Aedan Von: The Rising Sun
OOC: Thanks [member="Arisa Yune"] for the help.
OUT OF CHARACTER INFORMATION
Intent: To create a programming language that uses bio-computing
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source:
PRODUCTION INFORMATION
Manufacturer: Aladon
Affiliation: Aladon. Other Programmers
Market-Status: Open Market
Model: Akama
Modularity: Yes
Production: Mass Production
Material: Software
SPECIAL FEATURES
-Multi-paradigm language
-Bioprogramming language
DETAILED SPECIAL FEATURES
-More familiar for the programmer who only uses classical programming languages
-Uses classical and quantum datatypes
-Versatile
-The fact that it is a programming language designed specifically for bio applications naturally makes it immune to mechu-duru.
Weaknesses :
Familiarity, but no backwards compatibility with older architectures.
-Can't be used in any classical/analog computers, etc.
DESCRIPTION
Akama is a programming language developed by Mala Ciava, better known as 'Enigma'. 'Enigma', best known for founding the programming language, 'Eterneva', decided it was time to step up the game. The Open Source Queen decided to break away from her tradition, deciding to develop one of the fewest, if not the only bioprogramming language in the galaxy.*
Like Eterneva, it is a quantum programming language It also supports the same syntax as Eterneva. What makes it different from that is that it is a multi-paradigm programming language, meaning it supports various paradigms, and that allows it to use different syntax.**
Another difference between Eterneva and Akama is that the syntax can be encrypted using various quantum cryptographic protocols, allowing the programmer to be able to encrypt his own syntax when its hacked.
What makes it extremely useful is that it is invulnerable to force based attacks due to it being a bio-based programming language. It not only can be used in bio-computers, but on living life forms like biots; and for bio-engineering, like modifying an individual's DNA. Nevertheless, it inherits an important weakness. The fact that it can't use classical computers(something I'm assuming is still widely used on SW) makes it's usage limited.
*OOC: I'd assume stuff like that exist since it's SW, and there are indications of certain stuff existing in real life, as bio computers do exist, according to varying reports.
**OOC: C++, C, and Pascal are objected oriented programming languages. Akama is unique that it allows this, but it can use syntax from a language like Python. This are not new concepts, and are used a lot in computer science.
OUT OF CHARACTER INFORMATION
Intent: To create a programming language that uses bio-computing
Image Source: N/A
Canon Link: N/A
Permissions: N/A
Primary Source:
- Eterneva
- Bioengineers Build Open Source Language for Programming Cells
- Molecula Maxima: A High-level Bio-programming Language for DNA Design
- Scientists program cells to remember and respond to series of stimuli
PRODUCTION INFORMATION
Manufacturer: Aladon
Affiliation: Aladon. Other Programmers
Market-Status: Open Market
Model: Akama
Modularity: Yes
Production: Mass Production
Material: Software
SPECIAL FEATURES
-Multi-paradigm language
-Bioprogramming language
DETAILED SPECIAL FEATURES
- Uses classical and quantum datatypesata can be expressed in both bits, and qubits, so it makes it easier for those who don't know quantum computing to do their stuff.
-More familiar for the programmer who only uses classical programming languages
-Uses classical and quantum datatypes
-Versatile
-The fact that it is a programming language designed specifically for bio applications naturally makes it immune to mechu-duru.
Weaknesses :
Familiarity, but no backwards compatibility with older architectures.
-Can't be used in any classical/analog computers, etc.
DESCRIPTION
Akama is a programming language developed by Mala Ciava, better known as 'Enigma'. 'Enigma', best known for founding the programming language, 'Eterneva', decided it was time to step up the game. The Open Source Queen decided to break away from her tradition, deciding to develop one of the fewest, if not the only bioprogramming language in the galaxy.*
Like Eterneva, it is a quantum programming language It also supports the same syntax as Eterneva. What makes it different from that is that it is a multi-paradigm programming language, meaning it supports various paradigms, and that allows it to use different syntax.**
Another difference between Eterneva and Akama is that the syntax can be encrypted using various quantum cryptographic protocols, allowing the programmer to be able to encrypt his own syntax when its hacked.
What makes it extremely useful is that it is invulnerable to force based attacks due to it being a bio-based programming language. It not only can be used in bio-computers, but on living life forms like biots; and for bio-engineering, like modifying an individual's DNA. Nevertheless, it inherits an important weakness. The fact that it can't use classical computers(something I'm assuming is still widely used on SW) makes it's usage limited.
*OOC: I'd assume stuff like that exist since it's SW, and there are indications of certain stuff existing in real life, as bio computers do exist, according to varying reports.
**OOC: C++, C, and Pascal are objected oriented programming languages. Akama is unique that it allows this, but it can use syntax from a language like Python. This are not new concepts, and are used a lot in computer science.
-Updated to 5.1 template
-Updated links & description
-Changed to Mass Production
-Changed to Open Market
-Removed canon precedent.
-Added primary sources
-Updated strengths, specifically this line: "The fact that it is a programming language designed specifically for bio applications naturally makes it immune to mechu-duru."
-Updated links & description
-Changed to Mass Production
-Changed to Open Market
-Removed canon precedent.
-Added primary sources
-Updated strengths, specifically this line: "The fact that it is a programming language designed specifically for bio applications naturally makes it immune to mechu-duru."
Last edited: