Using incognito mode and VPN may still not ensure total privacy, according to expert

Executive Summary:

Microsoft rolled out a set of major security updates in August, 2024 that fixed 90 cracks in the MS operating systems and the office suite; 10 of these had been exploited in actual hacker attacks and were zero-days. In the following discussion, these vulnerabilities are first outlined and then a general analysis of the contemporary cyber security threats is also undertaken in this blog. This blog seeks to give an acquainted and non-acquainted audience about these updates, the threat that these exploits pose, and prevent measures concerning such dangers. 

1. Introduction

Nowadays, people and organisations face the problem of cybersecurity as technologies develop and more and more actions take place online. These cyber threats have not ceased to mutate and hence safeguarding organisations’ digital assets requires a proactive stand. This report is concerned with the vulnerabilities fixed by Microsoft in August 2024 that comprised a cumulative of 90 security weaknesses where six of them were zero-day exploits. All these make a terrible risk pose and thus, it is important to understand them as we seek to safeguard virtual properties. 

2. Overview of Microsoft’s August 2024 Security Updates

August 2024 security update provided by Microsoft to its products involved 90 vulnerabilities for Windows, Office, and well known programs and applications. These updates are of the latest type which are released by Microsoft under its Patch Tuesday program, a regular cum monthly release of all Patch updates. 

•  Critical Flaws: As expected, seven of the 90 were categorised as Critical, meaning that these are flaws that could be leveraged by hackers to compromise the targeted systems or bring operations to a halt. 
•  Zero-Day Exploits: A zero-day attack can be defined as exploits, which are as of now being exploited by attackers while the software vendor has not yet developed a patch for the same. It had managed 10 zero-days with the August update, which underlines that Microsoft and its ecosystems remain at risk. 
•  Broader Impact: These are not isolated to the products of Microsoft only They still persist Despite this, these vulnerabilities are not exclusive to the Microsoft products only. Other vendors such as Adobe, Cisco, Google, and others also released security advisories to fix a variety of issues which proves today’s security world is highly connected. 

3. Detailed Analysis of Key Vulnerabilities

This section provides an in-depth analysis of some of the most critical vulnerabilities patched in August 2024. Each vulnerability is explained in layman’s terms to ensure accessibility for all readers.

3. 1 CVE-2024-38189: Microsoft Project Remote Code Execution Vulnerability (CVSS score:8. 8) : 

 The problem is in programs that belong to the Microsoft Project family which is known to be a popular project management system. The vulnerability enables an attacker to produce a file to entice an user into opening it and in the process execute code on the affected system. This could possibly get the attacker full control of the user’s system as mentioned in the following section. 

 Explanation for Non-Technical Readers: Let us assume that one day you received a file which appears to be a normal word document. When it is opened, it is in a format that it secretly downloads a problematic program in the computer and this goes unnoticed. This is what could happen with this vulnerability, that is why it is very dangerous. 

 3. 2 CVE-2024-38178: Windows Scripting Engine Memory Corruption Vulnerability (CVSS score: 7.5):

Some of the risks relate to a feature known as the Windows Scripting Engine, which is an important system allowing a browser or an application to run scripts in a web page or an application. The weak point can result in corruption of memory space and an attacker can perform remote code execution with the possibility to affect the entire system. 

 Explanation for Non-Technical Readers: For the purpose of understanding how your computer memory works, imagine if your computer’s memory is a library. This vulnerability corrupts the structure of the library so that an intruder can inject malicious books (programs) which you may read (execute) on your computer and create havoc. 

 3. 3 CVE-2024-38193: WinSock Elevation of Privilege Vulnerability (CVSS score: 7. 8 )

 It opens up a security weakness in the Windows Ancillary Function Driver for WinSock, which is an essential model that masks the communication between the two. It enables the attacker to gain new privileges on the particular system they have attacked, in this case they gain some more privileges on the attacked system and can access other higher activities or details. 

 Explanation for Non-Technical Readers: This flaw is like somebody gaining access to the key to your house master bedroom. They can also steal all your valuable items that were earlier locked and could only be accessed by you. It lets the attacker cause more havoc as soon as he gets inside your computer. 

