Troubling Cybersecurity Issues In 2025—Trends And Notable Points

By the year 2025, cybersecurity is witnessing a significant surge. Nevertheless, there exist numerous hurdles that demand attention. Despite investments and innovative tools, the system continues to be shaky. Apart from my personal discoveries, a thorough analysis of recent data, tendencies, and solutions have been undertaken. The areas covered include ransomware, DDoS assaults, quantum technology, cybersecurity for health services, artificial intelligence and AI entities, as well as safeguarding space assets. Undoubtedly, there are numerous other subjects that could be incorporated.

AI, Security, and AI Agents

“According to a recent survey by SoSafe, Europe’s largest provider of security awareness and human risk management solution, 87% of security experts have faced AI-induced cyber assaults within the past year.” 87% of firms hit by AI cyber-attacks

“AI agents have become a prominent subject within the AI sector, demonstrating the ability to organize, reason, and accomplish intricate duties such as arranging meetings, procuring groceries, or even managing your system to modify settings on your behalf. Nevertheless, the highly advanced capabilities that render agents as valuable aides could also make them potent weapons for executing cybercrimes. These entities can easily identify vulnerable targets, take over their infrastructures, and seize crucial information from unsuspecting victims.” Cyberattacks by AI agents are coming | MIT Technology Review

While offering advantages like cybersecurity advancements, AI can also present downsides as delineated in the aforementioned articles. Unauthorized individuals can exploit them. Malignant hackers and adversarial states are already adept at recognizing and utilizing loopholes in threat identification models utilizing AI agents.

Nonetheless, AI-driven cybersecurity through agent intervention bears immense potential in identifying, sieving, extinguishing, and countering cyber perils. Agent-driven AI can tackle the foundational issues of threat recognition, response rate, and analyst workloads. With these technologies automating operations while preserving human supervision, security teams can operate more effectively in a hostile digital sphere.

Furthermore, advancements like GenAI and predictive algorithms might enhance the application of predictive models in cybersecurity, yielding superior results and more dependable security insights. The amalgamation of AI agents with GenAI could suggest strategies for risk mitigation and refine cybersecurity proficiency and incident handling for enterprises and institutions.

Ascendancy of AI Agents

“The surge in AI agent popularity during the latter phase of 2024 mirrors the emergence and reshaping of the AI sector in 2022 through systems like ChatGPT and other generative AI technologies. Providers have seemingly shifted from constructing the latest extensive language models (LLMs) and AI chatbots to forming agents and operational models.” 2025 will be the year of AI agents | TechTarget

AI Agents For Positivity- Artificial General Decision Making™ (AGD™)

“Klover AI, a company established in San Francisco in 2023, defines Artificial General Decision Making™ (AGD™) as systems designed to elevate human decision-making aptitudes, ultimately leading to “superhuman productivity and efficiency” for individuals. The primary objective of AGD™, according to the firm, is to empower individuals to such an extent that every person worldwide can attain a state of “superhuman” ability through sophisticated decision-making systems. Dany Kitishian, the originator of Klover AI, characterizes these AI agents as intricate software entities able to perceive their surroundings, make informed decisions, and implement actions to achieve specific goals, thereby substantially boosting communication and user engagements. This vision stems from the concept of augmenting human capabilities rather than supplanting them, aligning with a “people-focused AI approach” that strives to amplify human strengths and furnish individuals with more opportunities through well-informed systems.” Google Gemini Deep Research confirms Klover pioneered and Coined Artificial General Decision Making™ (AGD™) | by Dany Kitishian | kloverai | Mar, 2025 | Medium

CB Reflections: Technological advancements have instigated substantial alterations in business landscapes and societal norms through artificial intelligence. This fresh era might reshape our self-identities via AI and machine learning-guided computing, with Agentic AI serving as a stimulant and guiding force. The convergence of engineering, computational algorithms, and cultures is ushering in a period of swiftly progressing, interconnected contrivances. The evolution of technology will sway societal advancement. Forecasts indicate that scientific and technological progressions will exert a substantial influence on humanity.

