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Architecture

Deep dives into how Elide works, each traced through the code and primary sources.

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Each deep dive is an interactive tour: animated diagrams you step through scene by scene, with a written summary here.

One managed heap across languages

JavaScriptTypeScriptPythonJavaKotlinPerformance

Interactive tour: One managed heap across languagesInteractive tour: One managed heap across languages

One heap across languages. Two collectors for different workloads: Serial keeps memory use low for CLI tools, desktop apps and low-traffic servers; G1 targets high throughput and short pauses for demanding servers.

Learn more · Read the garbage collection summary

Memory-safe semantics, optimized

JavaScriptPythonJavaWebAssemblySecurityPerformance

Interactive tour: Memory-safe semantics, optimizedInteractive tour: Memory-safe semantics, optimized

Elide carries memory-safety checks from the interpreter into optimized machine code, giving guest languages one foundation for safety and performance.

Learn more · Read the memory safety summary

Native libraries, linked at build time

PerformanceSecurity

Interactive tour: Native libraries, linked at build timeInteractive tour: Native libraries, linked at build time

Elide ships native transport, cryptography and codecs in one executable. Every guest language shares that foundation.

Learn more · Read the native substrate summary

Unified diagnostics

JavaScriptPythonTooling

Interactive tour: Unified diagnosticsInteractive tour: Unified diagnostics

Debug across languages in one session. Profile guest code, inspect the shared heap, and diagnose JIT behavior, regardless of language.

Learn more · Read the observability summary

Many contexts, one engine

JavaScriptPythonPerformance

Interactive tour: Many contexts, one engineInteractive tour: Many contexts, one engine

Run independent tasks in parallel, call across languages on one thread, and reuse compiled code through a shared engine.

Learn more · Read the threading summary

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