In the battle realm of cybersecurity, where threats and protection compete in a non-ending rally - anticipating future trends is crucial for staying ahead, it's a matter of business survival. By the year of 2k25, the ASCII landscape of cybersecurity will be shaped by augmented intelligence, artificial intelligence and new architectural security models. If you understand your potential threats, it's a good start to preparing effective defense tactics and long-term c-sec doctrine.
The more IoT devices, apps, integrated networks, cloud databases your company uses, the more humungous your field where data crops needs protection. A simple antivir scarecrow is no more an option, until your intention is to replace crops with scarecrows.
At certain point, no single human can monitor all the threats - you need a c-sec AI, an augmented type of one.
Augmentations AI never asked for
Augmented intelligence (AAI) is a subset of artificial intelligence (AI) that focuses on enhancing human capabilities rather than replacing them. Unlike nowadays common weak (aka narrow) AI, which aims to replicate human intelligence, augmented intelligence is designed to collaborate with humans to augment their decision-making processes.
Its practical applications have already begun to surface in healthcare, retail, and finance, where it aids professionals in interpreting complex data sets and predicting outcomes. For example, augmented intelligence tools can analyze patient data in healthcare to recommend personalized treatment plans or assist financial analysts in making data-driven investment decisions.
In a c-sec it's an heuristic algorithm, a learner, an analyst, which only takes actions if you approve them. Like a kill/block/delete/pause/forbid/allow dashboard, simple on the UI endside, but complicated self-improving neural network under the hood.
AI, on the other hand, is paving the way for autonomous solutions such as self-driving cars. It focuses on replicating the cognitive functions related to problem-solving and learning. While AI contributes to cybersecurity by automating threat detection processes, there is a looming concern that cybercriminals could leverage AI to create sophisticated malware. This dual nature of AI exemplifies both its potential and its risks.
Enhancing Cybersecurity with Augmented Intelligence
The mechanisms behind augmented intelligence involve intricate data interpretation and predictive analytics, creating a symbiotic relationship between machines and humans. By aiding cybersecurity professionals (or not-so-much) identifying unusual patterns or anomalies of app behavior, datastream fluctuations, or god-machine unhealthy convulsiona - augmented intelligence can help prevent attacks before they occur. Moreover, it can adapt to newly emerging threats quicker than purely manual efforts, proving to be a vital asset in the cybersecurity arsenal of the future.
Zero Trust Architecture. Pretty self explanatory
One of the most drastic cybersecurity trends for 2025 is the adoption of the Zero Trust Architecture. This model, which assumes no implicit trust within internal or external networks, will become standard practice to secure sensitive data and systems. By continuously verifying all access points, Zero Trust minimizes the risk of unauthorized access and lateral movement within a network. Its widespread implementation will fundamentally redefine network security policies, it watches everyone with eyelids half-closed.
Data supply chains overwatchin'
As supply chains become increasingly complex and interconnected, ensuring the security of third-party vendors will become a priority. Stricter monitoring and evaluation of these external partners will be essential to prevent breaches that can ripple through supply chains.
Companies must establish stronger criteria for vetting vendors and incorporate security assessments into their operational processes. Not only you need to be cautious of potential interventions to your video-meetings, but a simple friendly contragent document e-mailed via a corrupt router can lead to a big crash.
CSCS cloud software cyber security
With the rapid adoption of cloud technologies, cloud security will take center stage. Cloud-native defenses will need to evolve to address unique challenges associated with cloud environments, such as data breaches and misconfigurations. Organizations will prioritize securing virtual environments with advanced threat detection and response systems to safeguard their digital assets.
Human cyber hygiene
Despite calculating machines technological advancements, human error continues to be a most significant risk in cybersecurity. Flesh is weak. Improving cyber hygiene by consistently training employees on security best practices will remain crucial. Ensuring that every team member understands emerging threats and their role in preventing breaches is key to minimizing vulnerabilities. Gamification of cyber hygiene can be a solution for bored human beings in your office.
Today we understand a lot
By focusing on these emerging trends, organizations can proactively fortify their defenses against modern cyber threats. As we look towards 2025, the integration of augmented and artificial intelligence, along with robust architectural models like Zero Trust, will redefine cybersecurity paradigms. Organizations, such as Brook Technology and our clients, which master and utilize advanced AI and augmented intelligence, will be at the forefront of securing future digital landscapes, ensuring that while technology evolves, so does our capability to protect our data.
