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How To Identify And Avoid SMS Scams (With Infographics)

By
Daniel Segun | ✔️Fact-checked by: Angela Daniel
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0
How to Identify and Avoid SMS Scams (With Infographics)

Today, I will show you how to identify and avoid SMS scams. I will also add an infographic.

The digital age has ushered in an era of unparalleled convenience. Our smartphones, once a novelty, have become an extension of ourselves, serving as organizers, communication hubs, and gateways to information.

However, this convenience has a dark side: the rise of sophisticated scams and phishing attempts targeting these devices. Short Message Service (SMS), commonly known as texting, has become a prime battleground for these malicious actors.

This guide equips you with the knowledge to combat SMS scams and protect yourself from their deceptive tactics. We’ll delve into the signs of these scams, explore preventative measures, and provide actionable tips to secure your information and finances.

The Rise of SMS Scams

The Rise of SMS Scams

SMS scams, also known as smishing (SMS phishing), exploit text messages to trick unsuspecting users into revealing personal information, clicking on malicious links, or sending money. These scams can have devastating consequences, leading to identity theft, financial loss, and even emotional distress.

The allure of SMS scams lies in their ability to appear legitimate. Scammers often employ various techniques to manipulate users, including:

  • Social Engineering: They exploit psychological tactics to create a sense of urgency, fear, or excitement, prompting users to react impulsively without due diligence.
  • Spoofing: Scammers can manipulate the sender’s information to make it appear as if the message comes from a legitimate source, such as a bank, government agency, or well-known company.
  • Sense of Scarcity: They might create a sense of urgency by claiming your account is locked, a limited-time offer expires, or a package requiring immediate payment.

The prevalence of SMS scams highlights the importance of cybersecurity awareness. Understanding how these scams work and recognizing the red flags can significantly reduce your risk of becoming a target.

READ ALSO: 12 Common Online Scam Tactics: Shielding Yourself from Digital Deception

Warning Signs of SMS Scams

Here are some key warning signs to be on the lookout for when you receive a text message:

  • Urgency and Pressure: Does the message create a sense of urgency or pressure to act immediately? Scammers often use scare tactics to cloud your judgment and prevent you from thinking critically.
  • Requests for Personal Information: Be wary of messages asking for personal details like your Social Security number, bank account information, passwords, or online account credentials. Legitimate institutions rarely request such information via text message.
  • Suspicious Links: Avoid clicking on links embedded within SMS messages, especially those from unknown senders. Clicking on these links might redirect you to phishing websites that steal your information or infect your device with malware.
  • Grammar and Spelling Errors: Grammatical errors, typos, and unprofessional language are often hallmarks of scam messages. Legitimate businesses typically maintain high standards for communication.
  • Offers That Seem Too Good to Be True: Beware of messages promising extravagant prizes, unbelievable discounts, or sudden financial windfalls. These are classic tactics used to lure unsuspecting victims.
  • Unexpected Fees or Charges: Do not respond to messages demanding immediate payment for unforeseen fees or charges, especially if you haven’t authorized such charges.

READ ALSO: How To Read Someone’s Text MessagesSomeone’sTheir Phone

Essential Tips to Avoid SMS Scams

Essential Tips to Avoid SMS Scams

By incorporating these practical tips into your daily routine, you can significantly reduce your vulnerability to SMS scams:

  • Verification is Key: If a text message appears to be from a legitimate source, such as your bank or credit card company, don’t respond directly to the message. Instead, contact the organization directly through a verified phone number or website to confirm its authenticity.
  • Don’t Engage with UnknoDon’tmbers: Avoid responding to text messages from unknown numbers, particularly those that seem suspicious. Silence unknown numbers or report them to your mobile carrier.
  • Strengthen Your Passwords: Use strong and unique passwords for all your online accounts and enable two-factor authentication (2FA) whenever possible. This adds an extra layer of security to prevent unauthorized access even if your password is compromised.
  • Beware of Spoofing: Be skeptical of any message, even if it appears to come from a familiar number. Scammers can spoof phone numbers to make them seem legitimate.
  • Educate Yourself: Stay informed about the latest scam tactics by following reputable cybersecurity resources. Share this knowledge with your loved ones to spread awareness and protect them.
  • Report Suspicious Activity: If you receive a suspicious text message, consider reporting it to your mobile carrier or relevant authorities. This can help them track down scammers and prevent others from falling victim.
  • Anti-Spam Applications: Consider using anti-spam applications that filter out suspicious text messages and protect you from potential threats.

READ ALSO: What Are Phishing Scams And How You Can Avoid Them?

Beyond Text Messages: Expanding Your Cybersecurity Awareness

While SMS scams are a prevalent threat, it’s crucial to remember that cybersecurity goes beyond text messages.

Here are some additional areas to consider fortifying your digital defenses:

  • Email Phishing: Phishing emails are a common tactic where scammers impersonate legitimate institutions like banks, social media platforms, or online retailers. These emails often contain malicious links or attachments that can steal your personal information or infect your device with malware. Be cautious of unsolicited emails; don’t click on suspicious links or attachments; verify the sender’s address before sending them.

  • Social Media Scams: Social media platforms are breeding grounds for various scams. Scammers might create fake profiles to impersonate friends, celebrities, or companies. They might also use social engineering tactics to manipulate you into revealing personal information, clicking on malicious links, or sending money. Be cautious of friend requests from unknown individuals, verify the legitimacy of profiles before interacting, and be mindful of what information you share publicly.

  • Malicious Apps: Download apps only from trusted sources like official app stores. Read reviews before installing an app, and be wary of apps that request excessive permissions. Keep your apps updated to benefit from the latest security patches.

  • Public Wi-Fi: Public Wi-Fi networks are convenient but can be insecure. Avoid accessing sensitive information like bank accounts or online financial portals while connected to public Wi-Fi. If you must use public Wi-Fi, consider using a Virtual Private Network (VPN) to encrypt your internet traffic and add an extra layer of security.

  • Physical Security: Cybersecurity isn’t just about digitaisn’teats. Be mindful of your physical surroundings as well. Don’t leave your phone Don’tptop unattended in public places, and be careful about what information you discuss in earshot of others.

  • Regular Backups: Back up your essential data on an external hard drive or cloud storage service. In case of a cyberattack or device failure, having a backup ensures you don’t lose critical information.

How To Avoid SMS Scams

Conclusion

The digital age offers immense opportunities for connection, information, and convenience. However, it also presents new challenges in the form of cyber threats.

By understanding the tactics used in SMS scams and expanding your cybersecurity awareness, you can become a more informed and secure digital citizen.

Empower yourself and your loved ones with knowledge. Share this information and encourage open conversations about cybersecurity. Working together can create a safer and more secure online environment for everyone.

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Why Do So Many Apps Ask for Phone Number Verification?

By
Daniel Segun
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0
Why Do So Many Apps Ask for Phone Number Verification

In this post, I will answer the question – why do so many apps ask for phone number verification?

Creating an account used to require little more than an email address and a password.

Today, many apps ask for something else before allowing users to continue: a mobile phone number.

Messaging platforms, social networks, marketplaces, delivery services, dating apps and financial applications frequently use phone verification during registration or when users perform sensitive actions.

The process is usually simple. A user enters a phone number, receives a one-time password by SMS and enters the code inside the app.

For users, it may feel like one more registration step. For app developers and businesses, however, phone verification solves several important problems at once.

So why has it become so common?

Phone Numbers Make Automated Registrations More Difficult

One of the main reasons apps ask for phone numbers is to reduce fake and automated accounts.

Creating email addresses is relatively easy. Automated systems can generate large numbers of accounts quickly, particularly when an app only requires an email address and password.

This can create problems for businesses operating platforms where each account has economic or social value.

Fake accounts may be used to:

  • send spam;
  • abuse free trials or promotional offers;
  • create fake reviews;
  • manipulate ratings;
  • scrape information;
  • send unsolicited messages;
  • operate automated bots;
  • bypass account restrictions.

Adding phone verification introduces another step that automated account creators must overcome.

It does not completely eliminate abuse, but it can increase the cost and complexity of creating large numbers of accounts.

For many apps, that additional friction is enough to significantly reduce low-effort automation.

Why Apps Often Prefer Real Mobile Numbers

Not every phone number is treated equally by online platforms.

Some verification systems attempt to distinguish between traditional mobile numbers and numbers provided through internet-based VoIP services.

A real mobile number is generally associated with a mobile carrier and can receive SMS through the conventional cellular network. A non-VoIP number similarly refers to a number that is not primarily provided through a voice-over-IP service.

These distinctions matter because some apps restrict VoIP numbers during registration as part of their anti-abuse systems.

For users, this means that simply having a number capable of receiving messages does not always guarantee that an app will accept it.

The type of number, its carrier, country and previous usage can all influence whether verification succeeds.

SMS Verification Is Easy for Users to Understand

Another advantage of phone verification is familiarity.

