Cyber and privacy leaders' agenda
Cyber and privacy leaders must act now to tackle today’s most pressing security challenges.
It is harder than ever to stay one step ahead of cybersecurity threats. New, more sophisticated adversaries — some operating autonomously and learning from generative AI models - are thriving in a landscape with multiple attack surfaces opened by hybrid and distributed work, cloud computing at scale, and the digitalization of everything. The stakes are high for CISOs.
Here are four actions CISOs can take to better prepare for today and tomorrow:
Emerging technology presents opportunities and challenges for cybersecurity leaders. Most organizations have an average of 44 security products that are often poorly integrated, difficult to maintain and support, and offer no overall visibility.
As organizations pursue digital transformation, they are coming to terms with increased cyber vulnerability. Cloud applications, 5G networks and the rise of remote and hybrid work arrangements, alongside infrastructures like VPNs, increase entry points for hackers. Software and physical supply chains increase risk, especially when the security of third-party partners isn’t guaranteed.
CISOs don’t have to advocate for budget as much as they used to. According to the survey, budget, once a top internal challenge, was only ranked sixth out of eight in a list of obstacles. With resources in hand, CISO communications have evolved to focus on cyber readiness and training.
Cyber-secure organizations can innovate to create value with fewer risks than their less-secure peers – Prone Enterprises. Organizations without Secure Creators may be hesitant to invest in unproven technologies that have the potential to be huge value drivers for early adopters.
Cybersecurity leaders are looking to improve capabilities in the following areas:
AI is both friend and foe to CISOs. To tip the balance toward friendship, cybersecurity leaders are investing in AI- and machine learning-enabled tools to improve vulnerability testing, detect threats more quickly and build more adaptive security systems.
Generative AI models like generative adversarial networks (GANs) can create synthetic data that mimic real-word cyberattacks, making attack testing and response easier. In the real-world, generative AI-enabled threat detection tools are able to analyze large amounts of data in real time, allowing them to quickly detect anomalies and patterns that may indicate a cyberattack. If a threat is realized as a cyberattack, organizations can employ quickly-adaptive response systems that have been informed by huge datasets of historical breaches.
No matter the complexity, passwords by themselves are not as secure as they used to be. Organizations are using passwordless authentication to eliminate the risks associated with traditional password-based authentication methods.
Passwordless authentication replaces passwords with more secure methods, such as biometric authentication, hardware-based authentication or one-time passcodes sent via email or text message. This reduces the risk of phishing attacks, credential stuffing and password-related vulnerabilities.
A growing tech stack brings an expanded attack surface. Cybersecurity leaders are building zero trust architectures to deal with the near constant threat posed by attackers.
Zero trust architectures use a mix of technology and protocols to identify and grant access to users within and outside an organization’s network. By default, users are not trusted and are given the least amount of privilege possible within a network. Networks are segmented to prevent widespread access if one wall is breached and barriers like multifactor authentication (MFA) are deployed to make unauthorized access more difficult.
Organizations must adopt technology, but doing so doesn’t mean they have to be less secure.
Rapid technology development can create security gaps. DevSecOps (development, security and operations) can close these gaps by building cybersecurity into the development lifecycle, from design to production.
DevSecOps encourages collaboration and communication between developers, security professionals, and operations teams, allowing for a more holistic approach to cybersecurity. Building these practices into technology governance enables rapid deployment of security updates and patches, ensuring that systems are always up to date and protected against the latest threats.
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