Venn is revolutionizing how businesses enable BYOD workforces, removing the burden of buying and securing laptops or dealing with virtual desktops. Our patented technology provides companies with a new approach to securing remote employees and contractors working on unmanaged computers. With Venn’s Blue Border™ software, work lives in a company-controlled Secure Enclave installed on the user’s computer, enabling IT teams to secure company data while ensuring end-user privacy. Over 700 organizations, including Fidelity, Guardian, and Voya, trust Venn to meet FINRA, SEC, NAIC, and SOC 2 standards. Learn more at venn.com.
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Password security is the foundation of cybersecurity. Keeper's powerful password security platform will protect your business from cyberthreats and data breaches related to passwords.
Research shows that 81% of data breaches can be attributed to weak passwords. Password security platforms are an affordable and easy way for companies to address the root cause of most data breaches. Your business can significantly reduce the risk of data breaches by implementing Keeper.
Keeper creates strong passwords for all websites and apps, then secures them on all devices. Each employee receives a private vault to store and manage their passwords, credentials and files, as well as private client data. Employees will save time and frustration by not having to remember, reset, reuse, or remember passwords. Industry compliance is achieved through strict and customizable role-based access controls. This includes 2FA, usage auditing, and event reporting.
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Venice.ai
Venice AI is a private AI platform that brings text generation, image creation, video generation, audio, code, search, agents, and developer tools into one place. The platform gives users access to leading AI models while emphasizing privacy, anonymity, and uncensored model access. Users can ask questions, write content, reason through tasks, generate media, create characters, build agents, and use advanced AI features without relying on a single model provider. Venice offers paid plans with access to Pro and Advanced models, unlimited text prompts, image generation, credits, hi-res upscaling, watermark removal, video generation, and API access. Its developer API supports text, images, video, music, speech, embeddings, and web tools through one industry-standard interface. Venice’s privacy architecture includes anonymized third-party model access, private zero-retention open-source models, trusted execution environments, and client-side encryption for certain workflows. The platform is designed to strip identifying metadata, avoid unnecessary prompt retention, and give users more control over how their AI requests are processed. Developers can use Venice to build private AI applications with one API key across multiple model types. By combining private AI access, uncensored models, multimodal creation, credits, subscriptions, and developer infrastructure, Venice AI gives users a privacy-first alternative for everyday and advanced AI work.
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Maple Flow
Maple Flow is an innovative mathematics software designed for engineers to easily brainstorm, create, and document their design calculations effectively. It merges a user-friendly, freeform interface with an advanced mathematical engine, providing a whiteboard-like setting where calculations remain dynamic as users adjust and enhance their projects. Users can perform calculations, draft documentation, and fine-tune their work in a space that feels more like a creative platform than a traditional programming tool or spreadsheet. You have the freedom to place mathematical equations, text, images, or graphs anywhere on the canvas, and with simple mouse or keyboard actions, you can rearrange your content while Maple Flow manages the organization seamlessly in the background. Equipped with robust features that technical professionals demand from a calculation tool, Maple Flow includes rapid solvers, built-in unit tracking, customizable plots, and additional capabilities that enhance productivity. As a result, users can focus on their design processes without being hindered by complex software mechanics.
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