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What We Did

  • Developed a cloud-ready solution that monitors AI/ML training data for signs of manipulation and adversarial attacks

  • Applied Natural Language Processing (NLP) and Small Language Models (SLM) to flag suspicious activity and assign risk scores

  • Designed a flexible deployment model available on any cloud platform or as a SaaS solution


The Challenge

Organizations increasingly rely on AI and machine learning to make critical decisions and automate operations. But these systems face a growing threat: data poisoning, where malicious actors manipulate training data to disrupt predictions, cause failures, or compromise entire networks. Traditional defenses are not built to catch these subtle, evolving attacks, leaving AI systems vulnerable.


Lifescale Analytics’ Solution

Lifescale Analytics created a proactive monitoring and defense framework to detect and stop data poisoning attempts before they impact operations. Using NLP and SLM techniques, the solution scans input data and user actions for anomalies, unusual keywords, or unauthorized behaviors. A dynamic risk scoring engine highlights potential threats, enabling organizations to act quickly.


​The solution is platform-agnostic, ingesting data from existing sources and operating seamlessly in the cloud or as a SaaS model. This ensures easy integration with enterprise environments and scalability across business units.


Impact

With AI/ML Data Poison Protection, organizations gain:

  • ​Early Detection – Prevent data breaches before damage occurs

  • Adaptive Security – Evolving defenses against emerging threats

  • Compliance Support – Strengthened adherence to governance and regulatory standards

  • Holistic Protection – Robust defense across diverse attack surfaces

Federal Government

Data Security Solutions, Artificial Intelligence, Data Governance & Compliance, Infrastructure & Cloud

Industry
Capabilities

AI/ML Data Poison Protection

Cloud-ready defense framework using NLP and SLM models to detect and stop adversarial data poisoning, ensuring AI/ML systems remain secure and trustworthy.

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