This document summarizes a microservices meetup hosted by @mosa_siru. Key points include:
1. @mosa_siru is an engineer at DeNA and CTO of Gunosy.
2. The meetup covered Gunosy's architecture with over 45 GitHub repositories, 30 stacks, 10 Go APIs, and 10 Python batch processes using AWS services like Kinesis, Lambda, SQS and API Gateway.
3. Challenges discussed were managing 30 microservices, ensuring API latency below 50ms across availability zones, and handling 10 requests per second with nginx load balancing across 20 servers.
Microservice Architecture | Microservices Tutorial for Beginners | Microservi...Edureka!
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The document discusses the differences between monolithic and microservices architectures, highlighting challenges such as reduced agility, scalability issues, and fault tolerance in monolithic systems. It uses Uber's transition from a monolithic structure to a microservices architecture as a key example, emphasizing the benefits of decoupled components and independent deployment. Best practices for designing microservices are also outlined, including the use of separate data stores and treating servers as stateless.
This document summarizes a microservices meetup hosted by @mosa_siru. Key points include:
1. @mosa_siru is an engineer at DeNA and CTO of Gunosy.
2. The meetup covered Gunosy's architecture with over 45 GitHub repositories, 30 stacks, 10 Go APIs, and 10 Python batch processes using AWS services like Kinesis, Lambda, SQS and API Gateway.
3. Challenges discussed were managing 30 microservices, ensuring API latency below 50ms across availability zones, and handling 10 requests per second with nginx load balancing across 20 servers.
Microservice Architecture | Microservices Tutorial for Beginners | Microservi...Edureka!
?
The document discusses the differences between monolithic and microservices architectures, highlighting challenges such as reduced agility, scalability issues, and fault tolerance in monolithic systems. It uses Uber's transition from a monolithic structure to a microservices architecture as a key example, emphasizing the benefits of decoupled components and independent deployment. Best practices for designing microservices are also outlined, including the use of separate data stores and treating servers as stateless.
The document introduces KidoZen, a next generation enterprise mobility platform. It provides an overview of KidoZen's capabilities including large APIs, hybrid cloud support, and ability to access and manage enterprise data sources. It then discusses KidoZen's customers, pricing, locations, and recent funding. Use case examples are given for education, customer service, logistics, and retail that highlight challenges, business impacts, and why customers selected KidoZen.
The document discusses features of ECMAScript 5 (ES5), including property descriptors, accessor properties, and object tamper-proofing methods. It focuses on the use of proxies for dynamic behavior in JavaScript, showcasing examples for logging, functional proxies, and selective interceptions. Key topics include handling properties, function proxies, and potential performance trade-offs when using proxy features.
The document discusses various topics related to kintone, IoT, AI, and cloud computing. It references the IoT World Forum reference model and includes diagrams of the model's levels. Various Japanese and English words and phrases are repeated throughout the document.