Most organizations invest heavily in incident response plans, security technologies, and expert technical teams. However, recent research suggests that these investments often fall short in fostering the crucial coordination, comprehensive visibility, and executive buy-in necessary to effectively counter a severe cyberattack. According to **Sygnia's** *The State of Incident Response Readiness 2026* report, based on a survey of 600 senior IT security decision-makers conducted by **Vanson Bourne** in early 2026, a significant 73% of organizations acknowledge they would not be "fully ready" if a major cybersecurity incident struck tomorrow. This finding underscores a critical disconnect between possessing incident response capabilities and the ability to deploy them efficiently under duress. Adding to the urgency, the report highlights that cyberattacks are a pervasive business risk, with 76% of organizations experiencing at least one attack in the past year, and 32% facing multiple incidents. ## Incident Response Readiness Remains a Weak Point Modern incident response extends far beyond mere technical containment. It encompasses executive crisis management, intricate legal and regulatory coordination, multi-stakeholder communications, enterprise-wide investigations, remediation, recovery, and continuous post-incident monitoring. The survey indicates that many organizations struggle to integrate these diverse elements effectively. Fewer than 40% of respondents rated key incident response components – including documented plans, tabletop exercises, threat hunting, digital forensics, and 24/7 monitoring – as "highly effective." The core issue isn't merely the existence of these capabilities, but whether they function cohesively when rapid decisions are paramount. ## Coordination Breakdowns Slow Response A significant revelation from the report is the extent to which internal friction impedes response efforts. A striking 90% of organizations anticipate difficulties coordinating stakeholders during a major incident. This coordination challenge becomes particularly acute when legal, communications, security, IT, and executive teams lack pre-incident alignment. The research found that 75% of respondents believe delays or uncertainties regarding legal and communications team involvement hinder decision-making during cyber incidents. Furthermore, 89% cite limited executive or board engagement in incident response readiness and decision-making. This creates a dangerous scenario during a live incident: * Technical teams focus on investigation and containment. * Executives demand updates before authorizing significant actions. * Legal and communications teams are brought in late. * Decisions on disclosure, customer messaging, and escalation are delayed. * Response teams lose valuable time when swift containment is crucial. In practice, ambiguous ownership can transform a structured incident response process into a reactive scramble, with teams spending critical time on briefings and approvals instead of executing a rehearsed plan. ## Visibility Gaps Increase the Risk of Repeat Incidents The report also identifies a significant technical hurdle: organizations frequently lack full visibility into attacker movements. According to the survey, 78% of respondents agree that blind spots within their environments create persistent attacker access, elevating the risk of recurring incidents. These blind spots can span on-premises infrastructure, public cloud environments, endpoints, **SaaS** platforms, identity systems, and operational technology environments. This lack of comprehensive visibility prevents responders from confidently answering critical questions such as: * Where did the attacker gain initial access? * Which systems were compromised? * Has the attacker moved laterally across the network? * Are privileged accounts compromised? * Has all malware or persistence mechanisms been eradicated? * Could the attacker regain access post-recovery? Without reliable visibility, organizations risk containing only a portion of the incident, potentially leaving attacker access intact. ## OT and ICS Environments Add Business Risk An alarming 84% of organizations expressed concern about attackers transitioning from corporate IT systems into operational technology (**OT**) or industrial control system (**ICS**) environments. This concern is particularly acute for critical sectors like manufacturing, energy, healthcare, and transportation, where cyber incidents can have profound physical consequences. If attackers breach IT systems and move into OT or ICS, the impact can extend beyond data theft or business disruption, affecting production, safety protocols, service delivery, and recovery timelines. The findings suggest that while many organizations recognize this exposure, they still lack the unified visibility required to quickly detect and halt cross-environment lateral movement. ## Cyberattacks Are Already Causing Business Damage The report unequivocally demonstrates that cyber incidents are inflicting tangible damage across various sectors and regions. Organizations that experienced a cyberattack in the past 12 months reported impacts including operational shutdowns, data loss, reputational damage, customer attrition, revenue loss, and executive disruption. Impacts varied by sector: * Retail organizations most frequently cited operational shutdowns and lost revenue. * Manufacturing and financial services organizations were more prone to data loss. * **Crypto** and decentralized finance organizations reported the highest incidence of attacks. * Private healthcare organizations expressed significant concern over legal and communications delays. Regional differences also emerged, with North America reporting the highest cyberattack incidence. APAC respondents were most likely to report data loss, reputational damage, and customer loss, while Europe experienced fewer incidents overall but those incidents were more likely to result in lost revenue. ## Ransomware and Cloud Attacks Lead Future Concerns Looking ahead, respondents identified a diverse array of threats capable of causing severe financial, operational, or reputational disruption. **Ransomware** ranked as the primary concern, closely followed by attacks targeting cloud environments. However, the report suggests that organizations are not facing a singular dominant threat. Instead, they are bracing for a complex threat landscape encompassing cloud compromise, identity abuse, third-party risk, **AI**-enabled threats, ransomware, and attacks that traverse hybrid environments. This complexity makes defining incident response readiness more challenging, requiring organizations to be adaptable across multiple attack vectors rather than preparing for just one scenario. ## AI Adoption Is Rising, but It Is Not a Substitute for Readiness The report indicates a growing trend in the adoption of AI and machine learning-driven capabilities for threat detection and incident response. Nearly one-third of organizations now report extensive AI use across most or all threat detection and incident response activities, a notable increase from 25% last year. By 2027, 63% anticipate AI to be fully integrated into these activities. The report suggests that AI can significantly enhance incident response when seamlessly integrated into mature workflows. Organizations with moderate or extensive AI utilization were more likely to rate incident response elements as effective compared to those with limited AI use. However, the findings also caution that AI should not be viewed as a panacea or a replacement for robust governance, comprehensive visibility, and disciplined response execution. While AI can accelerate triage, threat hunting, and investigation, it cannot independently resolve issues like unclear decision-making authority, fragmented stakeholder coordination, or incomplete visibility. ## Organizations Are Re-Evaluating Incident Response Support Models Another significant finding is that many organizations are reassessing their external incident response and managed detection and response (**MDR**) partnerships. The report found that many organizations plan to switch providers upon contract expiration, driven by the need for: * More proactive readiness support. * Broader coverage across IT, OT, cloud, and hybrid environments. * Enhanced expertise in handling complex incidents. * Improved visibility beyond a single technology ecosystem. * Faster support during high-pressure investigations. The findings also highlight concerns about over-reliance on narrow technology ecosystems during incident response. When response teams are confined to a single platform or toolset, investigation and containment efforts can be constrained by the limitations of that specific ecosystem's detection, access, or support capabilities. Organizations would benefit from evaluating whether their internal teams and external providers can effectively operate across diverse security tools, cloud platforms, identity systems, SaaS applications, and OT environments.