- Published on
A groundbreaking look at how a 30-year CIA cipher was finally cracked using modern software engineering, machine learning, and code-driven cryptanalysis.
Vigenère-cipher
All Posts
- c (16)
- net (15)
- csharp (13)
- software-architecture (4)
- software-engineering (3)
- golang (3)
- azure (2)
- best-practice (2)
- blockchain (2)
- go (2)
- cryptography (2)
vigenère-cipher (2)
- cipher (2)
- kryptos (2)
- ai (2)
- llm (2)
- hugging-face (2)
- openai (2)
- python (2)
- software-development (2)
- aws (1)
- azure-functions (1)
- aws-lambda (1)
- serverless-computing (1)
- clean-architecture (1)
- cqrs (1)
- mediatr (1)
- event-driven (1)
- pattern-matching (1)
- determinism (1)
- game-development (1)
- threading (1)
- event-driven-architecture (1)
- servicebus (1)
- iot (1)
- real-time-processing (1)
- nodejs (1)
- big-data (1)
- concurrency (1)
- performance (1)
- streaming (1)
- machine-learning (1)
- nlp (1)
- large-language-models (1)
- layered-architecture (1)
- neo4j (1)
- graph-database (1)
- software-engineer (1)
- database (1)
- dotnet (1)
- dataviz (1)
- security (1)
- owasp (1)
- iso-27001 (1)
- tensorflow (1)
- bdd (1)
- specflow (1)
- reqnroll (1)
- automated-testing (1)
- recursion (1)
- algorithms (1)
- data-structures (1)
- programming (1)
- geospatial (1)
- uber-h3 (1)
- kepler (1)
- Published on
Learn how to decrypt the first panel of the CIA’s Kryptos sculpture using a keyed Vigenère cipher in C#. This article walks through the cipher mechanics, builds a custom tableau, and decodes the hidden message—all implemented with clear, modern C# code.