In 2025, retail no longer competes only on price or product, but on something far more fundamental: always being available. During campaigns like Black Friday or seasonal sales, a system outage can easily mean losses of $5,000 per minute. And in an environment where all sales channels are connected, the impact goes beyond the online store: it can block inventory, shut down in-store POS systems, and disrupt the entire operation in real time.

In 2024, cyberattacks on the agri-food sector increased by 35%, affecting cooperatives, processing companies, and distributors. This means that a growing portion of the sector’s operations now takes place in digital environments exposed to threats that can compromise data, processes, and business continuity.

In an agricultural cooperative, a cyberattack does not only result in data loss. It can disrupt campaigns, block distribution, or interrupt systems, bringing business operations to a halt. To prevent these situations, cybersecurity policies become essential to ensure business continuity.

More than 80% of social engineering campaigns now incorporate AI, making malware harder to detect. Artificial intelligence is radically transforming these attacks: combined with large volumes of information, it automates execution, optimizes distribution, and personalizes campaigns, increasing their speed, scale, and sophistication.

In 2024, the financial sector once again accounted for nearly a quarter of all security breaches recorded globally, consolidating its position as one of the main targets of cybercrime.

In 2025, the financial sector in Spain accounted for nearly 34% of malware cyberattacks, putting critical data and operations at risk and potentially causing millions in losses. This is just one of many affected sectors—from transportation to healthcare—all exposed to disruptions, data theft, and regulatory consequences.

Companies take 25% longer than expected to recover from cybersecurity incidents, and almost always it’s because they react too late. Every hour without action increases legal, reputational, and financial risk. Knowing what to do from the very first moment can be the difference between a controlled incident and a disaster.

MOVES III PROGRAM, within the framework of the Recovery, Transformation and Resilience Plan, funded by the European Union – NextGenerationEU
#RecoveryPlan

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.

Malware has become one of the most critical attack vectors for businesses, with an average cost per data breach of $4.88 million in 2024. These attacks can disrupt operations, exfiltrate sensitive information, and trigger regulatory penalties, directly impacting the continuity and security of any organization.

Digitalization has profoundly transformed how law firms and legal practices operate. The adoption of document management tools, intensive use of email, cloud storage, and remote work have all improved efficiency and responsiveness to increasingly demanding clients. However, this evolution has also exposed the sector to risks that were virtually non-existent just a decade ago.

Artificial intelligence is profoundly transforming how ransomware attacks are executed. What previously required manual planning and human decision-making can now be automated, allowing attacks to assess systems, permissions, and critical data before acting and optimize their economic and operational impact.

Currently, a security breach in the biotech sector can have an average impact of $4.82 million. But it’s not just about the financial loss: these breaches can also compromise data integrity, disrupt organizational operations, halt clinical trials, or create regulatory and compliance risks that directly affect the viability of your biotech company.