Alternatives to QX Simulator

> is a software architecture and tool suite for quantum computing. It includes a programming langage, optimization and scheduling algorithm, and quantum simulations. > can be used to translate a quantum algorithm written in the form of a high-level program into the low-level machine instructions for a quantum device. > is being developed by the quantum architectures and computation Group (QuArC) at Microsoft Research. >. > allows the simulation of Hamiltonians, quantum circuits, quantum stabilizer circuits, and quantum noise models, and supports client, service, and cloud operation.

Open source platform for machine learning. TensorFlow is a machine learning platform that is open-source and available to all. It offers a flexible, comprehensive ecosystem of tools, libraries, and community resources that allows researchers to push the boundaries of machine learning. Developers can easily create and deploy ML-powered applications using its tools. Easy ML model training and development using high-level APIs such as Keras. This allows for quick model iteration and debugging. No matter what language you choose, you can easily train and deploy models in cloud, browser, on-prem, or on-device. It is a simple and flexible architecture that allows you to quickly take new ideas from concept to code to state-of the-art models and publication. TensorFlow makes it easy to build, deploy, and test.

Data scientists need innovative and efficient turn-key solutions. For quantum engineers, powerful circuit building blocks. Turn-key implementations of algorithms for data scientists, financial analysts, engineers. Explore problems in binary optimization and machine learning on simulators and real hardware. You don't need to have any prior experience in quantum computing. To load classical data into quantum states, use NISQ data loader devices. Circuit building blocks are available for linear algebra with distance estimation or matrix multiplication circuits. You can create your own algorithms using our circuit building blocks. You can get a significant performance boost with D-Wave hardware. Also, the latest gate-based improvements will help you. Quantum data loaders and algorithms offer guaranteed speed-ups in clustering, classification, regression.

You can use the latest cloud tools and resources to refine and build quantum algorithms. Access a diverse range of quantum hardware. Access a wide range of quantum hardware today to help you build towards fault-tolerant quantum systems. Microsoft Learn, Quantum Katas tutorials and industry case studies are among the world-class resources that can help you navigate complexity and learn new skills. Azure Quantum resource estimator can be used to estimate the number and size of qubits required to run quantum applications on future-scaled computers. Calculate the number of qubits required for a quantum solution, and compare the differences between qubit technologies. Prepare and refine quantum solution to run on future-scaled machines.

Superstaq's device-specific, low-level optimizations allow users to get the best performance from today's hardware in multiple qubit modalities. Qiskit and Cirq are open-source frontends that allow users to submit their work to leading quantum hardware platforms such as IBM, Infleqtion OQC, Rigetti and more. Use our pre-built quantum applications library to benchmark performance on "impossible problems" with quantum hardware. Superstaq's library includes sophisticated noise mitigation and compilation techniques, including dynamical decoupling. These techniques optimize quantum programs automatically based on the hardware's native gates. Superstaq allows you to write quantum code that targets virtually any quantum computer, whether it's Cirq.

Work with different types quantum computers and circuit simulators using a consistent tool set. Build quantum projects in a trusted cloud, with simple pricing and management control for both quantum workloads and classical workloads. With priority access to quantum computing and no classical infrastructure required, hybrid quantum-classical algorithm development is faster. Braket Direct allows you to reserve dedicated device access, and communicate directly with quantum computing experts. AWS Cloud Credit for Research Program provides tools for algorithm development, as well as support for scientific discovery. Access to superconducting devices, neutral atom and trapped ion devices, will allow you to push the limits of quantum hardware research. Amazon Braket's Software Development Kit, simple pricing and workflow management will help you bring software for quantum computing quickly to market.

Circuit can be exported into multiple quantum programming languages/frameworks, and can be run on different simulators and quantum computer. Drag & Drop user interface allows you to assemble circuit diagrams that automatically translate to code. You can also type code to update the diagram. QPS Client runs on your local machine or in the cloud where your quantum programming environment has been installed. It opens a websocket secure connection with Quantum Programming Studio Server and executes quantum networks (that you designed in the web interface) on your local simulation or on a quantum computer.

