Podcasts about xenotime

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Podcast: Aperture: A Claroty Podcast (LS 23 · TOP 10% what is this?)Episode: Joe Slowik on TRITON Malware, XENOTIME Hacking GroupPub date: 2022-10-28Joe Slowik, threat intelligence and detections lead at Gigamon, joins the podcast to discuss the XENOTIME hacking group, the entity believed to be responsible for the 2017 Triton attack. Triton was deployed within a petrochemical facility in Saudi Arabia and triggered a fault in the Schneider Electric Triconex Safety Instrumented Systems that initiated a shutdown of the plant. The Triton intrusion and malware deployment could have been much worse, resulting in harmful physical consequences and loss of life. Slowik's recent Virus Bulletin paper and presentation describes the complex ecosystem behind XENOTIME, its connections to Russian intelligence, and the tooling it built enabling the Triton attack and deployment.One question does linger: Who wrote Triton?  The podcast and artwork embedded on this page are from Claroty, which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.

Joe Slowik, threat intelligence and detections lead at Gigamon, joins the podcast to discuss the XENOTIME hacking group, the entity believed to be responsible for the 2017 Triton attack. Triton was deployed within a petrochemical facility in Saudi Arabia and triggered a fault in the Schneider Electric Triconex Safety Instrumented Systems that initiated a shutdown of the plant. The Triton intrusion and malware deployment could have been much worse, resulting in harmful physical consequences and loss of life. Slowik's recent Virus Bulletin paper and presentation describes the complex ecosystem behind XENOTIME, its connections to Russian intelligence, and the tooling it built enabling the Triton attack and deployment.One question does linger: Who wrote Triton?  

Podcast: The CyberWire Daily (LS 59 · TOP 0.5% what is this?)Episode: Manufacturing sector is increasingly a target for adversaries. [Research Saturday]Pub date: 2021-01-16Guest Selena Larson, senior cyber threat analyst at Dragos, Inc., joins us to discuss their research into recent observations of ICS-targeting threats to manufacturing organizations. Cyber risk to the manufacturing sector is increasing, led by disruptive cyberattacks impacting industrial processes, intrusions enabling information gathering and process information theft, and new activity from Industrial Control Systems (ICS)-targeting adversaries. Dragos currently publicly tracks five ICS-focused activity groups targeting manufacturing: CHRYSENE, PARISITE, MAGNALLIUM, WASSONITE, and XENOTIME in addition to various ransomware activities capable of disrupting operations. Manufacturing relies on ICS to scale, function, and ensure consistent quality control and product safety. It provides crucial materials, products, and medicine and is classified as critical infrastructure. Due to the interconnected nature of facilities and operations, an attack on a manufacturing entity can have ripple effects across the supply chain that relies on timely and precise production to support product fulfillment, health and safety, and national security objectives. Ransomware adversaries are adopting ICS-aware functionality with the ability to stop industrial related processes and cause disruptive – and potentially destructive – impacts. Dragos has not observed ICS-specific malware targeting manufacturing operations on the same scale or sophistication as that used in the disruptive TRISIS and CRASHOVERRIDE malware attacks that targeted energy operations in Saudi Arabia and Ukraine, respectively. However, known and ongoing threats to manufacturing can have direct and indirect impact to operations. This report provides a snapshot of the threat landscape as of October 2020 and is expected to change in the future as adversaries and their behaviors evolve. The research can be found here:ICS Threat Activity on the Rise in Manufacturing SectorThe podcast and artwork embedded on this page are from CyberWire, Inc., which is the property of its owner and not affiliated with or endorsed by Listen Notes, Inc.

Guest Selena Larson, senior cyber threat analyst at Dragos, Inc., joins us to discuss their research into recent observations of ICS-targeting threats to manufacturing organizations.  Cyber risk to the manufacturing sector is increasing, led by disruptive cyberattacks impacting industrial processes, intrusions enabling information gathering and process information theft, and new activity from Industrial Control Systems (ICS)-targeting adversaries. Dragos currently publicly tracks five ICS-focused activity groups targeting manufacturing: CHRYSENE, PARISITE, MAGNALLIUM, WASSONITE, and XENOTIME in addition to various ransomware activities capable of disrupting operations.  Manufacturing relies on ICS to scale, function, and ensure consistent quality control and product safety. It provides crucial materials, products, and medicine and is classified as critical infrastructure. Due to the interconnected nature of facilities and operations, an attack on a manufacturing entity can have ripple effects across the supply chain that relies on timely and precise production to support product fulfillment, health and safety, and national security objectives.  Ransomware adversaries are adopting ICS-aware functionality with the ability to stop industrial related processes and cause disruptive – and potentially destructive – impacts. Dragos has not observed ICS-specific malware targeting manufacturing operations on the same scale or sophistication as that used in the disruptive TRISIS and CRASHOVERRIDE malware attacks that targeted energy operations in Saudi Arabia and Ukraine, respectively. However, known and ongoing threats to manufacturing can have direct and indirect impact to operations. This report provides a snapshot of the threat landscape as of October 2020 and is expected to change in the future as adversaries and their behaviors evolve.  The research can be found here: ICS Threat Activity on the Rise in Manufacturing Sector