Rising Trends in Healthcare Security Breaches

“During the year 2024, there was a significant surge in healthcare data breaches, with 276,775,457 records compromised – marking a 64.1% escalation from the previous year’s statistics and accounting for about 81.38% of the total United States populace. Despite being responsible for managing sensitive patient data, investigations indicate that healthcare establishments are still grappling with the protection of corporate customer data.” Data breaches impact major US hospitals| Cybernews

“Instances of cyberattacks aimed at healthcare bodies are on the rise, and the resulting fiscal and operational implications are exacerbating. According to a recent study conducted by Proofpoint, a staggering 92% of healthcare organizations reported facing a cyberattack in 2024, a rise from 88% in 2023, with the average expense of the most severe breach amounting to $4.7 million.” The Major Healthcare Cybersecurity Challenges in 2025 | HealthTech

CB Insights: It is no surprise that criminal hackers maintain their focus on the healthcare sector. As medical services become increasingly interconnected and reliant on computers and similar devices, the digital infrastructure of health administration, clinics, hospitals, and patients is becoming progressively susceptible.
It is imperative to protect various aspects of the cybersecurity framework within healthcare. These efforts encompass shielding patient confidentiality, fortifying medical tools and apparatus, and securing the information networks of hospitals and medical facilities. Healthcare institutions need to deploy systems for intrusion detection and response, conduct routine security evaluations, and utilize penetration tests to secure sensitive information. Beyond mitigating the impact of bot attacks and incorrect IT setups, these methodologies can help identify potential internal vulnerabilities.

Multifactor authentication and staff training constitute integral aspects of sound cyber wellness practices that hospitals and other healthcare entities should adopt. Furthermore, they should integrate multiple firewalls, layered defenses, and real-time network surveillance systems. Encrypting medical gadgets also diminishes security liabilities. Contingency plans for backups, retrieval, and continuity must be established in healthcare establishments. The repercussions of neglecting a comprehensive approach to holistic cybersecurity are far too substantial to ignore.

The Growing Necessity for Quantum Cybersecurity

“Quantum computing is becoming a tangible reality and will soon possess the capability to solve challenges far beyond the reach of today’s quickest supercomputers. Nevertheless, quantum computers, if misused, will also introduce a heightened level of complexity for cybersecurity professionals.” How quantum cybersecurity changes the way you safeguard data | TechTarget

‘In a remarkable development, researchers have devised a quantum algorithm that enables quantum computers to comprehend and maintain the very phenomenon that underpins their operation – quantum entanglement.” Quantum Computers Just Got Smart Enough to Study Their Own Entanglement

“These systems operate by harnessing the principles of quantum physics – the peculiar, oftentimes counterintuitive principles governing the universe at its most minute scales and lowest temperatures. Present-day quantum machines are rudimentary and prone to errors. However, if more advanced and resilient iterations are developed, they possess the potential to swiftly solve certain issues that current computers would require years to address. This is why governments, corporations, and research institutions worldwide are vigorously pursuing this objective.” Quantum Computing Explained | NIST

CB Insights: There is apprehension that secured data may be compromised using quantum computers in the future. The computing potential of quantum systems poses a threat to cybersecurity by enabling rapid deciphering of intricate problems. This scenario presents an immediate peril to financial frameworks and crucial infrastructure.

The RSA-2048 encryption protocol, which would require a billion years for a traditional computer to crack, could theoretically be decrypted by a quantum machine in under two minutes. Quantum researchers refer to the anticipated day when large-scale quantum computersYou may utilize Shor’s algorithm to dismantle all public key systems grounded on integer factorization as “Q-Day”.

The quantum computing epoch is drawing nearer quicker than foreseen, with artificial intelligence likely to merge with quantum technology. The conjunction of these technologies will carry substantial implications. It is vital to gear up for the affirmative and adverse impacts of quantum technologies due to their disruptive potential.