Cirq is a Python library that allows you to write, manipulate, and optimize quantum circuits. Then, you can run them on quantum simulators and quantum computers. Cirq is a Python software library that provides useful abstractions to deal with noisy intermediate-scale quantum computer systems, where the details of hardware are crucial for achieving state-ofthe-art results. Cirq has built-in simulations for both wave functions and density matrices. These can handle noisy quanta channels using monte-carlo or full matrix simulations. Cirq also works with the state-of-the art wavefunction simulator qsim. These simulators can also be used to simulate quantum hardware using the quantum virtual machines. Cirq is used by Google to run experiments on its quantum processors. You can learn more about the latest experiments, and download the code so you can run them yourself.

Experience the possibilities of quantum computing by running your own quantum algorithms using our simulators and hardware backends. Spin-2 is being upgraded at the moment and is not available. We have a variety of simulators and real hardware available. See what they can offer you. Quantum Inspire was built with the best engineering practices. A layered and modular design was created starting with experimental setups to create a robust and solid hardware system. This quantum computer is made up of several layers, including quantum chip hardware and classical control electronics. It also includes a quantum compiler as well as a software front end with a cloud accessible web interface. They can act as technology accelerations because only by carefully analyzing the individual system layers and interdependencies is it possible to detect gaps and the necessary next steps on the innovation roadmap and supply chains.

Quantum computing is a promising way to develop new molecules and materials quickly and at a low cost. InQuanto is a cutting-edge quantum computational chemistry platform that represents a crucial step towards this goal. Quantum chemistry is used to accurately predict and describe the fundamental properties of matter. It is therefore a powerful tool for the design and development new molecules and materials. However, industrially relevant molecules and materials are complex and difficult to accurately simulate. The current capabilities force a trade either to use highly accurate methods for the smallest systems or to use approximating technologies. InQuanto’s modular workflow allows both computational chemists, and quantum algorithm developers, to easily mix and combine the latest quantum algorithms and advanced subroutines with error mitigation techniques.

It is based upon a complete representation for the qubit state, but avoids the explicit representation in terms of matrices of gates and other quantum operation. Intel-QS uses the MPI (message-passing-interface) protocol to handle communication between the distributed resources used to store and manipulate quantum states. Intel-QS is built as a library that, when linked to an application program, allows the user to benefit from the high-performance implementations of circuit simulations. The library can run on a wide range of systems, including laptops and HPC server systems.

Qiskit comes with a complete set of quantum gates, as well as a variety pre-built circuits. This allows users of all levels to use Qiskit in research and application development. The transpiler converts Qiskit code to an optimized circuit using the native gate set of a backend, allowing users program for any quantum processor. Users can transpile using Qiskit's standard optimization, a custom configuration, or their own plugin. Qiskit allows users to schedule and run quantum programs using a variety local simulators or cloud-based quantum processors. It supports a variety of quantum hardware designs such as superconducting ions and trapped qubits. Are you ready to discover Qiskit for yourself? Learn how to run Qiskit on your local Python environment or in the cloud.

Infrastructure software to power a quantum future Quantum technology has the potential to transform the economy. Software allows us to expand the utility and capabilities of quantum computers. Quantum infrastructure software transforms bare metal quantum processors into useful computing tools. Our technology unlocks the hidden power of the most powerful computer so you can achieve even more. Add automation and performance monitoring to my QC platform. Professional toolkits for designing, automating, and scaling quantum hardware and controls. Integrate performance management into cloud quantum computing platforms to unleash latent hardware performance. Automatically reduce error and increase algorithmic success with cloud-accessible quantum computing. Professional-grade tools to automate and scale quantum hardware.

BQSKit is a complete compiling solution that combines the latest partitioning, synthesis and instantiation algorithms. The framework is easy to use and extend, allowing users the flexibility to tailor their workflow to their specific domain. Global circuit optimization is a process that reduces (optimizes) the depth of a quantum program. The depth of a circuit is directly correlated to the runtime of the program and the probability of errors in the final result. BQSKit's unique strategy combines circuit partitioning with synthesis and instantiation in order to optimize circuits beyond the capabilities of traditional optimizing compilers.

