What's new in cloud networking

Summary

The video script discusses the evolution of cloud networking, focusing on Google Cloud's innovations to simplify multicloud connectivity and security. It introduces Service Entry for Cross Cloud Network, which allows secure and reliable connections across clouds and on-premises. The script also highlights Gemini Cloud Assist, an AI-powered tool for network troubleshooting, and explores networking's role in supporting generative AI applications. The session features a customer case study from Scotia Bank, emphasizing the benefits of Google Cloud's networking solutions in achieving a modern, efficient, and secure cloud architecture.

Takeaways

• 🌟 The panel discussion at Google's event focused on advancements in cloud networking, emphasizing the integration of AI and machine learning (ML) to transform enterprise applications and network security.
• 🚀 Google announced the Cross Cloud Network, an open platform with built-in security and ML capabilities, designed to connect any cloud, service, or user securely and reliably.
• 📈 IDC data suggests that 80% of respondents plan to consume AI within the next 3 years, with 66% of them planning to deploy multicloud strategies, indicating a significant shift towards managed SaaS solutions.
• 🔒 Security concerns were highlighted, with an average enterprise experiencing 60,000 attacks and spending approximately $4.45 million per security breach, underscoring the need for robust network security measures.
• 🛠️ Google Cloud introduced Service Entry for Cross Cloud Network, simplifying connectivity to any workload from on-premises or any cloud, with a focus on security and reliability.
• 🤖 The Gemini Cloud Assist demo showcased an AI-powered approach to network troubleshooting, automating the process and providing a new way to interact with network data and resolve issues.
• 🛡️ The general availability of Cloud nGFW (Next-Generation Firewall) was announced, offering protection against zero-day threats and enhancing the security of cloud networks.
• 🌐 Scotia Bank shared their journey with Google Cloud, leveraging the Cross Cloud Network to simplify their complex multicloud environment and enhance connectivity without relying on on-premises infrastructure.
• 🔄 Service Extensions were highlighted as a powerful tool for integrating third-party SaaS applications into the network, allowing for advanced capabilities like API security and DLP.
• 🌐 The importance of an open ecosystem in cloud networking was emphasized, with Google Cloud working with various partners to expand the Cross Cloud Network's capabilities and services.

Q & A

What is the main focus of the discussion on Cloud networking in the provided transcript?

The main focus of the discussion is on the advancements and innovations in Cloud networking, particularly in the context of AI and machine learning (ML), and how these technologies are transforming enterprise applications and network security.

What is the significance of the Cross Cloud Network announced in the transcript?

The Cross Cloud Network is significant because it is an open platform built with inherent security and ML capabilities. It allows for the connection of any cloud, service, or user to any service in a simple, reliable, and secure manner, and is designed to accelerate the journey to cloud for multicloud environments.

How does Google's Cloud networking team plan to modernize enterprises with Gen AI?

Google plans to modernize enterprises with Gen AI by introducing new networking innovations and capabilities that enable and simplify the integration of AI into enterprise applications. This includes the use of Gemini Cloud Assist, which is designed to revolutionize the entire Cloud lifecycle.

What role does Anna Berenberg, a Google Fellow, play in the context of this discussion?

Anna Berenberg is involved in many cloud networking capabilities and is expected to discuss the work being done on the AI and ML front. She also provides thought leadership on the direction of the industry, particularly in relation to cloud networking and AI.

What is the purpose of the Gemini Google Assist demo presented by Mark Church?

The purpose of the Gemini Google Assist demo is to showcase the power of Gemini Cloud Assist in automating the troubleshooting process for networking issues. It demonstrates how the tool can help reduce the time to resolve outages and make root cause analysis easier.

What are some of the key security concerns addressed in the context of cloud networking?

Key security concerns addressed include the need for built-in security rather than bolted-on measures, the threat landscape evolution due to adversaries using AI and ML technology, and the high costs and frequency of security breaches in enterprises.

How does the transcript discuss the importance of security in the evolution of cloud networking?

The transcript emphasizes that security must be a fundamental part of cloud networking evolution, not an afterthought. It discusses the integration of security measures like Cloud DLP, Cloud NGFW, and service extensions to protect against threats and ensure data protection.

What is the role of service entry in the Cross Cloud Network architecture?

Service entry in the Cross Cloud Network architecture allows for connecting to any workload, whether it's for AI/ML workloads or any best-of-breed GCP services, from on-prem assets or from any other cloud in a simple, secure, and fully managed manner by Google Cloud.

How does Scotia Bank plan to utilize the Cross Cloud Network in their organization?

Scotia Bank plans to use the Cross Cloud Network as their enterprise network backbone, providing connectivity between on-premises and cloud-hosted workloads. They also aim to leverage service-centric networking to manage and secure connectivity without relying on on-premises infrastructure.

What are some of the benefits of using service extensions in cloud networking?

Service extensions offer an open programmable data plane that allows the integration of third-party SaaS applications into any part of the application flow pipeline. This enables capabilities such as inspecting or blocking requests, header transformations, DLP, and backend routing, creating a flexible and open ecosystem.