Nolano.ai: Intelligent Forecasting Powered by Time Series Foundation Models

Nolano.ai is a cutting-edge AI platform revolutionizing decision intelligence through advanced time series foundation models, enabling accurate, real-time forecasting across diverse industries like business, finance, healthcare, and agriculture. Designed for developers and enterprises, it delivers low-latency insights with a zero-shot forecasting model that requires no training, making it exceptionally efficient and accessible. The platform features modular AI agents for market, sales, and demand forecasting, plus seamless integration with language models via its LLM Forecasting Layer. Users can connect data through CSV uploads or direct database integration, and leverage a powerful Playground, comprehensive API, and scalable infrastructure for dynamic, responsive applications. With robust research backing—including Spectra-1, Hi-NOLIN, Spectra-1.1, and Lord—Nolano.ai combines innovation, reliability, and enterprise-grade security to future-proof data-driven decisions.

Key Features:

• Zero-shot forecasting model (no training required)
• Real-time predictions from live data streams
• Modular AI agents for market, sales, and demand forecasting
• LLM Forecasting Layer for integrating predictions into language models
• Flexible data connectivity via CSV upload or direct database integration
• Developer-friendly API and interactive Playground
• Enterprise-ready secure and scalable infrastructure
• Extensive documentation, blog, and upcoming case studies
• Advanced research foundation with published models (Spectra-1, Hi-NOLIN, Spectra-1.1, Lord)

Pricing: Nolano.ai offers a Free tier with access to core features, along with Pro and Enterprise plans available upon request, making it ideal for teams and organizations seeking scalable forecasting solutions.

Conclusion: Nolano.ai stands at the forefront of AI-driven decision intelligence, delivering powerful, real-time forecasting with minimal setup—perfect for developers and enterprises aiming to make smarter, faster, data-backed decisions.