Cyber Security Trends 2022: A CISO's Retrospective
Keeping up with cybersecurity threats can feel like a full-time job on top of your actual full-time job. The core challenges that dominated discussions around the cyber security trends 2022, like sophisticated ransomware and supply chain vulnerabilities, haven't disappeared. Instead, they've evolved, supercharged by AI and automated tools that make attacks faster and harder to detect. For technical leaders, the pressure is immense. Your team is already managing complex infrastructure, and now they face an adversary that operates at machine speed. This article cuts through the noise, providing a clear-eyed look at the current threat landscape and offering practical, architectural strategies to harden your defenses and augment your team’s capabilities.
The advances in technologies, the adoption of remote and hybrid work models, increased shifts to cloud networks, and accelerated digitization has changed the threat landscape and network security infrastructure dramatically.
The following are the top cybersecurity trends for 2022 and how to mitigate them:
Why Your Attack Surface Keeps Expanding
As more companies move to the cloud and adopt new technologies such as the Internet of Things (IoT), their attack surface will expand dramatically, with more access points for malicious actors to exploit and gain access to networks and systems.
To address this challenge and secure their networks and systems, enterprises will need to expand their investment in data security and data protection solutions. Data security best practices such as encrypting data and enforcing data access control will be critical in ensuring that enterprises are not putting their businesses and reputations at risk due to data security breaches.
The Staggering Cost of Cybercrime
The financial fallout from a cyber incident is more than just a line item; it's a significant threat to your bottom line. The average cost of a data breach has climbed to $4.88 million, a figure that can be crippling for any organization. Looking ahead, the projections are even more alarming, with global cybercrime costs expected to reach $10.5 trillion annually by 2025. Beyond the direct financial hit, there's the lasting damage to your reputation. When nearly half of all businesses (43%) report losing customers after an attack, it's clear that trust is a major casualty. Protecting your assets requires a proactive and robust cybersecurity strategy that goes beyond basic defenses and addresses the real-world financial risks your organization faces.
The Frequency and Speed of Attacks
It’s not just the cost of attacks that’s concerning—it’s their relentless pace. Cyberattacks are happening constantly, with some estimates showing a new attack occurs every few seconds. This high frequency is driven by automated tools and sophisticated threat actors. Phishing scams, for example, are the starting point for the vast majority of human-related data breaches, and ransomware is projected to target a business or consumer every two seconds by 2031. This constant barrage of threats can easily overwhelm even the most dedicated internal IT teams, making it difficult to focus on strategic initiatives. A strong defense requires the kind of continuous monitoring and rapid response that managed services can provide, augmenting your team's capabilities.
The Hidden Security Risks of IoT Devices
The Internet of Things (IoT) is a network of devices that collect and exchange data with one another. It is estimated that by 2020, there will be more than 20 billion connected devices worldwide. However, the widespread adoption of IoT technologies also raises significant concerns about the data security, privacy, and reliability of these devices.
As IoT devices become more common in the workplace, they will increase the volume of network traffic and connectivity, which in turn will make it easier for cybercriminals to exploit vulnerabilities and launch large-scale attacks on businesses, resulting in data breaches. To mitigate this risk, companies should ensure their IoT devices are secure by investing in security measures such as encryption technology and threat detection to prevent unauthorized access to IoT devices.
AI as a Double-Edged Sword
Artificial intelligence is no longer a futuristic concept; it’s a present-day reality in cybersecurity. The challenge is that AI is a double-edged sword. While your security teams might use it to analyze threats and automate defenses, attackers are using it to make their methods more powerful and harder to detect. AI can generate incredibly convincing phishing emails at scale, discover vulnerabilities in code faster than humanly possible, and adapt its attack patterns in real-time to evade detection. This creates an arms race where the side with the more sophisticated AI often has the upper hand. To stay ahead, you need a defensive strategy that not only uses AI but is also prepared to counter AI-driven attacks with equally advanced cybersecurity measures.