Also see: https://www.forbes.com/sites/chuckbrooks/2025/02/22/quantum-computing-has-arrived-we-need-to-prepare-for-its-impact/

Cybersecurity for Space Assets

“As the space sphere continues to transform, so do its threat actors. In the metaphorical game of guarding data safe and secure, how does the cybersecurity realm keep pace?

Via Satellite detailed cybersecurity and space pundits to envision what 2025 has in store, encompassing the repercussions of swift advancements in Artificial Intelligence (AI) and quantum technologies.” Game-Changing Predictions for Cybersecurity in 2025 | April/May 2025

“Safeguarding the frontier of space systems is unmistakably a security focal point for governments and industry. Owing to our escalating dependence on space, and notably satellites, for communications, security, intelligence, and commerce, satellite and space cybersecurity is gaining prominence in this modern digital era.” (26) Cybersecurity of Space Systems | LinkedIn

CB Thoughts: Space is increasingly being utilized by nations for data interchange and surveillance, tracking threats and geopolitical evolutions, which are vital for national security. The national security structure acknowledges the mounting danger presented by cyber threats to satellites.

The dependency on space and satellites for communications, security, intelligence, and trade underscores the rising significance of satellite and space security in the digital era. Over recent years, the number of satellite launches has risen, resulting in thousands of satellites in low-Earth orbit that are vulnerabDue to AI-driven phishing schemes in tandem with social manipulation, ransomware attackers lock critical data, making it inaccessible to victims. To restore their systems and information, they request a payment. These assaults create panic and disrupt organizational networks and operations, particularly affecting businesses reliant on seamless supply chain collaboration.

Small enterprises, healthcare institutions, and universities have been identified as the most vulnerable to ransomware cyber assaults due to their limited cybersecurity know-how and inadequate security measures. Despite discouragement, these entities often capitulate to hackers, discreetly paying ransoms in digital currencies to avoid consequences and potential shutdowns.

The Issue with DDoS Attacks

“The prevalence of Distributed Denial of Service (DDoS) attacks has surged since the first six months of the prior year, with DDoS-for-hire services becoming more intricate. Data from Netscout demonstrate nearly nine million DDoS attacks during the latter half of 2024, marking a 12.75% increase from the former half. This rise is attributed to the heightened utilization of DDoS attacks as a primary tactic in cyber conflicts associated with socio-political incidents like elections, civil demonstrations, and policy disagreements.” Surging DDoS attack rates show no sign of slowing down – here’s why | IT Pro

CB Ideas: A Denial-of-Service attack (DDoS) is executed when an opponent deploys multiple devices to inundate a designated system, network, or website with traffic. This tactic obstructs legitimate users’ access by overflowing the target’s computational resources.

Malevolent actors frequently aim at internet-connected network infrastructure during DDoS offensives, exploiting common behaviors of servers and network gear. Consequently, attackers concentrate on peripheral network components (like switches and routers) rather than individual servers. A denial-of-service attack overwhelms the conduits delivering network capacity or the network pipeline.
Incidentally, criminals utilize DDoS-as-a-service platforms to orchestrate campaigns against corporate websites, demanding ransom payments and threatening service degradation if the demanded funds are not remitted.

With the burgeoning capabilities and understanding of cutting-edge technologies such as artificial intelligence and quantum computing, the upcoming year will witness an array of both traditional and emerging cyber threats. Safeguarding data and ensuring business continuity against cyber assaults will prove particularly challenging for all stakeholders in 2025.

About Author

AndyC

Andy Curtis is an award-winning security consultant, researcher and public speaker. He has been working in the computer security industry since the early 1990s, having been employed by state and federal government, leading healthcare and banking providers across three continents. He has given talks about computer security for some of the world’s largest companies, worked with law enforcement agencies on investigations into hacking groups, and is a regular voice on TV and radio explaining IT security threats.

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