Cybersecurity Solutions for Manufacturing & Industrial Operations

Manufacturing has been the most targeted industry for cyberattacks for five consecutive years. In 2025, 1,466 ransomware attacks hit manufacturers worldwide, a 56% increase from 2024, representing roughly half of all global ransomware incidents. The consequences of a manufacturing cyberattack extend far beyond IT: production lines halt, shipments are delayed, supply chains are disrupted, and the operational losses accumulate at a rate of $1.9 million per day of downtime. For manufacturers, cybersecurity is no longer an IT issue: it is a business continuity imperative.

Cyber Security Services provides integrated IT and OT cybersecurity programs designed for the unique architecture of manufacturing environments, where production systems, SCADA networks, PLCs, and industrial IoT devices operate alongside traditional IT infrastructure. We protect both the office and the floor.

#1

targeted industry 5 years running

Manufacturing was the most attacked industry for the fifth consecutive year in 2025, accounting for 27.7% of the incidents IBM X-Force responded to across its top industries. Ransomware incidents against manufacturers rose 56%, from 937 in 2024 to 1,466 in 2025. (IBM, X-Force Threat Intelligence Index, 2026; Check Point, Manufacturing Threat Landscape 2025, 2026)

$1.3M

average ransomware recovery cost

The average cost for a manufacturer to recover from a ransomware attack, not counting any ransom paid, was $1.3 million, and 58% of manufacturers fully recovered within one week. When Jaguar Land Rover disclosed a cyber incident on September 2, 2025, it shut down its global systems. Phased production did not restart until October 8, and quarterly revenue fell 24% to £4.9 billion. (Sophos, State of Ransomware in Manufacturing and Production, 2025; JLR, Q2 FY26 Results, 2025)

3,300

industrial organizations hit by ransomware

Ransomware affected about 3,300 industrial organizations worldwide in 2025, and manufacturing made up more than two-thirds of all victims. The average dwell time for ransomware inside OT environments was 42 days. (Dragos, OT/ICS Cybersecurity Year in Review, 2026)

Why Manufacturing Is the Top Target

Manufacturers present a unique combination of factors that make them exceptionally attractive to attackers:

Legacy OT Systems with Known Vulnerabilities

80% of European manufacturers, and a comparable share of U.S. operations, run critical OT systems with known, unpatched vulnerabilities. PLCs, SCADA systems, and industrial IoT devices were designed for reliability and connectivity, not security. Many cannot support modern endpoint agents or patching cycles, leaving attackers with a stable of well-documented exploits.

High Cost of Downtime Creates Ransomware Leverage

Production continuity is existential for manufacturers. When a line goes down, every minute costs money, in lost output, missed delivery penalties, idle labor, and supply chain disruption. This operational urgency is exactly what ransomware operators exploit. Manufacturers pay ransoms at higher rates than most industries precisely because the alternative is measured in millions per day.

IT/OT Convergence Opens New Attack Paths

Smart manufacturing, Industry 4.0 initiatives, and remote monitoring have connected factory floor systems to enterprise IT networks in ways that create attack paths that did not exist a decade ago. An attacker who compromises an IT endpoint can pivot to OT networks through these connections, reaching PLCs, HMIs, and control systems. This IT/OT boundary is one of the most critical security gaps in manufacturing today.

High-Value Intellectual Property

Beyond operational disruption, manufacturers hold extraordinarily valuable intellectual property: product designs, formulations, manufacturing processes, and customer specifications. 40% of manufacturing cyberattacks in 2025 involved data theft targeting financial assets and trade secrets. Industrial credentials sell for $4,000–$70,000 on dark web markets due to their operational leverage.

IT/OT Convergence Security: What Makes Manufacturing Different

Effective manufacturing cybersecurity requires expertise in both traditional IT security and industrial OT/ICS environments. The tools, protocols, and risk calculus are fundamentally different:

OT environments use industrial protocols (Modbus, DNP3, EtherNet/IP, PROFINET) that standard IT security tools do not understand
Patching cycles in OT are measured in years, not days, so security must work around patch limitations
Availability takes precedence over confidentiality in OT, so security controls cannot disrupt production
Air-gap assumptions are increasingly invalid as remote monitoring and smart manufacturing connect OT to IT
Supply chain compromise is a primary OT attack vector: attackers target vendors and OEM software to reach manufacturers

Our Manufacturing Cybersecurity Services

OT/IT Network Security Assessment

We assess your entire manufacturing security environment, from corporate IT through the demilitarized zone to plant floor OT networks. We inventory connected systems, map network architecture, identify the IT/OT convergence points that attackers exploit, and produce a risk-prioritized remediation roadmap.

24/7 Managed Detection & Response

Our SOC monitors both IT and OT environments for threat activity, using OT-aware detection capabilities that understand industrial protocols and normal operational baselines. We detect lateral movement, anomalous PLC commands, and ransomware staging before production impact occurs.

Ransomware Defense & Business Continuity

We implement layered ransomware defenses: endpoint protection, network segmentation between IT and OT, immutable backup configurations for critical systems, and incident response playbooks specific to manufacturing environments. We focus on minimizing downtime, not just detecting attacks.

Vulnerability Management for Industrial Environments

We design vulnerability management programs that work within the operational constraints of manufacturing, prioritizing exploitable vulnerabilities with production impact, compensating with network controls where patching is not feasible, and maintaining the documentation that OT security programs require.

CMMC Readiness for DoD Contractors

Manufacturing companies that supply the Defense Industrial Base must achieve CMMC certification. We provide Level 1, 2, and 3 readiness assessments, NIST SP 800-171 gap analysis, SPRS score calculation, and preparation for C3PAO audits, protecting your DoD contracts as Phase 1 enforcement continues.

Incident Response

When production systems go down, every hour matters. Our incident response team has manufacturing-specific experience, understanding OT recovery procedures, coordination with control system vendors, and the forensics approaches that work in industrial environments without prolonging downtime.

Protect Your Production Lines from Cyberattacks

Get a manufacturing-specific cybersecurity assessment covering IT, OT, and your CMMC obligations.

Schedule Your Free Manufacturing Security Assessment

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Frequently Asked Questions

Can you secure our OT environment without disrupting production?

Yes. OT security must be designed around production continuity: this is a fundamental requirement, not a secondary consideration. We use passive network monitoring that does not generate traffic on OT networks, compensating controls where patching is not feasible, and maintenance window scheduling for any active testing. We have experience working in 24/7 manufacturing environments.

What is the biggest cybersecurity risk for manufacturers in 2025?

The convergence of IT and OT networks is the highest-priority risk for most manufacturers. Attackers who compromise IT endpoints can pivot to OT systems through these connections, reaching the PLCs and control systems that run production. IT/OT network segmentation and monitoring is the single most impactful control for manufacturing cybersecurity.

We are a DoD supplier. What do we need for CMMC?

CMMC Phase 1 enforcement began November 2025. If you handle Federal Contract Information (FCI), you need Level 1 self-assessment. If you handle Controlled Unclassified Information (CUI), you likely need Level 2 with all 110 NIST SP 800-171 requirements. We conduct CMMC gap assessments, calculate your current SPRS score, implement required controls, and prepare you for C3PAO audits

How do you handle the challenge of legacy equipment that cannot be patched?

Legacy OT equipment that cannot be patched is extremely common in manufacturing. Our approach applies compensating controls: network micro-segmentation to isolate unpatched assets, allowlisting to restrict what can communicate with those systems, continuous monitoring for anomalous behavior, and documented risk acceptance for residual vulnerabilities. This is standard OT security practice: we have extensive experience applying it.