Deepfakes and Synthetic Identity Fraud
The threat of deepfakes has moved from Hollywood to the boardroom. Using AI, attackers can create realistic but entirely fake audio or video of executives to authorize fraudulent wire transfers or manipulate employees. In fact, nearly half of all organizations have already faced deepfake attacks. This isn't just about video; it extends to synthetic identity fraud, where criminals combine real and fabricated information to create new identities that can bypass traditional security checks. This makes it critical to move beyond simple authentication. Your defense strategy must include robust employee training to spot social engineering attempts and multi-layered identity verification protocols that don't rely on a single factor like a voice or video call.
The Emergence of Agentic AI
Get ready for a new class of threat: agentic AI. These are autonomous AI programs designed to attack or defend systems entirely on their own, without direct human control. An offensive AI agent could be unleashed on a network to independently find vulnerabilities, escalate privileges, and exfiltrate data at machine speed. A human-led security team simply cannot react quickly enough to stop an attack that operates in milliseconds. The only effective countermeasure is an equally fast, automated defense. This is where services like Managed Detection and Response (MDR) become essential, providing the 24/7 automated monitoring and response capabilities needed to fight fire with fire.
The Hidden Dangers of Shadow AI
Just as "Shadow IT" created security gaps when employees used unapproved apps, "Shadow AI" is creating new data risks. Well-meaning employees are turning to public AI tools like large language models (LLMs) to help with their work, but in the process, they may be feeding them sensitive company data, proprietary code, or customer information. This creates significant governance gaps and can lead to unintentional data leaks and compliance violations. To manage this, you need to establish clear AI usage policies and implement technical controls. A strong cloud and data governance framework can help you control what data leaves your environment, ensuring your team can innovate safely without putting the organization at risk.
Is Your Digital Transformation Creating Vulnerabilities?
As businesses continue to embrace digital technologies such as cloud computing and big data analytics, they are also becoming more vulnerable to cyber-attacks due to the increased complexity of security systems in place. In addition, since these technologies can be easily accessed over the Internet from anywhere in the world, they make it easier for cybercriminals to steal data from companies. Therefore, businesses need to deploy technology and implement strict security policies to protect their data. Data security can be achieved by implementing data encryption, a highly-effective way to protect sensitive data against cyberattacks. Managed security service providers who specialize in implementing advanced data encryption technologies can ensure your organization is protected from cyberthreats and meets compliance requirements
Software Supply Chain Attacks
It’s no longer enough to just secure your own code; you have to worry about the security of every software vendor and open-source library you use. A software supply chain attack is when a threat actor infiltrates a trusted third-party provider to compromise their customers—meaning you. According to Fortinet, this threat is growing fast, with projections showing that by 2025, 45% of organizations worldwide will have been impacted by an attack on their software supply chains. These attacks are effective because they exploit trust, turning a legitimate software update or tool into a delivery mechanism for malware. A strong defense requires a comprehensive cybersecurity strategy that includes rigorous vendor vetting, code scanning, and continuous monitoring to spot anomalies before they turn into a breach.
API Vulnerabilities
APIs, or Application Programming Interfaces, are the glue that holds modern digital services together. They allow different software systems to communicate, but they also create new pathways for attackers. As SentinelOne notes, attackers are now using AI to automatically probe for weaknesses in APIs, making them a top vector for data breaches. Because APIs often provide direct access to sensitive data and core application functions, a single vulnerability can be catastrophic. Securing them goes beyond traditional firewalls. It requires a dedicated approach that includes robust authentication, strict access controls, and continuous monitoring to detect and block suspicious API traffic. Integrating security directly into your development process is key to building resilient applications from the ground up.
The Persistent Threat of Zero-Day Exploits
A zero-day exploit targets a software vulnerability that the developer doesn't even know exists yet. Since there’s no patch available, it’s one of the most dangerous types of threats. And these aren't just theoretical; Fortinet reported that attackers used 97 different zero-day vulnerabilities in 2023 alone. You can’t patch a vulnerability that isn’t public, so how do you defend against the unknown? This is where proactive threat hunting and behavioral analysis become essential. Instead of just looking for known threats, a strong defense focuses on spotting unusual activity. Solutions like Managed Detection and Response (MDR) are designed for this, providing 24/7 monitoring to identify and contain suspicious behavior before it can cause significant damage.