Guest Selena Larson, senior cyber threat analyst at Dragos, Inc., joins us to discuss their research into recent observations of ICS-targeting threats to manufacturing organizations.  Cyber risk to the manufacturing sector is increasing, led by disruptive cyberattacks impacting industrial processes, intrusions enabling information gathering and process information theft, and new activity from Industrial Control Systems (ICS)-targeting adversaries. Dragos currently publicly tracks five ICS-focused activity groups targeting manufacturing: CHRYSENE, PARISITE, MAGNALLIUM, WASSONITE, and XENOTIME in addition to various ransomware activities capable of disrupting operations.  Manufacturing relies on ICS to scale, function, and ensure consistent quality control and product safety. It provides crucial materials, products, and medicine and is classified as critical infrastructure. Due to the interconnected nature of facilities and operations, an attack on a manufacturing entity can have ripple effects across the supply chain that relies on timely and precise production to support product fulfillment, health and safety, and national security objectives.  Ransomware adversaries are adopting ICS-aware functionality with the ability to stop industrial related processes and cause disruptive – and potentially destructive – impacts. Dragos has not observed ICS-specific malware targeting manufacturing operations on the same scale or sophistication as that used in the disruptive TRISIS and CRASHOVERRIDE malware attacks that targeted energy operations in Saudi Arabia and Ukraine, respectively. However, known and ongoing threats to manufacturing can have direct and indirect impact to operations. This report provides a snapshot of the threat landscape as of October 2020 and is expected to change in the future as adversaries and their behaviors evolve.  The research can be found here: ICS Threat Activity on the Rise in Manufacturing Sector

Industrial operations comprise a diverse blend of technology that run critical processes. The proliferation of automation and networking has increased the sophistication of Industrial Control Systems (ICS), also known as Operational Technology (OT) environments.Threats targeting OT are increasing in both frequency and sophistication. Dragos tracks 9 OT-targeting activity groups, the most significant of which, XENOTIME, was responsible for the TRISIS malware that targeted safety systems (SIS) resulting in multiple plant shutdowns and the potential to cause harm to human operators.Traditional IT threat hunting is not well-suited to OT environments. This session will outline the differences between IT and OT assessments, highlight the most significant threats facing OT, and review best practices for OT-specific threat hunting engagements, including techniques that empower defenders to detect and respond more efficiently to existing and future threats, therefore reducing adversary dwell time. Speaker(s) Amy Bejtlich, Threat Intelligence, Dragos Marc Seitz, Threat Analyst, Dragos Slides PDF link - https://conf.splunk.com/files/2019/slides/IOT1641.pdf?podcast=1577146207 Product: Splunk Enterprise Security, Splunk for Industrial IoT Track: Internet of Things Level: Good for all skill levels

Industrial operations comprise a diverse blend of technology that run critical processes. The proliferation of automation and networking has increased the sophistication of Industrial Control Systems (ICS), also known as Operational Technology (OT) environments.Threats targeting OT are increasing in both frequency and sophistication. Dragos tracks 9 OT-targeting activity groups, the most significant of which, XENOTIME, was responsible for the TRISIS malware that targeted safety systems (SIS) resulting in multiple plant shutdowns and the potential to cause harm to human operators.Traditional IT threat hunting is not well-suited to OT environments. This session will outline the differences between IT and OT assessments, highlight the most significant threats facing OT, and review best practices for OT-specific threat hunting engagements, including techniques that empower defenders to detect and respond more efficiently to existing and future threats, therefore reducing adversary dwell time. Speaker(s) Amy Bejtlich, Threat Intelligence, Dragos Marc Seitz, Threat Analyst, Dragos Slides PDF link - https://conf.splunk.com/files/2019/slides/IOT1641.pdf?podcast=1577146263 Product: Splunk Enterprise Security, Splunk for Industrial IoT Track: Internet of Things Level: Good for all skill levels

