Manage Security Risks Across Your AI’s Entire Lifecycle

Blog Author
Sudarsan Kannan

Protecting AI applications and infrastructure should involve an end-to-end approach across every stage of the AI lifecycle including but not limited to data input operations, building and training the models, output and deployment of the trained models, developing applications and more. Uptycs takes this holistic approach of protecting your AI’s entire lifecycle beginning with:

  1. How to protect your infrastructure that is running your AI workload
  2. How to protect the workloads that are used to build train and run your AI models
  3. How to help customers extend their existing AI specific security tooling investments through technology partnerships 

Uptycs helps organizations to adapt AI more securely to meet their business needs through the following ways

  1. Provides GenAI augmented methods that can assist security personnel fill gaps due to shortage of security talent. This helps to identify cyber assets with specific security findings and quickly remediate and mitigate risks.
  2. Protect the AI workloads that run your models and applications by providing deep, runtime telemetry during development and in production. This enables organizations to protect AI data when the model is being trained and deployed.
  3. Protect an organization's AI infrastructure by recommending policy driven guardrails across the AI workflow pipeline.
  4. Seamless Integration with Microsoft Co-Pilot to provide deep telemetry, security context, and guided remediation for any hybrid cloud workload. 

Using Generative AI (GenAI) to improve your security and security processes

Improve time to remediate through better summarization of detections (Fig 1 below) - One challenge Security Operations teams have is lack of personnel to understand and triage huge volumes of alerts. The teams are measured based on how quickly (response time) a potential threat is remediated. Often security teams do not grasp the true criticality of the threat and don’t see the forest for the trees. This can lead to focusing on low risk issues, instead of timely mitigation of the risks that truly matter.

One of the most powerful capabilities of GenAI and large language models is to solve such fundamental problems by summarizing large bodies of text and associated context in a meaningful human understandable format. At Uptycs, we leverage GenAI to summarize alerts and detections across your cloud infrastructure and hybrid cloud workloads. We help users understand the nature of the detected behavior as well as explain in natural language the specific behaviors that led to the alert. Faster comprehension by the security teams leads to faster response.

Screenshot 2024-05-03 at 2.26.11 PM (1)

Figure 1 - Uptycs GenAI for detection and alert summarization 


Boost your cyber asset discovery through AI augmented ASK UPTYCS (Fig 2 below) - Most of the cyber security tools for the SecOps team depend on some form of query language to find a needle in the haystack when faced with huge volumes of data. This impedes the tools’ usage due to know-how that the team needs to develop around a specific query language. Ask Uptycs’ purpose is to overcome such challenges and enable teams to ask questions in plain English. This helps them to focus more on solving actual security problems rather than learning new tools.

At Uptycs, Ask Uptycs leverages GenAI-based knowledge retrieval to assist with the navigation and discovery of cyber assets across your hybrid cloud infrastructure. It helps to get answers to basic cyber security questions quickly thereby reducing your time to investigate or triage any issues around that asset. The search interface also helps customers pivot between related dashboards and suggests questions that are related to each other. This improves the security team’s investigatory workflows for any specific triaging and remediation of these alerts.

Screenshot 2024-05-03 at 2.49.18 PM

Figure 2 - Ask Uptycs 

Protecting your AI workloads and infrastructure with enhanced telemetry and guardrails

AI Workload monitoring - Uptycs collects telemetry from GPU processors purpose-built for running AI models through a partnership with an increasing number of hardware manufacturers. The telemetry collected here feeds into our unified data pipeline. This deep telemetry can span any AI workload running on purpose-built GPU processors. 

With this new capability, customers can now extend their anomaly and threat detection frameworks to detect malware, exploitation attempts, model tampering, and unexpected usage of expensive GPU resources running their AI models. This helps customers to protect their AI workloads during different phases of their lifecycle such as modeling, deployment, or running applications on top of those AI models.


AI pipeline Cloud Infrastructure monitoring - Uptycs helps customers maintain a better security posture across their key AI infrastructure services from cloud providers such as AWS and Azure. The security posture improvement can be achieved through customizable, out-of-the-box policies and rules based on security best practices recommended by the cloud providers and AI risk management frameworks, including:

  • Provides visibility into your key AI services such as AWS Bedrock, AWS SageMaker, Azure Open AI, and other AI or ML services
  • Harden your key AI infrastructure by establishing guardrails and alerting based on deviation from guardrails - Provides the ability for customers to define rules/policies based on telemetry on key AI services such as AWS Bedrock, Azure Open AI
  • Unwanted exposure of your private AI workloads - Helps organizations understand and prioritize unwanted exposure of AI workloads running on a cloud provider’s compute infrastructure
  • Gain visibility into who from within your organization can gain access to your AI training models running in your cloud infrastructure. Gain full visibility into any 3rd party suppliers and partners who can gain access to your AI training models or AI input data to mitigate risk on any misuse of AI data or AI models
  • Identify vulnerable packages that are being used to build your AI models as part of the development pipeline
  • Address governance and audit requirements by investigating any API activity through cloud threat investigation capabilities