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1
Introduction
2
Business logic
3
World
4
Java
5
Problems with Java
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Portability
7
JavaScript
8
Web Workers
9
JavaScript Chaos
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The Future
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Kernel Architecture
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Open RISC Architecture
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System Developers
14
C Approach
15
Virtual Machine
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Inclusive VM
17
MVP spec
18
MVP runtime
19
Fork runtime
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WebAssembly System Interface
21
Conceptual OS
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Norm of Applications
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OS
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Runtime
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Flexibility
26
Sandboxing
27
User level security
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Current status
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Host spawn thread
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Multithreaded
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SIMD
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Why web assembly
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docker performance
34
docker cloud
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bytecode alliance
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case study
37
fastly
38
fastly runtime
39
script injection
40
interface adapter
41
benefit
42
garbage collection
43
when to use the bus
44
conclusion
Description:
Explore the compelling reasons to compile code into WebAssembly in this 50-minute conference talk from code::dive 2019. Delve into the evolving landscape of CPU architectures and the need for a portable, secure, smaller, and faster runtime. Learn about the WebAssembly MVP, its future roadmap, and gain valuable tips, tricks, metrics, and insights. Discover how WebAssembly extends beyond browser applications to run securely and efficiently in various environments. Examine topics such as business logic, Java's limitations, JavaScript challenges, emerging kernel architectures, and the WebAssembly System Interface. Investigate the benefits of sandboxing, user-level security, and multithreading in WebAssembly. Analyze case studies, performance comparisons with Docker, and understand when to leverage this technology for optimal results.

Why You Should Compile Your Code into Web Assembly

code::dive conference
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