Skip to main content

Protecting Yourself from Vishing & Smishing frauds in India

Awareness is necessity

Vishing & Smishing fraud is a type of scam that involves the use of text messages and Voice calls to trick individuals into revealing sensitive personal information such as bank account details, passwords, and credit card numbers. This type of fraud has become increasingly common in India, with many people falling victim to these scams every year. In this blog, we will discuss what Vishing & Smishing frauds are, how it works, and what steps you can take to prevent falling victim to these scams.


What is Vishing & Smishing Fraud?

Vishing & Smishing fraud is a type of social engineering scam that involves the use of text messages and Voice calls to trick individuals into revealing sensitive personal information. The term "vishing" is a combination of "voice" and "phishing," which refers to the use of voice calls to trick individuals into revealing personal information. In "Smishing" fraud, scammers use text messages instead of voice calls to deceive their victims.


How Does Vishing & Smishing Fraud Work?

Vishing & Smishing fraud typically starts with a text message that appears to be from a legitimate source, such as a bank or a government agency. The message may ask the recipient to click on a link or call a phone number to verify their account details or claim a prize. Once the victim clicks on the link or calls the number, they are directed to a fake website or automated voice system that prompts them to enter their personal information.

The fake website or voice system may look and sound legitimate, making it difficult for the victim to detect that they are being scammed. The scammers may also use techniques such as urgency or fear to pressure the victim into giving up their personal information.


Prevention Steps for Vishing & Smishing Fraud

  1. Be cautious of unsolicited text messages and Calls: If you receive a text message or call from an unknown source asking for personal information, do not respond. Legitimate companies and government agencies will not ask for personal information over text message.
  2. Do not click on links: If a text message contains a link, do not click on it. The link may direct you to a fake website that will prompt you to enter personal information.
  3. Verify the source: If you receive a text message from a company or government agency that you do business with, verify the source before responding. Call the company or agency directly to confirm that they sent the message.
  4. Use two-factor authentication: Two-factor authentication adds an extra layer of security to your accounts. It requires you to enter a code that is sent to your phone in addition to your password.
  5. Keep your software up to date: Make sure that your phone's software is up to date. Updates often include security patches that can help protect against Vishing & Smishing fraud and other types of scams.

Conclusion:

Vishing & Smishing fraud is a serious threat in India. Scammers use text messages to trick individuals into revealing sensitive personal information. To prevent falling victim to these scams, it is important to be cautious of unsolicited text messages, verify the source, avoid clicking on links, use two-factor authentication, and keep your software up to date. By taking these steps, you can help protect yourself from Vishing & Smishing fraud and other types of scams.

If you are already scammed and lost money, then you can call cybercrime helpline number 1930 immediately or you can register a complaint on our government portal www.cybercrime.gov.in. The first 2-4 hours are called golden hours. If you register a complaint in these golden hours, then chances are increased of getting money back.

Stay Safe Stay Secure, Jai Hind!

Comments

Popular posts from this blog

How to Pass CompTIA Security+ SY0-701 in 2 Months (839 Score Breakdown + Resources)

How I Scored 839/900 on CompTIA Security+ SY0-701 — 2-Month Prep Strategy That Actually Worked Score: 839/900  |  Exam: CompTIA Security+ SY0-701  |  Prep Time: 2 Months  |  Total Questions: 76 (including 3 PBQs) I'm not going to sugarcoat it — CompTIA Security+ is not easy, but it is very passable with the right strategy. I cleared it with an 839 out of 900, and in this post I'll share exactly how I did it, domain by domain, so you can replicate the approach without wasting time. My 2-Month Study Plan Month 1 — Domain-by-domain study: Read, take notes, and build comparison tables and mnemonics for tricky concepts. Month 2 — Heavy practice testing: Full focus on practice tests and PBQ simulations. Time management drills every session. The biggest mistake people make is spending 90% of their time reading and only 10% practicing. I flipped that in month 2 — and it made all the difference. Domain 1 — General Security Concepts What to focu...