3. 4 CVE-2024-38106: Windows Kernel Elevation of Privilege Vulnerability (CVSS score: 7. 0) 

 This vulnerability targets what is known as the Windows Kernel which forms the heart or main frameworks of the operating system that controls and oversees the functions of the computer components. This particular weakness can be exploited and an opponent will be able to get high-level access and ownership of the system. 

 Explanation for Non-Technical Readers: The kernel can be compared to the brain of your computer. It is especially dangerous that if someone can control the brain he can control all the rest, which makes it a severe weakness. 

 3. 5 CVE-2024-38213: Windows Mark of the Web Security Feature Bypass Vulnerability (CVSS score: 6.5). 

 This vulnerability enables the attackers to evade the SmartScreen component of Windows which is used to safeguard users from accessing unsafe files. This weakness can be easily used by the attackers to influence the users to open files that are otherwise malicious. 

 Explanation for Non-Technical Readers: Usually, before opening a file your computer would ask you in advance that opening the file may harm your computer. This weak point makes your computer believe that this dangerous file is good and then no warning will be given to you. 

 4. Implications of the Vulnerabilities

These vulnerabilities, importantly the zero-day exploits, have significant implications on all users. 

•  Data Breaches: These weaknesses can therefore be manipulated to cause exposures of various data, occasioning data leaks that put individual and corporate information and wealth. 
•  System Compromise: The bad guys could end up fully compromising the impacted systems meaning that they can put in malware, pilfer data or simply shut down a program. 
•  Financial Loss: The organisations that do not patch these vulnerabilities on the shortest notice may end up experiencing a lot of losses because of having to deal with a lot of downtimes on their systems, having to incur the costs of remediating the systems that have been breached and also dealing with legal repercussions. 
•  Reputation Damage: Security breaches and IT system corruptions can result in loss of customer and partner confidence in an organisation’s ability to protect their information affecting its reputation and its position in the market. 

5. Recommendations for Mitigating Risks

Immediate measures should be taken regarding the risks linked to these issues since such weaknesses pose a rather high threat. The following are recommendations suitable for both technical and non-technical users. 

5. 1 Regular Software Updates 

 Make it a point that all the software, particularly operating systems and all Microsoft applications are updated. Any system out there needs to update it from Microsoft, and its Patch Tuesday release is crucial. 

 For Non-Technical Users: As much as possible, reply ‘yes’ to updates whenever your computer or smartphone prompts for it. These updates correct security matters and secure your instruments. 

 5. 2 Realisation of Phishing Attacks 

 Most of the risks are normally realised through phishing techniques. People should be taught diversifiable actions that come with crazy emails like clicking on links and opening attachments. 

 For Non-Technical Users: Do not respond to emails from unknown people and if they make you follow a link or download a file, do not do it. If it looks like spam, do not click on it. 

 5. 3 Security Software 

 Strong and reliable antivirus and anti-malware software can be used to identify and avoid the attacks that might have high chances of using these vulnerabilities. 

 For Non-Technical Users: Ensure you download a quality antivirus and always update it. This works like a security guard to your computer by preventing bad programs. 

 5. 4  Introduce Multi Factor Authentication (MFA)

 MFA works in a way to enforce a second factor of authentication before the account can be accessed; for instance, a user will be asked to input a text message or an authentication application. 

 For Non-Technical Users: NS is to make use of two-factor authentication on your accounts. It is like increasing the security measures that a man who has to burgle a house has to undergo by having to hammer an additional lock on the door. 

 5. 5 Network segmentations and Privileges management 

 Network segmentation should be adopted by organisations to prevent the spread of attacks while users should only be granted the privileges required to do their activities. 

 For Non- Technical Users: Perform the assessments of user privileges and the networks frequently and alter them in an effort of reducing the extent of the attacks. 

6. Global Cybersecurity Landscape and Vendor Patches

The other major vendors have also released patches to address security vulnerabilities in their products. The interdependent nature of technology has the effect on the entire digital ecosystem.

• Adobe, Cisco, Google, and Others: These companies have released updates to address the weaknesses in their products that are applied in different sectors. These patches should be applied promptly to enhance cybersecurity.
• Collaboration and Information Sharing:Security vendors as well as researchers and experts in the cybersecurity domain, need to remain vigilant and keep on sharing information on emerging threats in cyberspace.

