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Incident Response vs. Crisis Management: Why Treating Them as the Same Thing Is Dangerous

Incident response contains the attack. Crisis management protects the business. Learn why conflating the two is dangerous and how to align them.

Key Takeaways

  • Incident response and crisis management serve different but complementary purposes. Incident response focuses on detecting, investigating, containing, and eradicating cyber threats, while crisis management addresses business continuity, regulatory exposure, stakeholder communications, and executive decision-making.

  • Technical incident response and executive crisis management must operate in parallel, not sequentially. Waiting until an attack is contained to activate crisis management can delay critical decisions, increase business disruption, and complicate legal and regulatory obligations.

  • Clear ownership and decision-making authority are essential during a cyber crisis. Security leaders direct technical containment and investigation, while executives retain responsibility for business-critical decisions, including operational shutdowns, disclosure, and crisis communications.

  • Predefined escalation thresholds determine when a cyber incident becomes a business crisis. Organizations should establish clear triggers based on operational disruption, financial exposure, safety risks, sensitive data compromise, and potential regulatory consequences.

  • Effective crisis management depends on timely, validated information from incident responders. Structured communication between technical and executive teams enables informed decisions without diverting critical resources away from containment and recovery.

  • Cyber resilience requires both technical and executive readiness to be tested together. Cross-functional tabletop exercises, coordinated response playbooks, and experienced incident response partners help organizations identify decision-making gaps, accelerate containment, and minimize business impact.

A serious cyberattack creates two problems at once for businesses: the need to respond to an attacker inside the environment and being forced to make high-stakes decisions before all the facts are known. The incident response vs. crisis management distinction clarifies how those pressures should be addressed in parallel: one track focuses on containment and eradication, while the other manages continuity, disclosure, legal exposure, and stakeholder confidence.

While most organizations have incident response plans, most do not have separate plans for the crisis management aspect of incident response, leaving responders to brief executives mid-containment and leadership to make business-critical decisions without validated technical facts. This article explains where the two disciplines differ, when a cyber incident becomes a business crisis, and how to run both response tracks in parallel without merging their ownership or responsibilities.

Incident Response vs. Crisis Management: Different Roles in the Same Cyberattack

What is incident response?

Incident response is the technical discipline of detecting, investigating, containing, and eradicating a cyberattack. Its immediate objective is to establish what the attacker has done, stop further malicious activity, preserve evidence, and restore affected systems without allowing the threat actor to regain access.

The work is typically led by the CISO, an internal incident response team, or an external incident response partner. Depending on the attack, responders may need to analyze endpoint and identity data, trace lateral movement, isolate compromised assets, remove persistence mechanisms, assess data access, and monitor the environment for renewed activity.

An effective incident response plan defines how those activities will be coordinated before an attack occurs. It establishes the incident command structure, technical roles, evidence-handling procedures, internal communication channels, escalation routes, and the authority to take urgent containment actions.

The current NIST SP 800-61 Rev. 3 model organizes incident response around the Detect, Respond, and Recover functions of the NIST Cybersecurity Framework 2.0. Governance, asset identification, and protection activities prepare for the response before an incident, while lessons identified during detection, containment, and recovery feed continuous improvement.

What is cyber crisis management?

Cyber crisis management is the executive discipline of protecting the organization while the technical response is underway. It addresses the business decisions and external consequences created by the attack: whether critical operations can continue, what should be disclosed, how legal duties will be met, what customers and employees need to know, and which risks the organization is prepared to accept.

Ownership therefore sits with an executive crisis team rather than the technical incident response team. The CEO or another designated executive usually leads the crisis command structure, supported by the CISO, legal counsel, communications, business operations, and other leaders accountable for affected parts of the organization.

This team may need to decide whether to shut down a revenue-generating system, activate continuity arrangements, notify regulators, engage with a threat actor, or communicate with customers before the investigation has produced a complete answer. Those are business decisions. Security leaders provide the technical assessment, but the executives responsible for the resulting financial, legal, and operational consequences must make the call.