Almost every mobile phone can receive an SMS message, and users generally understand what to do when an app says that it has sent a verification code.

There is no additional software to install and no complicated setup process.

A typical flow takes only a few steps:

  1. Enter a phone number.
  2. Receive a verification code.
  3. Enter the code in the app.
  4. Continue using the service.

This simplicity is one of the biggest reasons SMS verification remains widespread despite the availability of newer authentication technologies.

An app can introduce an additional verification layer without requiring users to understand authentication protocols or configure specialist security tools.

Phone Verification Helps Apps Limit Duplicate Accounts

Some services want to limit how many accounts one person can create.

This is particularly common in marketplaces, social platforms and services offering bonuses or free trials.

If registration only requires an email address, creating multiple accounts is relatively easy.

Requiring a phone number gives the platform another identifier that can be used to detect repeated registrations.

Again, this is not a perfect identity system. People may legitimately own multiple phone numbers, and numbers can change owners over time.

However, from the perspective of an app, phone verification provides another useful signal that can be combined with information such as device data, IP addresses and account behaviour.

Some Apps Need to Protect Communication Between Users

For messaging, marketplace and dating applications, fake accounts can create a particularly serious problem.

These platforms depend heavily on interactions between users.

If a large proportion of accounts are bots, scammers or spammers, legitimate users quickly lose trust in the service.

Phone verification helps platforms place an additional barrier between automated account creation and direct communication with other users.

That is why verification requirements are especially common in apps built around messaging, profiles and user-generated content.

The phone number itself does not guarantee that an account is legitimate, but requiring access to a real communication channel can make large-scale abuse more difficult.

Apps Also Use Phone Numbers for Account Recovery

Verification does not end when an account is created.

A phone number can later be used to help a user recover access.

For example, an app may send an SMS code when:

  • a password has been forgotten;
  • a login attempt comes from a new device;
  • unusual account activity is detected;
  • security settings are changed;
  • the account owner requests recovery.

This makes the phone number part of the account’s security infrastructure.

It also explains why users should think carefully about which number they use for important services.

A number that works during registration but becomes unavailable later may cause problems if the application asks for another verification code during account recovery.

Why Users May Not Want to Share Their Main Phone Number

From the user’s perspective, repeatedly providing the same personal phone number creates a different set of concerns.

A primary phone number may remain with someone for many years.

During that time, it can become connected to dozens or even hundreds of accounts across different services.

This makes the phone number a persistent digital identifier.

Users may be reluctant to provide it to every new app they want to try, particularly when they are unsure whether they will continue using the service.

There are several common reasons for this.

One is spam.

A number originally provided for verification may later become another channel for promotional communication.

Another is privacy.

The fewer companies that store a user’s primary number, the fewer databases contain that identifier.

Users may also simply want to separate important accounts from less important registrations.

A personal number might be reserved for banking, work, family and essential services, while other numbers are used for apps that do not require a permanent connection to the user’s identity.

Temporary, Secondary and Non-VoIP Numbers

Users now have several options when they do not want to provide their primary mobile number to every app.

A second physical SIM card is the traditional solution, while eSIM technology makes it easier to maintain another long-term mobile number without adding a physical SIM.

Another option is a temporary number designed primarily for receiving an SMS verification message.

Services providing temporary phone numbers for SMS verification can be useful when someone needs a number for a short-term registration and does not want to expose their primary phone number.

Depending on the provider and country, these services may offer access to real mobile numbers or non-VoIP numbers connected to mobile networks rather than purely internet-based VoIP services.

This distinction can be important because certain apps are more likely to accept traditional mobile or non-VoIP numbers for verification.

However, no number type guarantees acceptance. Apps maintain their own verification rules and may change them over time.

Temporary Numbers Are Not Suitable for Every Account

Using a temporary phone number can make sense for some registrations, but it is not appropriate for every service.

The biggest issue is future access.

An application may send another verification code weeks or months after registration.

If the temporary number is no longer available, recovering the account may become difficult or impossible.

This is the main difference between a temporary number used for a one-time activation and a number that remains under the user’s control.

For services that may require repeated SMS verification, maintaining access to the same real mobile number for a longer period is more practical.

A rental phone number, for example, can provide continued access during a defined period rather than being used only for a single verification message.

Depending on the service, users may therefore choose between short-term temporary numbers, longer rental periods, or a permanent secondary SIM or eSIM.

The correct option depends on how important the account is and whether future SMS access is likely to be required.

Why Non-VoIP Numbers Matter for Some Apps

The term non-VoIP number has become increasingly common around app verification.

VoIP numbers use internet-based communications infrastructure and can be perfectly legitimate for calls and messaging. However, because some VoIP services make it relatively easy to obtain numbers at scale, certain platforms apply additional restrictions to them.

This is why users sometimes encounter messages indicating that a particular number cannot be used for verification.

A non-VoIP or real mobile number does not automatically bypass an app’s security systems. The platform may still evaluate other signals, including the carrier, geographic region, previous account activity and its own anti-fraud rules.

Nevertheless, understanding the difference helps explain why one SMS-enabled number may work with an application while another does not.

Important Accounts Should Use Numbers You Control Long Term

There are situations where convenience and privacy should not outweigh reliable account recovery.

Banking applications, government services, primary email accounts, cryptocurrency platforms and important business systems can contain valuable information or assets.

For these accounts, users should generally register a real mobile number they expect to control permanently.

Losing access to a temporary number can become a serious problem if the service later requires SMS verification.

The same principle applies to any account where losing access would create significant financial or personal consequences.

Temporary or rental numbers are better suited to situations where the risk of losing long-term access is understood and acceptable.

Why Apps Do Not Simply Use Email Instead

Email verification remains extremely common, but it solves a slightly different problem.

An email address proves that a user can access an inbox.

It does not necessarily provide much resistance to large-scale account creation because email accounts can be generated relatively easily.

Phone numbers generally introduce more friction.

Real mobile numbers are connected to telecom infrastructure, and acquiring large numbers of them typically requires more resources than generating email addresses.

That makes phone verification attractive for apps that experience significant abuse.

Many services therefore combine both methods.

Email may be used as the primary communication channel, while phone verification acts as an additional trust signal.

SMS Verification Is Not Perfect Security

Although phone verification can reduce abuse, it should not be treated as proof that a user is legitimate.

Phone numbers can be reassigned.

Devices can be stolen.

SMS messages can sometimes be intercepted through attacks against mobile accounts or telecom infrastructure.

Fraudsters can also obtain access to multiple numbers.

For this reason, security-sensitive applications increasingly use multiple signals rather than relying entirely on SMS.

These may include:

  • device recognition;
  • authenticator applications;
  • passkeys;
  • behavioural analysis;
  • biometric authentication;
  • risk-based login systems.

SMS is therefore best understood as one component of a larger authentication system.

Its biggest advantages remain accessibility and simplicity.

Verification Is Ultimately a Trade-Off

Every app has to balance security against usability.

If registration is too easy, automated accounts and fraud become easier.

If verification becomes too complicated, legitimate users may abandon the registration process.

Phone verification has become popular because it sits somewhere in the middle.

It creates meaningful friction for automated registrations while remaining familiar to most users.

For businesses, this makes SMS verification a practical tool for reducing abuse.

For consumers, however, it also creates a reason to think more carefully about where their primary phone number is shared and what type of number they use for different accounts.

Temporary numbers can provide separation for short-term registrations. Rental numbers can retain access for longer periods. Real mobile and non-VoIP numbers may also be required by apps with stricter verification systems.

The question is therefore no longer simply whether an app can send a verification code.

It is which phone number should be connected to that app — and for how long.

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Cloud Services and Security: How Businesses Can Reduce Cyber Risks

By
Angela Daniel
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0
Cloud Services and Security How Businesses Can Reduce Cyber Risks

In this post, I will talk about cloud services and security and show you how businesses can reduce cyber risks.

Cloud computing services have proven to be critical to the functioning of the modern business environment, where the need to scale resources, conduct operations remotely, run applications, and access information in various locations is of vital importance. Yet at the same time, growing use of the cloud technology provides a wider playing field for cybercriminals to operate in.

As cloud environments continue to expand, effective cloud services and security strategies can help businesses identify vulnerabilities, strengthen access controls, and respond to suspicious activity before it develops into a serious incident. Security cannot be viewed as an afterthought when adopting cloud computing technologies; security must be an integral part of accessing, configuring, monitoring, and managing cloud computing resources. The following paper discusses the major risks organizations are facing and ways to mitigate such risks.

Why Cloud Services Are Creating New Cybersecurity Risks

The increased adoption of cloud-based solutions has transformed the way in which companies handle their applications, data, users, and infrastructure.

Organizations no longer need to store their resources in one physical location; rather, they have a choice of multiple cloud-based systems, third-party applications, APIs, and remote access technology. While this offers enhanced productivity, it increases opportunities for cyber-attacks.

