Code Portability
Compile and optimise quantum programs for a variety of quantum processors.
Navigate hardware diversity
Fragmented quantum hardware landscape
Contemporary quantum computers differ widely in terms of instruction sets, connectivity, and underlying computational models. As a result, code written for one processor rarely runs well—if at all—on another.
Hardware-agnostic compilation
Triple Alpha lets developers write hardware-agnostic code and compile it for specific processors. It automatically optimises each program for a quantum processor's specific characteristics, resulting in performant, portable code.
Hardware mapping
Seamlessly adhere to the connectivity constraints of target hardware. Triple Alpha automatically maps quantum programs onto the topology and instruction set of the chosen processor, adapting them to the device’s specific connectivity constraints in a noise-aware manner that maximises performance.
Instruction set translation
Write once, run anywhere. Triple Alpha decouples quantum software from hardware instruction sets. Because it doesn’t let a target processor dictate the choice of instruction set, Triple Alpha's users are never tied to a specific device. Its compiler automatically converts between instruction sets, allowing developers to build hardware-agnostic applications and switch backends without rewrites.
Explore our technology
Programming languages
Write code at a level that suits your use case and expertise. Triple Alpha’s languages enable higher-level, BASIC-like programming as well as precise, assembly-like control—all within a single development environment.
Subroutines from C/C++
Bring classical code into quantum programs as callable subroutines. Triple Alpha automatically constructs reusable partial quantum circuits directly from functions written in C/C++.
Turing completeness
Develop with fully expressive languages. Triple Alpha’s Turing-complete languages unlock true computational freedom, removing limitations of static circuits.
Quantum systems and integration
Connect to a range of hardware backends—both quantum processors and simulators—through Triple Alpha. Our software infrastructure manages execution across these systems.