It is estimated that over 60% of financial companies already use chatbots, and adoption in digital fintech platforms exceeds 70%. This means that a large part of customer interactions already goes through automated systems that handle sensitive data in real time.

Cyberattacks on law firms increased by 57% in 2025, with professional services (mainly legal firms) accounting for 22% of ransomware attacks. These figures demonstrate that protecting information and ensuring business continuity must be a priority to maintain firm operations and prevent data breaches.

Cybersecurity has evolved and can no longer rely on reacting only when a problem becomes visible. Threats change daily, and when an attack is detected, the impact has often already occurred and the business has already been affected. For this reason, more and more companies are adopting continuous monitoring and proactive maintenance to detect risks early and protect their systems before an incident occurs.

In the logistics sector, product tampering no longer occurs only in warehouses or physical routes. Today, much of the risk originates from IT systems: a compromised IoT sensor, a manipulated TMS, a digitally counterfeited label, or a route deviation caused by a cyberattack can compromise goods without anyone noticing.

Proactive cybersecurity is becoming an essential security measure with the current increase and growing sophistication of cyberattacks. It consists of various actions and security measures that help companies protect themselves. One of these measures is penetration testing, also known as pentesting.

When we talk about point-of-sale (POS) systems, we’re referring to the hardware and software that allow card payments to be processed in shops, stores, restaurants, and similar businesses. These systems handle highly sensitive information, such as card data (magnetic stripe or chip), the cardholder’s details, and transaction information. This makes POS systems a very attractive target for cybercriminals.

Digital transformation in laboratories has brought with it a growing dependence on computerized control systems, analytical software, LIMS platforms, scientific IoT infrastructure, and next-generation connected instruments. However, despite this progress, it is still common to find critical equipment operating with obsolete operating systems, outdated firmware, or applications that stopped receiving manufacturer support years ago.

Companies in the transportation and logistics sector (including fleet operators, warehousing, distribution, cargo valuation, route management, and more) are increasingly exposed to threats and cyberattacks that can paralyze operations, cause substantial financial losses, and damage corporate reputation.

Digitalization has transformed logistics into a system of constant interdependence, where operational efficiency is intrinsically linked to data security. With the increasing risks of disruption from threats such as ransomware and supply chain manipulation, cybersecurity can no longer be just an add-on, it must be a strategic pillar.

In the biotechnology industry, protecting critical scientific data and information is essential not only to safeguard intellectual property, but also to preserve the integrity of research with high strategic value. Laboratories, biotech startups, and large corporations are continuously exposed to espionage attempts, often originating from state actors or groups specialized in industrial cybercrime. In this context, scientific honeypots have become a key tool for early threat detection.

Logistics no longer moves only through roads, ports, or warehouses — it also flows through networks, systems, and data.