Automotive Hacking: A New Frontier
When you think of cybersecurity threats, you probably don't think about your car. But as vehicles become more connected with WiFi, Bluetooth, and complex software, they are turning into attractive targets for hackers. This trend isn't just about cars; it's a powerful example of the risks associated with the broader Internet of Things (IoT). The same vulnerabilities found in a connected vehicle could exist in the smart sensors on your manufacturing floor, the HVAC systems in your building, or even your office's security cameras. This convergence of digital and physical worlds means your security strategy must evolve to protect every connected device, no matter how small. A holistic approach to physical security now has to include cybersecurity for all your connected systems.
Ransomware: A Top Cybersecurity Threat in 2022
Ransomware cyber-attacks have grown significantly in the past few years, particularly with the rise of collaborative and remote work environments as a result of the Covid-19 pandemic, creating potential vulnerabilities. While remote and hybrid work is beneficial in terms of employee flexibility and work-life balance, it also increases the risk of cybersecurity threats, such as ransomware attacks.
Businesses need to develop a comprehensive plan for responding to these attacks by deploying security solutions such as backup recovery tools and data loss prevention (DLP) solutions that can prevent data leaks or other types of damage caused by ransomware attacks. In addition, employee cyber awareness training and mobile device management can ensure security is not compromised when employees are working outside the traditional corporate office setting.
How Human Error Opens the Door for Attackers
Even with the most advanced security stack, your biggest vulnerability often comes down to human nature. A significant portion of successful cyberattacks involve human error, from an employee clicking a malicious link to a misconfigured cloud server. When you consider that a staggering 97% of people can't reliably identify a phishing email, the scale of the problem becomes clear. This isn't about blaming individuals; it's about recognizing a systemic risk that attackers are all too eager to exploit. Building a resilient security posture means addressing this head-on with continuous employee training and awareness programs. A robust cybersecurity strategy must account for the human element, turning your team from a potential liability into your first line of defense.
Understanding and Mitigating Insider Threats
While we often focus on external attackers, threats originating from within an organization—whether accidental or malicious—remain a serious concern. Insider threats can be incredibly damaging, as insiders often have legitimate access to sensitive systems and data, making detection difficult. An accidental threat might be an employee who mishandles data, while a malicious one could be a disgruntled worker intentionally causing harm. Mitigating this risk requires a two-pronged approach. First, comprehensive and ongoing employee training is essential to reduce accidental breaches. Second, you need strong technical controls, including principle of least privilege access, activity monitoring, and behavioral analytics. Partnering with a managed IT services provider can help implement and oversee these complex systems, ensuring you have the visibility to spot and stop insider threats before they cause significant damage.
Rethinking Your Approach to Cloud Security
Cloud computing, which has played a significant role in the world’s economy, global supply chains and remote workforces during the global pandemic, will continue to be an essential investment for organizations looking for increased scalability, business continuity and cost efficiency in 2022. However, this increased reliance on the cloud comes at a cost, as security experts predict cloud infrastructure attacks will also increase.
A company should ensure its cloud services are properly secured and protected against cyber-attacks. Consolidated security platforms will be important, taking a multi-layered approach to protect all attack surfaces such as networks, cloud and endpoints, while managing network policy, identity and access permissions, and gaining comprehensive visibility across all areas. Artificial intelligence (AI) and machine learning can play an important role in the protection process when it comes to the automation of cybersecurity and real-time data analysis with threat detection.
Adopting a Zero Trust Security Model
The old "castle-and-moat" approach to security, where everything inside the network was trusted, is officially obsolete. With cloud adoption and remote work, the network perimeter has dissolved. A Zero Trust security model operates on a simple but powerful principle: never trust, always verify. As SentinelOne notes, the new standard dictates that "every person and device trying to access something must be checked and verified, even if they are already inside the network." This means moving away from location-based trust and focusing on strong identity verification for every single access request. Implementing a Zero Trust framework is a strategic shift that requires careful planning and deep technical expertise to re-architect access controls around users, devices, and services, ensuring your security posture aligns with how your business actually operates today.
