LIVETHREAT INTELLIGENCE
NVD/NISTCVE-2025-29927 — Next.js Middleware Auth Bypass · All versions <15.2.3 affectedCRITICAL 9.1AlienVault OTXAPT29 (Cozy Bear) — Active Spear-Phishing Campaign Targeting NATO DiplomatsCRITICAL 9.3Recorded FutureCl0p Ransomware — MOVEit-style Campaign Targeting MFT Solutions GloballyCRITICAL 9.5Shodan22,000+ Redis Instances Exposed on Port 6379 — No Auth — Cryptominer RiskHIGH 8.9VirusTotalCVE-2025-21298 — Windows OLE Remote Code Execution · CISA KEV Catalog AddedCRITICAL 9.8Censys14,500+ Exposed Kubernetes API Servers Detected — Anonymous Access EnabledHIGH 8.7AlienVault OTXFIN7 Carbanak Group — New JavaScript Backdoor Targeting Retail POS SystemsHIGH 8.4NVD/NISTCVE-2025-24813 — Apache Tomcat RCE via Partial PUT · Exploit Code PublicCRITICAL 9.8Recorded FutureDark Web Auction: 2.1M U.S. Healthcare Records Listed · PII + Insurance DataHIGH 8.1VirusTotalLumma Stealer v4.1 — New Evasion Bypass for Windows Defender SmartScreenHIGH 8.6NVD/NISTCVE-2025-30065 — Apache Parquet RCE via Schema Parsing · CVSS Maximum ScoreCRITICAL 10.0Recorded FutureSalt Typhoon (China) — Telco Backdoors Persist in 3 U.S. Carriers Post-DisclosureCRITICAL 9.2VirusTotalDragonForce Ransomware — New Affiliate Program Attracting LockBit DefectorsHIGH 8.5ShodanCitrix NetScaler Bleed (CVE-2023-4966) — 4,800 Unpatched Hosts Still ExploitableCRITICAL 9.4CensysIvanti Connect Secure 0-Day Chain — Nation-State Actor Exploitation ConfirmedCRITICAL 9.0AlienVault OTXBEC Surge Q1 2026 — $3.1B in Wire Fraud · AI Voice Cloning in UseHIGH 7.9NVD/NISTCVE-2025-29927 — Next.js Middleware Auth Bypass · All versions <15.2.3 affectedCRITICAL 9.1AlienVault OTXAPT29 (Cozy Bear) — Active Spear-Phishing Campaign Targeting NATO DiplomatsCRITICAL 9.3Recorded FutureCl0p Ransomware — MOVEit-style Campaign Targeting MFT Solutions GloballyCRITICAL 9.5Shodan22,000+ Redis Instances Exposed on Port 6379 — No Auth — Cryptominer RiskHIGH 8.9VirusTotalCVE-2025-21298 — Windows OLE Remote Code Execution · CISA KEV Catalog AddedCRITICAL 9.8Censys14,500+ Exposed Kubernetes API Servers Detected — Anonymous Access EnabledHIGH 8.7AlienVault OTXFIN7 Carbanak Group — New JavaScript Backdoor Targeting Retail POS SystemsHIGH 8.4NVD/NISTCVE-2025-24813 — Apache Tomcat RCE via Partial PUT · Exploit Code PublicCRITICAL 9.8Recorded FutureDark Web Auction: 2.1M U.S. Healthcare Records Listed · PII + Insurance DataHIGH 8.1VirusTotalLumma Stealer v4.1 — New Evasion Bypass for Windows Defender SmartScreenHIGH 8.6NVD/NISTCVE-2025-30065 — Apache Parquet RCE via Schema Parsing · CVSS Maximum ScoreCRITICAL 10.0Recorded FutureSalt Typhoon (China) — Telco Backdoors Persist in 3 U.S. Carriers Post-DisclosureCRITICAL 9.2VirusTotalDragonForce Ransomware — New Affiliate Program Attracting LockBit DefectorsHIGH 8.5ShodanCitrix NetScaler Bleed (CVE-2023-4966) — 4,800 Unpatched Hosts Still ExploitableCRITICAL 9.4CensysIvanti Connect Secure 0-Day Chain — Nation-State Actor Exploitation ConfirmedCRITICAL 9.0AlienVault OTXBEC Surge Q1 2026 — $3.1B in Wire Fraud · AI Voice Cloning in UseHIGH 7.9
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Why Every Enterprise Needs an Incident Response Retainer (And What to Look For in One)

When ransomware hits at 2am, you do not want to be Googling for a security firm. An incident response retainer guarantees you have a trained team on call before the breach happens — and defines exactly how fast they respond. Here is what enterprise buyers need to know.

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HorizonShield SOC Team
March 1, 2026

The Cost of Not Having a Retainer

The average time to identify and contain a data breach is 277 days, according to IBM's Cost of a Data Breach Report. For organisations without a pre-existing incident response relationship, that number climbs — because the first 48 hours are spent finding a firm, negotiating a contract, and onboarding them to your environment, while the attackers continue operating.

An IR retainer eliminates this latency. Your provider already knows your environment, your escalation contacts, your regulatory obligations, and your recovery priorities.

What an IR Retainer Actually Includes

Not all retainers are equal. At minimum, a credible incident response retainer should include:

  • Defined SLAs: Response time from initial contact to analyst engagement (HorizonShield: <1 hour for critical breaches)
  • Environment pre-onboarding: Network topology documentation, key contacts, critical asset inventory — completed before any incident occurs
  • Regulatory mapping: Pre-built reporting templates for DORA, FFIEC, GDPR, SOX — ready to file, not written from scratch during a crisis
  • Retained hours: A bank of analyst hours available on-demand, rolling over quarterly
  • Tabletop exercises: Annual simulation of your most likely threat scenarios

What to Ask Any IR Provider

Before signing an IR retainer, ask these questions:

  1. What is your guaranteed time from initial contact to analyst on-keyboard? (If they cannot answer in minutes, not hours, walk away.)
  2. Have you worked with organisations subject to DORA or FFIEC reporting requirements?
  3. Who specifically will respond — do I get a named team or whoever is available?
  4. What forensic tooling do you bring? Do you support cloud-native environments (AWS, Azure, GCP)?
  5. What does your final incident report look like — will it satisfy a regulatory examiner?

HorizonShield IR Retainer — Response SLAs

Our incident response retainer guarantees: critical breach / ransomware: <1 hour; data exfiltration in progress: <2 hours; malware detection: <4 hours; post-incident forensics: <24 hours; full investigation report: <72 hours. DORA-formatted regulatory reports are included at no additional cost.

Incident ResponseCybersecurityHorizonShield
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HorizonShield SOC Team
HorizonShield Security Team

Cybersecurity expert at HorizonShield, specializing in threat intelligence, incident response, and enterprise security architecture.