7. Conclusion

The security updates companies such as Microsoft and other vendors illustrate the present day fight between cybersecurity experts and cybercriminals.  All the vulnerabilities addressed in this August 2024 update cycle are a call for prudence and constant protection of digital platforms. These vulnerabilities explain the importance of maintaining up-to-date systems, being aware of potential threats, and implementing robust security practices. Therefore, it is important to fortify our shield in this ever expanding threat domain, in order to be safe from attackers who use this weakness for their malicious purposes.

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On 6 June 2025, the EU Council officially adopted the revised Cybersecurity Blueprint, marking a significant evolution from the 2017 guidance. This framework, formalised through Council Recommendation COM(2025) 66 final, responds to a transformed threat environment and reflects new legal milestones like the NIS2 Directive (Network and Information Security Directive) and the Cyber Solidarity Act.

From Fragmented Response to Cohesive Strategy

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Between 2017 and now, EU member states have built various systems to manage cyber incidents. Still, real-world events and exercises highlighted critical gaps - uncoordinated escalation procedures, inconsistent terminology, and siloed information flows. The updated Blueprint addresses these issues by focusing on a harmonised operational architecture for the EU. It defines a clear crisis lifecycle with five stages: Detection, Analysis, Escalation, Response, and Recovery. Each stage is supported by common communication protocols, decision-making processes, and defined roles. Consistency is key; standardised terminology along with a broad scope of application that eases cross-border collaboration and empowers coherent response efforts.

Legal Foundations: NIS2, ENISA & EU‑CyCLONe

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Several core pillars of EU cybersecurity directly underpin the Blueprint:

• ENISA – The European Union Agency for Cybersecurity continues to play a central role. It supports CSIRTs' Network operations, leads EU‑CyCLONe ( European cyber crisis liaison organisation network) coordination, conducts simulation exercises, and gives training on incident management
• NIS2 Directive, particularly Article 16, is a follow-up of NIS. NIS2 mandates operators of critical infrastructure and essential services to implement appropriate security measures and report incidents to the relevant authorities. Compared to NIS, NIS2 expands its EU-wide security requirements and scope of covered organisations and sectors to improve the security of supply chains, simplify reporting obligations, and enforce more stringent measures and sanctions throughout Europe. It also formally legitimises the EU‑CyCLONe network, which is the crisis liaison mechanism bridging technical teams from member states.

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These modern tools, integrated with legal backing, ensure the Blueprint isn’t just theoretical; it’s operationally enforceable.

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What’s Inside the Blueprint?

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The 2025 Blueprint enhances several critical areas:

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1. Clear Escalation Triggers - It spells out when a national cyber incident merits EU-level attention, especially those affecting critical infrastructure across borders. Civilian Military Exchange. The Blueprint encourages structured information sharing with defence institutions and NATO, recognising that cyber incidents often have geopolitical implications 
2. Recovery & Lessons Learned – A dedicated chapter ensures systematic post-incident reviews and shared learning among member states.

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Adaptive & Resilient by Design

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Rather than a static document, the Blueprint is engineered to evolve:

• Regular Exercises: Built into the framework are simulation drills that are known as Blueprint Operational Level Exercises—to test leadership response and cross-border coordination via EU‑CyCLONe
• Dynamic Reviews: The system promotes continuous iteration- this includes revising protocols, learning from real incidents, and refining role definitions.
  
  

This iterative, learning-oriented architecture aims to ensure the Blueprint remains robust amid rapidly evolving threats, including AI-boosted hacks and hybrid cyber campaigns.

Global Implications & Lessons for Others

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The EU’s Cybersecurity Blueprint sets a global benchmark in cyber resilience and crisis governance:

• Blueprint for Global Coordination: The EU’s method of defined crisis stages, empowered liaison bodies (like EU‑CyCLONe), and continuous exercise can inspire other regional blocs or national governments to build their own crisis mechanisms.
• Public–Private Synergy: The Blueprint’s insistence on cooperation between governments and private-sector operators of essential services (e.g., energy, telecom, health) provides a model for forging robust ecosystems.
• Learning & Sharing at Scale: Its requirement for post-crisis lessons and peer exchange can fuel a worldwide knowledge network, cultivating resilience across jurisdictions.

