adopting standards-based IoT security frameworks, and integrating these devices into their Zero Trust architecture. 6. Cybersecurity Forecasts for 5G in 2025 The beginning of the deployment of the 5G network worldwide means the internet not only will be more stable and faster but also give birth to healthcare, self-driving transport, and smart cities technologies. But with it also comes a new set of cybersecurity challenges. How 5G Will Define Cybersecurity in 2025: New attack surface: The interconnectedness of the objects will increase the attack surface with new paths to create. Data interception: The increased speeds of 5G can accelerate the ease with which data packets are intercepted or spied on by hackers for data interception. 7. The Future of Identity and Access Management With more and more businesses adopting cloud technology at a greater scale, traditional identity management software will be unable to cope. Cybersecurity Predictions For 2025 anticipate

How Cybersecurity Compliance is Transforming E-commerce Operations INTRODUCTION E-commerce is one of the most burgeoning industries of the modern digital world, from retail to services. While the e-commerce market flourishes, the danger of cyberattacks also rises. Cybersecurity compliance has come forward as one of the important measures to provide protection for the running of e-commerce, along with continuity and customer trust. Protective measures against the malicious misuse of e-commerce data, it is, after all one of the most important cybersecurity aspects in an e-commerce environment. It is, in fact, very crucial for maintaining sensitive information about a customer and for having a good reputation of being trustworthy. The blog is on the way in which the nature of compliance in e-commerce operations is changing based on electronic commerce data protection and, in turn, provides scope for businesses to be in front of security risks with strong compliance standards. Importance of E-Commerce Data Protection E-commerce transactions include sensitive customer information regarding personal data, payment details, and shipping. Thus, e-commerce data protection is very essential. Cybercriminals are always looking for vulnerabilities to attack, and the consequences can be huge in terms of monetary loss, legal issues, and brand damage. E-commerce activity is on the rise, and across the globe, regulatory bodies have been enforcing stricter norms to protect customer data. Along with the rise of threats from cyber-attacks, this has propelled the e-commerce industries to follow more complete measures of cybersecurity compliance. Major Fields of E-commerce Data Security: Customer Data Encryption: Customer details are encrypted such that if hacker manages to outpace the encrypted data. Access control mechanisms: An important aspect while minimizing the potential of insider attacks and unauthorized accesses is developing controls over access Periodic Audits of e-commerce Security : It enhances compliance frameworks’ orientation towards e-business organizations to run periodic audits in such vulnerabilities. Cybersecurity Compliance Frameworks in E-commerce There are several frameworks and standards applied by most businesses in the course of e-commerce operations to ensure that they conform to data protection laws on their operations. These include matters like cyber security, data protection, transaction protection, and other issues relating to the operations of companies to respect the legal and ethical standards. GDPR: General Data Protection Regulation It has also made an indelible mark on the e-commerce businesses, particularly those dealing directly with European clients’ data, due to the European Union’s GDPR, which requires businesses to update their stringent measures of storing, processing, and accessing data. For e-commerce businesses, achieving GDPR compliance means getting explicit customer consent before processing personal data and giving customers the right to access, rectify, or delete the same. Report any breaches within 72 hours. Protect e-commerce data: Apart from the GDPR, business proof that it is based on trust hence builds loyalty and retention from customers. PCI DSS: The PCI DSS is the compliance standard that is quite important to an e-commerce business that accepts card payments. This sets down the standards for the proper handling of payment card information so that breaches and frauds are prevented. Businesses must Payable methods are well encrypted and utilize tokens. The payment information is secured behind security layers like a firewall. Scanned frequency in finding vulnerable spots to exploit in a payment system are regular. Follow-up of the rules and guidelines set by PCI DSS will ensure all e-commerce transactions, safeguard customers’ details, and prevent cyber-criminal attacks both for the parties CCPA (California Consumer Privacy Act)CCPA provides the rights of the consumer in their personal data and places obligations on businesses to be carried out in California. It ensures that any e-commerce business gives transparency regarding how they are using data and lets them have control over their information. CCPA compliance for e-commerce businesses involves:Letting customers know how their data will be used. Allowing consumers to opt-out of data sharing or sales. Giving access to consumers’ data upon request. E-commerce data protection measures help firms comply with the CCPA while also building open and trusted connections with their clients. How Compliance to Cyber Security Enhances e-commerce Operations It helps in building customer confidence and loyalty. It is what the consumers will expect that businesses take measures to protect their data as more and more of them wake up to the fact that cybersecurity risks exist. Cybersecurity compliance strategy, like data protection for e-commerce, creates justification for value building up in those customers’ satisfaction. This is how, by ensuring their personal and financial data is safe, they return and make repeat purchases. Helps lower danger of data breach Data breaches happen to be the most devastating risk for e-commerce businesses. Compliance frameworks help in identifying and rectifying vulnerabilities before they are exploited. A robust cybersecurity posture decreases the chances of breaches and is prepared for all the potential threats. Boosts Brand ReputationCustomers trust those online businesses that seem serious about cybersecurity. Compliance with data protection regulations may be the competitive advantage as customers are nowadays more aware of where and how their data might be stored and used. Places the Legal and Financial Consequences at a Minimum Failure to comply with data protection laws will be subjected to heavy fines and lawsuits. Cybersecurity compliance standards help organizations avoid heavy penalties and lawsuits. Furthermore, it ensures that compliance-readiness makes an organization audit- and inspection-ready. E-commerce Data Protection Trends in the Future As e-commerce continues to evolve, so do the cybersecurity threats. Among some emerging e-commerce data protection and cybersecurity compliance trends that businesses are looking at include; Artificial Intelligence in Cyber Security AI-based cybersecurity solutions are becoming highly sophisticated. Such solutions can detect unusual patterns and behaviour, identify threats in real-time, and even predict future cyberattacks. The e-commerce business will have to integrate AI-based solutions to better secure the data of customers. Blockchain for Data Security Currently, e-commerce highly deploys blockchain technology to ensure transactions and develop records. This makes it quite easy for businesses in e-commerce to provide the transparency level higher than ever achieved and guarantee not to alter customer data regardless of the case, with the assistance