IN THE FACE OF EVOLVING CYBERTHREATS, Info-Tech’s cybersecurity automation blueprint can enhance Your organization’s defense mechanisms, responsiveness, and efficiency.
As cybersecurity threats become increasingly sophisticated and automated, the need for robust security processes has never been more pressing. With security teams grappling with the challenges of alert overload, siloed tools, and manual processes, the adoption of automation in security operations is emerging as a key solution. However, implementing automation poses its own set of challenges, from steep learning curves to justifying costs and overcoming organizational resistance.
To guide organizations through these complexities and maximize the benefits of automation, Info-Tech Research Group has released its latest research-backed blueprint, Build an Automation Roadmap to Streamline Security Processes. The resource provides in-depth insights and practical tools to help organizations navigate the intricacies of security process automation, laying out a clear path for assessing the maturity of current security processes, identifying key areas for automation, and developing a comprehensive roadmap.
“Information security practitioners are burnt out as the majority of their time is spent on tedious manual work,” said Fred Chagnon, principal research director at Info-Tech Research Group. “That manual work, which probably has to be done to meet compliance regulations, isn’t being done with the speed and accuracy needed for effective protection and defense – not when we know the attackers themselves are increasingly making use of advanced automation tools powered by AI. The engineers and operations staff know this, and it only fuels their disengagement.”
Info-Tech’s research delves into the substantial benefits of automating security processes, marking a departure from traditional labor-intensive security practices to more efficient automated systems. The firm’s analysis highlights how automation can transform the security landscape, enabling teams to manage tasks with greater speed and precision. This shift is crucial for keeping pace with rapidly evolving cyberthreats. By automating routine and repetitive tasks, security professionals can focus on more strategic initiatives, enhancing their organization’s overall security posture.
an Essential Automation Roadmap
The adoption of a well-structured automation roadmap is quickly becoming essential for organizations aiming to bolster their defenses, reduce the risk of human error, and maintain a strong security stance in a complex digital environment.
“Implementing automation for security processes itself is hard. For example, it’s a challenge to streamline processes with automation when each of the 50 technology tools that the average enterprise uses for cyber defense doesn’t integrate nicely with any other,” explained Chagnon. “An automation roadmap should be multifaceted. It includes initiatives that make automation more suitable for some processes, more valuable and less risky for others, and more feasible in some cases. In this way, security practitioners are automating what they can and should, as well as identifying and removing the barriers that are preventing automation from happening at all.”
The firm’s research further underscores that implementing automation in security processes is more than just a technological upgrade; it represents a strategic shift in how cybersecurity is approached and managed. This comprehensive framework empowers security leaders not only to streamline and automate their security operations but also to proactively identify and address potential barriers to automation.
The blueprint outlines a four-step roadmap for security leaders to automate security processes:
- Assess Maturity: Start by examining the current state of all security processes, from ad hoc to fully autonomized.
- Diagnose Suitability, Value, and Risk: Before diving into the details, assess whether the processes are even suitable for further automation and whether the value would outweigh any risk posed.
- Determine Feasibility: Automating a process may not be possible if there are insufficient tools, training, or buy-in. Assess the presence of prerequisites such as technology underpinnings, training, or incurred costs.
- Deliver Automation Roadmap: The path to continuously automating security processes will be achieved by blending initiatives that implement automation with those that make automation more suitable, risk-free, and feasible. Prioritize and order the initiatives into their respective waves and present the roadmap to stakeholders.
Read more about cybersecurity and business continuity issues from Continuity Insights.