ISO 22361:2022 treats crisis management as a strategic organizational capability covering crisis leadership, decision-making under uncertainty, crisis communication, training, and continuous improvement. It is designed for top management and those operating under executive direction, reflecting the level at which crisis decisions must be owned.

Incident response vs. crisis management: side-by-side comparison

DimensionIncident responseCrisis management
ObjectiveDetect, investigate, contain, and eradicate the attack; preserve evidence and restore affected systems securelyLimit business disruption, protect the organization’s legal and financial position, meet disclosure duties, and manage stakeholder confidence
Primary ownerCISO, incident commander, internal IR team, or external IR partnerCEO or designated executive crisis leader, supported by the executive crisis team
Primary audienceSOC, IT, security leadership, technical responders, and forensic specialistsBoard members, regulators, customers, employees, insurers, partners, and the media
PlaybookIncident response plan, technical containment procedures, forensic protocols, and recovery plansCrisis management plan, executive decision protocols, continuity procedures, and cyber crisis communication plan
Success measuresTime to detect and contain, scope established, attacker access removed, evidence preserved, and systems restored securelyBusiness interruption limited, critical decisions made in time, breach disclosure obligations met, and stakeholder impact controlled
TriggerA suspected or confirmed cyber incident requiring coordinated investigation and responseAn incident that crosses, or is likely to cross, a defined business-impact threshold

The two teams must remain closely connected throughout the response. The division of responsibilities settles who investigates and advises, who makes each decision, and who remains accountable for its consequences.

When does a cyber incident become a crisis?

A cyber incident becomes a crisis when its actual or anticipated business impact exceeds the authority and scope of the technical response. The shift may be triggered by sustained disruption to critical operations, evidence that sensitive data was accessed, a threat to safety, significant financial exposure, or a situation likely to require regulatory or public disclosure.

The organization does not need complete forensic certainty before activating its executive crisis response. Waiting for the investigation to answer every question can leave leadership several hours behind an attack that is already affecting customers, production, or regulated data. The relevant question is whether the potential consequences require decisions from people outside the incident response command structure.

Clear escalation criteria prevent the crisis team from being called only after disruption becomes visible outside the organization. It also prevents every security event from becoming an executive emergency. The incident response team can continue investigating and containing the attack while the crisis team addresses the business issues the technical work has created.

See also: 8 Incident Response Plan Mistakes That Lead to Failures

6 Ways Treating Incident Response and Crisis Management as the Same Thing Puts Your Organization at Risk

1. Technical containment stalls while executives wait for answers

The responders doing the containment work become the only people who can brief leadership, so they get pulled off the keyboard to do so. Board updates, insurer calls, and executive Q&A consume the same handful of individuals who are supposed to be tracing the attacker, and every hour of divided attention extends dwell time and widens the blast radius. A separate crisis structure exists precisely so the people fighting the attack are not also staffing the briefing schedule.

2. Breach communications get improvised mid-incident

With no breach communication strategy prepared in advance, the first statements to regulators, customers, and media are drafted under pressure – based on technical findings that haven’t been validated. Early forensic assessments routinely change as affected record counts grow or attack vectors are revised, and statements built on them must be corrected in public. For US-listed companies, the stakes are regulatory as well as reputational: the SEC’s material-incident rule allows four business days from the materiality determination, and a disclosure assembled in a panic invites exactly the scrutiny it was meant to satisfy.

3. Nobody has defined when an incident becomes a crisis

Without predefined escalation criteria, the decision to activate executive crisis response is made by argument, mid-breach, between people looking at different aspects of the same event. The predictable result is late activation: the crisis team convenes hours or days after disclosure clocks have started and customer trust has begun eroding. The moment of escalation should be triggered by a threshold, not based on the outcome of a debate.

4. Decision rights default into the incident response war room

Decisions around ransom negotiation posture, emergency system shutdowns, disclosure timing, and customer notifications have legal and financial consequences, so when IR and crisis management are one function, the decision making lands on whoever is closest to the keyboard. Responders end up making decisions outside their authority, without clear criteria or executive guidance, while the leaders accountable for the consequences learn about them after the fact.

