Disadvantages of AWS Greengrass
- Complexity: AWS Greengrass can be complex to set up and configure, especially for users who are new to the platform.
- Limited Device Support: AWS Greengrass currently supports only a limited number of devices, which may not be suitable for all types of applications.
- Lack of Customization: AWS Greengrass has a limited number of customization options, making it difficult to tailor your application to meet the specific needs of your users.
- Limited Offline Capabilities: AWS Greengrass has limited offline capabilities, which means that your application may not work properly if the device is not connected to the internet.
- Dependency on AWS Services: AWS Greengrass is tightly integrated with other AWS services, which means that you will need to use these services to make the most of Greengrass. This can be an issue if you are looking for a more independent solution.
AWS Greengrass enables to development of offline IoT applications that run seamlessly between connected devices and the cloud, with all the advantages of AWS, AWS Greengrass helps to build, develop and run applications with low latency and high security.
Introduction to AWS Greengrass
Pre-requisite: AWS
Amazon Web Services (AWS) Greengrass is software that enables local execution of AWS Lambda functions and messaging capabilities on connected devices. It allows you to run AWS Lambda functions and a message broker on local devices, such as edge gateways and industrial equipment while maintaining seamless integration with the AWS Cloud.
AWS Greengrass is software that allows you to run AWS Lambda functions and a message broker on local devices while maintaining seamless integration with the AWS Cloud. This enables you to build and deploy internet of things (IoT) applications that can function even when disconnected from the internet. With Greengrass, you can run AWS Lambda functions locally, update and debug them remotely, and take advantage of the entire AWS ecosystem.