Programming Languages
Around 700–900 exist, but only ~50 are widely used today.
Explore Programming Languages Technologies
Compare Programming Languages technologies based on purpose, benefits, and market popularity. Click any row for detailed analytics.
| # | Technology | Purpose | Benefits | Disadvantages | Popularity |
|---|---|---|---|---|---|
| 21 |
MA
MATLAB
Popular
|
Numerical analysis and engineering simulations | Excellent for math-heavy tasks, toolboxes for engineering | Proprietary, expensive license |
70%
|
| 22 |
Ru
Ruby
Popular
|
Dynamic scripting language mainly for web apps | Elegant syntax, Ruby on Rails framework, strong community | Slower performance, declining popularity |
70%
|
| 23 |
Sc
Scratch
Popular
|
Visual programming for kids | Beginner-friendly, drag-and-drop | Not for real-world apps |
70%
|
| 24 |
Sc
Scala
Popular
|
Functional + OOP language on JVM | Great for big data (Spark), type safety | Complex syntax, long compile times |
67%
|
| 25 |
Ju
Julia
Popular
|
Scientific computing + AI | Fast, math-friendly, parallel computing | Newer, smaller ecosystem |
66%
|
| 26 |
Lu
Lua
Popular
|
Lightweight scripting, embedded in games | Very small, fast, flexible | Limited standard library, niche use |
65%
|
| 27 |
El
Elixir
Popular
|
Scalable web apps (built on Erlang VM) | Great concurrency, fault-tolerance, Phoenix framework | Smaller job market, niche |
63%
|
| 28 |
Ob
Objective-C
Popular
|
Apple development before Swift | Stable, mature, used in legacy iOS/macOS apps | Verbose, outdated compared to Swift |
60%
|
| 29 |
Er
Erlang
Moderate
|
Telecom systems, highly concurrent | Fault-tolerant, runs forever | Weird syntax, niche use |
58%
|
| 30 |
Gr
Groovy
Moderate
|
Dynamic JVM language, scripting + web apps | Works with Java, used in Gradle | Declining popularity, slower runtime |
58%
|
| 31 |
Ap
Apex
Moderate
|
Salesforce CRM development language | Deep Salesforce integration | Locked to Salesforce platform |
55%
|
| 32 |
As
Assembly
Moderate
|
Low-level programming directly on CPU | Maximum control, ultra-fast | Hardest to learn, platform-dependent |
55%
|
| 33 |
Fo
Fortran
Moderate
|
Scientific computing (oldest compiled language) | Still used in HPC, number crunching | Outdated syntax, limited ecosystem |
55%
|
| 34 |
F#
F#
Moderate
|
Functional-first language on .NET | Good for finance, math-heavy tasks | Niche, smaller job market |
52%
|
| 35 |
Aw
Awk
Moderate
|
Text processing and scripting | Lightweight, built into Unix systems | Not for large applications |
50%
|
| 36 |
CO
COBOL
Moderate
|
Business/finance legacy systems | Still runs banks and governments | Outdated, verbose |
50%
|
| 37 |
Ha
Haskell
Moderate
|
Pure functional programming | Concise, safe, academic influence | Steep learning curve, not mainstream |
50%
|
| 38 |
VB
VB.NET
Moderate
|
Simplified .NET language for business apps | Easy for beginners, integrates with .NET | Outdated, limited popularity today |
50%
|
| 39 |
Cl
Clojure
Moderate
|
Functional Lisp on JVM | Great for concurrency, expressive | Steep learning curve, niche |
48%
|
| 40 |
De
Delphi
Moderate
|
Rapid desktop and enterprise apps | Fast, RAD tools, native compilation | Declined popularity, Windows-centric |
48%
|
Key Insights & Analytics
Comprehensive analysis of the Programming Languages technology landscape
Most Popular
MATLAB leads with 70% popularity score
Average Score
58.0% average popularity across all technologies
Total Count
69 technologies in this category