Warning: If you suspect your website has been compromised, act quickly but calmly. many successful recoveries start with clear, methodical detection followed by containment and restoration.

Understand: A website compromise can look like many things, from overt defacement and spam injection to subtle data exfiltration or hidden cryptocurrency miners. this guide walks through seven practical checks you can run right away to assess whether your site has been hacked and what to do next.

Why it matters: The real cost of an undetected compromise

Consider: A hacked website is more than an embarrassing banner or a few spam links. it risks customer data, search engine reputation, email deliverability, and your hosting relationship. attackers can embed backdoors that let them come back later, use your site to phish visitors, or add code that mines cryptocurrency and exhausts resources.

Remember: The longer a compromise remains undetected, the higher the chance of permanent damage, lost backups, leaked credentials, or downstream harm to users. early detection sharply reduces cleanup time and cost.

Check 1: Google search console and "security issues"

Check: If you haven't already, register your site with google search console (gsc) and confirm ownership. gsc includes a "security issues" panel that reports malware, social engineering, and hacked content detected by google's crawlers.

Tip: gsc often provides example URLs and infected snippets. even if the report is sparse, treat a security alert as high priority, google will sometimes suppress search listings and show warnings to users before you notice traffic drops.

How to use it

Action: Open search console ? security & manual actions ? security issues. follow the remediation links, then request a review after you clean the site.

Check 2: Google safe browsing & third-party site reputation checks

Verify: Google safe browsing maintains a blocklist used by browsers. several public tools let you query whether your domain appears in that database; if your domain is listed, visitors will see red warnings in chrome, firefox, and safari.

Also: Use multiple reputation tools (for example, site scanners, "isitdown" pages, or web malware checkers) because each scanner has slightly different signatures and heuristics. a clean result on one scanner doesn't guarantee safety, use a small battery of checks.

Check 3: Visible site behavior, defacement, redirects, and odd UI

Look: Walk through your site as a new visitor would, using an incognito window or a machine that doesn't have admin cookies. look for unexpected banners, popups, forced downloads, or content that doesn't belong to you.

Read the entire article inside the Is it hacked blog: https://isithacked.com/blog/is-my-site-hacked-7-wa...

As 2024 draws to a close, Typing AI Biometrics reflects on a year filled with innovation, collaboration, and major milestones. From groundbreaking partnerships to cutting-edge product launches, the company has strengthened its position as a leader in AI and biometric authentication.

1. Second year in the Google AI Startup Program - Scale Tier

In its second year as part of the prestigious Google AI Startup Program - Scale Tier, Typing AI Biometrics capitalized on the resources and support provided by Google. Key benefits included:

• Substantial cloud credits: The program offered up to $350,000 USD in Google Cloud and Firebase usage credits over two years. In the first year, credits totaled $250,000 USD, with 100% of Google Cloud expenses covered, including an additional $150,000 USD exclusively for AI startups. In the second year, 20% coverage of up to $100,000 USD was provided.
• Enhanced support: The company received $12,000 USD in Google Cloud Enhanced Support credits, ensuring access to expert technical assistance.
• Workspace productivity: Free access to Google Workspace Business Plus for 12 months streamlined communication and collaboration within the company.

These resources empowered Typing AI Biometrics to develop advanced cloud-based biometric solutions and enhance its operational efficiency.

2. Joining the MongoDB for Startups Program

In January 2024, Typing AI Biometrics joined the MongoDB for Startups program, further strengthening its technological infrastructure. Key benefits included:

• Database credits: $500 in MongoDB Atlas credits, with the potential for an additional $4,500 at the end of the first 12 months.
• Expert collaboration: Access to MongoDB experts for fast-tracked support, strategic partnerships, and joint go-to-market opportunities.
• Showcasing innovation: A platform to highlight Typing AI Biometrics’ AI solutions to MongoDB’s extensive user base, customers, and partners.

This partnership played a pivotal role in optimizing the company’s database operations, supporting its mission to revolutionize biometric authentication through AI-driven innovation.

3. Strategic Partnership with Kartaca

In June, Typing AI Biometrics announced a strategic collaboration with Kartaca, a technology consulting firm specializing in Google Cloud services. This partnership enabled Typing AI Biometrics to leverage Google's state-of-the-art AI tools, including:

• Gemini AI: For advanced natural language understanding and generative tasks.
• DialogFlow: To enhance conversational agents and streamline user interactions.
• Document AI: For automated document processing and data extraction.
• Vertex AI: To efficiently build, deploy, and scale machine learning models.