Splunk in Plain English — A Practical SOC Guide

Imagine you are a detective, and every device on your network — servers, laptops, firewalls, cloud systems — is leaving footprints everywhere. The problem is there are millions of footprints every single day, scattered across thousands of different files. Your job is to find the one set of footprints that does not belong. That is exactly the problem Splunk solves. It is the platform that collects every footprint from every device, puts them in one place, and gives you the tools to find the suspicious ones — fast. In this blog, I will take you through Splunk from absolute scratch — what it is, how it works under the hood, how to write SPL queries like a pro, how to build dashboards and alerts, how to set up a SOC lab, and most importantly, the interview questions you will definitely face if you are going for a SOC analyst role. I have completed the TryHackMe Advanced Splunk rooms including SPL exploration, SOC lab setup, dashboards and reports, data manipula...

Master Kubernetes: Architecture, Commands, and Real-World Applications

Kubernetes Basics for DevOps & DevSecOps Kubernetes Basics for DevSecOps 1. Introduction to Kubernetes In the early days of deploying applications, we used to run them directly on physical servers. This approach was inflexible and inefficient — if one application needed more resources, it could starve others. Virtual machines (VMs) improved this by isolating workloads, but they were heavy and took time to provision. Then came containers. Containers are lightweight, portable, and can run anywhere — your laptop, a server in the cloud, or even a Raspberry Pi. But managing containers at scale quickly becomes a nightmare. Imagine you have 500 containers — how do you start them, stop them, update them, and ensure they recover from failures automatically? Enter Kubernetes — an open-source container orchestration platform that automates deployment, scaling, and management of containerized applications. It was originally developed by Google and i...

Every SOC Analyst Must Know These Windows Event IDs — Here's Why

Imagine you are the security guard of a massive office building. Every time someone enters, leaves, opens a cabinet, or tries to break in — it gets recorded in a logbook. Now imagine if that logbook could automatically tell you when something suspicious happened. That is exactly what Windows Event Logs are — the logbook of your Windows system, and for a SOC analyst, it is the single most important source of truth. In this blog, we will break down Windows Event Logs from scratch — what they are, how to read them, how to query them like a pro using PowerShell, and most importantly, which Event IDs you must memorize for your SOC analyst interview. Let's dive in. 1. What Are Windows Event Logs? Windows Event Logs are records that Windows automatically creates whenever something significant happens on the system — a user logs in, a service crashes, a file is accessed, an audit policy changes, a script runs. Think...

Exploiting and Securing GitLab: Lessons from a TryHackMe Lab

Perimeter security isn’t enough—because sometimes the threat is already inside. In this blog post, I’m sharing what I learned from a hands-on TryHackMe lab on GitLab security . It revealed how a simple internal misconfiguration—like open registration or overly permissive repo access—can lead to major data exposure inside an organization. I’ll walk you through the red team perspective on exploiting a misconfigured GitLab instance , and then flip the script to explain how you can secure your own internal build systems . Scenario: Inside the Walls of a Large Organization Think of a large organization—like a bank—with thousands of employees and multiple teams handling development, IT operations, and security. To keep intellectual property (IP) secure, these organizations often host self-managed GitLab instances on their internal network. But here’s where things can go wrong: GitLab is hosted internally Allows anyone on the internal network to register Has some projects...

Docker 101: Understanding Containers from Scratch

Docker Basics and Docker Compose Explained Docker Through My Lens Introduction to Docker Docker is a platform designed to create, deploy, and run applications inside containers. Containers bundle an application with all its dependencies, ensuring consistency across different environments. Unlike virtual machines, containers are lightweight and share the host operating system kernel, making them efficient for development, testing, and deployment. Basic Docker Commands To start using Docker, here are some essential commands: docker run [image] – Runs a container from the specified image. docker ps – Lists running containers. docker ps -a – Lists all containers, including stopped ones. docker stop [container_id] – Stops a running container. docker rm [container_id] – Removes a container. docker images – Lists available Docker images. docker rmi [image_id] – Removes a Docker image. Creating Your First Docker Container You can run ...