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Manufacturing systems, especially the ones that work with SCADA technology (Supervisory Control and Data Acquisition), IoT devices, and other critical technologies, depend heavily on efficient IT support to ensure that the downtime is minimal, and the performance is optimal.
I also looked at custom firmware and soldering and why, to my mind, that was a path I didn't need to go down at this time. Back to the bit about risks impacting datacollected by IoT devices and back again to CloudPets, Context Security's piece aligned with my own story about kids' CloudPets messages being left exposed to the internet.
How cars became the worst product category for privacy Session Covers the extensive datacollection (and subsequent sharing with car manufacturers and their affiliates) enabled by modern vehicles; they can collect way beyond location data. Malware campaigns covered generally target/affect the end user.
There are three major threat vectors that harm IoT deployments: Devices are hijacked by malicious software; Datacollected and processed in IoT ecosystems is tampered with and impacts the confidentiality, integrity and availability of the information; and, Weak user and device authentication. However, the security mindset is changing.
Data Broker Brags About Having Highly Detailed Personal Information on Nearly All Internet Users Gizmodo An owner of a data broker business brags and showcases his company's ability to deliver "personalized messaging at scale." Of course, personalized in this context means leveraging extensive amounts of datacollected on people.
Sounding horns, disabling start up, reporting a vehicle as stolen, even accessing built in cameras are all possible for rogue entities should they manage to break into a manufacturer’s network. million vehicles (start engine, disable starter, unlock, read device location, flash and update firmware).
Industrial control systems (ICS) are the backbone of critical infrastructure, powering essential operations in the energy, manufacturing, water treatment, and transportation sectors. These systems are integral to the smooth operation of industries such as manufacturing, power generation, oil and gas, water management, and more.
For example, the recent ransomware that leverages IT/OT convergence including the manufacturing and energy industries has prompted CISA to issue guidance regarding ransomware impacting OT environments ( read the guidance and how Tenable can help). • Configuration control that tracks all changes to code, OS & firmware regardless.
With consumers in particular prioritising convenience and functionality over security, it’s down to manufacturers to ensure security is embedded into devices from the point of creation. Authentic, secure patching ensures that manufacturers can mitigate security issues before cyber criminals can act.
The threats that are notable for the Asian region are represented by a significant number of attacks aimed at manufacturing of chips, microprocessors and system control boards of different IT vendors, whose principal manufacturing operations are located in Asia.
IoT devices are always collectingdata. Most IoT device users realize IoT devices collect and derive massive amounts of data. But the amount, and types, of datacollected are much greater than what most realize; how can they know without training? Many third parties access, use, and share IoT data.
The proliferation of connected devices offers enormous business benefit, across industries as diverse as manufacturing, healthcare and automotive. Imagine the “smart factory” of the future offering real time datacollection, predictive insight into machine maintenance or even remote factory monitoring for updates and disruptions.
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