Read the entire article on the Typing AI blog: https://typing.ai/blog/typing-ai-biometrics-2024-y...

Biometric authentication is no longer a futuristic concept—it’s an integral part of our daily interactions with devices, systems, and services. As of 2024, fingerprint recognition, facial recognition, typing biometrics and voice authentication have become commonplace in consumer electronics, corporate security, and financial services.

But the landscape is rapidly evolving. By 2025, advances in hardware, software, and artificial intelligence (AI) are set to transform biometric authentication into a more secure, seamless, and privacy-centric experience.

1. Multimodal Biometric Systems

Traditional biometric systems rely on a single method, such as fingerprint or facial recognition. By 2025, multimodal biometric authentication will become the norm. These systems combine multiple biometric identifiers—like face, voice, palm veins, and gait analysis—into a unified security model. This shift is driven by the need for stronger security in response to increasingly sophisticated attack vectors like deepfakes and biometric spoofing.

Multimodal systems significantly reduce the probability of false acceptances and false rejections. They can adapt dynamically, choosing the optimal biometric method based on environmental conditions, user behavior, or device constraints. For example, if a user's face is obscured by a mask, the system may default to voice or gait recognition instead.

2. Privacy-Preserving Biometrics

A key focus for 2025 is privacy-preserving biometric authentication. Traditional biometric systems store raw biometric data (like fingerprint images) in centralized databases, which are vulnerable to breaches. The emerging approach is to use techniques like homomorphic encryption, secure multi-party computation (SMPC), and biometric template protection.

Read the entire article on the Typing Biometrics Blog: https://typing.ai/blog/the-evolution-of-biometric-...

The NIST Cybersecurity Framework 2.0, also known as NIST2, represents an important update to the original National Institute of Standards and Technology (NIST) framework, originally developed in 2014. Aimed primarily at helping organizations manage and mitigate cybersecurity risks, NIST2 brings new insights, additional guidance, and updates that reflect the rapidly changing landscape of cybersecurity threats and best practices.

Key Elements of NIST2

NIST2 retains the five core functions—Identify, Protect, Detect, Respond, and Recover—that provide a foundational approach to managing cybersecurity risk. However, it builds on these functions by adding more context and detailing practical applications, which allow organizations to better integrate cybersecurity across all business areas.

This version introduces a greater focus on resilience, urging organizations not only to prevent and detect cyber threats but also to build systems that can withstand and recover from attacks. This emphasis on resilience reflects the increasing number and sophistication of cyber threats and acknowledges that no organization is entirely immune from potential breaches.

Read the entire article on the Typing AI Biometrics blog: https://typing.ai/blog/the-nist-cybersecurity-framework-20

Cybersecurity threats changing quickly. More people working remotely. Businesses need digital identity verification solutions more than ever to use cloud services, and making online transactions. These solutions help confirm customer identities and keep sensitive information safe from unauthorized access.

New technologies like artificial intelligence, biometrics, and passwordless authentication are making security stronger. These advancements help businesses deal with ongoing cybersecurity challenges and build trust with their customers.

Importance of User Authentication

Good user authentication methods keep sensitive information safe and stop unauthorized access. It helps prevent identity theft and impersonation by verifying who users are. It ultimately helps in ensuring only the real owner can access their accounts.

Also, many industries have strict rules about data protection and privacy. Using strong authentication methods helps you follow these rules. It can keep you out of legal trouble and help you avoid fines.

Read the entire article on the Is it hacked blog: https://isithacked.com/blog/top-authentication-tre...

OWASP is a non-profit foundation focused on web application security. It offers freely accessible resources like forums, tools, videos, and documentation on their website. Their notable projects include the OWASP Top 10. It highlights web app security concerns. The OWASP API Security Top 10 identifies prevalent API security risks.

An Overview of Top 10 2024 OWASP API Security Risks

1) BOLA

Broken Object Level Authorization represents a critical vulnerability that comes from the failure to validate permissions of a user to execute a specific action on an object. It can potentially result in the unauthorized access, modification, or deletion of data.

According to OWASP this API security threat is widespread and exploitable. It is moderate in its business aspect and can be detected as well.

• It is essential to implement a robust authorization mechanism to mitigate this vulnerability.
• Developers should conduct thorough checks to validate actions of a user on individual records.

They should also perform comprehensive security tests prior to implementing any changes in a production environment. Organizations can significantly reduce the risk of BOLA vulnerabilities and safeguard sensitive data from unauthorized access and manipulation by following to these precautions.

2) Broken Authorization

This API security risk represents a significant security vulnerability that arises when an application's authentication endpoints are unable to identify attackers who are posing as someone else and subsequently grant them partial or complete access to the account.