Bayesforge™ is a Linux image that curates all the best open source software available for data scientists who need advanced analytical tools as well as quantum computing and computational math practitioners who want to work with QC frameworks. The image combines open source software such as D-Wave and Rigetti, IBM Quantum Experience, Google's new quantum computer language Cirq and other advanced QC Frameworks. Qubiter, our quantum compiler and fog modeling framework can be cross-compiled to all major architectures. The Jupyter WebUI makes all software accessible. Its modular architecture allows users to code in Python R and Octave.

We conduct cutting-edge research in artificial intelligence and implement it to give financial investors an advantage. Transforming the financial market through groundbreaking neuro-prediction. Our algorithms combine graph-based learning and deep reinforcement learning algorithms to model and predict time series. Neuri aims to generate synthetic data that mimics the global financial markets and test it with complex simulations. Quantum optimization is the future of supercomputing. Our simulations will be able to exceed the limits of classical supercomputing. Financial markets are dynamic and change over time. We develop AI algorithms that learn and adapt continuously to discover the connections between different financial assets, classes, and markets. The application of neuroscience-inspired models, quantum algorithms and machine learning to systematic trading at this point is underexplored.

We enable everyone to create faster, think bigger, and see farther. Our quantum solutions, which combine AI and machine-learning, give you the ability to solve the most pressing and important problems in the world. Thermodynamics was the catalyst for the Industrial Revolution. Quantum computers use the unique information processing capabilities of quantum mechanics, which were introduced by electromagnetism, to reduce time and energy required for high-impact computing. Quantum computing, the first paradigm-shifting advancement since the integrated circuit was introduced, is poised transform every global market. The gap between early adopters and fast followers is difficult to close.

Developers and enterprises have the ability to build Quantum-resistant smart contracts, DApps or DeFi solutions, tokens, and tokens on top of QAN's blockchain platform in any programming language. QANplatform is the first Hyperpolyglot Smart-Contract platform that allows developers to code in any programming language. Developers also get rewarded for writing code that can be reused by others. Quantum is a real threat. Existing chains cannot defend against it. QAN is resistant to it from the ground up, so your future funds will be safe. Quantum-resistant algorithms, also known as post quantum, quantum-secure, and quantum-safe, are cryptographic algorithms that can withstand attacks from quantum computers. Quantum-resistant cryptographic algorithms, also known as quantum-secure, post-quantum, or quantum-safe, can withstand attacks from quantum computers.

Covalent's serverless HPC architecture makes it easy to scale jobs from your laptop to the HPC/Cloud. Covalent is a Pythonic workflow tool that computational scientists, AI/ML program engineers, and anyone who needs to perform experiments on limited or costly computing resources such as HPC clusters and GPU arrays, cloud services, and quantum computers. Covalent allows researchers to run computation tasks on advanced hardware platforms, such as a serverless HPC cluster or quantum computer, using just one line of code. Covalent's latest release includes three major enhancements and two new feature sets. Covalent's modular design allows users to create custom pre-and post-hooks for electrons. This allows them to facilitate a variety of use cases, including setting up remote environments (using DepsPip), and running custom functions.

The Quantum Exact Simulation Toolkit is a high performance simulator of quantum circuits. It also simulates state-vectors, density matrices and density vectors. QuEST uses multithreading and GPU acceleration to run lightning-fast on laptops, desktops, and networked supercomputers. QuEST is a stand-alone program that requires no installation and is easy to compile. QuEST does not require any setup. It can be downloaded, compiled, and run within seconds. QuEST is free of external dependencies, and it compiles natively under Windows, Linux, and MacOS. You can get QuEST to run on almost any device, whether it's a laptop, desktop, supercomputer, microcontroller or cloud.

We are focused on helping customers realize real value through quantum computing applications for business. You may be surprised to find out that our enterprise customers already have hundreds of quantum applications in many industries. The combination of the Advantage™, quantum system, and Leap™, hybrid solver services enables the first quantum applications in production that demonstrate business benefits. D-Wave, the practical quantum computing company, delivers real business value today for manufacturing, logistics and supply chain, scheduling and mobility applications. Quantum computing has already helped optimize many key components of the value chain for Industry 4.0.

OQC's Quantum Computer is a complete unit that includes the control system, hardware, and software. It is the only commercially available quantum computer in the UK. OQC's Quantum Computing-as-a-Service (QCaaS) platform takes our proprietary quantum technology to the wider market through a private cloud. Register your interest for access to our QCaaS. We work closely with leading technical and strategic partners to ensure that our technology is at heart of the quantum revolution.