Implementing Passkeys to Strengthen Authentication
A critical component of a Zero Trust strategy is strengthening your authentication methods. Passwords have long been the weakest link in the security chain, susceptible to phishing, credential stuffing, and human error. Passkeys represent a significant step forward, offering a more secure and user-friendly alternative. They replace passwords with cryptographic key pairs, making them resistant to phishing attacks. By encouraging the adoption of strong login methods like passkeys, you directly address a primary attack vector. This move not only hardens your defenses but also simplifies the user experience, reducing helpdesk tickets for password resets and improving overall security hygiene across the organization. It's a practical and effective way to enforce the "always verify" principle at the front door.
Shifting Focus to Cyber Resilience
While preventing attacks remains a priority, leading organizations now recognize that a determined attacker may eventually find a way in. This reality is driving a crucial shift in strategy from pure prevention to comprehensive cyber resilience. The goal is no longer just to build impenetrable walls, but to ensure your organization can withstand an attack and recover quickly with minimal disruption. This means having robust incident response plans, reliable backup and recovery systems, and the ability to maintain core business functions during a security event. Building true resilience often involves partnering with experts who can provide 24/7 monitoring and response, augmenting your internal team's capacity to handle a crisis and restore operations swiftly.
Continuous Threat Exposure Management (CTEM)
To stay ahead of attackers, you need to see your organization through their eyes. Continuous Threat Exposure Management (CTEM) is a proactive, cyclical program that moves beyond traditional vulnerability scanning. It involves constantly discovering, prioritizing, and validating your company's potential security exposures across your entire digital and physical footprint. Instead of just patching known software flaws, CTEM provides a comprehensive view of all possible attack paths. According to Gartner research cited by SentinelOne, organizations that implement a CTEM program are three times less likely to suffer a breach. This strategic approach helps you focus your resources on the risks that matter most to your business, making your cybersecurity efforts more efficient and effective.
Getting Ahead of the Curve with Quantum Readiness
Looking toward the horizon, one of the most significant emerging threats is the advent of quantum computing. While "Q-Day"—the day a quantum computer can break today's standard encryption—may still be years away, the danger is already present. Malicious actors are actively engaging in "harvest now, decrypt later" attacks, stealing encrypted data today with the intention of decrypting it once quantum computing becomes a reality. Preparing for this requires a long-term strategy. The first step is to begin inventorying your most critical data and understanding your current cryptographic dependencies. Developing a quantum readiness plan ensures your organization won't be caught off guard when the technology matures, protecting your long-term data from future decryption.
How to Prepare for the Top 2022 Cyber Security Trends
The rise of cyber-attacks around the globe has become the greatest challenge for organizations to meet. Ensure your business is prepared for new and emerging cybersecurity threats in 2022 by partnering with the managed security experts at BCS365, who offer a range of cybersecurity services and solutions tailored to suit your business needs. Start protecting your organization today.
Countering Ransomware with Proactive Measures
Ransomware attacks have grown more frequent and sophisticated, especially as remote and hybrid work models expand the corporate network. These attacks don't just lock up your data; they disrupt operations, damage your reputation, and can bring business to a standstill. Relying on a reactive strategy is no longer enough. A proactive defense is essential for building resilience against these threats. This means moving beyond basic prevention and developing a comprehensive plan that assumes a breach is not a matter of if, but when. By focusing on proactive measures, you can neutralize the threat of ransomware before it cripples your organization, ensuring that even if attackers get in, they can't hold your critical data hostage.
The Importance of Backups and Cyber Insurance
A robust backup and recovery strategy is your single most effective weapon against ransomware. If you can restore your data from a clean, recent backup, the attacker's leverage disappears. As a best practice, businesses should develop a comprehensive plan that includes deploying backup recovery tools and data loss prevention (DLP) solutions. Following the 3-2-1 rule—three copies of your data on two different media types, with one copy off-site and immutable—is a great starting point. While backups are your technical safeguard, cyber insurance can provide a financial one, helping to cover costs associated with recovery, legal fees, and business interruption. However, insurance is not a substitute for a strong security posture; it's one component of a multi-layered resilience plan.
Securing Your Supply Chain with a Software Bill of Materials (SBOM)
Your organization's security is only as strong as the weakest link in your software supply chain. Modern applications are built using a mix of proprietary code and third-party components, and a vulnerability in any one of those components can expose your entire system. This is where a Software Bill of Materials (SBOM) becomes critical. An SBOM is essentially an ingredients list for your software, detailing every open-source and commercial component. This transparency allows your team to quickly identify whether your systems are affected by a newly discovered vulnerability in a third-party library, drastically reducing your response time and closing security gaps before they can be exploited by attackers.
