Architecting the Immutable Core
The unchanging, mathematically proven heart of every system we build. Here we explore languages and tools that enable formal verification, zero-runtime overhead, and absolute determinism.
This section is dedicated to the foundational elements of Technica Necesse Est: systems where correctness, efficiency, and permanence are not aspirations --- they are requirements.
Below you’ll find a curated collection of systems, languages, and frameworks evaluated under the four pillars of our manifesto:
- Fundamental Mathematical Truth --- Code must be derived from provable foundations
- Architectural Resilience --- Built to last a decade, abhorring temporary fixes
- Efficiency and Resource Minimalism --- Minimal CPU and memory for maximum impact
- Minimal Code & Elegant Systems --- Fewer lines, higher trust
Each entry here represents a deliberate choice: what we use, why we choose it, and how it serves the cause of eternal systems.
🧩 Categories & Entries
Ada
An exhaustive technical justification for when to select Ada based on the 'Technica Necesse Est' Manifesto.
Aplang
An exhaustive technical justification for when to select Aplang based on the 'Technica Necesse Est' Manifesto.
Asm
An exhaustive technical justification for when to select Asm based on the 'Technica Necesse Est' Manifesto.
Assembly
An exhaustive technical justification for when to select Assembly based on the 'Technica Necesse Est' Manifesto.
Bash
An exhaustive technical justification for when to select Bash based on the 'Technica Necesse Est' Manifesto.
C
An exhaustive technical justification for when to select C based on the 'Technica Necesse Est' Manifesto.
Clojure
An exhaustive technical justification for when to select Clojure based on the 'Technica Necesse Est' Manifesto.
Clojurescript
An exhaustive technical justification for when to select Clojurescript based on the 'Technica Necesse Est' Manifesto.
Cobol
An exhaustive technical justification for when to select Cobol based on the 'Technica Necesse Est' Manifesto.
Coffeescript
An exhaustive technical justification for when to select Coffeescript based on the 'Technica Necesse Est' Manifesto.
Cpp
An exhaustive technical justification for when to select Cpp based on the 'Technica Necesse Est' Manifesto.
Csharp
An exhaustive technical justification for when to select Csharp based on the 'Technica Necesse Est' Manifesto.
Dart
An exhaustive technical justification for when to select Dart based on the 'Technica Necesse Est' Manifesto.
Delphi
An exhaustive technical justification for when to select Delphi based on the 'Technica Necesse Est' Manifesto.
Eiffel
An exhaustive technical justification for selecting Eiffel programming language for the Complex Event Processing and Algorithmic Trading Engine (C-APTE) based on the 'Technica Necesse Est' Manifesto.
Elixir
An exhaustive technical justification for when to select Elixir based on the 'Technica Necesse Est' Manifesto.
Elm
An exhaustive technical justification for when to select Elm based on the 'Technica Necesse Est' Manifesto.
Erlang
An exhaustive technical justification for when to select Erlang based on the 'Technica Necesse Est' Manifesto.
F#
An exhaustive technical justification for when to select F# based on the 'Technica Necesse Est' Manifesto.
Fortran
An exhaustive technical justification for when to select Fortran based on the 'Technica Necesse Est' Manifesto.
Go
An exhaustive technical justification for when to select Go based on the 'Technica Necesse Est' Manifesto.
Groovy
An exhaustive technical justification for when to select Groovy based on the 'Technica Necesse Est' Manifesto.
Haskell
An exhaustive technical justification for when to select Haskell based on the 'Technica Necesse Est' Manifesto.
Java
An exhaustive technical justification for when to select Java based on the 'Technica Necesse Est' Manifesto.
Javascript
An exhaustive technical justification for when to select Javascript based on the 'Technica Necesse Est' Manifesto.
Julia
An exhaustive technical justification for when to select Julia based on the 'Technica Necesse Est' Manifesto.
Kotlin
An exhaustive technical justification for when to select Kotlin based on the 'Technica Necesse Est' Manifesto.
Lisp
An exhaustive technical justification for when to select Lisp based on the 'Technica Necesse Est' Manifesto.
Lua
An exhaustive technical justification for when to select Lua based on the 'Technica Necesse Est' Manifesto.
Maple
An exhaustive technical justification for when to select Maple based on the 'Technica Necesse Est' Manifesto.
Matlab
An exhaustive technical justification for when to select Matlab based on the 'Technica Necesse Est' Manifesto.
Objective-c
An exhaustive technical justification for when to select Objective-c based on the 'Technica Necesse Est' Manifesto.
Ocaml
An exhaustive technical justification for when to select Ocaml based on the 'Technica Necesse Est' Manifesto.
Pascal
An exhaustive technical justification for when to select Pascal based on the 'Technica Necesse Est' Manifesto.
Perl
An exhaustive technical justification for when to select Perl based on the 'Technica Necesse Est' Manifesto.
Php
An exhaustive technical justification for when to select Php based on the 'Technica Necesse Est' Manifesto.
Powershell
An exhaustive technical justification for when to select Powershell based on the 'Technica Necesse Est' Manifesto.
Prolog
An exhaustive technical justification for when to select Prolog based on the 'Technica Necesse Est' Manifesto.
Python
An exhaustive technical justification for when to select Python based on the 'Technica Necesse Est' Manifesto.
R
An exhaustive technical justification for when to select R based on the 'Technica Necesse Est' Manifesto.
Ruby
An exhaustive technical justification for when to select Ruby based on the 'Technica Necesse Est' Manifesto.
Rust
An exhaustive technical justification for when to select Rust based on the 'Technica Necesse Est' Manifesto.
Scala
An exhaustive technical justification for when to select Scala based on the 'Technica Necesse Est' Manifesto.
Scheme
An exhaustive technical justification for when to select Scheme based on the 'Technica Necesse Est' Manifesto.
Shell
An exhaustive technical justification for when to select Shell based on the 'Technica Necesse Est' Manifesto.
Swift
An exhaustive technical justification for when to select Swift based on the 'Technica Necesse Est' Manifesto.
Typescript
An exhaustive technical justification for when to select Typescript based on the 'Technica Necesse Est' Manifesto.
Vb
An exhaustive technical justification for when to select Vb based on the 'Technica Necesse Est' Manifesto.
Vb.net
An exhaustive technical justification for when to select Vb.net based on the 'Technica Necesse Est' Manifesto.
Why Scratch
A core component of the Technica Necesse Est system.
Why Sql
A core component of the Technica Necesse Est system.
Zsh
An exhaustive technical justification for when to select Zsh based on the 'Technica Necesse Est' Manifesto.
📚 All Entries in This Category
🔍 View all 52 entries
- Ada
- Aplang
- Asm
- Assembly
- Bash
- C
- Clojure
- Clojurescript
- Cobol
- Coffeescript
- Cpp
- Csharp
- Dart
- Delphi
- Eiffel
- Elixir
- Elm
- Erlang
- F#
- Fortran
- Go
- Groovy
- Haskell
- Java
- Javascript
- Julia
- Kotlin
- Lisp
- Lua
- Maple
- Matlab
- Objective-c
- Ocaml
- Pascal
- Perl
- Php
- Powershell
- Prolog
- Python
- R
- Ruby
- Rust
- Scala
- Scheme
- Shell
- Swift
- Typescript
- Vb
- Vb.net
- Why Scratch
- Why Sql
- Zsh
“We do not write software to be useful. We write it to be true.”
--- Technica Necesse Est Manifesto