Quandela Cloud has a wide range functionalities. Perceval is our photonic quantum computing platform. Perceval uses Python as its programming language, so coding on Quandela QPUs is easy. You can also use a variety of unique algorithms that are already implemented, including those for solving PDEs, clustering, generating random numbers, solving logistics problems, computing properties, etc. Then, the specifications and status of Quandela QPUs will be displayed. You can select the one you want, run the job and monitor its progress on the interface for job monitoring.

Use our suite applications to support your research and development needs. Copy your API token to track jobs and view quantum computing resources. Explore the service and API documentation for IBM Quantum resources.

Experience the world's only quantum-computing-hardened encryption keys, ensuring provably superior protection and allowing you to seamlessly strengthen your existing cybersecurity systems for enhanced security today, and into the future. Every organization has sensitive data that needs to be kept secret. Quantum Origin gives your organization a long-term advantage against cyber criminals by adding unmatched cryptographic power to existing cybersecurity systems. To maintain the trust of your customers, shareholders and regulators, you must adapt and strengthen your cybersecurity foundations. Quantum Origin demonstrates your commitment to stay ahead of potential threats. Quantum Origin verifiably enhances the cryptographic security around your technology and service, proving that you take privacy and security as seriously as your customers. Let your customers feel secure knowing that their data is protected with the latest in cryptographic protection.

Silq, a high-level quantum computing programming language with a robust static type system developed at ETH Zurich, is a new high level programming language. Silq was first published at PLDI '20.

The xx network is the first and only privacy-focused and quantum-resistant blockchain ecosystem. Now available the ultra-secure messaging app, xx messenger. The blockchain of the future is now available. It is the only Layer One protocol that is protected against quantum computing attacks. The first and only messenger app that protects communication between sender & receiver. All messages are encrypted from the beginning to the end, and no metadata is ever gathered. Powered by the xx network. A new digital currency that is easy to use. It is the most secure and easily-useable digital currency currently available. All user activity is kept private by xx messenger. No tracking, profiling, or surveillance. End-to-end encryption is included, of course. Introducing xx messenger. Imagine a world in which no one can read your messages or sell your data. It is low-cost, quantum-ready and metadata-protected. To protect against next-gen threats, a next-gen currency.

Cellframe Network is an open-source platform that allows for the creation and bridging of blockchains and services. It is secured by post-quantum encryption. We provide a platform for developers and enterprises to build a wide range of products, from low-level t -dApps to complex blockchains. We believe mass adoption is the next paradigm in blockchain technology and our platform aims to expand the number of applications. Cellframe can offer extremely high transaction throughput due to its original sharding implementation. Post-quantum cryptography also makes it resistant to hacking by quantum computer, which are very close to being invented. Cellframe, based on the original sharding implementation can provide high transaction throughput.

Create reflectors or lenses quickly and easily with LucidShape FunGeo. It uses proprietary algorithms to automatically calculate and construct the optical geometries using user-defined patterns of illuminance or intensity. This functional approach allows you to focus on the overall design goals rather than the implementation of complex optical components. Accelerate LucidShape lighting simulations with GPUTrace to experience a quantum jump in speed! LucidShape, the first optical simulation program to use graphics processing unit computing, can increase simulation speed by orders of magnitude when compared to multithreading capabilities. LucidShape’s visualize module can be used to show luminance effects and all interactions between system geometry, light sources and illumination.

IBM Guardium Quantum Safe, delivered through the IBM Guardium Data Security Center monitors, uncovers and prioritizes cryptographic weaknesses to help protect your data against both conventional and quantum-enabled threats. As quantum computing progresses, traditional encryption algorithms, which would take centuries for conventional computers to crack, may be cracked in hours. This could leave all sensitive information protected by today's cryptographic standards vulnerable. IBM, a leader within the quantum-safe area, has developed two cryptographic standards that were recently published by NIST in collaboration with partners in the industry. Guardium Quantum Safe offers comprehensive, consolidated visibility of your organization's cryptographic position, vulnerabilities, remediation progress, and more. Users can define and execute policies based on external regulations and internal security policies, while integrating enterprise issue-tracking software to accelerate compliance.

