Static allocation for predictable compiler memory
In a post published on November 1, 2026, Alex Kladov explains a static allocation strategy used in TigerBeetle and its application to fast, predictable compilers.
By Wendelmaques Pereira · Updated today
Source: Alocação estática para compiladores, por Alex Kladov (matklad.github.io). Text prepared with AI from this source.
What happened and what to do
In a post dated November 1, 2026, Alex Kladov describes the static allocation approach used in TigerBeetle: all memory is allocated at startup, with no subsequent deallocation. This does not mean using fixed-size static arrays. The author applies the idea to building fast, predictable compilers and long-running systems in C/C++.
A company can assess whether its compilers or long-running services face memory-management costs or unpredictable behavior. A practical response could include mapping data structure lifecycles, defining an allocation strategy at startup, and instrumenting tests and monitoring to track usage and limits. The design should account for the system's requirements and usage patterns.
How the consultancy can help
Wendelmaques can diagnose memory usage patterns and risks, design a suitable allocation architecture, and propose a scoped implementation, including instrumentation and operation.
Next step
Send a short description of your compiler or system and the memory issue you have observed to receive a scoped proposal.
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