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Overview of Platform Features

Overview of Key Platform Features​

Our platform is designed to support users in creating, managing, and deploying functions for scientific and technological projects, including environments like Quantum Computing, GPU Computing, and other AI/ML models. The key features of the platform include:

  • Create Functions: Users can create new functions using pre-built templates or by writing their own code.
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  • Manage Functions: After creating, users can edit and manage the deployed functions.
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  • Monitor Functions: Users can track the build, deploy, and execution process of functions through detailed logs.
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  • Invocation
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  • Related Jobs
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  • Build logs
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  • Deploy log
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  • Job Management: The platform supports job management, enabling users to select providers and devices for running required computations.
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Supported Function Types (Quantum, GPU, etc.)​

The platform supports various types of functions for different computation needs, including:

  • Quantum Functions: Supports quantum computing frameworks like Qiskit, Braket, D-Wave, allowing users to develop and run quantum algorithms.
  • GPU Functions: Runs computationally intensive tasks on GPUs, suitable for training machine learning models.
  • AI/ML Functions: Supports deep learning and machine learning models using popular libraries like TensorFlow, PyTorch.
  • Other Specialized Functions: Other specialized computations such as Pennyland, Tytan, etc.

Supported Providers and Devices (AWS, IBM, D-Wave, etc.)​

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The platform supports various providers and devices for the functions, including:

  • IBM Quantum: Provides quantum computing devices via IBM Q services.
  • D-Wave: Offers quantum computing devices tailored for solving optimization problems, leveraging quantum annealing.
  • OQC (Oxford Quantum Circuits): Provides quantum computing hardware with an emphasis on superconducting qubits for versatile quantum computation tasks.
  • Amazon Braket: A fully managed quantum computing service by AWS, supporting various quantum processors, including those from Rigetti and others, allowing users to run quantum algorithms.
  • Rigetti: A quantum computing company that provides access to its quantum processors through the Amazon Braket service, supporting both quantum and hybrid quantum-classical computations.
  • Qiskit Runtime: A quantum computing execution environment by IBM that allows running quantum circuits with lower latency, optimized for real-time quantum computations and providing a hybrid quantum-classical interface.