探花视频, in conjunction with its vendor partners, sponsors hundreds of events each year, ranging from webcasts and tradeshows to executive roundtables and technology forums.
Government Events and Resources
Events
Narrative Attacks Don鈥檛 Go Viral on Their Own: Tracking the Behaviors Behind the Narrative
Hosted By: Fivecast, Blackbird.ai & 探花视频
In today’s information environment, threat actors, influencers and nation-states are targeting executives and organizations to shape public perception. These narrative attacks are intrinsically connected and aimed to cause financial, operational and reputational harm. The challenge is that these intelligence workflows often treat them as separate problems that threat intelligence and social listening can’t follow.
This session draws expertise from Lawson Ferguson, Tradecraft Lead at Fivecast, and Daniel González, Narrative Intelligence Advisor at Blackbird.AI, to explore a critical new threat vector called narrative attacks: what gets missed when you monitor engagement without narrative context, or track narratives without understanding who is behind them.
- How threat actors cause harm to executives and organizations through coordinated narrative attack campaigns
- The challenge of discerning high-impact narratives amid high-volume noise
- What happens when disinformation, malign influence, and operational threats converge in real time
- How Narrative Intelligence can provide visibility into the harmful narratives targeting your organization and executives, the threat actors behind them, the bot influence that amplifies them and the threat actors and nation-states that influence them.
Resources
Tackle Space Junk with Hyperscale Analytics
The growing accumulation of space junk poses significant risks to operational assets, making collision avoidance a critical challenge involving trillions of data points and complex interdependencies. The Ocient Hyperscale Data Warehouse™ addresses this issue with high-speed data ingestion, real-time analytics, advanced geospatial capabilities, and machine learning to enable efficient tracking and mitigation of space junk.
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