5. Legal privilege and regulatory obligations are handled ad hoc

A functioning crisis structure brings counsel in at activation to direct the investigation under privilege and track notification duties across every jurisdiction the incident touches. When crisis management is folded into IR, privilege is asserted retroactively over work already done, evidence is handled without litigation in mind, and notification deadlines surface only when someone thinks to ask. Each of these is difficult to repair after the fact and expensive to get wrong.

6. “Recovery” is declared on technical metrics while the business crisis continues

The IR track closes when the attacker is eradicated and systems are restored. However, customers are still deciding whether to stay, regulators are still asking questions, and partners are still reassessing the relationship. Conflating the two tracks means the organization concludes its response weeks before the crisis is over, leaving no owner for the work of rebuilding trust. Clean systems are the end of the incident, not the end of the crisis.

Where Incident Response Ends and Crisis Management Begins

The two-track model: parallel, not sequential

Many businesses run the two functions in sequence: the security team handles the incident, and if things get bad enough, leadership takes over. In a serious breach, that approach activates executive crisis response too late. Containment and disclosure deadlines run on overlapping clocks, so the technical track and the executive track have to run at the same time: with the IR team working the attack from activation and the crisis team working continuity, disclosure, and stakeholder confidence from the moment escalation criteria are met. Neither track waits for the other to finish, and neither absorbs the other’s work. Executive crisis response that starts when the technical response ends is not crisis management; it’s cleanup.

The interface between tracks

Two parallel tracks only work if there is a line of communication between them. The interface is narrow by design: validated facts flow up, decisions and priorities flow down.

The IR lead delivers scheduled briefings to the crisis team, drawing a clear distinction between what is confirmed, what is suspected, and what is unknown. That distinction is what keeps public statements from being built on findings that are likely to change. The crisis team identifies business priorities and makes operational decisions – which systems must be restored first, what the negotiation posture is, what has been committed to regulators and customers – so responders sequence technical work against business impact rather than convenience.

This cadence has to be designed, not improvised. Defined communication and coordination practices, including who briefs, on what schedule, in what format, with what confidence labels, are what let the CEO answer a board question at 9 AM without pulling an analyst out of containment at 8:45.

Who owns what: A RACI for breach decisions

Ownership disputes surface at the worst moments – during time-constrained highest-stakes calls . A working RACI for major breach decision-making prevents ambiguity. In broad strokes:

DecisionAccountableConsulted
Emergency system shutdown / isolationCISO (execution authority), CEO where revenue-criticalIR lead, business unit owners
Ransom negotiation postureCEO / crisis teamLegal counsel, IR partner, insurer
Materiality determination and disclosure timingCEO / crisis team on counsel’s adviceCISO, CFO, IR lead
Regulator and law-enforcement notificationLegal counselCrisis team, CISO
Customer and partner notificationCrisis team / communications leadLegal, CISO, account owners
Declaring the incident containedCISO / IR leadCrisis team
Declaring the crisis overCEO / crisis teamAll of the above

The goal is for technical authority to stay with security, while business authority stays with the executive team, and the two never depend on guessing. Board crisis decision-making works when the board’s questions are routed to the crisis team (which is prepared to answer them) rather than into the IR war room.

See also: CISO Survey 2026: The State of Incident Response Readiness

How to Integrate Enterprise Incident Response and Cyber Crisis Management Without Merging Them

Write escalation thresholds into the incident response plan

The escalation criteria covered earlier only function if they live where responders will act on them: inside the incident response plan itself, as a defined step with a named activation authority. The IR plan should state the business-impact thresholds, identify who confirms them, and specify how the crisis team is convened, down to the contact tree and the expected assembly time.

Build the breach communication strategy before the breach

The difference between a defensible disclosure and a damaging one is mostly decided before the incident. A working cyber crisis communication plan is built in peacetime: holding statements pre-drafted for the likely scenarios and pre-cleared by counsel, a stakeholder inventory that pairs each audience (regulators, customers, employees, media, partners) with an owner and a channel, and disclosure workflows that track breach disclosure obligations across every jurisdiction and contract the organization is exposed to. None of this constrains what gets said; it eliminates the need for drafting, clearing, and routing work from the hours when nobody has capacity for it.

