By clicking “Accept”, you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts. View our Cookie Policy and Privacy Policy for more information.
Article
0
min reading time

UPDATED - Tor Jakob Ramsøy, CEO of Arundo was recently interviewed by Agnes Grutle Brande, senior manager at Sprint Consulting

Tor Jakob Ramsøy, CEO of Arundo was recently interviewed by Agnes Grutle Brande, senior manager at Sprint Consulting

Tor Jakob Ramsøy, CEO of Arundo was interviewed by Agnes Grutle Brande, senior manager at Sprint Consulting

Sprint Consulting conducted an interview with Arundo’s CEO in early October. The interview probes a myriad of questions such as Arundo’s startup story, how we’re solving big data in the industrial internet and the path forward for the company.

The concept is based on using big amounts of data to perform advanced analytics and data science to predict failures and optimize operations. Arundo is a product company that creates solutions for asset intensive industries.

Please be advised that the interview is in Norwegian, but the link below provides English subtitles.

Go to interview

Let’s connect the dots!

Join other leading industrial companies and discover how Arundo’s AI Foundation adds insight and intelligence to your operations

More articles

All articles
Article
What a Cup of Coffee Can Teach Us About AI-Driven Manufacturing
Article
Using Large Language Models and AI Agent Systems to Provide AI Assistants for Improved Industrial Operations
Article
While large language models (LLMs) may struggle to generate insights directly from time-series data, their strong pattern-recognition capabilities make them well-suited for identifying and synthesizing already existing insights. We therefore argue that an architecture featuring a separate graph-based domain model and time-series data storage is the ideal architecture for a generalized AI companion serving the heavy asset industry: An agentic AI can first identify relevant nodes (assets, sensors, and a large variety of pre-computed models) for answering a user prompt using a mixture of APIs, query language generation, semantic search, and graph traversal. Only after this filtering step is time-series data accessed and retrieved to synthesize an answer.