Sweet Security
Sweet Security focuses on runtime protection for cloud-native apps. Their platform watches applications in real-time, spotting threats as they happen across your entire cloud stack.
Demo Storyline
Useful Links & Resources
- Company Overview
Sweet Security tackles cloud-native security challenges by focusing on runtime protection. They built a team of security and cloud experts after seeing traditional approaches fail in dynamic environments. Backed by venture capital, they help diverse industries secure cloud apps without sacrificing speed or innovation.
- James’ Corner
Sweet Security has always been focused on making incident response in the cloud more achievable for organizations. They have unique IP around their detection methodology, that translates into the most contextual alerts I’ve seen that often realize when they’re being tested.
James Berthoty has been in technology for over 10 years across engineering and security roles. An early advocate for DevSecOps, he has a passion for driving security teams as contributors to product and built Latio Tech to help connect people with the right products. He lives in Raleigh, NC with his wife and three children.
- Demo Overview
- AI Generated
Oren Ben Ishay demonstrates Sweet Security's runtime-focused cloud security platform that "flips the script" by starting with runtime behavior rather than static scanning. The solution detects threats across applications, workloads, and cloud infrastructure with minimal false positives. Key features include AI-generated attack storytelling, unified attack graphs connecting all attack layers, and risk assessment that links vulnerabilities to actual runtime signals. A live demo shows the platform detecting a crypto miner attack within 2.5 minutes, with comprehensive details about the attack path.
- Sweet Security Is A Great Fit For:
Organizations prioritizing runtime security over configuration management. Perfect for development teams building cloud-native applications who need security that works at application speed. Ideal for companies with mature DevOps practices looking to add security without disrupting workflows. Especially valuable for businesses running microservices and containerized applications that need real-time threat detection.
- Sweet Security Key Features
Sweet Security continuously monitors cloud apps for suspicious behavior in real-time. Their platform watches everything from infrastructure to applications as they run, catching threats as they happen. They protect containers, Kubernetes, and serverless functions while securing APIs against targeted attacks. The platform also spots infrastructure misconfigurations and integrates with CI/CD pipelines to catch issues early in development.
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- Who Should Use Sweet Security?
Organizations with dynamic, ephemeral workloads where traditional scanning approaches fall short. Development teams practicing continuous deployment who need security that keeps pace with rapid changes. Companies concerned about zero-day threats and sophisticated attacks that bypass preventative controls. Security teams looking to complement their existing CSPM solutions with robust runtime protection capabilities.
- Sweet Security Use Cases
Companies use Sweet Security to protect containers and Kubernetes clusters, shield serverless functions, and defend APIs from attacks. Security teams gain visibility into application behavior and quickly spot anomalies indicating potential breaches. DevOps teams integrate security into CI/CD pipelines, while compliance teams use the reporting to demonstrate regulatory adherence.
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- What Makes Sweet Security Different?
Sweet Security stands out by focusing on runtime security that traditional tools miss. Their deep integration with containers, Kubernetes, and serverless functions provides protection without slowing things down. They catch threats as they happen, not after damage is done. Their developer-friendly approach keeps security from blocking innovation, while covering the entire cloud stack eliminates tool sprawl. Their continuous learning adapts to evolving threats and changing application behavior.
Demo Storyline
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