Live Demo: The Nozomi Networks Platform in 15 Minutes
Join the DemoTraditionally, operational technology (OT) operators have shied away from active monitoring methods, driven largely by concerns over system disruption and OEM vendor validation expectations. However, the tide appears to be turning. Over the past few years, we’ve seen mindsets evolving from relying on a 100% passive approach to embracing more active monitoring methods to get deeper asset context, including configuration information, log files, user activity correlation, USB insertions, and even operational data from level 0 in a PLC.
During this session, we'll delve into the advancements in OT-safe proactive monitoring and how you could apply some of these latest developments towards securing your critical infrastructure while ensuring operational continuity and compliance.
Traditionally, operational technology (OT) operators have shied away from active monitoring methods, driven largely by concerns over system disruption and OEM vendor validation expectations. However, the tide appears to be turning. Over the past few years, we’ve seen mindsets evolving from relying on a 100% passive approach to embracing more active monitoring methods to get deeper asset context, including configuration information, log files, user activity correlation, USB insertions, and even operational data from level 0 in a PLC.
During this session, we'll delve into the advancements in OT-safe proactive monitoring and how you could apply some of these latest developments towards securing your critical infrastructure while ensuring operational continuity and compliance.
Traditionally, operational technology (OT) operators have shied away from active monitoring methods, driven largely by concerns over system disruption and OEM vendor validation expectations. However, the tide appears to be turning. Over the past few years, we’ve seen mindsets evolving from relying on a 100% passive approach to embracing more active monitoring methods to get deeper asset context, including configuration information, log files, user activity correlation, USB insertions, and even operational data from level 0 in a PLC.
During this session, we'll delve into the advancements in OT-safe proactive monitoring and how you could apply some of these latest developments towards securing your critical infrastructure while ensuring operational continuity and compliance.
Traditionally, operational technology (OT) operators have shied away from active monitoring methods, driven largely by concerns over system disruption and OEM vendor validation expectations. However, the tide appears to be turning. Over the past few years, we’ve seen mindsets evolving from relying on a 100% passive approach to embracing more active monitoring methods to get deeper asset context, including configuration information, log files, user activity correlation, USB insertions, and even operational data from level 0 in a PLC.
During this session, we'll delve into the advancements in OT-safe proactive monitoring and how you could apply some of these latest developments towards securing your critical infrastructure while ensuring operational continuity and compliance.
Traditionally, operational technology (OT) operators have shied away from active monitoring methods, driven largely by concerns over system disruption and OEM vendor validation expectations. However, the tide appears to be turning. Over the past few years, we’ve seen mindsets evolving from relying on a 100% passive approach to embracing more active monitoring methods to get deeper asset context, including configuration information, log files, user activity correlation, USB insertions, and even operational data from level 0 in a PLC.
During this session, we'll delve into the advancements in OT-safe proactive monitoring and how you could apply some of these latest developments towards securing your critical infrastructure while ensuring operational continuity and compliance.
