NIST SP 800-61 aligned incident response — MSSP-backed retainer, digital forensics, and breach notification support meeting DPDP Act and GDPR 72-hour deadlines.
Select an incident type and generate a NIST 800-61 aligned IR playbook with MITRE ATT&CK kill chain mapping — real AI-generated output in seconds.
From retainer activation to post-incident lessons learned.
Pre-negotiated incident response retainer with guaranteed response SLAs, removing contract negotiation delay during an active breach.
MSSP-BackedEvidence-preserving forensic investigation — disk imaging, memory analysis, log timeline reconstruction, and root cause determination.
Chain of CustodyScenario-based IR plan validation with executive and technical stakeholders — testing decision-making and communication before a real incident.
Plan ValidationLegal and regulatory breach notification guidance meeting DPDP Act 2023 (72hr) and GDPR (72hr) reporting obligations, with documentation templates.
DPDP · GDPRPre-built, automated containment and eradication playbooks integrated with SIEM/SOAR for faster response on common incident types.
SOAR IntegrationExecutive and technical incident reports with root cause analysis, timeline, impact assessment, and prioritized lessons-learned remediation plan.
Lessons LearnedOur engagements follow the NIST incident handling framework end to end.
IR plan development, retainer activation, tooling readiness, and tabletop exercise validation before an incident occurs.
Triage incoming alerts, confirm true positive, scope the incident, and classify severity against your defined incident taxonomy.
Short-term containment to stop active damage, followed by long-term containment while preserving forensic evidence for investigation.
Remove attacker persistence mechanisms, patch the root-cause vulnerability, and restore systems to verified-clean operational state.
Post-incident review producing root cause analysis, control gaps, and a prioritized remediation roadmap to prevent recurrence.
Incident response is the discipline most tested under pressure and least forgiving of improvisation. Organizations that have not pre-established IR retainers, defined escalation paths, and tested playbooks consistently take longer to contain breaches, incur higher remediation costs, and face more severe regulatory consequences than those with a mature, rehearsed IR program. The NIST SP 800-61 framework — the de facto industry standard for incident handling — structures this discipline into a repeatable lifecycle that scales from a single phishing incident to a multi-system ransomware event.
Preparation is the foundation: incident response plans, communication trees, forensic tooling, and crucially, a pre-negotiated retainer so that response begins immediately rather than after a contract review during an active breach. Detection and Analysis determines whether an alert represents a genuine incident, its scope, and its severity classification. Containment splits into short-term actions (isolating affected systems immediately) and long-term containment (rebuilding from known-clean images) while preserving forensic evidence — a step frequently rushed under business pressure to "just fix it," which destroys evidence needed for root cause analysis and legal proceedings. Eradication removes the attacker's persistence mechanisms and the vulnerability that enabled initial access. Recovery restores normal operations with enhanced monitoring to detect re-compromise. Lessons Learned closes the loop with a structured post-incident review.
The single most common failure mode in incident response is delay caused by contracting friction — organizations without a pre-negotiated retainer spend the first critical hours of a breach negotiating statements of work and master service agreements instead of containing the threat. An IR retainer pre-establishes legal terms, response SLAs, and team familiarity with your environment before an incident occurs, compressing time-to-containment from days to hours. Our MSSP-backed 24/7 retainer model ensures response begins the moment an incident is declared.
A written incident response plan that has never been exercised is a document, not a capability. Tabletop exercises walk executive and technical stakeholders through a realistic incident scenario — ransomware encryption discovered Friday evening, a supply chain compromise affecting a critical vendor, a insider data exfiltration — forcing real decisions about communication, containment authority, and business continuity tradeoffs in a low-stakes setting. We run scenario-based tabletops mapped to your actual technology stack and threat profile, surfacing plan gaps (undefined decision authority, missing contact information, unclear legal escalation triggers) before they cause confusion during a genuine incident.
Forensic investigation determines not just what happened but how — the initial access vector, lateral movement path, and data accessed or exfiltrated. This requires forensically sound evidence handling: disk and memory imaging with documented chain of custody, log preservation before retention policies purge relevant records, and timeline reconstruction correlating evidence across multiple systems. Poor evidence handling can compromise both the technical investigation and any subsequent legal action against the responsible party.
Regulatory breach notification timelines add legal urgency on top of technical urgency. India's DPDP Act 2023 and the EU GDPR both impose a 72-hour notification window to the relevant data protection authority once a personal data breach is identified — a deadline that begins ticking during the chaos of active incident response, not after recovery is complete. Missing this window, or providing an inadequate initial notification, carries its own penalty exposure independent of the underlying breach. Our IR engagements include parallel-track breach notification support — assessing whether the incident constitutes a notifiable personal data breach, drafting the required regulatory notification, and preparing affected-individual communication, so legal obligations are met without diverting your technical responders from containment work.
For common, well-understood incident types — phishing-delivered malware, credential compromise, known ransomware families — manual response is unnecessarily slow. We build automated containment playbooks integrated with your SOAR platform: automatic account disablement on confirmed credential compromise, automatic endpoint isolation on ransomware behavioral detection, automatic blocking of indicators correlated with the active incident across your perimeter. Automation handles the well-understood 80% of incident volume, freeing human responders to focus on the novel, high-judgment 20% that automation cannot safely handle.
