Alternatives to Cellframe

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.

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.

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.

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.

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.

> 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.

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.

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.

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.

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.

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.

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.

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.

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.

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.

In addition to the design of quantum computers, the development of useful algorithms for quantum computing is a major focus. In the absence a large quantum computer, a software simulation of quantum computers is needed to simulate the execution and study of quantum algorithms. The QX simulator is able to simulate a realistic noisy execution by using different error models, such as depolarizing noise. The user can select the error model, and then define a physical probability of error to simulate a target quantum computer. This error rate can also be defined by the gate fidelity of the target platform and the qubit decoherence.

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.

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.

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.

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.

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.

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.

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.

Low gas fees, low latency and high throughput are backed by the security provided by Ethereum. MetaMask distribution, EVM equivalency, and MetaMask distribution make it compatible with all popular tools, infrastructures, IDEs, and wallets. The award-winning prover allows for fast finality, trustless withdrawals and fast finality. An EVM-equivalent, scaling the Ethereum experience. Built on lattice-based, quantum-resistant cryptography, the network is secured with a zero-knowledge-rollup to Ethereum. Block explorers allow you to view transactions, find deployed contracts, and wallet addresses. Using your favorite developer tools, deploy and verify your smart contract. Set up your wallet and fund it to begin bridging, trading, and transacting with Linea.

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.

Solana is a fast and secure blockchain that can withstand censorship. It provides the open infrastructure necessary for global adoption. Solana is the platform that has been chosen by the best projects in DeFi, Web3 and blockchain gaming to be built on for the long-term. Solana can process 50k transactions every second. We don't think so. To experience Solana's speed, stress test the network. Say goodbye to slow confirmations and high fees. Solana is designed for speed without compromises. Solana uses Proof of History and other innovative innovations to scale the network at Moore's Law speed. Don't worry about fees rising as your user base increases. Solana is designed for applications that have billions of users to keep fees low. Solana's single global status ensures that projects can be connected. Never deal with multiple layers 2 or shards.

Gataca is a decentralized identity management system that is simple, compliant and secure. It's also known as the self-sovereign identification (SSI) solution. Create and digitally certify identity credentials using a standard format. Create customizable verification templates for sign-in and onboarding processes to provide frictionless access to digital service. Gataca Wallet lets your users authenticate in digital services seamlessly and control their data. The Gataca Wallet protects user data and ID credentials with biometrics, post-quantum encryption and other security measures to ensure that they cannot be manipulated.

LiquidBridge, a blockchain-agnostic platform that allows data and tokens flow freely between different blockchains, is called LiquidBridge. LiquidBridge, which is an aggregation and functionalities of DAPP Network services, is designed in a standardised fashion that allows developers the ability to add adaptors to any chain they wish. Cross-blockchain transfer of any type or asset, not only tokens, possible Interoperability between blockchains is seamless, including cross-chain execution of smart contracts. Fully customizable incentive and consensus structures. Your dApp logic can be run on a universal Layer-2 to facilitate smooth integration and gas-reduced transactions. Empower tokens, NFTs and allow them to exist on multiple chains simultaneously. Multi-chain automated market makers (AMMs), and liquidity pools (LPs) can be created. Multi-collateral asset lending can be achieved by collateralizing cross-chain assets.

Wire offers a large developer community, easy registration, and resources allocated for business workflows. Wire provides bridgeless interoperability across chains. Up to 112,000 transactions a second with block times of 500 milliseconds. The network is expanding based on the growth of users, and there is room for internet. Wire is an open-source chain with public governance. Wire Network uses an innovative Appointed Proof of Stake model (APoS), which is an evolution from Delegated Proof of Stake. It also incorporates the Universal Polymorphic Address Protocol, which when paired up with name service smart contract on each layer-1 chain can enhance interoperability between different blockchains similar to how HTTP standardized Internet communication. Wire Network is a paradigm shift for blockchain technology. It offers partition-resistant networking, distributed storage, and serverless computing within a trustless computing system.

We are a cybersecurity company that protects mission-critical data at rest, transit, and in use for top organizations all over the globe. SSHerlock, our self-service tool, allows you to assess your SSH key estate as well as the associated SSH key risk. SSHerlock is a self-service tool that allows you to discover and audit your SSH key and post quantum resilience. Passwordless authentication, operational security (OT) security and defensive cybersecurity are just a few of the many uses for SSHerlock. What are the top cybersecurity trends for the next year? PrivX is ideal for managing, tracking, and securing superuser and power user access to the hybrid cloud. It also eliminates risky privileged passwords from crucial infrastructures. UKM Zero Trust automates the lifecycle for millions of encryption keys, ensuring audit success and risk mitigation. Access is also made keyless. Software-based NQX offers unparalleled security and performance.