Common factors are contributing to the increasing security challenges:

  • Increased Attack Vector: New cloud applications, workloads, devices, and users may present more chances for a potential breach.
  • Multi and Hybrid Clouds: Different platforms may complicate security policy implementation and monitoring.
  • Remote Access: Workforce accessing company’s systems from different locations through various devices requires additional protection measures.
  • Frequent Changes in Cloud Environment: ast changes in configurations and settings can increase the risk of security vulnerabilities.

As cloud environments become more interconnected, businesses need security practices that can adapt to these changes rather than relying only on traditional perimeter-based protection.

Common Cyber Risks Businesses Face in Cloud Environments

A number of cybersecurity threats could be posed to a company by cloud environments. Some of the threats are associated with technical vulnerabilities; some arise due to human errors or negligence.

Cyber RiskHow It Can Affect Businesses
Cloud MisconfigurationsImproper permissions, exposed storage, and insecure settings can accidentally make sensitive information accessible to unauthorized users.
Credential and Identity AttacksCompromised credentials can allow attackers to access cloud services using legitimate accounts, making strong identity protection essential.
RansomwareAttackers can target cloud-hosted workloads, shared storage, and backup environments, potentially disrupting business operations.
Insecure APIsPoor authentication, excessive permissions, or limited API monitoring can create security gaps between connected applications and services.
Insider ThreatsEmployees, contractors, or third parties with unnecessary access may accidentally or intentionally expose sensitive business information.
Shadow ITEmployees using cloud applications without IT approval can create visibility gaps and make it difficult to track where business information is stored or accessed.

How Cloud Services and Security Strategies Reduce Cyber Risks

Cyber threats posed in clouds cannot be solved through one technique alone; instead, a range of tools should be used to ensure security. Some of the tools that may be used include access controls, monitoring, configuration management, and data security.

Identity and Access Control

Identity Management is an important consideration when it comes to security within cloud computing since such resources can be accessed from any part of the world either by humans or software. Some of the means to ensure this includes multi-factor authentication, role based access control, and least privilege. 

Access review will reduce unnecessary access when roles change for the users or leave the organization.

Zero Trust Security

Zero Trust works on the concept of validating the user and device before access is granted to the system instead of trusting the user based on his location within the network. Continuous validation and context-based access control policies may aid in preventing lateral movements in case of compromised accounts.

Continuous Monitoring

There is a lot of activity generated within the cloud environment, including logging into the system, configuration changes, applications accessing the cloud system, and data usage. With constant monitoring, any anomalies can be detected such as new location of login, changes in privileges, and irregular data usage.

This helps in the early identification of any possible threats.

Cloud Security Posture Management

The CSPM tool enables organizations to detect any misconfiguration, overprivileged access, non-compliance with regulations, and other vulnerabilities that exist in the cloud environment. Performing posture assessments regularly will help organizations find these vulnerabilities before hackers can exploit them.

Encryption and Data Protection

Data encryption is what will make sure that the confidential data will be safe when storing and transferring it between systems. Below is some other way that an organization can minimize the chance of leaking such data. Data Classification, Access Policy, and Data Loss Prevention.

Workload and Application Security

Protection is needed for cloud workloads, containers, virtual machines, and applications. Vulnerability assessment, security development, runtime security, and application security are some of the methods that could be used to determine vulnerabilities in advance.

All these create several layers of defense while minimizing dependency on any specific security measure.

Building Security Into Everyday Cloud Operations

The security aspect in cloud computing is something that should not be seen as a once-off project to be done during the migration process. The reason behind this is because cloud computing environments keep changing. To improve on this aspect, businesses may consider doing the following:

  • Security assessments should be carried out regularly to pinpoint any potential risks.
  • Access control permissions should be reviewed regularly.
  • Cloud configurations should be checked when new resources are created or changes are made to existing resources.
  • The employees should be trained on how to handle phishing attacks, credential protection, and how to use cloud services securely.
  • Incident response testing should be conducted so that the team knows how to respond in case of an attack.

Integrating these practices into normal cloud operations helps businesses respond to changes more effectively while maintaining a stronger security posture.

Challenges Businesses Should Watch as Cloud Environments Grow

As the clouds grow bigger in terms of scope, there may be various security problems encountered by companies. The awareness about such issues is essential for the identification of potential vulnerabilities and minimization of overexposure.

ChallengeWhy It Matters
Configuration DriftCloud settings can change over time, causing security controls to differ from the organization’s intended configuration.
Limited VisibilityUnknown, unused, or newly deployed resources may remain outside regular security monitoring.
Excessive PermissionsUsers and applications may accumulate unnecessary access, increasing the impact of compromised accounts.
Inconsistent Security PoliciesDifferent cloud platforms may use varying security settings and processes, making centralized management more difficult.
Unmanaged ResourcesApplications or services deployed without proper oversight can create security gaps and expand the attack surface.

Regular security reviews, centralized visibility and clearly defined responsibilities can help businesses address these challenges and maintain stronger security as their cloud environments grow.

Final Thoughts

Cloud computing provides more flexibility, scalability, and accessibility, but these aspects also create new threats for cybersecurity. The elimination of cloud threats needs more than just security solutions. Enterprises require a combination of effective measures like having a proper identity management system, ensuring secure configuration, monitoring activities continuously, securing data, and having a response strategy.

The integration of security into cloud operations will help the enterprise recognize its vulnerabilities, limit access, address threats efficiently, and build a good base for cloud computing usage.

Frequently Asked Questions

1. What are the main security risks associated with cloud services?

Common risks include cloud misconfigurations, compromised credentials, ransomware, insecure APIs, insider threats, and unmanaged cloud applications.

2. How can businesses reduce cloud security risks?

Businesses can reduce risks by using strong access controls, continuous monitoring, encryption, regular security assessments, secure configurations, and employee security awareness.

3. Why is continuous monitoring important for cloud security?

Continuous monitoring helps organizations detect suspicious activity, unexpected configuration changes, unauthorized access, and unusual data transfers before they develop into larger security incidents.

4. What role does Zero Trust play in cloud security?

Zero Trust requires users, devices, and applications to be verified before access is granted. This approach helps reduce unauthorized access and limits the potential impact of compromised accounts.

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Cloud Security: Why Companies Should Not Fear To Move On The Cloud?

By
Amaya Paucek | ✔️Fact-checked by: Christian Schmitz
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0
Cloud Security Why Companies Should Not Fear To Move On The Cloud

This post will discuss cloud security, its components, and cloud security framework models provided at various service levels. Additionally, we will demonstrate why companies should migrate their businesses to the cloud. Cloud computing is highly popular and widely adopted by almost every possible domain.

And it is expected to reach 623.3 Billion by 2023. However, whenever it comes to migrating your business to the cloud, several concerns arise.  

According to a survey conducted by Statista in the first quarter of 2020, 83% of technical executives, managers, and cloud practitioners worldwide reported that cloud security is a significant challenge for them.

Gartner reports stated that around 38% of companies fear moving to the cloud due to security and privacy concerns. Let’s start this by understanding Cloud Security.

What Is Cloud Security?

Cloud security is a set of policies and procedures that protect data on remote servers from data corruption, theft, leakage, or loss. Security measures protect cloud data and customers’ privacy by setting individual authentication rules.

In cloud security, it is crucial to highlight the significance of eDiscovery. As businesses transition to the cloud, they must also consider legal and compliance requirements related to electronic discovery (eDiscovery).

eDiscovery involves identifying, preserving, and producing electronically stored information (ESI) for legal cases or investigations. Incorporating eDiscovery capabilities into your cloud security strategy ensures that you can effectively manage and retrieve relevant data when required, thus meeting legal obligations.Cloud In-Security: Why Companies Should Not Fear To Move On The Cloud? These are the following components that come under cloud security and protection:

Data Security

Several data threats are associated with cloud data services, including Denial of service attacks, side-channel attacks, Data breaches, insider threats, Malware injection, Insecure APIs, virtualisation threats, and Abuse of Cloud services. Data security ensures protection from these vulnerabilities.

Availability

This expresses the context of data and services available. And that will be transmitted to your location encrypted and secured.

Compliance

Cloud compliance refers to the laws and regulations that govern work activities. It also includes access to information laws which may enable governance.

DR/BC Planning

Cloud Disaster Recovery and Business Continuity refers to the planning of technologies and services that can be applied during mishaps or unplanned events with minimal delay to the business.

Governance

Cloud security governance is a management model that conducts security management and operations in the cloud to ease business targets. It explains the methodology of structures, operational practices, performance expectations and metrics for optimising business value.

Identity and Access Management (IAM)

This covers products, processes and policies (3Ps). Companies use the set of 3Ps to manage user identities within an organisation. Also, it is used to validate user access. These components are protected by cloud security.

