73% of organizations admit they would not be "fully ready" if a significant cybersecurity attack occurred tomorrow.
Incident response coordination breaks down under pressure
Surveying 600 senior IT security decision makers in January and February 2026, The State of Incident Response Readiness 2026 found that the problem is less about having tools and plans than about making them work together when time is short. Fewer than 40% of respondents described key incident response components — documented plans, tabletop exercises, threat hunting, digital forensics, and 24/7 monitoring — as "highly effective."
The research highlights a recurring internal friction that slows decisions during an incident. Key findings include:
- 90% of organizations expect difficulty coordinating stakeholders during a significant incident.
- 75% agree delays or uncertainty around legal and communications team involvement slow decision-making.
- 89% cite limited executive or board involvement in incident response readiness and decision-making.
The report lays out a common operational pattern: technical teams investigate and contain; executives require updates before approving major actions; legal and communications teams enter late; disclosure and customer messaging lag; and containment decisions lose speed. That reactive cycle, the report warns, turns rehearsed responses into briefing exercises while attackers continue to move.
Visibility blind spots across endpoints, cloud, SaaS, identity, and OT
Technical visibility — knowing where attackers are and what they have accessed — is a central weakness. The survey found that 78% of respondents agree blind spots in their environments create persistent attacker access and increase the risk of repeated incidents. Those blind spots span on-premises infrastructure, public cloud environments, endpoints, SaaS platforms, identity systems, and operational technology environments.
Without reliable visibility, organizations struggle to answer core investigatory questions: where did the attacker enter, which systems were accessed, has lateral movement occurred, are privileged accounts compromised, has persistence been removed, and could the attacker return after recovery. The practical consequence: containment that may leave attacker access intact.
Operational technology and sectoral consequences
Concerns extend beyond IT. The survey reports that 84% of organizations are worried about attackers crossing from corporate IT into operational technology (OT) or industrial control system (ICS) environments. That exposure is especially acute for manufacturing, energy, healthcare, transportation, and critical infrastructure, where incidents can affect production, safety, service delivery, and recovery timelines.
Cyberattacks already produce tangible business damage. Among organizations hit in the past 12 months (76% of respondents reported at least one attack; 32% more than one), impacts included operational shutdowns, data loss, reputational damage, customer loss, lost revenue, and executive disruption. The report notes sectoral differences:
- Retail organizations were most likely to report operational shutdowns and lost revenue or profit.
- Manufacturing and financial services organizations were more likely to report data loss.
- Crypto and decentralized finance organizations reported the highest attack incidence.
- Private healthcare organizations reported high concern around legal and communications delays.
Regional patterns also emerged: North America reported the highest cyberattack incidence; APAC respondents were most likely to report data loss, reputational damage, and customer loss; Europe reported fewer incidents overall, but those incidents were more likely to result in lost revenue or profit.
AI adoption, external providers, and the limits of technology
Organizations are increasing AI use in detection and response: nearly one-third now report extensive AI use across most or all threat detection and incident response activities, up from 25% last year. By 2027, 63% expect AI to be embedded across these activities. The report notes that organizations using AI moderately or extensively were more likely to rate incident response elements as effective.
But the research cautions that AI is a force-multiplier, not a cure-all: AI can accelerate triage, alert enrichment, investigation, and threat hunting, but it cannot resolve unclear decision rights, fragmented stakeholder coordination, or incomplete visibility on its own.
Many organizations are also re-evaluating their external incident response and managed detection relationships and expect to switch providers at the end of current contracts. Drivers for change include a need for more proactive readiness support, better coverage across IT, OT, cloud, and hybrid environments, stronger expertise in complex incidents, improved visibility beyond a single technology ecosystem, and faster support during high-pressure investigations. The report flags concern about overreliance on narrow technology ecosystems that constrain what an investigation can detect or access.
What this means for technologists, executives, and procurement leaders
- Technologists and security teams should prioritize cross-environment visibility and rehearse investigations that validate detection across endpoints, identity systems, cloud platforms, SaaS, on-premises infrastructure, and OT. The report recommends exercises such as threat hunting, attack simulation, red team, or purple team engagements.
- Executives and legal/communications leaders must define decision rights and escalation paths before a crisis, and participate in cross-functional tabletop exercises to surface where authority and approvals slow response.
- Procurement and security leaders evaluating external providers should seek partners with proven incident experience, the ability to operate across environments and toolsets, fast investigative support, and a commitment to post-incident improvement rather than platform lock-in.
The central lesson is unambiguous in the report: plans, tools, and providers matter only when they are connected through tested processes, clear authority, and reliable visibility. Organizations that wait until a live incident to discover gaps in coordination, visibility, or executive alignment risk costs measured not only in systems affected, but in revenue, reputation, and trust.
