Generative AI platform for forecasting, data prep, and scenario analysis on tabular and time-series data
Ikigai builds a generative AI platform grounded in MIT research that automates data prep, forecasting, and what-if analysis for operational teams. The tech stack (PyTorch, TensorFlow, Ray, PostgreSQL, Elasticsearch, DynamoDB, Apache Arrow, Dremio) reflects a data-heavy ML architecture optimized for both training and inference at scale. Core pain points—scalable data integration, ML performance optimization, and handling messy data—align directly with the product's three surfaces (aiMatch for prep, aiCast for prediction, aiPlan for scenario modeling), and the hiring mix is heavily weighted toward data roles, suggesting they're scaling data pipelines and model deployment rather than sales.
Ikigai is a generative AI platform built for operational teams in finance, supply chain, and demand sensing who need faster decisions under uncertainty. The product ingests structured or unstructured data and surfaces three primary workflows: data matching and preparation (aiMatch), forecasting (aiCast), and scenario planning (aiPlan). Deployed on AWS with Kubernetes orchestration, the platform handles tabular and time-series data at scale. The company is based in San Francisco with a 51–200 person team, hiring primarily in the United States and India across data engineering and ML roles.
Ikigai uses PyTorch and TensorFlow for ML, Ray for distributed computing, PostgreSQL and DynamoDB for storage, Elasticsearch for search, Apache Arrow and Dremio for data transformation, and Kubernetes on AWS EKS for cloud deployment. Frontend is React with TypeScript.
Ikigai offers three AI-powered tools: aiMatch for data prep and reconciliation, aiCast for forecasting and predictions, and aiPlan for scenario analysis. The platform handles tabular and time-series data for supply chain, financial, and demand-sensing use cases.
Ikigai's technology stack, projects, and hiring signals are inferred from public hiring and company data — career pages, public listings, and company web presence — then clustered and de-duplicated. Figures are estimates that refresh over time. Read our full methodology →
This is not an official vendor or customer list. It is a technology-adoption signal inferred from public data, intended for B2B research.