About TXOne Networks
TXOne Networks is a company formed of a joint venture by Trend Micro and Moxa. We offer cybersecurity solutions to protect industrial control systems to ensure reliability and safety from cyberattacks.
What We Do
TXOne Networks provides solutions for tackling security weaknesses prevalent across industrial environments. We listen to the needs of both leading manufacturers and critical infrastructure operators to develop the best actionable approach within partnering companies. The result is customized technology that goes beyond traditional security tools to mitigate complex challenges. Given the ICS environments are layered and composed of a variety of equipment in different operating systems, TXOne Networks offers both network-based and endpoint-based products to secure the OT network and mission critical devices in a real-time defense-in-depth manner. Both IT and OT can have comprehensive visibility regarding the ICS assets, protocols, control commands, risks, and threats. The goal is not only to maximize ICS protection, but also to keep the business and operation running even when security is being breached in some way.
Our Mission
TXOne Networks’ mission is to provide practical cybersecurity solutions to safeguard and accelerate the progress of automation and data exchange in the industrial world.
Product Type
- ICS/SCADA Security
- Network Firewall
- Vulnerability Assessment
- Endpoint Protection
We are facing an unprecedented digital revolution that affects all fields. As digitization has become a necessary competitiveness for successful enterprises, enhancing cybersecurity capabilities has become an urgent priority. During digital transformation, industries often ponder how to balance cybersecurity and operations. However, hackers on the attack side construct a network crime industry through an organized crime approach and are pioneers in launching attacks using new technologies. Especially in the scene where the Internet of Things (IoT) devices are used as digital asset applications during digitalization, how to ensure information security has become an essential issue for enterprise digitalization. In the past, enterprises only focused on cybersecurity capabilities for computer devices, which could not avoid becoming victims of hacker attacks. Through this sharing, we will introduce how enterprises should adjust their cybersecurity strategies during digitalization and use their operational characteristics to detect hacker intrusions and response strategies.
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TOPIC
Keynote -
LOCATION
Taipei Nangang Exhibition Center, Hall 2 7F -
TAGS
Enterprise Security
OT Security
Industrial Security
The foundations of any smart factory are its data collection, data sharing, and data analysis, which are often complicated by the inclusion of assets from a wide range of manufacturers that work in a wide range of conditions and situations. Using the OT zero trust approach, inspect assets as they arrive and segment the network with all-terrain hardware to secure dataflow at the shop floor level (data in use, data in transmission, and data at rest). OT-native technology supports technicians to centrally manage cyber defense of even a vast number of legacy and modern assets running side-by-side without interrupting operations.
Streamline cyber defense procedures to prioritize patient outcomes and reduce cyber defense workload throughout healthcare facilities. Shield legacy Windows endpoints at the endpoint and network level to stop cyber attacks from disrupting patient care or compromising sensitive information. Block suspicious behavior on the network with protocol- and IP-based trust lists, and reinforce security for insecure protocols such as HL7 and DICOM.
Attackers want power over inverters and other devices used to generate electricity. They are looking for one open security hole on a flat network or unpatched legacy equipment to grant them free access to shut off electricity and demand a ransom. Learn more about the 4 cornerstones of OT zero trust join forces to shield power generation systems from malicious disruption.
A cyber attack on a semiconductor fab can cause tens of millions of dollars in damages to the stakeholding organization in less than a day. The damages of disruption by malware or Advanced Persistent Threat (APT) groups are difficult to overstate: far-reaching effects ripple out, afflicting every downstream link in the supply chain and in essence forcing global progress to run backwards. The introduction of a new set of comprehensive standards, as well as the gear for maintaining these standards, will be what provides wafer fabs with the security necessary to create the technologies of the future.
As cyber-physical systems become increasingly advanced and interdependent, they will only become more critical to the prevention of cyber disasters. Going well beyond the mere protection of personal data, these regulations reinforce the availability, integrity, and confidentiality of systems and networks.
Read The OT Zero Trust Guide to Compliance with the NIS Regulations today for insight from TXOne’s applied researchers on how to streamline compliance with the NIS regulations, reducing resource cost and overhead.
This publication aims to explore the impact of the automotive industry cybersecurity management guidelines and standards WP.29/R155 and ISO/SAE 21434 surrounding the automotive supply chain. This article provides security guidelines for automobile production to prevent the introduction of vulnerabilities and threats into the production process. This publication will cover the following aspects:
Cybersecurity challenges faced by automotive suppliers and manufacturers
An overview of WP.29/R155 and ISO/SAE 21434 and their significance in the automotive industry
Analysis of these regulations’ requirements and guidelines for ICS/OT cybersecurity in the automotive supply chain
Exploration of the best practices and strategies for compliance with ISO/SAE 21434
Due to the costly nature of replacing equipment, many SMBs will opt to keep their legacy equipment despite the fact that they cannot be updated or have security patches funneled to them through the internet. In this white paper, we alert you to the dangers you might face and provide steps you can take to protect your enterprise. The key defenses are:
1. Harden endpoints before attackers can strike.
2. Use a handheld rapid scan device to cover inbound and air-gapped devices.
3. Segment the network.
Read 3 OT Zero Trust Defenses for SMB Manufacturing for more information on modern threats to SMBs and elaboration on these forms of defense.
Medical devices are often highly specialized and costly. They need robust endpoint cyber hygiene that stops known attacks, guards against zero-day hacks, and avoids future assaults. The modern hospital requires that can handle cybersecurity issues without creating challenges that could lead to poor patient outcomes.
TXOne’s solutions meet the unique needs of diverse ICS verticals in device inspection, endpoint protection, and network defense to secure your OT workforce, workload and workplace. Our solutions are designed to deploy on levels 1 (basic control), 2 (supervisory control) and 3 (site manufacturing operations and control) of the Purdue model.
TXOne OT Zero Trust video explains the differences why IT Zero Trust can't apply in the OT. IT Zero Trust focuses on user credentials, while OT Zero Trust focuses on asset to ensure asset security using a zero-trust approach; never trust, always verify, by offering three mainstream solutions: Network Defense, Endpoint Protection, and Security Inspection for asset lifecycle protection. The technique that uses AI to build an OT Zero Trust Platform with situation awareness is TXOne answer to OT Cybersecurity.
Ensure asset integrity with rapid, installation-free asset and device scans, allowing for defense of air-gapped environments and improved supply chain security.
Minimize the impact of cyber incidents with OT-native network segmentation. Cover vulnerabilities in unpatched and legacy endpoints with asset shielding.
Ensure the productivity of the assets by ICS adaptive endpoints cybersecurity solution for legacy and modern operation system.
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