Cybersecurity and the evolution of cyberattacks

The war no longer needs an announcement, and if you've gotten this far, you probably already understand that . The point now is no longer to discuss whether it exists, but how it actually happens inside companies and why it's still so misunderstood .

The most common mistake lies in how we perceive the attack . There's still an implicit expectation of an "event": something that begins, generates impact, and ends . But this logic no longer describes reality .

The evolution of threats: from experiments to state strategy

Today, attacks are continuous processes . They evolve within the environment, learn from it, and often remain invisible while extracting value . This change has followed a clear progression:

1. 80s and 90s (Experimental): invasions motivated by curiosity and technical challenge, with an almost accidental impact on the business.
2. Systematic Cybercrime: organized groups with defined processes and a total focus on financial gain.
3. Hacktivism: adding a layer of influence, where attacks carry ideological messages and intentions.
4. Entry of States: the most relevant disruption. Governments operate without resource limitations, seeking strategic advantage, espionage, and sabotage.

The danger of invisible persistence

Unlike a lone hacker, an attacker with a state or structured group profile doesn't need to act quickly . They can spend months mapping relationships and understanding critical flows . When something happens, it's rarely the beginning; it's merely the visible moment in a long process .

The average time for identifying and detecting a cyberattack is 277 days.

During this nine-month period, decisions can be influenced without your knowledge, intellectual property can be accessed silently, and your company can be used as a "bridge" to attack partners.

Read also: Learn the best secure development practices for your company.

Your company as a connecting link

One of the most overlooked points is that the value of your company is not necessarily in what you are, but in what you connect with . You may not be the ultimate target, but you can be the link that makes the attack viable by being a supplier with privileged access or an environment with low visibility.

The shift in logic: from "preventing" to "reacting"

Insisting on a purely tool-based approach is insufficient . Mature companies stop asking only "how to prevent it" and start focusing on three fundamental questions :

• What really needs to be protected? (Focus on critical assets).
• How would abnormal behavior be perceived? (Pattern monitoring).
• How long would it take us to react accurately? (Built-in capability).

It's not about avoiding all attacks; that's not realistic. The goal is to drastically reduce the time between the attack and the response . It's in that interval that the damage expands and the risk becomes uncontrollable.

Conclusion: Cybersecurity as operational continuity

If there is a tipping point, it lies in how the problem is handled within the business . As long as it is viewed as a technical cost, the response will come too late . When treated as part of business continuity , the attitude and level of exposure change .

The next step is straightforward: understand where your real vulnerabilities lie, where visibility is low, and where time is working against you . It is this clarity that separates companies that merely react from those that operate with control, even under attack .

Written by Carlos Alcoba