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

The convergence of advanced artificial intelligence and biomedical data has opened up a wide range of revolutionary possibilities in medicine and research. However, it has also introduced emerging risks that demand immediate attention from a cybersecurity perspective. Among these risks, the use of Deepfake technologies and the manipulation of biomedical data represent a growing threat, with critical implications for information integrity, trust in healthcare systems, and patient safety.

Cyber threats in the agri-food and retail sectors are no longer limited to complex technical attacks; they have also become increasingly sophisticated in the realm of social engineering. Targeted phishing at operators has emerged as one of the most effective tactics for compromising factory security.

Logistics is the engine that keeps the global economy running.

The food industry continues to accelerate its digital transformation. Production plants, traceability systems, logistics, warehouses, cold chains, and other operations increasingly depend on connected systems to maintain efficiency and ensure supply.

In 2027, biotechnology will continue moving toward an increasingly digital, connected, and data-dependent model. Research results, clinical data, genetic information, intellectual property, and production processes are all part of the same technology ecosystem that needs to remain protected.

The adoption of artificial intelligence, collaboration between research centers and companies, cloud services, and digital supply chains are accelerating this transformation. For biotech companies, cybersecurity is no longer only about preventing information theft. It also means ensuring data integrity, research continuity, and the trust of partners, investors, and patients.

Food traceability has become one of the most important pillars for ensuring food safety, regulatory compliance, and consumer trust. However, with the digitization of the supply chain and the adoption of technologies such as blockchain, IoT, and ERP systems, new vulnerabilities also emerge that can be exploited by cybercriminals.

In 2026, the logistics sector will continue to undergo an unprecedented transformation. The digitalization of warehouses, fleets, and traceability processes is making supply chains more efficient and connected, but also more vulnerable to cyberattacks.

Logistics operators manage critical information such as transportation routes, customer and supplier data, customs systems, and even information on sensitive cargo. This reliance on digital platforms, combined with the pressure to meet delivery deadlines and regulatory requirements, makes the sector a prime target for cybercriminals.

In the retail sector, digital security has become a critical element in ensuring customer trust and operational continuity. Physical stores and e-commerce platforms constantly face the risk of cyberattacks that can compromise sensitive information, disrupt operations, and damage brand reputation. In this context,Threat Hunting in retail emerges as an essential strategy to detect and anticipate attacks before they cause harm.

At ESED, every year we like to review the cybersecurity trends that will shape the coming year. Our goal is to always stay up to date with solutions and offer our clients the best protection against an increasingly complex digital environment.

To identify these trends, we first analyze the market and the real demands in terms of IT security, which continue to grow year after year thanks to companies’ constant commitment to implementing digital solutions.

According to IDC, by 2026 global investment in cybersecurity will exceed 200 billion dollars. In Spain, companies are allocating more and more resources to protecting their IT infrastructure, aware that a cyberattack can jeopardize not only information but also business continuity.

Today, cybersecurity has become a strategic and legal requirement for any organization. Failure to comply with the NIS2 Directive or other regulations can result in significant penalties and even liabilities for management.

Poorly protected networks, outdated systems, bad practices or lack of cybersecurity training among employees are still one of the main entry points for malware into many companies’ infrastructures. That is why having a solid cybersecurity strategy, training teams and investing in cutting-edge solutions are the keys to reducing the likelihood of suffering a cyberattack in 2026.

Cybersecurity in the retail sector is facing increasingly complex challenges. Physical stores, although traditional in their operations, now rely on digital systems for inventory management, electronic payments, security cameras, and point-of-sale terminals connected to the corporate network. This rise in connectivity significantly expands the attack surface, turning any vulnerability into a potential risk for business continuity and the protection of customer data. One of the most effective strategies to mitigate these risks is network microsegmentation.

The digitalization of clinical trials has transformed biomedical research, facilitating data collection and analysis as well as collaboration among multiple stakeholders. However, this interconnection has increased exposure to cyberattacks, particularly those targeting the digital supply chain. These attacks not only compromise data integrity but also put patient safety and the reputation of the institutions involved at risk.