How global manufacturers and logistics operators can keep plants running, contain breaches, and stay ahead of regulators and attackers — using Nileʼs AI-driven, Secure Network-as-a-Service to protect uptime and run autonomously, without writing hard checks or staffing every site.
In 2025, a single cyberattack forced Jaguar Land Rover into a global production shutdown — lines stopped and plants idled, with the cost measured not in one ransom note but in every vehicle that did not get built. For any manufacturing or logistics leader, the question is no longer whether an attack will reach the plant floor, but how far it travels once it does — and how many shifts you lose finding out.
Manufacturing was the most attacked industry in the world in 2025, by a wide margin. It has held this top rank for multiple consecutive years due to its vital role in supply chains, vulnerable legacy computer networks, and the devastatingly high cost of production downtime. Per KELAʼs 2025 ransomware data, attacks on the sector surged 61 percent year-over-year, with average ransom demands crossing $1.16 million. The named incidents span continents: Bridgestone disrupted plants across multiple countries, while Thailandʼs Bangchak Group and Romaniaʼs largest power producer, Oltenia Energy Complex, were both hit in late 2025. South Korea saw a 540 percent year-over-year jump in ransomware activity. In India, 65 percent of affected manufacturers paid, with average payments of $1.35 million — the highest in Asia-Pacific. Dragos summarized the pattern in early 2026: industrial organizations significantly underestimate the reach of ransomware into operational technology because they treat it as an IT problem.
The three groups that dominated manufacturing extortion in 2025 — Akira, Qilin, and Play — rarely needed a malware exploit. They entered through VPN accounts without multifactor authentication, exploited unpatched edge devices, or compromised contractor laptops, then moved laterally into the OT layer. Industry-wide, the average detection-and-containment time for an industrial ransomware incident in 2025 was 42 days. Organizations with comprehensive OT visibility cut it to five. At the same time, what runs on a plant or logistics network has changed beyond recognition. Robotic arms, autonomous mobile robots, PLCs, RFID portals, IP surveillance, handheld scanners, environmental sensors, and tens of thousands of contractor and supplier devices now share infrastructure with the systems that move production. Safety-critical control is often isolated; the much larger attack surface is everything around it. This whitepaper is written for the CIOs and CISOs accountable for that infrastructure. In plain business terms, it explains what a modern site needs from its wired and wireless network, why the legacy approach no longer scales, and how Nileʼs AI-driven, autonomous Network-as-a-Service narrows the blast radius of the next incident while delivering consistent uptime and global regulatory alignment.
