What is IoT (Internet of Things)? Explained

In today's world everything is becoming smart - smartphones, smart TVs, smartwatches, smartlights and even smart cars. But have you ever wondered how these things become smart? There is only one technology behind all these which is called IoT (Internet of Things) . If you also want to know what is IoT, how does it work, what is its importance in our life, its advantages, disadvantages and what will be the future , then this blog is for you. Here we will explain IoT in simple and long Hindi. What is IoT (Internet of Things)? IoT means - Internet of Things. It is a network in which different devices (like mobile, TV, watch, bulb, fan, car, fridge etc.) are connected to each other through the internet and talk to each other. In simple words - when a simple device connects to the internet and starts sending, receiving and processing data, it becomes a part of IoT. Understand IoT with a simple example There is a smart bulb installed in your house, which you can switch on and...

What Does Cloud-Native Security Look Like in the Future?

 With the growing adoption of cloud-native architectures by organizations, security is adapting to tackle novel threats. The following describes the prospects for cloud-native security:

1.Automated Security Tools: Artificial intelligence (AI) and machine learning (ML) will be crucial in real-time threat detection and response, minimizing human error and expediting incident response times.



2.Zero Trust Architectures: With more detailed access controls and ongoing authentication, Zero Trust models will become more prevalent, guaranteeing that only authorized users can access particular resources.

3.Container Security: It will be essential to secure the container lifecycle, from development to deployment, as containerization gains traction. This entails better secret management and image vulnerability scanning.



4.DevSecOps Integration: Security will be incorporated into the DevOps pipeline to a greater extent, guaranteeing that security procedures are followed uniformly throughout the development lifecycle without impeding innovation.

5.Improved Security Features Offered by Cloud Providers: Cloud providers will incorporate additional security features, giving enterprises access to advanced identity management, encryption, and threat detection tools.



6.Compliance Automation: With the burden of regulations mounting, automated compliance solutions will support enterprises in upholding security standards in multi-cloud environments, guaranteeing ongoing compliance without requiring human involvement.

7.Serverless Security: It will be increasingly important to secure serverless functions as serverless computing expands. This include keeping an eye out for strange activity in these transitory functions, maintaining appropriate access controls, and overseeing the security of ephemeral environments.



8.API Security: Since APIs are the foundation of cloud-native apps, attacks on them are likely to occur. More sophisticated API security solutions, such as automated threat detection and defense against vulnerabilities unique to APIs, will be available in the future.

9.Software Supply Chain Security: Keeping the software supply chain secure will be of utmost importance due to the growing usage of open-source and third-party components. This entails keeping an eye on dependencies, guaranteeing the accuracy of the code, and guarding against supply chain intrusions that might jeopardize cloud-native applications.



In summary

Automation, integration, and proactive threat management will be the main focuses of cloud-native security in the future, ensuring that security will continue to be strong and flexible even as the cloud changes.

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