Routine provides a hybrid automation engine that combines generative AI with deterministic logic to automate legacy enterprise applications without code changes or system migration.
Funding
Funding not disclosed
Founders
Product
Problem
Many enterprises rely on legacy software systems that are difficult to modify, lack modern automation capabilities, and require extensive manual intervention to handle routine tasks. Updating or replacing these systems is costly, time‑consuming, and often infeasible, leading to operational bottlenecks and increased risk of errors.
Solution
Routine offers a hybrid automation engine that integrates generative AI with deterministic logic to automate legacy applications without requiring code changes or system migration. The platform runs inside the existing infrastructure, allowing organizations to deploy automations directly in production and achieve immediate, measurable improvements. Workflows are self‑healing: they continuously monitor their own execution, detect failures, and automatically recover, minimizing downtime and manual troubleshooting. By combining AI‑generated automation scripts with deterministic execution, Routine ensures that actions are precise, repeatable, and fully auditable, providing reliable automation at scale for critical business processes.
Target Audience
Primary customers are large enterprises and organizations that depend on legacy IT systems—such as banks, insurers, and healthcare providers—and need to automate routine operations without undertaking costly system overhauls.
Features
- Zero‑migration deployment that operates within current systems without any software replacements or code modifications
- Hybrid execution model where generative AI creates automation logic that is executed as deterministic, logged workflows
- Continuous self‑healing workflows that monitor, detect, and automatically remediate failures in real time
- Full audit trail and logging of automated actions to ensure traceability and compliance
- Scalable architecture designed to handle high‑volume, mission‑critical processes across heterogeneous legacy environments