UBiqube and Netskope Partner to Accelerate SASE Adoption through Automation

UBiqube, known for its deep expertise in multi-domain IT infrastructure orchestration, has expanded its SASE OpsLabs enablement portal with an integration featuring Netskope — a major player in secure access service edge (SASE) technologies for the cloud and AI era. The collaboration marks a strategic step in automating one of the most complex aspects of modern enterprise networking: secure connectivity and application migration at scale.

The new automation kits streamline deployment and migration workflows, allowing Fortune 5000 enterprises to quickly establish and manage secure tunnels from diverse Customer Premises Equipment (CPE) to Netskope points of presence (POPs). In practice, that means setting up or modifying secure tunnels and private access definitions inside Netskope One can now be performed without manual intervention, reducing error rates and configuration delays that often slow down SASE rollouts. The result is faster, more predictable deployments of Netskope’s secure networking stack with significantly less operational overhead.

David Willis, VP of Technology Alliances at Netskope, emphasized that the partnership blends technological strength with operational simplicity: “The SASE OpsLab partnership leverages infrastructure automation technology to help remove potential operational burdens from customer SASE journeys.” Hywel Edwards, UBiqube’s VP of Strategic Alliances, added that this is a crucial move as enterprises navigate the complexities of cloud-centric cybersecurity: “Our integration with Netskope will lead to a continuous stream of SecOps automation solutions delivered to Netskope’s ecosystem for a frictionless SASE delivery and migration experience.”

This collaboration underscores a growing trend in the cybersecurity landscape: operationalizing SASE through automation. As large organizations migrate away from legacy VPN and perimeter-based models, partnerships like UBiqube and Netskope’s will define how fast and reliably they can transition to dynamic, cloud-driven security architectures.