The cosmetics manufacturing industry relies on connected systems that can be affected by a cyberattack, putting production, product formulas, and commercial data at risk.

A cyberattack can disrupt essential business operations within minutes. Billing, shipping, customer service, and access to information can all be affected if systems become unavailable.

Beauty quizzes related to skin type have become a common tool for personalizing product recommendations in the cosmetics industry. In addition to being a useful tool for consumers before purchasing a product, companies use these quizzes to collect information about habits, skin characteristics, preferences, and even health-related data.

A cyberattack can go from being a technical problem to a business disruption in a matter of minutes. A systems outage can affect billing, production, logistics, customer service, and access to information, while the company continues to incur its usual operating costs.

A catchy headline, an apparently urgent news story, or a link promising exclusive information may seem harmless. However, in a corporate environment, they can also be used as an entry point for social engineering attacks.

Phishing and other social engineering techniques play a role in a significant number of corporate security breaches. The goal is not always to directly trick users into giving away their credentials. In many cases, it is enough to get them to click a link that takes them to a malicious page, download a file, or interact with content designed to compromise their device.

A corporate website is much more than a digital storefront. For many organizations, it serves as the gateway to customers, internal applications, cloud platforms, and even databases containing sensitive information.

AI-powered phishing has transformed fraudulent emails into messages that are virtually indistinguishable from legitimate ones. In just two years, this type of attack has increased by 466% in Spain and has become one of the biggest cybersecurity threats facing businesses.

Every CEO who has reviewed their company's cybersecurity budget has, at some point, come across the same three acronyms: MDR, SOC, and—although it has been around much longer and is still included in many contracts—traditional antivirus. Cybersecurity vendors often talk about "comprehensive protection" and "advanced threat detection" almost interchangeably, turning a decision with very real financial and legal implications into an act of faith in whichever salesperson happens to be making the pitch. The reality is that these three approaches are not interchangeable, nor do they solve the same problems. They address different security needs, involve dramatically different cost structures, and, above all, provide very different levels of protection.

More and more companies are investing in cybersecurity, yet many still do so only after experiencing a security incident. However, cyberattacks do more than cause financial losses—they can disrupt business operations, damage a company's reputation, and compromise critical information.

A cybersecurity incident in the beauty sector means a direct disruption to revenue, reputation, and business continuity.

In Spain, the average cost of a data breach reaches $3.9 million, while operational downtime can generate losses ranging from €4,000 to €7,500 per minute. Human error is involved in 75% of incidents, increasing the risk of cyberattacks.

The industry faces a constant threat: a cyberattack can halt production and generate losses of between €4,000 and €7,500 per minute. Beyond the financial impact, an incident can also affect operational continuity, reputation, and business stability.

In this context, the growing connection between corporate systems and production environments requires specific protection measures. Understanding the differences between IT and OT security is essential to reduce risks and protect industrial operations.

The use of Artificial Intelligence in business environments is growing at a very high speed: 92% of financial institutions already use it in critical operations, and more than 87% of organizations suffer AI-powered cyberattacks.