SSH NQX, a quantum-safe solution for encryption, is designed to secure Ethernet traffic and IP traffic on various networks including public and private infrastructures. It uses advanced post-quantum algorithms to protect data in transit from current and future cyber-threats. NQX provides high-bandwidth performance and supports data transmission speeds of up to 100 Gbps. This ensures seamless and secure communications between enterprise sites, clouds, and data centres. Quantum-resilient algorithms are used to protect data from potential quantum computing threats. This ensures long-term confidentiality. NQX is designed to manage complex network topologies. It allows for efficient control of multiple connections and encryption key, facilitating scalability within large organizations. Secure data transfer is ensured by encrypted links between data centres.

The advent of large, fault tolerant quantum computers is a serious threat to the current public-key encryption, making sensitive data and systems vulnerable. SandboxAQ has been selected by NIST's National Cybersecurity Center of Excellence to be part of its Migration to Post-Quantum Cryptography Project, which partners with the industry to help the federal government develop best practices to make the transition from public-key cryptography to algorithms that use post-quantum cryptography. Easy compliance with new cryptographic requirements, and switching between them without additional development or maintenance. Application Analyzer detects all cryptographic libraries used by an application during runtime and records them, identifying security vulnerabilities and policy violations.

Ansys Lumerical Multiphysics, a photonics simulation software, allows for the seamless design of components by capturing multiple physics effects such as optical, thermal, electric, and quantum well interactions within a unified environment. This intuitive product design software is tailored for design engineering workflows. It offers a fast experience that facilitates rapid design exploration, and provides detailed insights into the real-world performance of products. It combines accurate high-fidelity simulation with live physics in an easy-to use interface that supports faster time-to market. The key features include a finite-element design environment, integrated workflows for multiphysics, comprehensive material models and capabilities for optimization and automation. Lumerical Multiphysics' solvers and workflows are designed to capture the interaction of physical effects when modeling passive and active photonics components.

Quantum Xchange, a leader in the industry for advanced cryptographic management systems, is designed to protect data in motion from current and emerging cybersecurity threats. This includes those posed by quantum computer advancements. Their comprehensive platform addresses single-points of failure in encryption to ensure robust data security today, and quantum-safe protection in the future. CipherInsights is a key offering of Quantum Xchange, a tool which enables organizations discover, catalog and prioritize cryptographic risk within their networks. This continuous monitoring allows for proactive identification of vulnerabilities and remediation, thus improving the security posture of an organization. Phio TX offers a quantum-safe, affordable, and crypto-agile solution to further strengthen data security. It seamlessly integrates into existing IT infrastructures and enables the deployment of post quantum cryptographic algorithms with minimal performance costs.

Blaze Transfer is a great solution for those who need to send large files quickly and safely. Blaze's Quantum Safe End-to End encryption ensures that your data is completely secure, whether you are sharing it with coworkers or working with people outside of your organization. Blaze Transfer is intuitive and user-friendly, so you don't have to be a techie to use it. Upload your files, choose who you'd like to share them with and then relax while they are delivered safely and securely.

Ascalaph Designer is a general purpose program for molecular dynamics simulations. All the molecular dynamics methods can be implemented in a single graphical environment. Molecular geometry optimization using conjugate gradient methods. Displays molecular models in separate window. Two cameras are installed in each window. This allows the model to be viewed simultaneously from both sides and in different graphic modes. Drag the splitter located in the right corner to open the subwindow. Clicking on an atom/bond with the left mouse button changes their color. A brief description of the object is displayed in the status bar. Large molecules, especially proteins, can be drawn in wireframes. This style allows for fast drawing. CPK wire frame combines all the above properties.

The HONE engine has been field-tested to reduce the cost and time of transporting cargo and optimize asset utilization. Each HONE operation will provide incredible value. HONE, powered by D-Wave technology, uses quantum algorithms to solve large-scale supply chain optimization problems. HONE by SavantX can transform your business and unlock its full potential. This cutting-edge optimization tool will help you maximize efficiency, reduce costs and accelerate productivity. HONE is a fully customized product that scales with your business. HONE streamlines and accelerates growth by optimizing terminal operations. This includes scheduling, appointments and container handling in the terminal. HONE allows companies to generate rich data, and identify improvement opportunities across different scenarios.

