Dystr offers a sophisticated solution for engineering teams to significantly speed up their engineering workflows. The platform automates computational tasks and facilitates seamless transitions from data handling to written analysis. With intelligent compute capabilities, Dystr enables users to execute calculations quickly and efficiently, preserving computation history within shared projects. The system is designed to automate complex workflows through AI Workers, which can be triggered by various inputs or run on scheduled timelines. Dystr ensures client data security with stringent encryption standards and offers private deployments for sensitive projects.
Dystr is designed to accelerate engineering workflows by automating computations and complex processes.
Dystr pulls project files, computations, and notes into model context instantly, facilitating seamless transitions from data handling to analysis.
Yes, Dystr uses AI Workers to automate complex workflows, which can be triggered by various inputs or scheduled.
Yes, Dystr ensures data security with AES-256 encryption at rest and TLS 1.2+ encryption in transit.
No, Dystr does not retain ownership of customer data or model outputs.
Yes, Dystr preserves computation history within shared projects for easy reference.
Dystr provides private and isolated VPC deployments for enterprises that require tailored infrastructure.
While specific alternatives aren't listed, Matlab was mentioned as a previous solution used by some teams now using Dystr.
Engineering firms, especially those focused on robotics and systems engineering, would benefit from using Dystr.
Yes, Dystr integrates with tools like GitHub to maintain cohesive project management.