It is crucial to have visibility and understanding of all potential authentication API endpoints to mitigate this vulnerability.

Read the entire article on the Typing AI Biometrics blog: https://typing.ai/blog/introduction-to-owasp-api-security-top-10-2024

n an era where the internet plays a pivotal role in our daily lives,

ensuring cybersecurity is more critical than ever. As we navigate

through the digital landscape in 2024, the risks and threats continue to

evolve. To safeguard your online presence and protect sensitive

information, here are essential cybersecurity recommendations for

browsing safely on the internet.

1. Keep software and systems updated

One of the fundamental aspects of cybersecurity is regularly updating your software and operating systems. Developers frequently release updates to patch vulnerabilities and enhance security. Ensure that your operating system, antivirus software, browsers, and other applications are up-to-date. Enable automatic updates when possible to stay protected against the latest cyber threats.

2. Use strong and unique passwords

Passwords are the first line of defense against unauthorized access. Create strong, complex passwords for your online accounts, combining uppercase and lowercase letters, numbers, and special characters. Avoid using easily guessable information such as birthdays or names. Additionally, consider using a reputable password manager to generate and store unique passwords for each of your accounts.

3. Enable Two-Factor Authentication (2FA)

Two factor authentication adds an extra layer of security by requiring a second form of verification, typically a code sent to your mobile device. Enable 2FA whenever possible, especially for critical accounts like email, banking, and social media. This additional step makes it significantly more challenging for unauthorized individuals to gain access to your accounts.

Read the entire article on the Protectumus blog: https://protectumus.com/blog/details/cybersecurity...

In the age of rapid technological advancements, deepfake technology has emerged as a double-edged sword. While it presents exciting possibilities for entertainment and creative expression, it also poses a significant threat to individuals and society as a whole. Deepfake fraud is the malicious use of manipulated audio and video content. It has the potential to undermine trust, compromise security, and wreak havoc on unsuspecting victims.

Deepfake fraud attempts have increased by 3000% this year. (Source)

In this comprehensive guide, we will explore deepfake fraud and effective strategies to protect ourselves against this emerging threat.

Read the entire article on the Typing Biometrics blog: https://typing.ai/blog/how-to-protect-against-deepfake-fraud

The digital world has become more interconnected and dynamic than ever. However, the innovations in websites have also led to increased cyber vulnerabilities. About 30,000 sites get hacked daily.

Well, the statistics are quite scary, but you can still protect yourself by considering the right website security practices. This comprehensive guide will certainly help you to learn about the present website security threats state with different ways to protect your site from these security threats.

The current state of security threats for websites today

Here is a quick overview of websites’ security threats state at present:

• Phishing attacks remain one of the most prevalent and effective methods used by cybercriminals. Attackers usually impersonate legitimate identities through emails, SMS, or even social media to trick users into sharing sensitive information, like login credentials or financial data.
• Ransomware attacks have become increasingly common and devastating. Once a website is infected, the attacker encrypts critical files and demands a ransom in exchange for the decryption key.
• Cross-site scripting attacks use vulnerabilities in code of your site. It allows security attackers to inject infected scripts into your web pages that users view. These scripts can steal sensitive information or even hijack user sessions.
• ..

Read the entire article in the Protectumus blog page: https://protectumus.com/blog/details/how-to-protect-your-website-from-security-threats-in-2024

The rapid advancement of artificial intelligence (AI) has revolutionized various industries, but it has also introduced new risks. The fact is truer, particularly in the realm of cybersecurity. Hackers are increasingly leveraging AI to exploit vulnerabilities and launch sophisticated attacks on websites.

In this comprehensive guide, we will explore the potential threats posed by AI hacks and provide you with detailed strategies to protect your website against them.

Learn more about AI hacks.

Here are different types of AI hacks you should know:

Adversarial Attacks

Adversarial attacks involve manipulating AI models by injecting malicious data to deceive algorithms and generate false outcomes. These attacks exploit the vulnerabilities of AI algorithms to trick them into making incorrect decisions. Adversarial attacks can be used to bypass security measures, such as image recognition systems, spam filters, or even voice recognition systems.

AI-Generated Malware

Cybercriminals can develop AI-powered malware that adapts and evolves to avoid detection by traditional security measures. AI-generated malware can learn from its environment, modify its behavior, and even create new attack patterns, making it extremely difficult to detect and mitigate.

Read the entire article on the Protectumus website security blog: https://protectumus.com/blog/details/how-to-protec...