READ ALSO: From Solidity to Move: What Security Engineers Should Know Before Switching

Cloud Security Framework Provided At Different Service Models

With last year’s rate of cloud threats, it’s essential to ensure its security at multiple levels. Securing the complex deployment types and managing the shared responsibility model demands expert architectural oversight, a specialized capability that a strategic cloud services provider delivers.

Here, we’ll provide an overview of cloud security frameworks across various service models.

Firewall Security

A firewall provides an increased security configuration to the cloud architecture. Cloud Firewall is designed to block or prevent unwanted access to private networks. The idea is to limit the form of available open ports.

A few ports are assigned for various services, such as web server groups that open port 80 (HTTP port) and 443 (HTTPS port) to the world. However, for application servers, only open port 8000 (a different application service port) for the web server group, and the Database server group only opens port 3306 (the MySQL port) for the application server group.

Additionally, the three other groups of network servers simultaneously open port 22 (SSH port) for customers and, by default, refuse all other network connections. This process of creating specified ports will improve security.

Security action of SaaS

SaaS, i.e., software as a service, provides customers with the capability and accessibility to use the provider’s applications running on the cloud. Here, the basic end-user will try to secure their data and access.

The security function here has two main aspects: Priority Access Control Strategy: SaaS providers offer identity authentication and access control functions. To eliminate the possibilities of security threats to the cloud applications’ internal factors.

Simultaneously, cloud providers should ensure the high strength of passwords, change them at regular intervals, make them lengthy and sensitive, and should not use functions such as old passwords to increase the security of a user account.

Common Network Attack Prevention: As a defensive measure of protection against network attacks, such as DDoS attacks, providers use several methods, including configuring a firewall and blocking ICMP or any unknown protocol. And eliminate and shut down unnecessary TCP/IP services.

Providers can also regularly monitor the TCP service and update software patches at their convenience. Along with these broadly assigned security functions, other prevention mechanisms include detecting rogue services and compromised accounts, applying Identity and Access Management (IAM), encrypting cloud Data, enforcing Data Loss Prevention (DLP) and monitoring collaborative sharing of data.

Security action of PaaS

PaaS, i.e., Platform as a Service, provides a platform for the client to develop, run, and manage the applications. Not to mention, the end-user is responsible for securing their user access, data, and applications.

PaaS is the middle layer, and there are two aspects of security measures. The first is the virtual machine technology application, which provides providers with virtual machines in existing operating systems for the customers. By extending OS permissions, set access restrictions for users’ operations.

SSL Attack Defence: Cloud providers should provide corresponding patches and measures. Simultaneously, using the firewall to close some ports to prevent frequent attacks and strengthen management authority.

Along with these two aspects, there are also Cloud Access Security Brokers (CASB), Cloud Workload Protection Platforms (CWPP), and Cloud Security Posture Management (CSPM).

Security action of IaaS

IaaS, i.e., Infrastructure as a Service, provides virtualized computing resources via the Internet. Here, the user will secure their applications, OS, data, user access, and virtual network traffic.

It’s generally not directly in touch with users. Its maintenance and management rely on the provider. Cloud providers should provide information on the actual location of the servers, and operating data shouldn’t be a problem. Ensure the security of different user data, along with encryption.

There’s a need to separate user data stored in different data servers. Additionally, it requires data backup of essential and confidential data to minimize recovery time in the event of an unforeseen disaster.

Additionally, there are other security standards for IaaS, including Cloud Security Gateway (CSG), Virtual Network Security Platforms (VNSP), Cloud Security Posture Management (CSPM), and Cloud Workload Protection Platforms (CWPP).

READ ALSO: Cloud Services and Security: How Businesses Can Reduce Cyber Risks

Why Should Companies Choose To Move Their Businesses On The Cloud?

Why Should Companies Choose To Move Their Businesses On The Cloud?There’s no denying the increasing rate of data breaches and other vulnerabilities, but we shouldn’t ignore the precautions and protection mechanisms we are implementing to address them. With continued advances in emerging technologies, cloud providers will also develop new protection management systems.

If you decide to move to the cloud, take records and stock of sensitive information and ensure you understand and trust the cloud provider and its services to protect your data. Choose a provider that identifies security as its primary concern, even during cloud migration. Look for the performance and their data protection solutions.

Check for the load balancing and traffic handling techniques. Don’t fall for the myth of losing control; you will have control and access to the resources.

Bottom Line

With the merger of IoT and Cloud Computing, we are making progress in protecting your data against threats. Cloud providers take care of their customers’ problems. There are 24/7/365 days of free IT customer support and easy access to cloud experts for your business development. You don’t need to worry about teaching your staff and hiring several IT professionals to handle your cloud system.

Cloud hosting isn’t as expensive as you assume. Choose a cost-efficient and reliable provider for your business. The cloud industry is setting its roots in all domains. The flexibility, scalability, reliability and productivity are the reasons behind the success of the cloud computing industry. Business owners typically opt for cloud-based services to mitigate the risks associated with unpredictable trade wars and geopolitical shifts.

Now, clients are even more inclined to implement new technologies in their work. If you still haven’t gained much confidence in deploying your business over the cloud, start small with a few data records and then scale it up further.

Cloud computing is the trend, and cloud security will always be critical. Nothing is 100% secure, and it’s a universal truth. So, opt for something with the maximum protection possible.

Note: This was initially published in August 2020, but has been updated for freshness and accuracy.

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Why Businesses Are Switching to Mobile Proxies in 2026 (And How to Choose the Right One)

By
Amaya Paucek
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0
Why Businesses Are Switching to Mobile Proxies in 2026 (And How to Choose the Right One) (1)

In this post, i will show you why businesses are switching to mobile proxies in 2026 and how to choose the right one.

If you have ever been responsible for managing various social media accounts, gathering data, or running advertisements, you may have run into adversity at some stage: your IP address has been stopped, or your requests have been slowed down, or an entire platform has disabled your access to it completely. This seems quite annoying, and such occurrences take place at the worst moment — for example, in the midst of a campaign or a data-gathering process. This is exactly why more teams are choosing to buy mobile proxy access instead of relying on cheaper, easily-flagged alternatives.

This is the exact problem mobile proxies were built to solve.Mobile proxies differ from data center and residential proxies. They send traffic through real devices that have SIM cards and are hooked to carrier networks. Your request appears as if it is coming from someone using their phone while they are in transit.

So, let’s take a look at what mobile proxies are, what benefits they offer, and what to keep in mind when choosing a mobile proxy provider.

What Makes Mobile Proxies Different

Every proxy type routes your internet traffic through an intermediate IP address, but not all IPs are treated equally by websites and platforms. Datacenter IPs are cheap and fast, but they’re also easy to detect — they come from known server ranges that platforms like Instagram, Google, and e-commerce sites actively blacklist. Residential proxies improve on this by using IPs tied to home internet connections, which are harder to flag.

Mobile proxies take it a step further. Mobile service providers give IP addresses to smartphones and tablets through Carrier-Grade NAT. This technology allows thousands of users simultaneously to work under the same IP address. If an IP associated with suspicious activities concerning a mobile device gets blocked, not only this IP will be blocked but numerous honest users with it. That’s a risk most platforms simply won’t take — which is exactly why mobile IPs carry so much trust. For tasks where that trust needs to be exclusive to you, rather than shared with other users pulling from the same pool, a dedicated mobile proxy is worth considering from the outset.

Real-World Use Cases

Mobile proxies aren’t just a niche tool for one type of user. They show up across a surprisingly wide range of industries:

  •         Social media management — running or growing multiple accounts without triggering spam or bot detection
  •         Ad verification — checking how your ads actually appear to real users in different regions
  •         Market research and web scraping — pulling pricing or product data without getting blocked mid-scrape
  •         E-commerce and sneaker copping — accessing limited-release products before inventory disappears
  •         SEO monitoring — checking search rankings from different locations without skewed, cached results

If your work involves repeated requests to the same site, or accessing content that looks different depending on who’s asking, a mobile proxy is often the difference between smooth operation and constant interruptions.

How to Buy Mobile Proxy Access Without Getting Burned

Not every proxy provider delivers what they promise, and the market is crowded with services that either resell recycled IPs or oversell their pool without the infrastructure to back it up. Before you buy mobile proxy access from anyone, there are a few things worth checking.

Pool Size and IP Rotation

A large, genuinely diverse IP pool matters more than most buyers realize. If a provider only has a few thousand IPs shared across all their customers, you’ll run into overlap fast — meaning you could inherit an IP that’s already been flagged by another user. Look for providers who are transparent about their pool size and rotation settings, ideally letting you control rotation intervals yourself rather than forcing a fixed schedule.

Geographic Coverage

Depending on your use case, you might need IPs from a specific city, region, or country — not just “somewhere in the US.” Ad verification and localized SEO tracking in particular depend on precise geo-targeting. A provider with narrow coverage might work fine for basic tasks but fall short the moment you need granular location control.