Conclusion

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The 2025 EU Cybersecurity Blueprint is more than an upgrade; it’s a strategic shift toward operational readiness, legal coherence, and collaborative resilience. Anchored in NIS2 and ENISA, and supported by EU‑CyCLONe, it replaces fragmented guidance with a well-defined, adaptive model. Its adoption signals a transformative moment in global cyber governance as for nations building crisis frameworks, the Blueprint offers a tested, comprehensive template: define clear stages, equip liaison networks, mandate drills, integrate lessons, and legislate coordination. In an era where cyber threats transcend borders, this proves to be an important development that can offer guidance and set a precedent.

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For India, the EU Cybersecurity Blueprint offers a valuable reference point as we strengthen our own frameworks through initiatives like the DPDP Act, the upcoming Digital India Act and CERT-In’s evolving mandates. It reinforces the importance of coordinated response systems, cross-sector drills, and legal clarity. As cyber threats grow more complex, such global models can complement our national efforts and enhance regional cooperation.

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References

• https://industrialcyber.co/expert/the-eus-cybersecurity-blueprint-and-the-future-of-cyber-crisis-management/
• https://www.consilium.europa.eu/en/press/press-releases/2025/06/06/eu-adopts-blueprint-to-better-manage-european-cyber-crises-and-incidents/ 
• https://www.enisa.europa.eu/topics/eu-incident-response-and-cyber-crisis-management 
• https://www.enisa.europa.eu/news/new-cyber-blueprint-to-scale-up-the-eu-cybersecurity-crisis-management 
• https://www.isc2.org/Insights/2025/01/EU-Cyber-Solidarity-Act 
• https://www.enisa.europa.eu/topics/eu-incident-response-and-cyber-crisis-management/eu-cyclone 
• https://nis2directive.eu/what-is-nis2/ 

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Executive Summary:

Internship scams have infiltrated the academic landscape, scamming students of many prestigious colleges. The students often prefer to carry out internships to gain knowledge and work experience. These scams use the name of popular multinational companies to exploit the students. This report studies the various case studies, their modus operandi, impact on the students and preventive strategies. This report emphasises the importance of awareness and proactive measures to protect students from falling victim to such frauds.

1. Introduction

Internships are the opportunity to overcome the gap between the practical knowledge acquired at the university and practical experience, to get practical skills and contacts in the field of activity, as well as improve employment prospects. Instead, because of high paying internships and interesting positions students have become targets of work scams. As we have seen with the advancement in digital technology, scammers take advantage of the disguise of the internet, making very neat, smart, and convincing scams. 

 Internship scams are very prevalent and they include fake job listings and phishing schemes as well as payment frauds which make students lose lots of money and also emotionally expose them. In this specific case, this paper examines how these scams work, the warning signs, and ways of protecting students from falling victim to them.

2. Detailed Modus Operandi of Internship Scams

Internship scams often employ  a variety of tactics to attract and deceive unsuspecting students. Below is a detailed breakdown of the common methods used by scammers:

1. Fake Job Listings and Offers:some text
   • Scammers post attractive internship offers on popular job portals, social media platforms, and even send personalised messages via LinkedIn. These listings often mimic the branding and style of reputable companies, including well-designed logos, professional email addresses, and official-looking websites.
   • Example: A fake internship offer from a reputed software firm circulates on a job portal, with a professional landing page. Students who apply are quickly “hired” without any interviews, and are asked to pay a security deposit to confirm their acceptance.
2. Upfront Payment Requests:some text
   • Scammers ask for payment such as registration fees, training materials, background checks, or security deposits. These payments comes under non-refundable payment  and it act as the primary revenue stream for the fraudsters.
   • Example: A group of students receive internship offers requiring a payment of INR 10,000 for "training materials" and "online assessments." After making the payment, the students never hear back from the company, and all attempts to contact them were futile.
3. Phishing and Identity Theft:some text
   • Beyond financial fraud, some scams aim to steal personal information. Fake internship applications often require detailed personal data, including identity proofs, bank account details. This data will be used as identity theft or sold on the dark web.
   • Example: A student applies for an internship that asks for copies of identification documents and bank details. This information sharing led to unauthorised transactions in their bank account. 
4. Work-from-Home Frauds:some text
   • With the rise of remote work, scammers also offer work-from-home internships that require students to purchase software or pay for specialised training. After payment, students are often given irrelevant tasks or no tasks at all, leaving them with no real work experience.
   • Example: An internship advertised as a "remote data analysis role" required students to buy a proprietary software licence. After paying, students realised the software was freely available online, and the internship tasks were non-existent.
5. Impersonation of Reputed Companies:some text
   • Scammers use the name of well-known companies, they modify the email addresses or create fake websites that look original. They use these platforms to send offer letters, making it difficult for students to identify the scam.
   • Example: A scammer creates a fake website mirroring a major consulting firm's internship page. The only difference is a minor change in the URL. Dozens of students are duped into paying registration fees.

