Redwood AI Announces Upgraded Cloud-Based Reactosphere Platform with Enhanced Security and Expanded Core Capabilities

Enhancements Designed to Increase Use Case for Defence-Related and Other Sensitive Industry Companies

VANCOUVER, BC / ACCESS Newswire / April 9, 2026 / Redwood AI Corp. (CSE:AIRX)(OTCQB:RDWCF)(Frankfurt:Y0N, WKN:A422EZ) ("Redwood" or the "Company") is pleased to announce that Reactosphere (the "Software" or "Platform"), its AI-driven chemical synthesis platform, is now fully deployed in the cloud and accessible to users through an enhanced, production-ready software environment. Rebuilt on a scalable and secure architecture, this upgrade to Reactosphere marks the next stage in Redwood's software development and future commercialization strategy, giving users access to a more stable, reliable, and extensible platform while establishing the technical base needed to allow for wider operational use. The enhanced architecture and security framework are also intended to strengthen the Platform's relevance and potential use for defence-related companies, public safety organizations, and other organizations operating in high-security environments, including organizations engaged in chemical analysis, threat assessment, and mission-critical operations.

This latest development represents an important transition from prototype functionality to a more mature operational platform. Reactosphere now runs across dedicated development and production environments, a structure designed to improve system stability, support quality assurance, and enable smoother deployment of future updates and capabilities. By establishing this modern architecture, Redwood has created a stronger technical foundation for long-term performance, maintainability, and scale.

Reactosphere includes secure sign-in, role-based access controls, and additional safeguards intended to protect customer information and platform access. Within the shared architecture, strict access controls and logical data segregation help ensure that each organization's information will remain isolated, while secure networking practices and encryption at rest and in transit are implemented throughout the system. These measures are intended to support enterprise readiness as Redwood continues to expand Platform availability.

In addition to its upgraded infrastructure, Reactosphere now delivers the key capabilities previously demonstrated in the prototype within a more robust, production-ready environment. Users will be able to save projects, track progress over time, and return seamlessly to ongoing work, enabling a more continuous and practical user experience. These improvements are designed to make the Platform more useful in real-world settings while also preparing Redwood to introduce future functionality on top of a stronger software base.