What is DeepKeep?
DeepKeep is an AI-Native Security platform that protects AI applications for large corporations using AI, GenAI, and LLM. It safeguards AI throughout its lifecycle, from risk assessment to threat prevention, helping companies create bold AI models while defending against data leakage and toxic responses.
What sets DeepKeep apart?
DeepKeep sets itself apart with its AI-Native security platform, specifically designed to safeguard the entire AI lifecycle for corporations integrating advanced AI technologies. This comprehensive protection is valuable for businesses aiming to push the boundaries of AI innovation while maintaining robust security measures. By enabling the creation of bold AI models without compromising on safety, DeepKeep offers a unique approach to balancing AI advancement and risk management.
DeepKeep Use Cases
- AI model risk assessment
- LLM security protection
- Data leakage prevention
- Bias detection in AI
- AI trustworthiness evaluation
Who uses DeepKeep?
Features and Benefits
- AI-Native SecuritySafeguards AI applications throughout their entire lifecycle, from development to deployment, using AI-powered protection against various threats and vulnerabilities.
- Risk Assessment ModuleEvaluates AI model resilience through penetration testing, identifying potential vulnerabilities in security, trustworthiness, and privacy.
- Continuous MonitoringProvides real-time alerts and protection against attacks on AI applications, covering a wide range of security and safety categories.
- Multi-Modal ProtectionSecures various AI modalities including Large Language Models (LLMs), computer vision, and tabular data models.
- Compliance and Ethics ChecksDetects and mitigates issues related to bias, fairness, toxicity, and data leakage to ensure AI models meet ethical and regulatory standards.
Pricing
- AI-Native Security
- Continuous Risk Assessment
- AI Firewall
- Protection for multimodal AI including LLM, vision & tabular data
- Security and trustworthiness for holistic protection
- Realtime detection, protection and inference