Organizations are rapidly building AI applications, and cybercriminals are eager to exploit them. These apps introduce a new stack with models, plugins, inference, and training datasets accessing sensitive data. To accelerate innovation, organizations are embracing no-code and low-code platforms. The proliferation of AI agents is transforming operations, enhancing customer engagement, and driving growth.
These agents surpass traditional chatbots by making decisions and acting as proactive partners. However, this rapid adoption introduces unique security risks. Vulnerabilities can arise from insufficient safeguards, misconfigurations, or lack of cybersecurity expertise. Threat actors target these ecosystems, exploiting gaps in memory and decision-making processes.
Join us to explore securing your AI ecosystem, including agents built using no-code and low-code platforms, and learn strategies to safeguard AI agents.
Watch A Practical Guide to Securing Enterprise AI Now
With the rise of Industry 4.0, technologies in manufacturing environments have become increasingly complex and integrated. However, manufacturers are often still dependent on manual processes and legacy knowledge to maintain their critical Operational Technology (OT) environment. As a result, it’s challenging to gain a complete picture of operational technology— let alone efficiently secure, monitor, and manage it all. Without contextual visibility, one minor issue can quickly evolve into a complex problem with costly solution. Entire operations could be halted due to a maintenance problem with one piece of machinery, putting production behind schedule.
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This global manufacturer and eco system provider has worked with ServiceNow for several years and sees us as a business-process enabler and core solution for digital transformation. It found ServiceNow to be the right choice to help with its new multi-year plan for operational technology improvements.
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What do you need to secure AI use and deployment? Read this Gartner Market Guide covering AI Trust, Risk and Security (TRiSM), to discover how this framework helps companies securely develop, deploy, and use AI solutions. You’ll see all four levels of the framework, including the new and critically important top two layers of AI governance and AI runtime inspection and enforcement.
Read Gartner Market Guide for AI Trust, Risk and Security Management Report
Read the Gartner report on generative AI augments.
How CISOs Are Supercharging Their Teams With Generative AI Augments explores the possibilities for security and risk management (SRM) leaders, including CISOs. Read the report to learn how GenAI can:
- Boost employee work quality and productivity.
- Facilitate recruitment and the baseline standard of work.
- Act as a force multiplier for short-staffed security teams.
Learn the insights, analysis and recommended actions to adopt and deploy GenAI capabilities for your organization.
Gartner, How CISOs Are Supercharging Their Teams With Generative AI Augments, By William Dupre, Anthony Carpino, Nader Henein, Kevin Schmidt, 25 January 2024
GARTNER is a registered trademark and service mark of Gartner, Inc. and/or its affiliates in the U.S. and internationally and is used herein with permission. All rights reserved.
Read Boost your cybersecurity team capabilities with GenAI. Report
Unleash AI Security: Protect Your Environment from the New Wave of Threats is your opportunity to learn about AI app threats and how to protect against them.
Discover how Palo Alto Networks empowers you to understand and manage these AI app risks across your entire ecosystem.
We’ll share proven AI app defense strategies, including how to:
- Discover all your AI applications, models, users and datasets automatically.
- Protect models, data and apps against AI-specific and foundational attacks.
- Monitor the runtime risk exposure of your AI ecosystem continuously.
Watch Webinar Unleash AI Security Now
Cyber threats are increasingly persistent, complex, and sophisticated. At the same time, the security regulations that communications service providers (CSP) must comply with are more stringent than ever before. If CSPs are to meet those demands and deliver the best possible services to customers, they need much greater visibility into the security posture of their networks and the potential risks they face — but many lack the in-house expertise or resources to generate the insights required to do so.
Using an established security framework proven for telco operators, Nokia Consulting Services identified key security gaps, risks, and vulnerabilities for our customer. We provided recommendations on how the customer can evolve its 4G and 5G security posture to meet high-quality standards.
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Distributed denial-of-service (DDoS) attacks remain one of the most effective methods used by cybercriminals to cause significant financial, operational, and reputational damage to businesses worldwide. Though these attacks take different forms, the goal is always to incapacitate targeted servers, services, or networks by flooding them with traffic from compromised devices or networks.
As organizations have hardened their defenses, cybercriminals have responded with newer attack types targeting multiple applications and services. Download this guide to learn how to defend against rapidly evolving Distributed Denial-of-Service threats and address vulnerabilities at every layer.
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Landis+Gyr offers leading integrated energy management solutions for the utility sector in 30 countries. It delivers a full portfolio of innovative and flexible products that solve complex challenges and improve operations while lowering costs. But even with 125 years of experience, the company must constantly navigate demanding, fast-paced industry challenges to stay in the lead. This heavily regulated environment requires technological innovation, interoperability, and data security and privacy, which Landis+Gyr weaves seamlessly into its daily operations together with meaningful environmental and sustainability efforts.
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With the rise of Industry 4.0, technologies in manufacturing environments are increasingly complex & integrated.
Managing and securing Operational Technology (OT) is crucial to ensure:
- Protection against cyber attacks
- Reductions in unplanned downtime
- Minimizing human error
- Cost reductions