Hermez is an open-source ZK-Rollup that allows for token transfers using Ethereum's wings. It is secure, low-cost, and usable. Hermez seamlessly integrates with the Ethereum ecosystem and allows for low-cost token transfers to create an inclusive economy. High throughput, cost-effective token swaps and transfers. Open-source and decentralized architecture. Secure transactions require computational integrity. Zero-knowledge technology reduces transfer costs, making it easier to access financial services for mainstream adoption. Zero-knowledge-proof technology ensures computation integrity and on-chain data availability while also preserving the public blockchain properties. Hermez's mission to create a secure, resilient, and highly efficient payment network for the next generation digital currencies is to ensure that everyone has the freedom of transacting.

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.

Everscale's architecture shows that software algorithms can be implemented alongside a blockchain infrastructure to reduce performance bottlenecks. This allows transaction throughput to scale in direct proportion with network bandwidth. Everscale's architecture fulfills three essential properties of a blockchain: security, scalability and decentralization. Everscale is proving that distributed systems research can be applied to blockchain. It can also be implemented using a mechanism that has been part Bitcoin since its inception: d nLocktime. This allows transactions to be postdated using block height and not a timestamp.

Seele is powered with anti-asic MPoW algorithm for high throughput concurrency and Seele Sharding Technology. 2000 TPS are available in the Seele mainnet currently as a start point and can be scaled as demand increases. Seele is fully compatible with EVM smart contracts. MPoW (Matrix-Proof-of-Work), an innovative PoW consensus algorithm developed by SeeleTech and implemented in Seele's main-net. MPoW is a more complex PoW consensus algorithm than the conventional one. It requires miners to calculate the determinants from sub-matrices using a matrix that has n hashes, other than brute force-hashing. They also need to use a hash function in order to find the target. It is composed of several steps that can effectively prevent ASIC and GPU dominating the network.

Our network offers world-class features that allow users to send and receive digital payment quickly, safely, securely, and securely. Our vergePay apps powered by blockchain technology simplify digital payments. We are proud to be open-source. Our project is entirely run by volunteers and dedicated individuals who want to make a positive impact in the world. Verge offers the security of blockchain-based payment to everyday users through easy-to use software that is tailored to real-life applications and needs. Verge is an easy-to use platform that allows everyday users to transact quickly and efficiently over a blockchain-based network. Verge is well-positioned for mass adoption because of its low fees, fast transactions, high volume and support across multiple platforms. Our mission is to empower people all over the world through the integration of blockchain transactions into daily life.

CasperLabs helps businesses build on Casper by providing professional services and support. Casper Network is the first proof-of-stake live blockchain that uses the Casper CBC specification. Casper was created to help developers and enterprises adopt blockchain technology today, and to evolve to meet future user needs. Casper was built using the original CBC Casper specifications, which were created by Ethereum developers. Businesses have the option to create private or permissive applications on the network. Casper's PoS architecture allows for sharding, which is a database-scaling option. Casper can evolve with businesses thanks to upgradeable contracts, predictable gas prices, and WebAssembly. CasperLabs is responsible for the development of Casper Network. It offers support and services for all sizes of organizations, from startups to large enterprises.

The Oasis network is a privacy-enabled, blockchain platform for open finance. The Oasis network brings privacy and scalability into DeFi. It allows DeFi to be expanded beyond the early adopters to a wider market. It allows private smart contracts, high scaling, and the ability of tokenizing data. This opens up new uses such as private lending, undercollateralized loans and private automated market makers. Tokenized Data is a new paradigm thanks to the unique combination of blockchain and confidential computing that the Oasis Network offers. Tokenized Data allows users to earn rewards by sharing their data with apps that can analyze it or control how their most private information is used by the services they use. Oasis ParaTime scale architecture allows for fast transaction speed, high scaling, and large workloads. It separates execution from consensus. ROSE is the native settlement token and capped supply utility for the Oasis network.

BigchainDB is a database that has blockchain characteristics. It offers high throughput, low latency and powerful query functionality. BigchainDB allows developers, enterprises, and other organizations to create and deploy blockchain proof of concepts, platforms, and applications using a blockchain database. It supports a wide variety of industries and use cases. BigchainDB is not about enhancing blockchain technology. Instead, it starts with a distributed big data database and then adds blockchain characteristics, such as decentralized control, immutability, and the transfer digital assets. There is no single point of failure. There is no single point of failure. A federation voting nodes provides decentralized control that makes it possible to create a P2P network. To search all stored transactions, metadata, and blocks, you can write and run any MongoDB query. MongoDB powers this feature.

Google and other companies have created the search engine from their index on the World Wide Web. This makes the modern internet easy to use. Blockchain is the next wave in innovation, but it is still extremely difficult to use and analyze. Elementus has created a modern search engine that indexes all non-private blockchains. This will allow for an easy-to-navigate internet worth its value. Hacks and scams are rampant. Lack of transparency about the source of the funds. This industry is considered too risky to enter. There is not enough information to evaluate the fundamentals. Bad projects pass undetected. Insufficient data sources. Inform investment decisions. Get business intelligence from blockchain. Do your research.

