Snyk and AKS compete in the security and cloud management category. Snyk appears to have the upper hand in developer-centric features and customer support, while AKS is strong in integration with Azure services and enterprise-level capabilities.
Features: Snyk is valued for its simplicity, particularly its seamless integrations with source control and cloud CI systems. It offers a comprehensive vulnerability database and effective Slack integrations for real-time notifications. Its container security feature is also notable for helping developers mitigate vulnerabilities in Docker environments. AKS, meanwhile, stands out with built-in security compliance, autoscaling, and self-healing capabilities. It excels in container orchestration and management, providing strong integration with Azure's ecosystem, especially beneficial for enterprise applications.
Room for Improvement: Snyk could incorporate additional security scanning features like SAST and DAST, while also expanding language support and improving notification granularity. Documentation and usability in developer environments are key areas to advance. AKS faces challenges with cost that may deter smaller businesses. Enhancements in log management, onboarding, and integration with non-Azure services could improve its service offering. Current support and ease of use also highlight areas for future development.
Ease of Deployment and Customer Service: Snyk supports deployment across public, private, and hybrid clouds, and is praised for its ease of integration and responsive customer service, including direct communication with technical teams. In contrast, AKS is primarily used in public and private clouds and offers substantial integration with Azure products, though its customer service is noted as less responsive compared to Snyk. Both provide strong technical support, yet Snyk's customer engagement through dedicated success managers is a pivotal advantage.
Pricing and ROI: Snyk offers various pricing models, perceived as competitively priced with flexible licensing options. Users find value in its efficiency in reducing security vulnerability remediation time, though some criticize its single sign-on charges. AKS is often seen as expensive for smaller entities, but it provides flexibility through pay-as-you-go models and reserved pricing, optimizing long-term use. Both products deliver ROI by reducing problem-solving time, although AKS's comprehensive enterprise functionality may justify its premium pricing for larger organizations.
Our long-standing association has ensured smooth communication, resulting in favorable support experiences and satisfactory issue resolution.
AKS offers excellent scalability due to its adaptation from Kubernetes.
Snyk allows for scaling across large organizations, accommodating tens of thousands of applications and over 60,000 repositories.
From my usage, I would rate its stability as eight to nine out of ten.
When purchasing support directly from RHEL, the price is significantly high.
The costs are rising rapidly, and we have not seen any cost reductions by moving to Azure.
It lacks the ability to select branches on its Web UI, forcing users to rely on CLI or CI/CD for that functionality.
The inclusion of AI to remove false positives would be beneficial.
Transitioning to Azure did not bring cost reductions; in fact, costs are rising rapidly.
The pricing for Azure Kubernetes Service seems to be around the average, which I would rate as a five out of ten.
Snyk is recognized as the cheapest option we have evaluated.
The most valuable features of Azure Kubernetes Service are its integration with Kubernetes, offering similar features for a seamless experience.
Since pricing is not a major concern, we chose the best fit for our application, which was specifically designed for this particular platform.
Snyk helps detect vulnerabilities before code moves to production, allowing for integration with DevOps and providing a shift-left advantage by identifying and fixing bugs before deployment.
Our integration of Snyk into GitHub allows us to automatically scan codebases and identify issues, which has improved efficiency.
Azure Kubernetes Service (AKS) is a fully managed container orchestration service provided by Microsoft Azure. It simplifies the deployment, management, and scaling of containerized applications using Kubernetes. With AKS, developers can focus on building applications while Azure takes care of the underlying infrastructure. It offers features like automatic scaling, monitoring, and security, ensuring high availability and reliability. AKS integrates seamlessly with other Azure services, enabling easy integration with existing workflows. It also provides a flexible and open-source environment, allowing developers to use their preferred tools and frameworks. With AKS, organizations can accelerate their application development and deployment processes, while reducing operational overheads.
Snyk's AI Trust Platform empowers developers to innovate securely in AI-driven environments, ensuring rapid and secure software development with enhanced policy governance.
Snyk’s platform integrates AI-ready engines across the software development lifecycle, offering broad coverage with high speed and accuracy essential for fast-paced coding environments. AI-driven features include visibility, prioritization, and tailored security policies that enable proactive threat prevention and quick remediation. By focusing on LLM engineering and AI code analysis, Snyk supports secure and productive development processes. The platform's partnerships, including GenAI code assistants, enhance AI application security by addressing new threats and code velocity challenges.
What are the key features of Snyk?Snyk is implemented across industries focusing on agile development and DevSecOps, enhancing software delivery speed and security. It is widely used for continuous monitoring and adherence to security and licensing standards, especially in environments relying on Docker image security and CI/CD pipeline integration.
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