FAID Quantum is a powerful software that helps identify fatigue exposure, and supports the management of working hours within an organization's fatigue plan. FAID Quantum is based on real-world data and has been successfully used across a variety of industries, including rail, aviation (including mining), emergency services, construction, health, energy, and others. FAID Quantum supports reactive, proactive, and predictive fatigue management, in accordance with ICAO requirements. FAID Quantum uses two validated biomathematical modeling to provide a more comprehensive understanding of fatigue exposures. FAID Quantum provides a cost-effective, practical and proven management solution. Highly accurate sleep-wake predictions. Ability to set fatigue tolerance and task risk. Calculations of time zone and circadian disruptions. Optional crew augmentation for long-haul flights.

Quantum Leap Academy, a cutting edge online education platform, offers a comprehensive set of accredited certifications for artificial intelligence (AI). The academy is designed to accommodate a wide range learners, from beginners to professionals. It integrates advanced learning methods with practical, real world applications of AI technology. Quantum Leap Academy Innovative Features: Dynamic Learning Environment - Quantum Leap Academy uses an interactive and engaging platform that combines multimedia content, live webcasts, hands-on project, and AI-driven simulators. This dynamic environment allows students to learn AI theory, but also practice their knowledge and skills in real-life scenarios.

Check Point's Quantum Smart-1 platform is an unified network policy management platform that manages firewalls, users, applications and workloads. It provides real-time threat detection, large-scale logging of events, and automated reporting to enable organizations to respond quickly to security incidents. The platform provides a consistent security policy for both on-premises firewalls and cloud-based ones, allowing organizations to respond quickly to security incidents. The SmartConsole's intuitive interface simplifies security operations while rich APIs allow DevOps integration to be seamless. Quantum Smart-1 can be deployed as a cloud-based service (Smart-1Cloud) or on dedicated appliances. This allows organizations to scale up their security management infrastructure based on network growth and log volume requirements. Complete network access control for your entire enterprise with real-time monitoring and threat analysis.

The Electromagnetic simulation (EM) gives you insight before physical prototyping. You can customize EM simulations to increase speed and accuracy. Integrate EM analysis into your circuit simulations. EM simulations can take several hours to run. Integrating your EM simulation software and PathWave circuit design software can reduce import and export times. To maximize efficiency, integrate EM analysis and circuit simulations. 3D EM solid modeling environment to create arbitrary 3D objects or import existing 3D models from other CAD settings. Prerequisite to prepare a 3D geometry for 3DEM simulation. This includes defining ports, boundary conditions, and material properties. 3D EM solid modeling and Finite Difference Time Domain simulator. Compliance testing for Specific Absorption Rates (SAR) or Hearing Aid Compatibility.

Aurora uses quantum mechanics, thermodynamics and an advanced continuous-water model for solvation effects in order to calculate ligand binding affinities. This approach is significantly different from the binding affinity predictions that are often based on scoring functions. Aurora algorithms are able to produce more precise and reliable binding free energies values by including the entropy as well as the aqueous electrostatic contribution directly into the calculations. The binding free energy is the measure of interaction between a ligand and a protein. The free energy (F), which is a thermodynamic quantity directly related to the experimentally measurable value for inhibition constant (IC50), and depends on the statistical properties of interacting molecules as well as electrostatic, quantum, and aqueous solver forces, is a thermodynamic quantity. Two major contributors to F's non-additivity are 1) the electrostatic and the solvation energy, and 2) the entropy.

Software for Safety Observation Our web app and mobile apps allow you to report, track and prevent unsafe work conditions. New SaaS model No upfront installation costs and ongoing maintenance fees Get the latest release in real time Boost the efficiency of your safety program Improve workplace safety Access key safety data is now easier Minimize your exposure to risk Quantum's Safety Observation Software can help you put your data to use

Quantum's retail inventory optimization services combine retail science and predictive analysis to deliver the most advanced demand-driven inventory optimization and merchandising solutions in the industry. Q's insights allow the world's most innovative retailers, to better understand their consumers and take action to create an intelligent merchandising strategy that will ensure long-term profitability. It's inventory with intuition. Q's profit-driven retail software adapts according to your business cycles. It provides insight that allows you to capitalize upon variable market forces and maximize the value of inventory.