Events are temporary economies that offer a great opportunity to implement blockchain technology and cryptocurrencies. However, current blockchain networks are slow to process transactions, are not sustainable, charge high fees and don't offer off grid payment. CHI Network is a blockchain and DAO that allows off-grid transactions. It can be connected to popular networks such as Ethereum and works with CHI Coins and X Cash.

Inery is a layer-1 blockchain that offers the solution to decentralized database management. It aims to create a new paradigm in data. It connects seamlessly with applications and layers-1 networks, laying the foundation for web3. Inery's data management software (IneryDB), combines blockchain functionality with distributed database management properties. IneryDB is a decentralized database that supports complex query search, high throughput, low latency and owner-controlled data assets. IneryDB allows developers, enterprises, and other organizations to securely store, access and manage data on a decentralized infrastructure that supports various industries. Inery's layer-1 Blockchain facilitates secure data sharing at a faster pace and with better security. It provides the infrastructure necessary to enable cross-chain interoperability and decentralized applications.

Cardano is the next-gen DEX! In seconds, you can swap, bridge and trade between Cardano-based tokens or stable coins. We aim to be the first DEX that is based on Cardano. Our goal is to create tools for creators as well as users. We also aim to bring high-yield stake pools and NFT content through launchpads, marketplaces, and to provide tools for users and creators. Cardano's most popular exchange platform is now available to you. Cardano network charges low fees. Staking rewards for ASW token holders. Exclusive airdrops of Cardano tokens Secure transactions via the largest PoS Blockchain. Instant swaps and liquidity. DAO governance using ASW tokens Cardano's most popular exchange platform is now available to you! Join us in our mission to revolutionize Cardano's NFT ecosystem. We will provide new tech that is superior to Cardano, and art that you won’t find anywhere else.

The Quantum Project Manager Suite can be used quickly and easily. It's also a powerful tool for serious contractors. It's a simple, flexible, and integrated construction software. Quantum Project Manager Suite was designed to help you manage and track all your project requirements. Quantum Project Manager allows you to create estimates, bid proposals, track subcontracts/POs, change orders, generate progress billing payments applications, print certified payroll reports and track your equipment usage. You can also track your communications and create and track all communications. It is a simple and easy-to-use tool. Each program can be used separately, even though Quantum Project Manager is designed to work together. They integrate with QuickBooks®.

Celer Network is a layer-2 scale platform that provides fast, secure, and low-cost applications on Ethereum, Polkadot, and other blockchains for mass adoption. Celer created the first generalized state channel network in the world and continues to push the boundaries of layer2 scaling using advanced Rollup technology. Core applications and middlewares such as cBridge, Layer2.finance, and many more ecosystem applications built on Celer, have attracted larger audiences in DeFi and blockchain interoperability. Layer2.finance addresses the two biggest obstacles to DeFi's mass adoption: the extremely high transaction fees and the difficulty of using and navigating the platform. cBridge, a multi-chain network, allows instant, low-cost, ANY-to-ANY value transfers between and within Ethereum's layer-2 chains. This includes Ethereum main chain, as well as other layer-1s and layer-2s.

Oracle TimesTen In Memory Database (TimesTen), delivers real-time application performance (low response times and high throughput), by changing the assumptions about where data is located at runtime. Database operations are more efficient when data is managed in memory and access algorithms and data structures are optimized accordingly. This results in dramatic improvements in responsiveness and throughput. TimesTen Scaleout is a shared-nothing scale-out architecture that uses existing in-memory technologies. It allows databases to scale transparently across dozens of hosts, reach hundreds terabytes of size, and support hundreds of million transactions per second without the use of manual workload partitioning or database sharding.

IOST is a secure, fast, and scalable blockchain network that uses the next-generation consensus algorithm, Proof of Believability (PoB). Our mission is to serve as the underlying architecture for online services that meet security and scaleability requirements of a decentralized economy. We are backed by top investors and led by seasoned experts. Due to the high fees and slower transaction times on Ethereum, there has been room for new solutions. IOST is the pioneering project that has gained traction for its revolutionary technology since its main net launch in 2018. According to the latest ranking by China's Center for Information and Industry Development, IOST's core technology, a decentralized, high-throughput blockchain, outperforms 37 of its high-profile rivals, EOS and Ethereum by more than 5x. You can build any application using IOST with a 0.5 block time and 8,000 TPS without worrying about the speed.

One platform, infinite solutions. Fantom is an open-source smart contract platform that allows for fast and high-throughput digital assets and dApps. Fantom's aBFT consensus protocol provides unparalleled speed, security and reliability. Transactions are completed in seconds and fees are extremely low. Fantom transactions are completed in seconds and cost less than a cent. Fantom's validator Nodes form a global, trustless and leaderless Proof of-Stake network. Fantom can process thousands upon thousands of transactions per second and scale up to thousands of nodes. Fantom supports EVM. Fantom allows you to deploy and run your Ethereum dApps. All-in-one DeFi suite. Your wallet allows you to trade, lend, and borrow digital assets. DeFi is available for everyone with almost zero fees and instant transactions