The lessons-learned phase is the most frequently skipped step under business pressure to "move on" after recovery — and the most valuable for long-term risk reduction. A rigorous post-incident review identifies not just the immediate technical root cause but the organizational and process gaps that allowed it: delayed patching of a known CVE, missing network segmentation, insufficient logging that extended the investigation timeline. We deliver both an executive-level incident report (timeline, business impact, regulatory exposure) and a technical remediation roadmap prioritized by risk reduction, ensuring each incident strengthens your security posture rather than simply being closed and forgotten.
Not every security alert warrants full incident response activation, and treating every alert as a maximum-severity incident burns out responders and dilutes urgency when a genuine critical incident occurs. Effective IR programs define clear, pre-agreed classification criteria — typically a severity matrix considering data sensitivity affected, system criticality, scope of compromise, and business impact — with corresponding escalation paths and response SLAs for each tier. We help organizations define this classification framework before an incident occurs, since debating severity classification during an active incident wastes critical response time and introduces inconsistency in how comparable incidents are handled.
Incident communication has two audiences with very different needs: technical responders coordinating containment and eradication actions, and executive/business stakeholders needing accurate, appropriately-scoped updates without technical noise that obscures business impact. Poor communication management during an incident — technical jargon reaching executives, premature or inaccurate public statements, inconsistent messaging across legal, PR, and technical teams — frequently causes more lasting organizational damage than the technical incident itself. Our IR engagements include a defined communication cadence and pre-approved messaging templates for common scenarios, reducing improvisation during a high-stress event.
Ransomware incidents carry distinct response considerations beyond the standard NIST lifecycle: the decision of whether to engage with threat actors (generally discouraged, and increasingly subject to regulatory and insurance restrictions), backup integrity verification before restoration (since sophisticated ransomware operators frequently target and corrupt backup systems before triggering encryption), and the parallel data exfiltration risk now standard in double-extortion ransomware operations, which independently triggers breach notification obligations even if encrypted systems are successfully restored from backup. We build ransomware-specific playbooks addressing these considerations as part of broader IR retainer engagements.
Most cyber insurance policies impose specific requirements on incident response — pre-approved forensic vendors, notification timelines to the insurer that can be shorter than regulatory deadlines, and documentation standards for claims processing. Engaging legal counsel early, particularly counsel experienced in breach response, helps preserve attorney-client privilege over forensic findings where appropriate and ensures regulatory notification language is reviewed before submission. We coordinate directly with your insurance carrier's requirements and legal counsel throughout an engagement, rather than treating these as parallel tracks disconnected from the technical response.
An incident response plan that has never been tested against a realistic scenario tends to reveal its gaps at the worst possible moment — during an actual breach. Tabletop exercises simulate a realistic incident scenario with key stakeholders (security, legal, communications, executive leadership) walking through the decision points a real incident would require: when to engage outside counsel, what triggers customer notification, who has authority to take a production system offline. These exercises consistently surface gaps that look fine on paper but break down in practice — an approval chain that assumes someone is reachable at 3 AM, or a communications plan that was never reviewed by the people who would actually execute it.
Internal and external communication during a breach requires as much planning as the technical response itself. Premature or inaccurate public statements can create legal liability and erode customer trust, while excessive secrecy can violate disclosure obligations and damage trust when the full scope eventually becomes public. We help establish a communication framework before an incident occurs — designated spokespeople, pre-approved messaging templates for different severity scenarios, and a clear internal escalation path so that employees across the organization receive consistent, accurate guidance rather than speculating in the absence of official information.
An increasing share of significant incidents originate not from a direct compromise of the victim organization but from a compromised vendor, managed service provider, or software supply chain dependency. Responding to a third-party-originated incident requires different coordination than a direct breach — establishing what access the compromised vendor had, whether that access has been revoked, and whether the vendor's own incident response is providing timely, accurate information your team can act on. We help organizations build vendor incident response coordination into their broader IR plan, including pre-established contractual notification requirements with critical vendors before an incident makes those terms relevant.
Organizations without a pre-established incident response retainer frequently lose critical hours during an active breach simply negotiating contracts and getting a response team up to speed on their environment for the first time. A retainer relationship solves both problems: response SLAs and rates are agreed in advance so engagement begins immediately upon activation, and our team builds familiarity with your environment, architecture, and key contacts during onboarding — well before any incident occurs — so the first real engagement starts from informed context rather than a cold start.
What is the first call to make during a suspected breach? Activate your incident response retainer or engage your IR provider immediately, even before full confirmation — early engagement allows experienced responders to guide containment decisions from the outset rather than reviewing a situation that has already evolved.
Should we always involve law enforcement? This depends on incident type, jurisdiction, and regulatory obligation, and should be decided in consultation with legal counsel — but for ransomware and significant data breaches, law enforcement engagement is frequently advisable and sometimes mandated by sector regulation.
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