The more IoT devices, apps, integrated networks, cloud databases your company uses, the more humungous your field where data crops needs protection. A simple antivir scarecrow is no more an option, until your intention is to replace crops with scarecrows.
At certain point, no single human can monitor all the threats - you need a c-sec AI, an augmented type of one.
Augmentations AI never asked for
Augmented intelligence (AAI) is a subset of artificial intelligence (AI) that focuses on enhancing human capabilities rather than replacing them. Unlike nowadays common weak (aka narrow) AI, which aims to replicate human intelligence, augmented intelligence is designed to collaborate with humans to augment their decision-making processes.
Its practical applications have already begun to surface in healthcare, retail, and finance, where it aids professionals in interpreting complex data sets and predicting outcomes. For example, augmented intelligence tools can analyze patient data in healthcare to recommend personalized treatment plans or assist financial analysts in making data-driven investment decisions.
In a c-sec it's an heuristic algorithm, a learner, an analyst, which only takes actions if you approve them. Like a kill/block/delete/pause/forbid/allow dashboard, simple on the UI endside, but complicated self-improving neural network under the hood.
AI, on the other hand, is paving the way for autonomous solutions such as self-driving cars. It focuses on replicating the cognitive functions related to problem-solving and learning. While AI contributes to cybersecurity by automating threat detection processes, there is a looming concern that cybercriminals could leverage AI to create sophisticated malware. This dual nature of AI exemplifies both its potential and its risks.
Enhancing Cybersecurity with Augmented Intelligence
The mechanisms behind augmented intelligence involve intricate data interpretation and predictive analytics, creating a symbiotic relationship between machines and humans. By aiding cybersecurity professionals (or not-so-much) identifying unusual patterns or anomalies of app behavior, datastream fluctuations, or god-machine unhealthy convulsiona - augmented intelligence can help prevent attacks before they occur. Moreover, it can adapt to newly emerging threats quicker than purely manual efforts, proving to be a vital asset in the cybersecurity arsenal of the future.
Zero Trust Architecture. Pretty self explanatory
One of the most drastic cybersecurity trends for 2025 is the adoption of the Zero Trust Architecture. This model, which assumes no implicit trust within internal or external networks, will become standard practice to secure sensitive data and systems. By continuously verifying all access points, Zero Trust minimizes the risk of unauthorized access and lateral movement within a network. Its widespread implementation will fundamentally redefine network security policies, it watches everyone with eyelids half-closed.
Data supply chains overwatchin'
As supply chains become increasingly complex and interconnected, ensuring the security of third-party vendors will become a priority. Stricter monitoring and evaluation of these external partners will be essential to prevent breaches that can ripple through supply chains.
Companies must establish stronger criteria for vetting vendors and incorporate security assessments into their operational processes. Not only you need to be cautious of potential interventions to your video-meetings, but a simple friendly contragent document e-mailed via a corrupt router can lead to a big crash.
CSCS cloud software cyber security
With the rapid adoption of cloud technologies, cloud security will take center stage. Cloud-native defenses will need to evolve to address unique challenges associated with cloud environments, such as data breaches and misconfigurations. Organizations will prioritize securing virtual environments with advanced threat detection and response systems to safeguard their digital assets.
Human cyber hygiene
Despite calculating machines technological advancements, human error continues to be a most significant risk in cybersecurity. Flesh is weak. Improving cyber hygiene by consistently training employees on security best practices will remain crucial. Ensuring that every team member understands emerging threats and their role in preventing breaches is key to minimizing vulnerabilities. Gamification of cyber hygiene can be a solution for bored human beings in your office.
Today we understand a lot
By focusing on these emerging trends, organizations can proactively fortify their defenses against modern cyber threats. As we look towards 2025, the integration of augmented and artificial intelligence, along with robust architectural models like Zero Trust, will redefine cybersecurity paradigms. Organizations, such as Brook Technology and our clients, which master and utilize advanced AI and augmented intelligence, will be at the forefront of securing future digital landscapes, ensuring that while technology evolves, so does our capability to protect our data.