Rehearse both tracks in the same exercise

Most organizations that test their response test half of it. Technical teams run their drills, executives walk through a slide-based scenario, and the interface between the two goes untested until a real breach occurs. Crisis tabletop exercises are worthwhile when both tracks are in the same simulated incident: responders working with incomplete information, executives forced to make disclosure and continuity calls before the facts settle, and the fact-flow between them running at realistic speed.

Well-designed tabletop exercises reliably surface the same findings: briefing cadences that collapse under pressure, decisions with two owners or none, holding statements that don’t fit the scenario. Each of those findings is far cheaper on a regular Tuesday afternoon than during a live intrusion.

Choose an IR partner that supports both tracks

An external incident response firm that treats executive crisis support as out of scope leaves the organization running one track alone on its worst day. The partner evaluation should cover both: technical containment depth, and the ability to brief boards, support counsel, feed validated facts to communications teams, and advise on negotiation posture – in parallel, from the first hours. That standard applies before the engagement too. An incident response retainer that includes readiness work means the partner arrives already knowing where the boundary between the tracks is drawn, instead of learning the org chart during containment.

See also: How to Leverage an Incident Response Retainer

Two Functions, One Coordinated Response

Incident response and crisis management answer different questions. The first asks how to stop the attack; the second asks how the business survives it. An organization that assigns both questions to one function will get slower containment and a weaker crisis response, as each track is delayed when the same resources are pulled between the two, at the very moment when each track needs full capacity. by the other when both need full capacity.

The incident response vs crisis management distinction is not a matter of vocabulary but of architecture: a defined escalation threshold, distinct owners on each track, a disciplined interface between them, and both rehearsed together before they are tested. The goal is not to merge the two functions, but to make sure they function collaboratively.

Sygnia’s incident response retainer prepares both tracks in advance, so containment and executive decisions run in parallel from the first hour.

Talk to our cybersecurity experts to align your incident response and crisis management before an attack tests the line between them.

Frequently Asked Questions About Incident Response and Crisis Management

1. What is the difference between incident response and crisis management?

Incident response focuses on detecting, investigating, containing, and recovering from cyberattacks. Crisis management focuses on protecting business operations, managing legal and regulatory obligations, coordinating stakeholder communications, and making executive decisions during a cyber crisis. Incident response is typically led by security teams, while crisis management is directed by executive leadership. Both functions must operate in parallel to minimize technical and business impact.

2. When does a cybersecurity incident become a business crisis?

A cybersecurity incident becomes a business crisis when its actual or potential impact exceeds the scope of technical response and requires executive-level decisions. Common triggers include disruption to critical operations, significant financial exposure, sensitive data compromise, safety concerns, and potential regulatory disclosure obligations. Organizations should establish predefined escalation thresholds so crisis management can be activated before the full impact is known.

3. Can the same team handle incident response and crisis management?

Incident response and crisis management should have distinct leadership, responsibilities, and decision-making authority, although some team members may participate in both functions. Security teams lead technical investigation and containment, while executives manage business continuity, legal exposure, and stakeholder communications. Maintaining separate but coordinated workstreams helps prevent competing priorities, reduces delays, and ensures critical decisions are made by the appropriate stakeholders.

4. Who is responsible for breach disclosure during a cyber crisis?

Breach disclosure decisions are typically coordinated by executive leadership and legal counsel, with technical input from the CISO and incident response team. Legal teams assess applicable reporting requirements and disclosure obligations, while incident responders provide verified findings about the scope and impact of the attack. Final accountability depends on the organization’s governance structure and applicable regulations. Clear decision-making authority should be established before an incident occurs.

5. What frameworks support incident response and cyber crisis management?

NIST SP 800-61 Revision 3 provides guidance for integrating cybersecurity incident response into organizational risk management, aligned with the NIST Cybersecurity Framework 2.0. ISO 22361:2022 provides guidance for crisis management, including executive leadership, decision-making, communications, and organizational preparedness. Together, these frameworks help organizations establish coordinated technical and business response capabilities.