Protocol Support and Compatibility

Verify that the service is compatible with both HTTP(S) and SOCKS5 protocols, and ensure it integrates well into your existing toolbox, be it a web scraping framework, an automation bot, or a social media management platform. Issues with compatibility can be one of the biggest headaches with proxies.

Session Control

Sticky sessions, where the IP remains constant for a specific timeframe, are important for operations the likes of account warm-up or multi-step checkouts. Rotating sessions are ideal instead for high-volume scraping tasks, where user identity has to be flipped in every request. A reliable provider offers you the freedom of picking either option around your needs.

Dedicated vs. Shared Mobile Proxies

A common dilemma faced by new buyers is deciding between a shared pool and a dedicated mobile proxy. Both options are valid and the decision depends completely on what your goals are.

Shared mobile proxies split access to an IP pool across multiple customers. They’re more affordable and work well for lighter, less sensitive tasks — general browsing, casual scraping, or short-term projects where consistency isn’t critical.

A dedicated mobile proxy, by contrast, is reserved exclusively for your use. Nobody else touches that IP or that connection while it’s assigned to you. This matters enormously for account management tasks, where platforms track behavioral consistency over time. If you’re logging into the same social media or e-commerce account repeatedly, sudden shifts caused by other users’ activity on a shared IP can look suspicious to detection algorithms — even if you’ve done nothing wrong.

Dedicated setups also tend to offer more stable speeds, since you’re not competing for bandwidth with other customers on the same connection. For anything involving long-term account health, higher-value transactions, or sensitive automation work, the extra cost of a dedicated mobile proxy is usually worth it.

Getting Started the Right Way

If you’re ready to move past the limitations of datacenter or basic residential proxies, OnlineProxy is one of the more established options worth a look. The service connects you through real mobile devices across a large, actively maintained IP network spanning multiple countries, so you’re not stuck with a thin, overused pool. Setup is straightforward, protocol support covers the common use cases mentioned above, and both shared and dedicated options are available depending on how serious your project is.

For anyone running account-sensitive work — think managed social profiles, automation that needs long-term consistency, or workflows where getting flagged even once could set you back — it’s worth looking specifically at their private, exclusive-access plans rather than defaulting to shared access. The added stability and exclusivity tend to pay for themselves quickly once you factor in the time lost to flagged accounts or interrupted scrapes.

Conclusion

Mobile proxies aren’t a one-size-fits-all solution but when it comes to solving particular problems like detection avoidance, accessing geo-targeted content, and managing multiple accounts, they are tough to beat. Their underlying technology, especially CGNAT-based IP sharing, provides mobile IPs with a unique level of credibility unmatched by datacenter and residential proxies.

Before you commit to any provider, take the time to evaluate pool size, geographic coverage, protocol compatibility, and whether shared or dedicated access fits your actual workload. Getting that decision right upfront will save you far more time — and far fewer headaches — than trying to fix a mismatched setup after the fact.

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Cybersecurity Architecture and Identity Shielding: Hardening Online Registrations Against Data Harvesting

By
Amaya Paucek
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0
Cybersecurity Architecture and Identity Shielding: Hardening Online Registrations Against Data Harvesting

In this post, I will talk about cybersecurity architecture and identity shielding and how to harden online registrations against data harvesting.

Cybersecurity audits routinely reveal that corporate data aggregators treat mobile phone numbers as primary cross-platform tracking keys, making a secure virtual number infrastructure essential for privacy-conscious users and DevSecOps engineers alike. Surrendering primary cell details during routine web registrations links real-world identities to commercial telemetry databases, behavioral tracking networks, and public OSINT (Open Source Intelligence) registers. Modern threat vectors no longer rely solely on password breaches – attackers actively leverage phone numbers to execute targeted smishing campaigns, social engineering attempts, and credential stuffing operations across modern digital ecosystems.

Connecting personal mobile hardware directly to third-party web registrations exposes user profiles to automated data scraping, unauthorized account linking, and invasive SIM-swapping exploits. Application security frameworks require strict identity compartmentalization to prevent cross-platform tracking across untrusted web services. When security teams perform red team exercises or test public-facing signup portals on platforms like SecureBlitz, maintaining clean isolation between primary infrastructure and secondary authentication vectors becomes an operational necessity.

Testing staging environments or validating international multi-factor authentication (2FA) mechanisms often begins by deploying a free usa number to execute initial API calls, inspect raw SMS payload headers, and verify OTP parsing logic without burning production credit balances or compromising operational security. By routing authentication traffic away from physical SIM cards, security teams establish isolated sandbox environments that protect core telecom assets from unauthorized access.

The Telecom Mechanics of Virtual Number Infrastructures

Software-defined telecommunications replace physical hardware constraints with direct Short Message Peer-to-Peer (SMPP) protocol sessions, routing cellular payloads across secure IP backbones rather than local cell towers. Legacy mobile verification relies on physical IMSI (International Mobile Subscriber Identity) chips bound to specific base transceiver stations. Virtual number platforms bypass this physical dependency by operating cloud-based Direct Inward Dialing (DID) gateways linked directly to international Mobile Network Operators (MNOs).

When an authentication server transmits a verification code, the cellular packet moves through national carrier routing channels before hitting the virtual telecom gateway. Automated parser engines inspect incoming GSM 03.38 or Unicode PDU frames, extract raw message content, and parse the verification tokens using regular expression matching algorithms. The system then delivers the payload to the end user via private web dashboards or encrypted JSON API endpoints within milliseconds.

Core Engineering Metrics Governing Virtual Identity Gateways

Security architects and software engineering teams evaluate virtual telecom infrastructure using specific network performance metrics:

  •       5G Latency Thresholds: Modern cellular routing paths leverage sub-20ms 5G latency to deliver OTP payloads before time-based token generation windows expire on client application servers.
  •       Proxy and Gateway Speeds: High-throughput virtual infrastructure maintains continuous 4G/5G speeds ranging between 10-50 Mbps, supporting concurrent automated verification threads across enterprise CI/CD pipelines.
  •       Payload Delivery Rates: Enterprise-grade virtual telecommunication platforms sustain up to a 98% scraping success rate and payload delivery efficiency across regional carrier gateways.
  •       Ad Fraud and Spoofing Mitigation: Granular DID isolation protects identity layers from synthetic bot account creation, helping lower systemic losses in an industry losing over $40B+ to ad fraud losses annually.

Single-Tenant Isolation vs. Public Shared Number Infrastructure

A critical vulnerability in public temporary phone number lists is multi-tenant overlap and shared access. When dozens of users attempt to register separate accounts on identical platforms using a single public number, automated threat intelligence engines flag the underlying DID as a high-risk asset. Social networks, banking institutions, and cloud platforms automatically drop trust scores associated with shared numbers, triggering immediate captchas, security challenges, or permanent account bans.

Dedicated single-tenant virtual number architecture eliminates multi-tenant contamination through strict database-level isolation. Every purchased virtual line – whether leased for a quick 15-minute OTP activation or rented for a long-term dev project – connects exclusively to a single user access token. No secondary client can intercept incoming messages, query payload histories, or re-register duplicate accounts on destination services during an active lease session.

Architectural Matrix: Public Shared Directories vs. Single-Tenant Virtual DIDs

Security and Operational DimensionPublic Shared Phone DirectoriesDedicated Single-Tenant DIDs
Data ConfidentialityZero – incoming SMS text is visible to all web trafficAbsolute – incoming payloads are encrypted and token-restricted
Platform Trust ScoreLow – flagged rapidly by anti-fraud algorithmsHigh – clean routing history through legitimate MNO routes
Account Hijacking RiskExtreme – third parties can trigger account resetsMitigated – exclusive token access prevents unauthorized resets
CI/CD Test SuitabilityUnreliable – causes false failures in automated assertionsOptimal – full REST API integration for programmatic testing

 

Automating Verification Flows in DevSecOps Stacks

Integrating virtual mobile APIs into automated security testing suites allows engineers to validate signup flows, rate-limiting rules, and OTP handling procedures across staging instances. Using Python scripts, security teams can programmatically lease an isolated number, pass it to an automated web browser runner, and parse incoming OTP codes without manual intervention.

