When the attacker inevitably begins

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As soon as the "offensive" AI makes some noise, the "defensive" AI will make intelligent micro-decisions to block its activity. The "offensive" AI can be used for its speed, but the "defensive" AI can compete with it.
To innovate ahead of the defender, the speed and intuition of a machine brain must be used to investigate, respond, and recover. Traditional defenses already struggle to detect never-before-seen attacks, whether they are malware with no known signature, new command and control centers, or customized spear-phishing emails. Traditional tools cannot be relied upon to cope with future attacks when they become the norm and easier to launch than ever before. Only AI can fight AI.

This is yet another new battleground in the ongoing war for control of digital infrastructure. Fortunately, “defensive” AI has long been preparing for it.
Human biohacking - an exciting prospect?
Sergey Stelmakh | 01.10.2020
Biohacking is essentially hacking your body to improve cayman islands whatsapp data health, extend your life, and gain new abilities using modern biotechnology. ZDNet presents expert opinions on the pitfalls that could hinder the development of this technology.

As Kaspersky Lab’s July survey “The Future of Human Augmentation 2020: Opportunity or Dangerous Dream?” shows , many people view biohacking as a revolutionary technology, but also express concerns about its potential for hacking and privacy risks. The survey involved nearly 15,000 adults from 16 countries: Austria, Belgium, the Czech Republic, Denmark, France, Germany, Greece, Hungary, Italy, Morocco, the Netherlands, Portugal, Romania, Spain, Switzerland, and the United Kingdom. The study aimed to clarify the views of citizens in many countries on the prospects for biohacking.

Human augmentation can take many forms. Hearing aids, pacemakers, and prosthetics are already expanding the boundaries of human physical capabilities, but in the future, the term could be applied to implants that enhance cognitive abilities; chips that connect us to smart devices; bionic eyes that can restore lost vision; and many other devices. Today, researchers from many countries are moving forward with new technologies that will help make the human body more perfect. For example, Japan recently allocated $1 billion to scientists for research into human augmentation and longevity, as part of its desire to combat an aging workforce and a shrinking population.