3. Case Studies of Real-Life Incidents

1. Case Study 1: The Certification Course and Internshipsome text
   • A group of students received personalised emails from an official domain of a reputed tech industry providing an internship offer. Students were asked to pay Rs 10,000 to undergo a certification course to carry the internship. After paying the amount, the students did not receive any instructions, and the company was found to be nonexistent. The scammer had spoofed the company’s email domain, making it difficult to trace the source.
2. Case Study 2: The Social Media Trapsome text
   • A student from a university encountered an internship post on Instagram, advertising roles at a popular fashion brand. The application process involved a "screening fee" of INR 5,000. Despite appearing legitimate, the internship was fake, and the brand had no knowledge of the post. The student's personal data was also compromised, leading to unauthorised social media activity.
3. Case Study 3: Internship Providing Social Platformssome text
   • A popular internship providing platform, faced an incident where a scammer posted fraudulent internship offers under the guise of a major multinational. The scam involved asking students to purchase expensive software to start their work. The platform had to issue warnings and remove the listings after several complaints.

4. The Impact on Students

The consequences of internship scams extend beyond immediate financial loss, affecting students on multiple levels:

1. Financial Impact:some text
   • Students lose their money, ranging from minor fees to significant payments.
2. Emotional and Psychological Distress:some text
   • These kinds of scams can lead to anxiety, depression and loss of confidence in availing the opportunities in future. 
3. Exposure to Further Scams:some text
   • Scammers often share details of their victims with other fraudsters, making students susceptible to repeated scams, including phishing attacks, financial frauds, and unsolicited offers.

5. Preventive Measures

1. Verification of Internships:some text
   • Always verify the authenticity of the internship by researching the company on official platforms such as LinkedIn, the company’s official website, and through trusted contacts or college placement cells.
2. Avoid Upfront Payments:some text
   • Employers do not ask for money in exchange for job or internship offers. If they demand for any kind of payment, then the employer is not original. Always question the necessity of such payments and consult trusted advisors before proceeding.
3. Use Trusted Job Portals:some text
   • Apply for internships through recognized platforms like LinkedIn, Internshala, or your college’s placement cell, which have verification processes to filter out fraudulent postings.
4. Reporting Scams:some text
   • Report suspicious offers to your college authorities, placement cells, and local cybercrime departments. Additionally, use platforms like Internshala’s “Report This Job” feature to flag fraudulent listings.
5. Stay Educated and Updated:some text
   • It is important to educate students by providing workshops, webinars, and awareness sessions on cybersecurity to stay informed and report about the latest scams. 

6. Conclusion

Internship scams are a severe threat to the student society since they manipulate the student’s desire for an internship. The best ways to prevent such cons are by being cautious and receptive to whatever is being offered. Internship seekers, colleges and the placement cells have to work hand in hand to ensure that there is no fear among  people seeking internships.

References

1. Smith, J. (2024). Internship Scams on the Rise: How to Spot and Avoid Them. Retrieved from example1.com.
2. Brown, A. (2023). Student Internship Scams in India: A Growing Concern. Retrieved from example2.com.
3. Johnson, L. (2024). How to Protect Yourself from Fake Internship Offers. Retrieved from example3.com.
4. Gupta, R. (2024). Social Media and the Rise of Job Scams. Retrieved from example4.com.

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