Cloud security platform for traditional and AI applications.

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April 20, 2026

Sweet Security

Cloud security

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Cloud security platform for traditional and AI applications.

AI Application Security Cloud Security Cloud Native Application Protection AI Application Guardrails Attack Detection Autonomous AI

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Overview

Sweet Security is a Runtime-powered CNAPP (Cloud Native Application Protection Platform) designed for protecting cloud-based and AI applications. The primary function of Sweet Security is asset discovery, attack detection, vulnerability reduction, and incident investigation.

This cloud security tool offers a complete visibility across every cloud workload and environment, allowing enterprises to identify and remediate cloud misconfigurations, vulnerabilities, and risks before attackers do.

The platform is also equipped to secure both traditional and agentic AI applications. Sweet Security goes beyond mapping cloud environments, it delivers functionalities that include baselining behavior across attack surfaces, correlating complete attack narratives, and completing investigations in a quick and efficient manner.

Sweet Security also prioritizes and remediates vulnerabilities by eliminating noise to focus on what's exploitable immediately. Additionally, it sets AI application guardrails by controlling AI agents in real time, uncovering shadow AI and enforcing policies across agentic applications.

The platform features a built-in agent dubbed SweetX, which autonomously investigates, assembles full attack context and executes remediation, resolving incidents swiftly.

Its design is geared towards complete coverage across the full lifecycle of build, deploy, and run phases, and it's also capable of providing real-time continuous guardrails for autonomous AI demands.

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March 6, 2024

Initial release of Sweet Security.

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Cloud security Sweet Security

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Pros and Cons

Pros

Asset discovery function

Attack detection capabilities

Facilitates vulnerability reduction

Incident investigation tools

Complete cloud workload visibility

Vulnerability and risk remediation

Attack surface baselining

Attack narrative correlation

Noise elimination for vulnerability focus

Agentic application policy enforcement

Autonomous investigating agent SweetX

Full attack context creation

Incident remediation executed

Covers complete build-deploy-run lifecycle

Cloud Native Application Protection

Cloud Misconfigurations Identification

Cloud Visibility feature

Identity Threat Detection

Cloud Security Posture Management

Built-in Investigation Agent

Lifecycle Coverage of Applications

Detection and response capabilities

99% Reduction in noise

Modular Deployment

Continuous Cloud Environment Mapping

Behavior baselining across surfaces

Complete attack narratives

Decision-ready intelligence output

Precise remediation execution

Autonomous Investigation and Remediation

Full Lifecycle Coverage

One platform operation

Consolidated workload, data, application management

Real-time proactive guardrails

Highly adaptable deployment

Critical Vulnerability Noise Reduction

Shortened Threat MTTR

Cloud Detection Noise Reduction

View 33 more pros

Cons

Limited tool integration

Dependent on SweetX agent

Potential for alert noise

No specific threat intelligence

No multi-factor authentication

No explicit data protection measures

No mentioned support for mobile

Lack of third-party testing

No IoC search

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Q&A

What is Sweet Security?

Sweet Security is a Runtime-powered Cloud Native Application Protection Platform (CNAPP) specifically designed to protect cloud-based and AI applications. Its capabilities encompass asset discovery, attack detection, vulnerability reduction, and incident investigations.

How does Sweet Security protect cloud-based and AI applications?

Sweet Security protects cloud-based and AI applications through multiple functionalities. It allows for exhaustive asset discovery, robust attack detection, effective vulnerability reduction, and thorough incident investigation. Also, it has an in-built functionality of AI application guardrails for managing AI agents in real-time and identifying shadow AI.

What is the primary function of Sweet Security?

The primary function of Sweet Security is to conduct asset discovery, attack detection, vulnerability reduction, and incident investigation in both traditional and AI applications across cloud environments.

How can Sweet Security assist with asset discovery and attack detection?

Sweet Security assists with asset discovery and attack detection through its comprehensive visibility across every cloud workload and environment. It maps cloud environments, identifies potential risks, and effectively detects and reports attack narratives.