6. How should incident response and crisis management teams work together during a cyberattack?

Incident response and crisis management teams should operate through two coordinated workstreams with clearly defined responsibilities and communication protocols. Technical responders provide validated information about the attack, containment progress, and potential impact. Executive crisis teams use that information to make decisions about business continuity, disclosure, resource allocation, and stakeholder communications. Regular briefings and predefined escalation procedures enable both teams to act without delaying critical response activities.

7. Who should be part of a cyber crisis management team?

A cyber crisis management team typically includes the CEO or designated executive leader, CISO, legal counsel, corporate communications, risk and compliance representatives, and leaders responsible for affected business operations. Depending on the incident, the team may also involve finance, human resources, external incident response specialists, cyber insurance representatives, and crisis communications advisors. Each participant should have clearly defined responsibilities and authority.

8. How can organizations prepare for both incident response and cyber crisis management?

Organizations should develop coordinated incident response and crisis management plans that define roles, escalation thresholds, communication protocols, and decision-making authority. Cross-functional tabletop exercises should test how technical responders and executives operate together when information is incomplete and business-critical decisions cannot wait. Establishing an incident response retainer in advance can also provide access to specialized expertise, helping organizations strengthen readiness and respond more effectively during a crisis.

About the Author
Rena Stern
Rena Stern
Director, Content and Solutions Marketing, Sygnia

Rena Stern is Director of Content and Solutions Marketing at Sygnia, with more than 15 years of experience in cybersecurity and B2B SaaS. She has held product marketing leadership roles at Mandiant and Deepwatch and specializes in go-to-market strategy and positioning for incident response, managed detection and response, and threat intelligence solutions.

APA citation (7th Ed.)

Rena Stern. (2026, August 12). Incident Response vs. Crisis Management: Why Treating Them as the Same Thing Is Dangerous, Sygnia.
https://sygnia-stg.prpl.global/blog/incident-response-vs-crisis-management/

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Sygnia Recognized for the Third Consecutive Year in The Gartner 2024 Market Guide for Digital Forensics and Incident Response Retainer Services
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Sygnia Recognized for the Third Consecutive Year in The Gartner 2024 Market Guide for Digital Forensics and Incident Response Retainer Services

In June, Sygnia, was named a Representative Vendor in the 2024 Gartner® Market Guide for Digital Forensics and Incident Response Retainer Services (DFIR).
China-Nexus Threat Group ‘Velvet Ant’ Exploits Cisco Zero-Day (CVE-2024-20399) to Compromise Nexus Switch Devices – Advisory for Mitigation and Response
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China-Nexus Threat Group ‘Velvet Ant’ Exploits Cisco Zero-Day (CVE-2024-20399) to Compromise Nexus Switch Devices – Advisory for Mitigation and Response

Learn about the forensic investigation by Sygnia, the cyber espionage operation by Velvet Ant, and best practices for safeguarding your network against sophisticated threats.
China-Nexus Threat Group ‘Velvet Ant’ Abuses F5 Load Balancers for Persistence
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China-Nexus Threat Group ‘Velvet Ant’ Abuses F5 Load Balancers for Persistence

Discover the detailed forensic investigation by Sygnia into the sophisticated cyber attack by Velvet Ant on a major organization.
Navigating the Digital Minefield
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Navigating the Digital Minefield

Part 1: A Thrilling Guide to Mastering Cyber Crisis Management. Explore real-world cyber crises reimagined as high-stakes dramas, from WannaCry to Target's breach.
Chapter 3 – Reversing DoSvc C++ using Ghidra – Part 1
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Chapter 3 – Reversing DoSvc C++ using Ghidra – Part 1

In this chapter, we’ll finally get started on my favorite part: the reversing phase. Reversing is like looking for a needle in a haystack, so prepare yourselves, because things are about to get technical.
Chapter 2 – Black Box Research
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Chapter 2 – Black Box Research

The intricacies of WUDO (Windows Update Delivery Optimization).
The Anatomy of a BlackCat (ALPHV) Attack
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The Anatomy of a BlackCat (ALPHV) Attack