Unifying Security with SIEM and Managed Detection and Response (MDR)
As your technology stack grows, so does the volume of security alerts. Without a centralized system, your internal team can quickly become overwhelmed by noise from disparate tools, leading to alert fatigue and missed threats. A Security Information and Event Management (SIEM) platform helps by consolidating logs and alerts from across your entire environment—including networks, cloud, and endpoints—into a single view. But collecting data is only half the battle. A Managed Detection and Response (MDR) service adds a critical layer of human expertise, with security analysts actively monitoring your SIEM data 24/7 to hunt for threats, investigate suspicious activity, and initiate a response.
How BCS365's Managed Detection and Response (MDR) Services Augment Your Team
For technical leaders, the goal is to strengthen your security posture without overextending your internal team. BCS365's Managed Detection and Response (MDR) service is designed to act as a force multiplier for your existing IT staff. We integrate with your team, taking on the demanding, round-the-clock work of threat hunting and analysis. By leveraging artificial intelligence and machine learning for real-time data analysis, our experts can quickly detect and validate threats, filtering out the noise so your team only receives actionable intelligence. This frees your key personnel from the constant firefighting of alert management, allowing them to focus on strategic initiatives that drive the business forward while we keep a watchful eye on your environment.
Targeted Threats: A Look at Key Industries
While every organization is a potential target for cybercriminals, certain industries face a higher level of risk due to the value of their data, their reliance on technology for critical operations, or stringent regulatory requirements. Attackers often tailor their methods to exploit the specific vulnerabilities and pressures of these sectors, knowing that a successful breach can yield a significant financial payout or cause maximum disruption. Understanding the unique threat landscape for your industry is the first step toward building a more effective and targeted defense strategy. Below, we examine the specific challenges faced by healthcare, manufacturing, and finance—three of the most frequently targeted sectors.
Healthcare: The Highest Cost Per Breach
For the 14th consecutive year, healthcare has the highest average cost per data breach, reaching $9.77 million in 2024. This staggering figure is driven by the immense value of protected health information (PHI) on the black market and the severe penalties associated with HIPAA violations. Cybercriminals target healthcare organizations with ransomware that can cripple hospital operations, putting patient safety at risk and creating immense pressure to pay. The complex web of interconnected medical devices, legacy systems, and third-party vendors also creates a vast attack surface that is difficult to secure, making proactive threat detection and robust incident response plans absolutely essential for protecting both patients and the organization.
Manufacturing: A Prime Target for Ransomware
Manufacturing organizations are increasingly targeted by ransomware attacks due to their heavy reliance on operational technology (OT) to keep production lines running. Attackers know that any downtime in a manufacturing environment translates directly into massive financial losses, giving them significant leverage when demanding a ransom. The growing convergence of IT and OT networks often exposes legacy industrial control systems, which were not designed with modern security in mind, to new threats. Securing these environments requires a specialized approach that protects critical operations without disrupting them, making it a top priority for manufacturers looking to defend against costly production shutdowns.
Finance: Facing Constant Attack
As the stewards of both money and sensitive financial data, financial institutions are prime targets for cybercriminals. These organizations face a relentless barrage of attacks, from sophisticated phishing campaigns aimed at stealing credentials to direct assaults on banking applications and core infrastructure. The potential for high financial gain makes the finance sector a lucrative target. Consequently, the industry is heavily regulated, with strict compliance mandates like PCI DSS and GLBA requiring a mature and well-documented security program. For financial firms, cybersecurity is not just an IT issue—it's a fundamental component of risk management and business continuity.
Overcoming Common Security Implementation Hurdles
Knowing what security measures to implement is one thing; having the resources and expertise to do it effectively is another. Many organizations struggle to translate their security strategy into practice due to persistent challenges like budget constraints, a shortage of skilled professionals, and the growing complexity of their IT environments. These hurdles can leave dangerous gaps in your defenses, even in organizations with mature internal IT teams. Addressing these challenges head-on is crucial for building a security program that is both effective and sustainable. The key is to find strategic solutions that close these gaps without requiring an infinite budget or an army of new hires.