Step 1: Programmatic Number Leasing via REST API

The test runner issues an authenticated GET request to the virtual telecom gateway, specifying the target service and preferred country code. The backend reserves an unassigned line and returns the session token alongside the phone number in JSON format.

import requests
 import time
 import re
 
API_TOKEN = “your_authenticated_token_here”
 BASE_URL = “https://api.provider.com/v1”
 
def allocate_secure_line(country=”usa”, service=”target_platform”):
 endpoint = f”{BASE_URL}/getNumber?token={API_TOKEN}&country={country}&service={service}”
 response = requests.get(endpoint).json()
 
if response.get(“status”) == “SUCCESS”:
     return response.get(“tzid”), response.get(“phone_number”)
 raise SystemError(f”API Routing Failed: {response}”)
 
session_id, phone_number = allocate_secure_line()
 print(f”Allocated Line: {phone_number} (Session ID: {session_id})”)

Step 2: Asynchronous Polling and Regex OTP Extraction

Once the browser automation runner (such as Playwright or Selenium) inserts the allocated number into the sign-up form, an asynchronous function polls the API endpoint for incoming SMS payloads and extracts the verification string.

def retrieve_otp_payload(session_id, timeout=60, poll_interval=3):
 query_url = f”{BASE_URL}/getSMS?token={API_TOKEN}&tzid={session_id}”
 start_time = time.time()
 
while time.time() – start_time < timeout:
     response = requests.get(query_url).json()
     if response.get(“status”) == “RECEIVED”:
         raw_text = response.get(“sms_text”)
         # Extract 4 to 6 digit numerical verification code
         otp_match = re.search(r’\b\d{4,6}\b’, raw_text)
         if otp_match:
             return otp_match.group(0)
     time.sleep(poll_interval)
 
raise TimeoutError(“Verification payload was not received within the defined execution window.”)
 
otp_code = retrieve_otp_payload(session_id)
 print(f”Extracted Verification Code: {otp_code}”)

Network Packet Tuning: TCP/IP Mechanics and Proxy Routing

Running high-volume automated verification pipelines in cloud environments requires precise TCP/IP network tuning. Misconfigured Maximum Transmission Unit (MTU) packet sizes or incorrect Time To Live (TTL) values across intermediate proxy hops cause data packet fragmentation, leading to dropped socket connections during rapid API polling routines.

Maintaining persistent HTTP socket pools reduces TLS handshake overhead during high-frequency requests. Ensuring that the geographic location of your automated runner matches the regional country code of your assigned virtual number prevents platform anti-fraud algorithms from flagging legitimate verification attempts as suspicious activity.

Best Practices for Identity Isolation and Security Hardening

Establishing durable digital privacy controls requires structured protocols across both corporate environments and personal privacy routines:

  •       Isolate Core Contact Details: Reserve primary mobile numbers strictly for personal contacts, critical financial institutions, and primary recovery channels.
  •       Use Ephemeral Lines for One-Off Signups: Deploy short-term 15-minute virtual rentals for single-use platform trials, keeping personal details off commercial marketing databases.
  •       Secure API Credentials in Vault Enclaves: Store virtual number API tokens inside encrypted secrets managers (like HashiCorp Vault or AWS Secrets Manager) rather than committing hardcoded strings into source control repositories.
  •       Align Regional Geolocation Data: Pair virtual numbers with residential or mobile proxies matching the same country code to satisfy platform geolocation checks and maintain high account trust scores.

By decoupling personal hardware from digital identity verification, organizations and individuals build a resilient defensive perimeter against data harvesting, social engineering, and unwanted telemetry tracking. Incorporating single-tenant virtual numbers into daily workflows ensures frictionless digital access while keeping core communication channels completely secure.

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How Phishing and Fake Trading Platforms Turn Social Media Into Investment Scams

By
Angela Daniel
-
0
How Phishing and Fake Trading Platforms Turn Social Media Into Investment Scams

In this post, I will show you how phishing and fake trading platforms turn social media into investment scams.

Social media investment scams no longer look like obvious spam. They often begin with polished ads, cloned profiles, encrypted group chats, fake trading dashboards, and pressure from people who appear knowledgeable. For cybersecurity readers, the important lesson is that these schemes are credential attacks as much as financial frauds: the scammer is not only asking for money, but also trying to borrow the trust attached to a platform, broker, adviser, app, or community.

Key Takeaways

  •     Cyber-enabled investment scams commonly combine phishing, impersonation, social proof, and fake trading interfaces.
  •     Encrypted group chats and “investment clubs” can create a controlled environment where victims see only curated claims and staged wins.
  •     Fake trading platforms often show fabricated balances, block withdrawals, and demand additional taxes, fees, or deposits.
  •     Investors should verify professionals and firms through official sources before sharing money, crypto, account access, or identity documents.
  •     After a suspected scam, preserving evidence quickly is often more useful than continuing to negotiate with the promoter.

Why Investment Scams Are A Cybersecurity Problem

Why Investment Scams Are A Cybersecurity Problem

Traditional investor education often focuses on risk, diversification, and sales practices. That still matters. But in 2026, many online investment scams start like a security incident: an unsolicited message, a malicious link, a spoofed website, a cloned identity, a convincing document, or an app that is designed to harvest information and payments.

According to Investor.gov, the SEC’s investor education staff warns that investors should not make investment decisions based only on social media platforms or apps. Its social media stock tip alert describes online ads, group chats, impersonated professionals, and promises of high returns with little or no risk as warning signs.

That is why the first defensive question is not only “Is this investment good?” It is also “Is this identity, domain, document, channel, and payment route real?” A legitimate investment professional should not need to hide behind a private messaging account, ask for screenshots of trades, demand crypto transfers to a personal wallet, or prevent you from verifying the firm through official databases.

How The Scam Funnel Usually Works

Many social-engineered investment scams follow a predictable funnel. The details vary, but the structure is often the same: visibility, trust, migration, payment, control, and extraction.

  •     Visibility: the victim sees an ad, comment, direct message, fake testimonial, or “wrong number” text connected to investing.
  •     Trust: the scammer uses a credible-looking persona, a borrowed professional name, a fake success story, or a group of apparent investors to lower skepticism.
  •     Migration: the conversation moves away from the original platform into WhatsApp, Telegram, Signal, or another channel where outsiders are less likely to intervene.
  •     Payment: the victim is told to open a brokerage account, buy a stock at specific times, deposit crypto, or fund an account on a trading site controlled by the scammer.
  •     Control: the platform or group chat supplies fake account growth, staged screenshots, and pressure to increase deposits.
  •     Extraction: when the victim asks to withdraw, the scammer delays, disappears, or demands another payment for taxes, liquidity, verification, or account release.

According to FINRA, fraudulent investment groups promoted through social media have produced a significant spike in investor complaints since fall 2023. FINRA’s 2025 investor alert describes bad actors posing as registered investment professionals, moving targets into encrypted group chats, and pitching stocks or crypto assets through tightly managed conversations.

Warning Signs To Check Before Money Moves

A fake platform can look more professional than a real one because it has only one job: persuasion. The dashboard may show clean charts, instant profits, perfect trade history, or a balance that rises in a straight line. The website may include badges, invented certificates, address claims, and compliance language. None of that proves registration, custody, trading activity, or legal authority.

Before sending funds, look for mismatches. Does the domain age match the company’s claimed history? Does the app developer match the firm name? Does the firm use the same phone number and website listed in official records? Is the promoter asking you to communicate through a personal account instead of a firm channel? Is the investment described clearly, or does the pitch rely on jargon, secrecy, and urgency?

A useful checklist of online investment scam warning signs should include both financial red flags and cyber red flags: spoofed domains, cloned profiles, fake registration documents, high-pressure private chats, refusal to identify the custodian, unusual transfer instructions, and new payment demands when a withdrawal is requested.

The SEC and CFTC staff advisory hosted by the CFTC on fraudulent digital asset and crypto trading websites warns that fraudulent crypto trading websites may promise high returns, claim little or no risk, stop communicating after funds arrive, or demand additional payments before releasing supposed profits. Those behaviors are not normal account administration. They are signs that the displayed gains may never have existed.

Real-World Example: Fake Trading Platforms And Investment Clubs

In December 2025, the SEC announced charges against three purported crypto asset trading platforms and four investment clubs in a matter involving retail investors targeted through social media. The SEC release alleged that the clubs used WhatsApp, social media ads, and supposed AI-generated investment tips to move investors toward fake crypto asset trading platforms.

The alleged pattern is important for security teams and individual investors because it shows the connection between social engineering and the final loss. The fraud was not just a bad investment recommendation. The alleged conduct included identity signals, group pressure, fake platform infrastructure, false license claims, and advance-fee demands when investors tried to withdraw. The SEC alleged at least $14 million was misappropriated from U.S.-based retail investors.

For example, a victim may believe the account is real because the platform shows a growing balance and because other members in the chat claim they withdrew money. In a fraudulent trading platform, those signals can be manufactured. A small early withdrawal may be allowed only to create confidence before a larger deposit is solicited.

Real-World Example: Group-Chat Ramp-And-Dump Schemes

According to the FBI IC3, the 2024 Internet Crime Report combined 859,532 complaints and reported losses exceeding $16 billion, a 33 percent increase from 2023. The FBI also reported that phishing or spoofing, extortion, and personal data breaches were the top three cybercrime categories by complaint count in 2024, while investment fraud involving cryptocurrency produced the highest reported losses at more than $6.5 billion. Those figures appear in the FBI’s 2024 Internet Crime Report announcement.

The FBI’s July 2025 public service announcement on investment clubs accessed through social media and messaging apps described ramp-and-dump stock manipulation aimed at U.S. stock investors. It reported at least a 300 percent increase in victim complaints referencing ramp-and-dump stock fraud compared with 2024.