Khimera is used for calculating the kinetic parameters and thermodynamic properties of microscopic processes as well as transport properties of substances and mixtures in gases, plasmas, and at the gas-solid phase boundary. Researchers and engineers are the primary users of Khimera. They are involved in kinetic modeling, thermodynamic and kinetic modeling, as well as chemical engineering, combustion and catalysis, and microelectronics. Khimera is ideal for multi-scale modeling, providing the link between fundamental molecular characteristics of individual molecules and mesoscale ensemble averaged characteristics of reactive medium: thermodynamic, transport properties, as well as rates and chemical reactions. All models can take quantum-chemical simulations results as input. This allows for the possibility of recovering properties without the need for experimental input.

Ansys Discovery is the first simulation-driven design tool that combines instant physics simulation, high fidelity simulation and interactive geometry modeling in one easy-to-use interface. Discovery combines interactive modeling with multiple simulation capabilities in one product that is unique in its class. This allows you to quickly answer critical design questions early in the design process. This upfront approach to simulation saves you time and effort when prototyping. You can explore multiple design concepts in real-time without waiting for simulation results. Ansys Discovery answers critical design issues quickly and accurately, allowing you to get started on your project. Reduce the time it takes to get simulation results. Discovery allows engineers to focus on product performance and innovation. Ansys Discovery helps you increase your ROI by answering critical design questions early on in the process.

New AI innovations increase the scale and simplicity of data center operations, while preventing millions of zero-day attacks. Quantum Firewall Software R82 delivers uncompromising security for Quantum Network and CloudGuard Network Firewalls. AI-powered adaptive threat prevention for novel threats and encrypted threats. Dynamic tools that adapt to rapidly changing environments. Automatically keep pace with unpredictable traffic spikes and business growth. NIST-certified encryption to protect against quantum computing hacking . Find hidden relationships and traffic to prevent malicious campaigns and brand impersonation. Website categorization is more effective to maximize your security policies. R82 offers powerful protection against the most evasive malware, phishing and DNS attacks.

Our cutting-edge network monitoring software is designed to keep all your network services, websites and applications running smoothly in the age of quantum computing. Quantum readiness monitoring in real-time ensures that your website is ready for future technological advances. With our robust service monitoring, you will maintain top performance. Our expanded monitoring includes HTTP to monitor website performance, ICMP to monitor network pings, DNS to check domains, and SMTP email service monitoring. Receive email alerts when any services are not responding, ensuring business critical performance. ChatGPT's text-based interface allows for seamless interaction with our service. Log in using your email to get 24/7, 365 day monitoring. Quantum readiness will take your network monitoring to a new level. freenetworkmonitor.click

The Nimbix Supercomputing Suite offers a range of high-performance computing (HPC), as-a-service solutions that are flexible and secure. This as-a service model for HPC, AI and Quantum in cloud gives customers access to one the largest HPC and supercomputing portfolios. It includes hardware, bare metal-as a service, and the democratization and use of advanced computing in cloud across public and privately owned data centers. HyperHub Application Marketplace is our high-performance marketplace that offers over 1,000 applications and workflows. For the best infrastructure and on-demand scalability and convenience, BullSequana HPC server can be used as bare metal. Federated supercomputing-as-a-service offers a unified service console to manage all compute zones and regions in a public or private HPC, AI, and supercomputing federation.

Naoris Protocol, a self validating cybersecurity enforcement protocol, restores cyber-trust in digital systems. By delivering verified cyber status outside of traditional perimeters, the enterprise can shift from a centralized and siloed cybersecurity model to a community computing model. Naoris Protocol’s mission is restore cyber-trust to digital systems and data through continuous immutable validation, enhancing integrity and reliability in global digital infrastructures. Cyber risks are reduced by a factor of ten when post-quantum cryptography is combined with dPoSec and Decentralized Swarm. Real-time proofs of compliance can also be shared among partners, ecosystems and regulators. Under a community computing model where devices are rewarded when they actively contribute compute and security validations, the mesh is operated.