Explore the thwarted cyber extortion attempt by the BlackCat ransomware group, unraveled by Sygnia's Incident Response team in 2023.
Proof of Concept: Overcoming Google Cloud Incident Response Issues with ‘Mirage’
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Proof of Concept: Overcoming Google Cloud Incident Response Issues with ‘Mirage’

How the Mirage tool developed by Sygnia assists in evidence collection & investigation, while uncovering key log analysis & incident response strategies for Google Cloud.
Announcing ‘Mirage’ – New Opensource Tool to Combat Google Cloud Incident Response Challenges
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Announcing ‘Mirage’ – New Opensource Tool to Combat Google Cloud Incident Response Challenges

New open-source tool streamlines incident response in Google Workspace & GCP. Overcome challenges, access data, & gain insights faster. Learn more about Mirage & Google Cloud forensics in our blog series.
The SEC’s SolarWinds investigation in Context: Lessons from 100 Enterprise Security Assessments Governance & Compliance
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The SEC’s SolarWinds investigation in Context: Lessons from 100 Enterprise Security Assessments Governance & Compliance

SEC charges SolarWinds & CISO with misleading statements about security practices. Learn how SolarWinds compares to other companies & what you can do to improve your security posture.
Building Cyber Readiness: 5 Traits of the World’s Most Cyber-Ready Organizations
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Building Cyber Readiness: 5 Traits of the World’s Most Cyber-Ready Organizations

The most dangerous cyber attackers have something in common: they are tenacious at their craft and dogged in their determination to find and exploit security weaknesses.
Sygnia Annual Field Report
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Sygnia Annual Field Report

From relentless adversaries to resilient businesses, the Sygnia Annual Field Report offers unique insights and strategic guidance to strengthen your cybersecurity defenses against the ever-evolving threat landscape.
Mitigation Advisory: Fortinet and Ivanti Exploitable Vulnerabilities
Threat Reports and Advisories

Mitigation Advisory: Fortinet and Ivanti Exploitable Vulnerabilities

Protect your network against critical remote code execution vulnerabilities in Fortinet and Ivanti (formerly Pulse Secure) devices, now actively exploited in the wild.
Why monitoring monitors is the key to cyber threat resilience
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Why monitoring monitors is the key to cyber threat resilience

Protect your organization by monitoring the monitors – a critical defense against cyber threats.
Diving into the new windows 11 PCA artifact
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Diving into the new windows 11 PCA artifact

Discover the new forensic artifact in Windows 11 (22H2) and explore its format and behavior. Learn how to leverage it in investigations with our comprehensive documentation for DFIR practitioners.
Breaking Down the Casbaneiro Infection Chain – Part II
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Breaking Down the Casbaneiro Infection Chain – Part II

Since 2018, the Casbaneiro banking trojan has targeted Latin American financial sectors. Sygnia monitors it closely as a major threat to multi-regional financial organizations.
Case Study: cracking a global Adversary-In-The-Middle campaign using a threat intelligence toolkit
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Case Study: cracking a global Adversary-In-The-Middle campaign using a threat intelligence toolkit

Using a variety of CTI enrichment techniques Sygnia was able to determine that the BEC attack was only a part of a much wider campaign, potentially impacting dozens of world-wide organizations.
Threat Actor Spotlight: RagnarLocker Ransomware
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Threat Actor Spotlight: RagnarLocker Ransomware

Explore the threat of RagnarLocker ransomware. Uncover its tactics and implications in this Sygnia blog spotlight on cyber threats.
Incident Response in Google Cloud: Forensic Artifacts
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Incident Response in Google Cloud: Forensic Artifacts

Discover effective incident response in Google Cloud. Learn how to analyze forensic artifacts for swift resolution. Expert insights on Sygnia blog.
Incident Response in Google Cloud: Foundations
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Incident Response in Google Cloud: Foundations

Incident response and threat hunting in Google Cloud Platform and Workspace
Revealing Emperor Dragonfly: Night Sky and Cheerscrypt – A Single Ransomware Group
Threat Reports and Advisories