For instance, a scam group may begin by recommending recognizable, actively traded stocks. After trust builds, the group pivots to thinly traded names where coordinated buying can move the price. The victim may be told exactly when to buy, how much to buy, and when not to sell. When the insiders sell, the apparent opportunity collapses into an investment loss.

What To Do If You Already Sent Money Or Crypto

What To Do If You Already Sent Money Or Crypto

Do not keep paying withdrawal fees, taxes, verification costs, or “unlock” charges just because the platform says more money will release your balance. That is a common second-stage extraction tactic. Preserve the evidence before the chat is deleted, the website disappears, or the app changes names.

Save account screenshots, wallet addresses, transaction hashes, wire confirmations, ACH records, emails, text messages, call logs, user names, profile URLs, group-chat member lists, IP-related notices, device notifications, and any documents the promoter supplied. Write a timeline while the details are fresh. Include dates, amounts, platforms, names used, payment rails, and every reason the promoter gave for why more money was required.

According to Federal Trade Commission data, consumers reported losing $12.5 billion to fraud in 2024, and investment scams accounted for $5.7 billion of those reported losses. The FTC’s 2024 scam data also reported that people contacted through social media were more likely to report losing money and reported $1.9 billion in social-media-originated losses.

Reporting is not a substitute for legal analysis, but it can help preserve a record. Potential reporting channels include IC3, the FTC, the SEC, FINRA, a state securities regulator, a bank or brokerage fraud department, and local law enforcement. If the transfer involved crypto, provide wallet addresses and transaction hashes exactly as they appear. If the transfer involved a brokerage account, preserve statements showing when the trade or transfer occurred.

How Security Habits Reduce Investment Risk

Basic security discipline can stop many investment scams before the money leaves. Search the firm’s name outside the link sent by the promoter. Type official websites directly into the browser. Verify broker and adviser status through regulator tools. Compare phone numbers, firm addresses, and email domains against official records. Use a password manager to detect spoofed domains. Enable multi-factor authentication on financial accounts, but remember that MFA will not help if the victim voluntarily sends money to the scammer.

Strong skepticism is not the same as cynicism. It is normal operational security. A legitimate professional should be willing to slow down, explain the product, provide written disclosures, use firm-controlled channels, identify the custodian, and let the investor verify every claim independently.

Frequently Asked Questions

Are social media stock tips always scams?

No. But unsolicited tips, private group-chat pressure, guaranteed or unusually consistent returns, secrecy, and instructions to trade at specific times should be treated as high-risk signals. Never invest based only on a social media post, chat message, or online testimonial.

How can I tell whether a trading platform is fake?

Look for mismatched domains, unverifiable company information, unknown app developers, cloned branding, pressure to use crypto, withdrawal blocks, and demands for additional payments before funds can be released. A platform that controls every information channel should be treated with caution.

What evidence matters after an online investment scam?

Useful evidence includes transaction records, wallet addresses, wire receipts, account statements, screenshots, chats, emails, phone numbers, profile URLs, app names, website domains, and a dated timeline of what happened. Save originals where possible and avoid editing screenshots.

Should I keep communicating with the promoter to recover my money?

Usually no. Continued communication can expose the victim to more payment demands, identity theft, or recovery-scam targeting. Preserve the messages, stop sending funds, and report through appropriate channels.

Can cybercrime reporting and legal recovery happen at the same time?

Yes. Reporting to regulators or law enforcement can document suspected misconduct, while a legal review can evaluate possible claims, responsible parties, tracing issues, and recovery routes. The right path depends on the facts, payment method, parties involved, and available evidence.

Disclaimer: This content is for general information only and is not legal advice. Reading it does not create an attorney-client relationship.

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Cybersecurity Services for Businesses That “Don’t Have Anything Worth Stealing”

By
Angela Daniel
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0
Cybersecurity Services for Businesses That "Don't Have Anything Worth Stealing"

In this post, I will talk about cybersecurity services for businesses that “don’t have anything worth stealing”.

Every business owner has said it at least once. Usually during a conversation about budgets, insurance, or that nagging feeling that they should probably be doing more about security.

“We’re small. We don’t really have anything worth stealing.”

It sounds reasonable. It even sounds humble. But it’s one of the most expensive assumptions a business owner can make, and the cost usually shows up long after the moment it would have been cheap to fix.

Here’s the truth that most owners learn the hard way. Hackers are not casing your business like a jewel thief cases a museum. They’re running automated scans across thousands of networks at once, looking for the easy door. The unlocked one. The default password. The software update that never got installed. The employee who clicks the link that looks like a FedEx tracking notice.

They’re not targeting you because you have something valuable. They’re targeting you because you might be easy. And if you are, you become part of a larger operation that quietly uses your systems, your email, or your customer data to fund the next round of attacks.

This is why professional cybersecurity services exist. Not to protect the crown jewels, but to make sure your business isn’t the easy door.

What Hackers Actually Want From a Business Like Yours

What Hackers Actually Want From a Business Like Yours

Most owners picture a hacker as someone who breaks in, grabs the sensitive files, and disappears into the night. That image is mostly wrong.

Here’s what really happens. A small accounting firm in a strip mall gets hit with ransomware. The attackers don’t care about the client tax returns. They care about the fact that the firm will pay to get them back. A plumbing company with 14 employees has its email compromised. The attackers don’t want the plumbing schedules. They want to use that email account to send invoices to customers with a new routing number.

The target is rarely the data itself. The target is usually one of three things.

Your money, through ransomware or fraudulent transfers. Your identity, meaning your business name, domain, and email reputation, which can be used to scam others. Or your access, meaning your connection to a larger company that the attackers actually want to reach.

That third one is the one most owners miss. If you do business with a larger client, a hospital, a law firm, or a manufacturer, you are a door into their network. Attackers know this. They specifically look for smaller vendors who have trusted relationships with bigger targets. Your lack of security becomes their way in.

The “Nothing Worth Stealing” Myth, Broken Down

Let’s walk through what a typical small business actually has sitting on its network.

You have email accounts, probably connected to customer records, vendor contacts, and financial correspondence. You have employee personal information, including Social Security numbers, home addresses, and banking details for direct deposit. You have customer data, which depending on your industry could include payment information, health records, or contract terms. You have login credentials to your bank, your accounting software, your payroll provider, and your cloud storage.

You have all of that, and you probably have it protected by a password someone has been using since 2019.

Now ask the question again. Do you have anything worth stealing?

The honest answer is yes. Every business does. The difference between a secure business and an insecure one is not what they have. It’s whether they’ve acknowledged what they have and taken reasonable steps to protect it.

Why Small Businesses Are the Easiest Target

Large companies have entire teams dedicated to security. They have firewalls, monitoring, policies, training, and the budget to back it all up. They are not impossible to breach, but they are hard work.

Small businesses are different. Most run on a patchwork of consumer-grade antivirus, a firewall someone set up years ago, and the hope that nobody notices them. Training is rare. Updates are inconsistent. Multi-factor authentication is often considered too much friction for the team.

Attackers know all of this. They are not looking for the hardest target. They are looking for the path of least resistance, and that path runs straight through small and mid-sized businesses that haven’t invested in basic protections.

The economics make it worse. Automated attack tools can scan thousands of small business networks in the time it takes to drink a cup of coffee. There is no targeting required. There is no research. There is just software looking for openings, and there are a lot of openings.

What Reasonable Protection Actually Looks Like

This is where most business owners get nervous. They assume security means an enterprise budget, a full-time staff member, and a stack of tools they’ll never understand.

It doesn’t. Reasonable protection is a set of fundamentals, applied consistently, and maintained over time. Here is what that actually includes.

Multi-factor authentication on every account that matters. This is the single highest-impact step a business can take. If a password gets stolen, and passwords get stolen constantly, MFA is what stops the attacker from walking through the front door. It should be on email, banking, accounting software, cloud storage, and anything else that touches money or sensitive data.

Endpoint detection and response, not just antivirus. Traditional antivirus looks for known threats. Modern endpoint protection watches behavior. It notices when something on a computer starts acting wrong, even if the threat has never been seen before. This matters because most attacks today are not old viruses. They are new tactics designed to slip past last year’s definitions.

Email filtering and security awareness. Email is still the number one way attackers get in. Good filtering catches most of the junk before it reaches the inbox. The rest comes down to people, which means training matters. Not the boring annual video kind. Short, regular, practical reminders about what the current scams look like and what to do when something feels off.

Patching and updates, handled. Most breaches trace back to a known vulnerability that was never patched. The fix existed. It just never got installed. This is unglamorous work, but it is some of the most important security work a business can do.

Backups that actually work. A backup you’ve never tested is a hope, not a plan. Ransomware is designed to find and encrypt backups too. Real protection means backups that are separated from the main network, tested regularly, and ready to restore when something goes wrong.