Industrial operations comprise a diverse blend of technology that run critical processes. The proliferation of automation and networking has increased the sophistication of Industrial Control Systems (ICS), also known as Operational Technology (OT) environments.Threats targeting OT are increasing in both frequency and sophistication. Dragos tracks 9 OT-targeting activity groups, the most significant of which, XENOTIME, was responsible for the TRISIS malware that targeted safety systems (SIS) resulting in multiple plant shutdowns and the potential to cause harm to human operators.Traditional IT threat hunting is not well-suited to OT environments. This session will outline the differences between IT and OT assessments, highlight the most significant threats facing OT, and review best practices for OT-specific threat hunting engagements, including techniques that empower defenders to detect and respond more efficiently to existing and future threats, therefore reducing adversary dwell time. Speaker(s) Amy Bejtlich, Threat Intelligence, Dragos Marc Seitz, Threat Analyst, Dragos Slides PDF link - https://conf.splunk.com/files/2019/slides/IOT1641.pdf?podcast=1577146235 Product: Splunk Enterprise Security, Splunk for Industrial IoT Track: Internet of Things Level: Good for all skill levels

Industrial operations comprise a diverse blend of technology that run critical processes. The proliferation of automation and networking has increased the sophistication of Industrial Control Systems (ICS), also known as Operational Technology (OT) environments.Threats targeting OT are increasing in both frequency and sophistication. Dragos tracks 9 OT-targeting activity groups, the most significant of which, XENOTIME, was responsible for the TRISIS malware that targeted safety systems (SIS) resulting in multiple plant shutdowns and the potential to cause harm to human operators.Traditional IT threat hunting is not well-suited to OT environments. This session will outline the differences between IT and OT assessments, highlight the most significant threats facing OT, and review best practices for OT-specific threat hunting engagements, including techniques that empower defenders to detect and respond more efficiently to existing and future threats, therefore reducing adversary dwell time. Speaker(s) Amy Bejtlich, Threat Intelligence, Dragos Marc Seitz, Threat Analyst, Dragos Slides PDF link - https://conf.splunk.com/files/2019/slides/IOT1641.pdf?podcast=1577146225 Product: Splunk Enterprise Security, Splunk for Industrial IoT Track: Internet of Things Level: Good for all skill levels

This week Alex and Jamie (@TheCollierJam) chat with Harrison (@pseudohvr) on a cyber-threat campaign involving the abuse of legitimate features in Google Calendar. Then they dive into other highlights from the week including the expansion of sector targeting by destructive threat group “Xenotime”, exploitation of a vulnerability affecting Exim email servers, and continued targeting of the transportation sector by the Iran-associated threat group “APT39”. Then we hear Part II of Rick Holland (@rickhholland) and Harrison’s interview with Ryan Kovar (@meansec) of Splunk. This time they talk about badass women in cybersecurity, mentorship, and how to become a bigger advocate for diversity in infused. A must listen. Get the weekly intelligence summary report at https://resources.digitalshadows.com/weekly-intelligence-summary/weekly-intelligence-summary-13-jun-20-jun-2019.

Xenotime is detected snooping around the North American power grid. Hacking groups exploit the Return of the Wizard vulnerability in Exim servers. Hearings on the extradition of WikiLeaks’ Julian Assange have begun. Online gamers are being chased with credential stuffing attacks: they’re after your skins, your accounts, your credit cards. And some LinkedIn catphish seem to be going to AI charm school. Justin Harvey from Accenture with advice for job-hunting grads. Guest is Dr. Matthew Dunlop, Vice President and Chief Information Security Officer for Under Armour, on the challenges of protecting one of the world’s most well-known brands. For links to all of today's stories check our our CyberWire daily news brief: https://thecyberwire.com/issues/issues2019/June/CyberWire_2019_06_14.html  Support our show

In today's podcast, we hear that VPNFilter, described by Cisco's Talos research unit, looks like battlespace preparation for Fancy Bear. The FBI may have succeeded in impeding its operation. Dragos describes XENOTIME, the threat actor behind the TRISIS industrial safety system attacks, and they say we can expect them back. GDPR is coming tomorrow, and a company has found a way of letting worried CISOs sleep at night. And your right to follow theRealDonaldTrump on Twitter has now been secured by the US Federal Court for the Southern District of New York. Enjoy. Dr. Charles Clancy from the Hume Center at VA Tech, discussing how cell towers track you even when you have location services disabled (and why that’s a good thing). Guest is Erez Yalon from Checkmarx with their research on Amazon Echo eavesdropping vulnerabilities.