Revealing Emperor Dragonfly: Night Sky and Cheerscrypt – A Single Ransomware Group

The outcome of investigation by Sygnia's incident response teams - Cheerscrypt & Night Sky are rebrands of one ransomware group, named ‘Emperor Dragonfly’.
Vice Society Ransomware Group: Threats to Health & Education Sector
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Vice Society Ransomware Group: Threats to Health & Education Sector

Professionals across all industries, agree that the Vice Society ransomware group is a major cyber threat, especially in health & education sector
Vice Society TTPs: Insights from a Real-World Ransomware Investigation
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Vice Society TTPs: Insights from a Real-World Ransomware Investigation

Get technical insights based on forensic investigations of Vice Society (ransomware group carrying out double extortion attacks) conducted by our IR team.
Luna Moth Ransomware: The Threat Actors Behind Recent False Subscription Scams
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Luna Moth Ransomware: The Threat Actors Behind Recent False Subscription Scams

Sygnia’s team identified 'Luna Moth' ransom group. The threat actors resemble false subscription scammers, focusing on corporate data theft.
Hybrid Phishing Attack Vector – Complementing Phishing Campaigns
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Hybrid Phishing Attack Vector – Complementing Phishing Campaigns

Cyber-crime groups are targeting Java-based infrastructures susceptible to the Log4Shell vulnerability and are delivering Qakbot phishing emails
The Misconceptions of 2021’s Black Swan Cyber Events
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The Misconceptions of 2021’s Black Swan Cyber Events

Here are 3 common misconceptions about Black swan events that are considered incidents with high impact and low frequency that are impossible to predict.
Key Takeaways Leak of Conti crime group information
Threat Reports and Advisories

Key Takeaways Leak of Conti crime group information

Shared thoughts and insights following our analysis of the leaked Conti (cyber crime group) information and the groups modus operandi.
Breaking Down the Casbaneiro Infection Chain
Blog

Breaking Down the Casbaneiro Infection Chain

The Casbaneiro banking trojan targets financial organizations to steal user data for financial gain. Get a detailed “attacker fingerprint”.
Potential Okta Breach
Threat Reports and Advisories

Potential Okta Breach

In light of evidence of a successful Okta breach, we recommend taking several steps to mitigate potential risk for organizations leveraging Okta solutions.
Russia–Ukraine Conflict Escalation
Threat Reports and Advisories

Russia–Ukraine Conflict Escalation

An advisory to keep leadership updated & support global organizations enhance cyber resilience as we monitor the conflict between Russia & Ukraine.
It’s a Threat Actor’s Paradise: Getting Ahead of Attackers in 2022
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It’s a Threat Actor’s Paradise: Getting Ahead of Attackers in 2022

Achieving cyber resilience in the hostile attack terrain comes down to an organization’s ability to flip the asymmetry between them and the threat actors.
Log4Shell Remote Code Execution
Threat Reports and Advisories

Log4Shell Remote Code Execution

Critical remote code execution vulnerability in a software logging package called “Log4Shell” (CVE-2021-44228) is impacting millions of devices globally
Recent Waves of Phishing Attacks Overpowering 2-factor Authentication
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Recent Waves of Phishing Attacks Overpowering 2-factor Authentication

Phishing attacks are still a leading attack vector for threat actors globally, & are evolving in prevalence & sophistication given work-from-home models
Kaseya Ransomware Supply Chain Attack
Threat Reports and Advisories

Kaseya Ransomware Supply Chain Attack

Get a deep dive into the Kaseya ransomware attack, and how you can deploy effective defense strategies.
Detection And Hunting Of Golden SAML Attack
Threat Reports and Advisories

Detection And Hunting Of Golden SAML Attack

Get actionable insights on how to detect a Golden SAML attack vector and an overview of the compromise at SolarWinds.
Demystifying The PrintNightmare Vulnerability
Threat Reports and Advisories

Demystifying The PrintNightmare Vulnerability

Learn about the PrintNightmare vulnerability, why it's such a cause for concern and how to mitigate the risk.
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