A documented response plan. When something happens, and eventually it will, the worst time to figure out what to do is during the crisis. A simple plan that says who to call, what to disconnect, and how to communicate can turn a disaster into a manageable incident.

None of this requires a Fortune 500 budget. It requires consistency, attention, and the willingness to treat security as part of running the business rather than an afterthought.

The Cost of Doing Nothing

The Cost of Doing Nothing

Here is the part most owners don’t calculate until it’s too late.

A single ransomware incident for a small business can mean weeks of downtime, lost revenue, customer notifications, potential legal exposure, and the cost of rebuilding systems that may or may not be fully recoverable. The disruption alone, not the ransom, is often the most expensive part.

Then there is the trust cost. Customers who learn their data was exposed don’t always come back. Vendors who see your email used to send fraudulent invoices start asking questions. Partners who rely on your security posture start looking elsewhere.

The cost of reasonable protection is almost always lower than the cost of a single serious incident. The problem is that protection is a quiet expense and an incident is a loud one. It’s easy to skip the quiet expense until the loud one arrives.

The Honest Bottom Line

If you own a business, you have something worth protecting. Not because you’re a target, but because you’re an opportunity, and opportunities are exactly what automated attacks are built to find.

You don’t need to become a security expert. You don’t need to build a fortress. You need to close the easy doors, maintain the basics, and have someone watching who knows what to look for.

That’s it. That’s the whole job. And it’s a lot cheaper than the alternative.

Frequently Asked Questions

Do small businesses really get targeted by hackers?

Small businesses are not usually targeted individually. They get caught in automated scans that look for unprotected networks. Attackers go after volume, not specific victims, which makes any unprotected business a potential target.

What is the most important cybersecurity step for a small business?

Multi-factor authentication is widely considered the single most effective control. It prevents the majority of account takeover attempts, even when passwords have been stolen.

Is antivirus enough to protect a business?

Traditional antivirus is no longer sufficient on its own. It catches known threats but misses new and behavioral attacks. Modern endpoint detection and response watches for unusual activity and is far more effective against current threats.

How much should a small business spend on cybersecurity?

There is no universal number, but reasonable protection is generally far less expensive than recovering from a single incident. Most small businesses can establish solid fundamentals through managed services without building an internal security team.

What happens if a business gets hit by ransomware?

Typical consequences include operational downtime, data loss, revenue disruption, customer notification requirements, and potential legal exposure. Recovery can take weeks, and some businesses never fully recover. Having tested backups and a response plan significantly reduces the impact.

Does cybersecurity require a long-term contract?

Not always. Many providers offer month-to-month arrangements. The right approach depends on the business, the level of support needed, and the provider’s structure. It’s worth asking before committing.

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What Bitcoin Holders Should Know Before Borrowing Against Their Digital Assets

By
John Raymond
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0
What Bitcoin Holders Should Know Before Borrowing Against Their Digital Assets

In this post, I will answer the question – what Bitcoin holders should know before borrowing against their digital assets.

Bitcoin has evolved from an experimental digital currency into an asset held by individual investors, businesses and institutions around the world. As adoption has increased, so have the financial services built around it.

One increasingly common option allows Bitcoin holders to access liquidity without immediately selling their holdings. Instead, Bitcoin can be pledged as collateral for a loan, providing access to capital while the borrower retains exposure to the underlying asset.

The concept is straightforward, but borrowing against cryptocurrency introduces considerations that don’t exist with conventional secured lending. Bitcoin’s volatility, digital custody requirements and the security practices of lending platforms all play an important role.

Before using Bitcoin as collateral, borrowers should understand how these loans work and what safeguards to look for.

Why Borrow Against Bitcoin Instead of Selling It?

For a Bitcoin holder who needs cash, selling part of a position may appear to be the simplest solution. But selling isn’t necessarily the preferred option for someone who intends to maintain long-term exposure to Bitcoin.

An investor may believe Bitcoin has significant long-term potential but still need liquidity for a business expense, property purchase, another investment or an unexpected financial obligation.

Selling solves the immediate liquidity problem, but it also reduces the investor’s Bitcoin position. Depending on the investor’s jurisdiction and circumstances, a sale may also create tax consequences.

Collateralized borrowing provides another option.

Rather than selling Bitcoin, the holder pledges it as collateral. The lender provides a loan based on a percentage of the collateral’s value, and the Bitcoin generally remains committed to the loan until the borrower satisfies the repayment requirements.

For investors evaluating bitcoin loans, understanding collateral requirements, custody practices, interest costs and liquidation policies is just as important as comparing how much capital a lender is willing to provide.

Understanding Loan-to-Value Ratios

One of the most important concepts in cryptocurrency-backed lending is the loan-to-value ratio, commonly referred to as LTV.

Suppose a borrower pledges $100,000 worth of Bitcoin and receives a $40,000 loan. The initial LTV would be 40%.

That ratio can change even if the borrower does nothing.

If Bitcoin appreciates, the value of the collateral increases and the LTV falls. If Bitcoin declines significantly, the collateral becomes less valuable and the LTV rises.

This matters because lenders establish thresholds designed to protect the loan when collateral values decline. Depending on the platform and agreement, reaching certain thresholds could result in a request for additional collateral or eventual liquidation.

Borrowers therefore need to understand more than the initial borrowing amount. They should know what happens if Bitcoin falls sharply after the loan is issued.

Security and Custody Matter

Cryptocurrency introduces another consideration that traditional borrowers don’t usually encounter: digital-asset custody.

When Bitcoin is used as collateral, borrowers need to understand where their assets will be held and how they will be protected.

Digital assets can be targeted by hackers, phishing campaigns, compromised credentials and other forms of cybercrime. SecureBlitz itself focuses extensively on cybersecurity and notes that blockchain and cryptocurrency security require users to understand both the underlying technology and the risks associated with digital assets. 

For borrowers, that makes the lending platform’s security infrastructure an important part of due diligence.

Questions worth considering include:

  • How is collateral stored?
  • What security controls protect the platform’s systems?
  • What authentication measures are available?
  • Who controls or has access to private keys?
  • What happens to collateral if the lending company experiences operational problems?
  • How and when is collateral returned after repayment?

A competitive interest rate means relatively little if a borrower isn’t comfortable with how valuable digital assets are being handled.

Beware of Phishing and Impersonation

Crypto investors also need to protect themselves outside the lending platform.

Financial accounts involving cryptocurrency can be attractive targets for phishing attempts because attackers know successful account compromises may provide access to valuable digital assets.

A borrower could receive a fraudulent email claiming additional collateral is required, for example, with a link directing the victim to a fake login page.

Users should avoid accessing financial accounts through unsolicited links and should independently verify unexpected requests. Strong, unique passwords and multi-factor authentication can provide additional layers of protection.

Hardware security keys and other phishing-resistant authentication methods may provide even stronger protection where supported.

The same principle applies when transferring Bitcoin. Cryptocurrency transactions can generally be difficult or impossible to reverse, making it especially important to verify wallet addresses and transaction details before sending funds.

Understand Liquidation Before Borrowing

Bitcoin’s volatility is one of the biggest differences between cryptocurrency-backed loans and many conventional secured loans.

Large price movements can occur quickly. Borrowers should therefore understand exactly what happens to their collateral during a major market decline.

Important questions include when warnings are issued, whether additional collateral can be deposited, how much time borrowers have to respond and the price level at which liquidation could occur.

Borrowing conservatively can provide a larger buffer against market volatility than maximizing the amount available against the collateral.

An investor who qualifies to borrow a certain amount doesn’t necessarily need to borrow the maximum.

Evaluate the Entire Loan, Not Just the Interest Rate

Interest rates are naturally important, but they are only one component of a cryptocurrency-backed loan.

Borrowers should also evaluate origination charges, repayment terms, collateral requirements, potential withdrawal or transfer fees and any penalties associated with the loan.

Transparency matters as well.

A reputable provider should make it possible for prospective borrowers to understand how the loan operates before transferring Bitcoin. Terms surrounding collateral and liquidation shouldn’t become clear only after funds have been committed.

Borrowers should also understand whether the interest rate is fixed or variable and whether early repayment changes the total cost of borrowing.

Crypto Lending Requires a Different Kind of Due Diligence

The ability to borrow against Bitcoin gives long-term holders another way to manage their digital wealth. Instead of choosing between maintaining a Bitcoin position and accessing liquidity, collateralized lending can potentially provide a third option.

But convenience shouldn’t replace due diligence.

Bitcoin-backed borrowing combines elements of conventional secured lending with the unique characteristics of cryptocurrency. That means borrowers need to evaluate financial terms alongside cybersecurity, custody and market-volatility risks.

The strongest approach is to understand the entire process before committing collateral: how the loan is structured, where the Bitcoin is stored, what security measures are in place, what happens during a market decline and how the assets are ultimately returned.

As cryptocurrency becomes increasingly integrated into mainstream financial services, those security and risk-management considerations will remain essential for anyone considering using Bitcoin as collateral.

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