AI & TechArtificial IntelligenceCybersecurityNewswireTechnology

How Automation Is Reshaping Security Strategy

Originally published on: December 30, 2025
▼ Summary

– Hybrid infrastructure, combining cloud, on-premises, and isolated systems, is now the standard for business continuity and resilience, driven by compliance and risk management needs.
– Managing hybrid systems introduces operational strain, including limited visibility and identity challenges, yet investment continues to focus on strengthening security within these environments.
– Convergence of Operational Technology (OT) and IT security is viewed as necessary for protecting critical infrastructure, improving collaboration and visibility, but requires significant organizational alignment.
– Security leaders report a rise in automated, AI-driven attacks as a major risk, forcing reassessment of cybersecurity priorities and highlighting the need for better detection across hybrid environments.
– Defenders are increasingly using AI-based security tools for threat analysis and response, with a significant portion of budgets allocated to these capabilities, despite challenges with cost and compliance.

The modern security landscape demands a proactive and resilient strategy, as enterprise teams now operate under the constant reality of disruption. A structural shift is underway, moving resilience from a future objective to an immediate operational necessity. This transformation is being shaped by infrastructure design, operational integration, and the strategic application of artificial intelligence, all critical for withstanding relentless pressure from evolving threats and stringent regulations.

Hybrid infrastructure has solidified its position as the standard model for business continuity and risk management. This approach, which seamlessly blends cloud services, on-premises systems, and isolated environments, is nearly universally seen as a stronger foundation for resilience than relying on any single platform. Security leaders champion this model for its ability to maintain operations during security incidents while providing crucial control over sensitive data and workloads. The primary motivation is clear: ensuring business continuity, followed closely by bolstering cybersecurity and stabilizing supply chains. Workload distribution reflects these long-term strategic decisions, creating a balanced architecture.

Furthermore, hybrid models are indispensable for navigating the complex world of data residency and international compliance. Regulatory frameworks increasingly dictate where information can be stored and processed, making infrastructure choices a matter of lasting legal consequence. This dynamic places chief information security officers squarely at the table during critical enterprise planning discussions, underscoring their strategic role.

However, managing these sophisticated hybrid systems introduces significant operational strain alongside their benefits. Security executives consistently report challenges like limited visibility across different environments, difficulties with unified identity management, and delays when investigating threats that span multiple platforms. Integrating the security of operational technology with traditional IT systems remains a persistent hurdle for many organizations.

Despite these complexities, there is no retreat from sophisticated infrastructure. Investment plans for the near future are focused on fortifying security controls within hybrid ecosystems. Cybersecurity itself ranks as the top investment priority, with cloud expansion and the convergence of OT and IT security following closely behind.

The integration of operational technology and IT security is gaining critical momentum. OT systems are central to enterprise risk, yet only a minority of organizations have formally unified these security functions under a single leadership umbrella. Most CISOs recognize this convergence as essential for protecting vital infrastructure. The benefits are practical: improved collaboration between security, IT, and operations teams is the most frequently cited advantage. This is closely followed by better visibility across environments and stronger defenses against targeted attacks on industrial control systems. These gains represent a concerted effort to manage digital and physical risks through shared oversight and responsibility.

A notable barrier remains a limited executive understanding of OT security requirements and recovery protocols. These knowledge gaps directly impact how security controls are applied and how incidents are managed when operational systems are compromised. Success in convergence depends as much on achieving organizational alignment and securing leadership buy-in as it does on deploying the right technology.

On the threat front, security leaders are witnessing an alarming acceleration fueled by automation. A substantial majority of CISOs now classify AI-driven and autonomous attacks as a paramount risk, ranking them above AI-enhanced phishing campaigns, assaults on OT, and cloud environment exploits. This escalating pressure is triggering a widespread reassessment of security programs, with nearly all respondents acknowledging that emerging threats are forcing changes to cybersecurity and infrastructure priorities. Defenses against ransomware, autonomous attacks, and infrastructure-focused campaigns are areas singled out as needing urgent improvement.

To counter this, CISOs emphasize that comprehensive visibility across hybrid environments is a non-negotiable requirement for earlier threat detection and containment. They also highlight gaps beyond technology, pointing to the need for better intelligence sharing, focused workforce development, and stronger leadership support.

In response, defenders are increasingly turning to AI as a core component of their daily security work. There is growing confidence that AI-enabled security tools can effectively defend against the wave of automated offensive tactics. On average, organizations are dedicating approximately a quarter of their security budgets to AI-based capabilities. These tools are proving valuable for threat analysis, intelligence gathering, and accelerating incident response. Interestingly, organizations operating hybrid environments report fewer obstacles in deploying AI, particularly regarding system integration. Common challenges persist, however, including managing costs and complexity, alongside ongoing concerns about regulatory compliance and supply chain vulnerabilities.

(Source: HelpNet Security)

Topics

hybrid infrastructure 95% cyber resilience 93% ai in security 90% ot it convergence 88% automated threats 87% security investment 85% compliance requirements 82% business continuity 80% visibility challenges 78% identity management 75%