Addressing Budget Gaps and the Skills Shortage
The global cybersecurity skills shortage makes it incredibly difficult and expensive to hire and retain the specialized talent needed to manage a modern security program. Addressing budget gaps and the skills shortage is crucial for effective cybersecurity implementation. Instead of competing for a limited pool of experts, many organizations find it more effective to partner with a managed services provider. A partnership gives you immediate access to a deep bench of certified specialists in security, cloud, and networking. This approach allows you to scale your capabilities and augment your internal team with enterprise-level expertise from a managed IT services partner, often at a fraction of the cost of hiring full-time equivalents.
Managing Cloud Complexity and Legacy Systems
Many companies are in a state of hybrid complexity, where they still use old systems that are hard to secure with new technologies while also adopting multi-cloud environments. This mix of old and new creates significant security challenges. Legacy systems often lack support for modern security controls, while complex cloud deployments are prone to misconfigurations that can lead to data exposure. A successful security strategy must bridge this gap, applying consistent policies and visibility across all environments. This requires a partner with deep architectural expertise in both legacy infrastructure and modern cloud platforms, ensuring a cohesive defense that protects your entire technology ecosystem.
Frequently Asked Questions
My IT team is already very capable. How does a service like Managed Detection and Response (MDR) help us? Think of an MDR service as a force multiplier for your expert team. While your staff focuses on strategic projects and core business functions, an MDR service handles the intensive, 24/7 work of threat hunting, analysis, and initial response. It filters out the noise of countless security alerts, so your team only deals with validated, credible threats. This partnership allows your internal experts to operate at a higher level instead of getting bogged down in the constant cycle of alert management.
What is "Shadow AI," and why should I be concerned about it? Shadow AI refers to employees using public artificial intelligence tools, like large language models, for work-related tasks without official approval or oversight. The concern is that they might unintentionally feed sensitive company data, customer information, or proprietary code into these external platforms. This creates a significant data governance gap and can lead to accidental data leaks or compliance violations. The best way to manage this is by establishing clear AI usage policies and implementing technical controls to monitor and protect your data.
We hear a lot about Zero Trust. What is the first practical step to implementing it? A great first step toward a Zero Trust model is strengthening your authentication methods. The principle of Zero Trust is "never trust, always verify," and that starts at the front door. Moving away from traditional passwords and adopting stronger, phishing-resistant options like passkeys is a concrete action you can take. This immediately hardens your defenses against common attacks like credential theft and simplifies the login experience for your users, making your security posture stronger from the initial point of access.
How can we protect our organization from software supply chain attacks? Securing your supply chain starts with visibility. You need to know exactly what components make up your software. Implementing a Software Bill of Materials (SBOM) is a critical step. An SBOM acts like an ingredients list for your applications, detailing every third-party and open-source library you use. When a new vulnerability is discovered in a common component, your SBOM allows you to quickly determine if you are affected and take immediate action, rather than scrambling to figure out your exposure.
Is it really necessary to prepare for quantum computing threats now? Yes, preparation should begin now, even though a quantum computer capable of breaking current encryption may be years away. The immediate threat is "harvest now, decrypt later." Attackers are already stealing and storing encrypted data today, betting they can decrypt it once quantum computing becomes viable. To protect your most sensitive long-term data, you should start by inventorying your critical information and understanding your current cryptographic dependencies. This proactive planning ensures you are not left vulnerable when the technology matures.
Key Takeaways
- AI is a double-edged sword: Attackers now use AI to create convincing phishing emails, deepfakes, and autonomous attack agents. Your defense must also leverage AI through services like Managed Detection and Response (MDR) to effectively counter these machine-speed threats.
- Your attack surface is bigger than you think: Digital transformation, cloud adoption, and third-party software have created new, often hidden, vulnerabilities. Proactively manage these risks with strategies like a Zero Trust model and a Software Bill of Materials (SBOM).
- Shift your focus to resilience, not just prevention: Since a breach is often a matter of when, not if, your strategy must include cyber resilience. This involves having robust backup and recovery plans, strong incident response capabilities, and augmenting your team with expert partners to ensure you can withstand an attack and recover quickly.
