aiReflex
Fraud.com's aiReflex offers a comprehensive digital risk and trust solution aimed at enhancing your fraud prevention strategies, thereby ensuring a more secure and equitable experience for your customers.
This innovative tool assesses the authenticity of transactions in real-time, employing a robust multi-layer defense system alongside explainable AI to combat fraud and bolster customer confidence.
It provides all the essential features to eradicate both transactional and application fraud, such as:
- Transactional Orchestration
- Adaptive Rule Engine
- AI Engine (Supervised and Unsupervised Machine Learning)
- Simulation Engine
- Dynamic and static lists
- Journey-Time Orchestration
- OmniChannel Case Management
- Centralised Fraud Reporting
Reach out to us at fraud.com to discover how we can assist you in fortifying your fraud defenses while simultaneously lowering costs and enhancing overall customer satisfaction. By leveraging our solutions, you can create a safer environment for your operations and improve trust among your clientele.
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UptimeRobot
Experience the premier uptime monitoring solution that offers 50 monitors with 5-minute intervals at no cost. Setup takes mere seconds, ensuring you remain updated on your website's performance continuously.
Website monitoring provides immediate notifications if your site experiences downtime, allowing for prompt resolution of issues to safeguard user experience and revenue.
With SSL certificate monitoring, you can prevent visitor loss from expired certificates by receiving alerts 30 days before expiration, ensuring timely renewal.
Ping and port monitoring allows you to verify server availability and the functionality of your email service on port 465, while offering real-time alerts for any monitored port.
Cron job monitoring ensures that scheduled tasks are tracked effectively with heartbeat checks, confirming that both server-side jobs and connected devices operate as intended.
You can create up to 100 customized status pages, secure them with passwords, and allow subscribers to receive real-time updates on operational status.
Stay connected through various notification channels, including email, SMS, voice calls, push alerts, or integrations with platforms such as Slack, Zapier, PagerDuty, Telegram, Discord, Microsoft Teams, and Google Chat, among others.
Additionally, you have the option to pause monitoring during planned maintenance to eliminate unnecessary alerts and streamline your monitoring experience.
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Cartesi
Develop smart contracts using widely adopted software frameworks to transition from Solidity into the broader landscape of software tools on Linux, marking a significant step forward. This shift enables exceptional computational scalability, facilitates access to large datasets, and guarantees low transaction fees, all while preserving the robust security features inherent to Ethereum. Whether for gaming platforms that protect player data or corporate solutions managing sensitive information, your decentralized applications can effectively safeguard user privacy. Descartes performs extensive computations off-chain by utilizing a Linux virtual machine governed entirely by a smart contract, ensuring efficiency and reliability. The results of these computations are validated and enforced on-chain by trustworthy Descartes node operators, thus maintaining the strong security guarantees offered by the underlying blockchain. By successfully addressing Ethereum’s scalability limitations, you can realize computational efficiencies that far exceed previous benchmarks, all while upholding the blockchain’s security integrity. This progression not only improves the user experience but also expands the array of possible applications for decentralized technologies, opening new avenues for innovation and collaboration. As the technology evolves, it paves the way for more sophisticated and diverse decentralized applications, further enriching the ecosystem.
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ParaState
Develop Ethereum-compatible smart contracts using a range of popular programming languages and execute them at much higher speeds on Substrate. This project follows a decentralized, open-source business model funded by developer treasuries from various participating blockchains. Current Ethereum smart contracts can effortlessly run on ParaState’s Ewasm VM (Pallet SSVM) without any need for alterations. By accommodating over 20 programming languages, ParaState significantly boosts the developer ecosystem for Ethereum-compatible smart contracts. This broad support includes popular languages such as Solidity, Fe, Rust, and JavaScript, as well as domain-specific languages (DSLs) like MOVE, DeepSEA, and Marlowe. Substrate-based blockchains, particularly those within the Polkadot network, achieve a much higher transactions per second (TPS) rate than Ethereum. Nonetheless, for a smart contract platform, the focus is placed more on the efficiency of compute performance than on TPS throughput. By deploying smart contracts on ParaState, developers can experience these benefits and unlock enhanced capabilities that can transform their applications in real-time. Embrace the future of blockchain technology and explore the possibilities offered by this innovative platform.
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