How does Sweet Security reduce vulnerabilities?

Sweet Security reduces vulnerabilities by eliminating noise and focusing on what's exploitable immediately. It prioritizes vulnerabilities that have the potential to be exploited right away and facilitates immediate remediation actions.

What is the mechanism Sweet Security uses for incident investigation?

For incident investigation, Sweet Security uses a built-in agent named SweetX. SweetX autonomously investigates incidents, assembles the full context of an attack, and executes remediation actions swiftly and efficiently.

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How does Sweet Security provide visibility across cloud workloads and environments?

Sweet Security provides visibility across cloud workloads and environments by continuously mapping the entire environment. It allows organisations to see exactly how everything, both traditional cloud and AI applications, runs across various environments.

How effective is Sweet Security in identifying and rectifying cloud misconfigurations?

Sweet Security is highly efficient in identifying and rectifying cloud misconfigurations. It offers complete visibility across every cloud workload and environment, enabling enterprises to promptly identify and remediate cloud misconfigurations before the attackers exploit them.

How is Sweet Security different in securing traditional and AI applications?

Sweet Security differentiates in securing traditional and AI applications by integrating runtime context and advanced AI intelligence. It also sets real-time AI application guardrails to manage AI agents, identify shadow AI, and enforce policies across applications.

How does Sweet Security baseline behaviour across attack surfaces?

Sweet Security baselines behaviour across attack surfaces by continually mapping the complete environment, identifying normal behavioural patterns, and alerting when any deviations are detected that suggest potential attacks.

What is the way Sweet Security correlates complete attack narratives?

Sweet Security correlates complete attack narratives by detecting incidents and then using its built-in agent, SweetX, to trace the incidents back to their origin, collectively assembling the full attack story.

How quickly does Sweet Security complete investigations?

Sweet Security completes investigations swiftly and efficiently. This is majorly due to its autonomous built-in agent, SweetX, which independently investigates into the incidents, assembles full attack context and executes remediation.

How does Sweet Security prioritize and remediate vulnerabilities?

Sweet Security prioritizes and remediates vulnerabilities by concentrating on immediate threats. It eliminates the noise to focus on vulnerabilities that can be exploited right away and then proceeds to remediate them swiftly.

How does Sweet Security manage AI application guardrails?

Sweet Security manages AI application guardrails by controlling AI agents in real time. It effectively uncovers hidden or 'shadow' AI and enforces policies across AI applications to ensure they are working within set controls.

Can Sweet Security control AI agents in real-time?

Yes, Sweet Security is capable of controlling AI agents in real-time. It does this through AI application guardrails, which allow for real-time management of AI agents.

How does Sweet Security discover shadow AI and enforce policies across applications?

Sweet Security discovers shadow AI and enforces policies across applications by using real-time AI Application guardrails. This functionality allows it to control AI agents, uncover hidden AI in systems, and apply policies across AI applications.

What is SweetX and how does it function within Sweet Security?

SweetX is a built-in agent within Sweet Security that autonomously investigates incidents, assembles complete attack context, and executes remediation. Its role is to expedite the incident resolution process by providing complete attack narratives efficiently.

How does Sweet Security provide coverage across the full lifecycle?

Sweet Security provides coverage across the full lifecycle through its design. This is focused towards complete coverage during the build, deploy, and run phases of a cloud workload or an AI application making it always protected during its entire lifecycle.

How does Sweet Security provide real-time continuous guardrails for autonomous AI demands?

Sweet Security provides real-time continuous guardrails for autonomous AI demands by integrating real-time AI Application guardrails. This functionality caters to the autonomous AI demands by controlling AI agents in real time, uncovering shadow AI, and enforcing policies across AI applications.

Is Sweet Security capable of protecting both cloud-based and AI applications?

Yes, Sweet Security is equipped to protect both cloud-based and AI applications. It has a comprehensive set of capabilities catering to the security needs of traditional cloud-based applications as well as advanced AI applications.

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