Latest innovation extends faster backup performance, global content-aware deduplication across Trilio-managed backups and simplified operations for modern Open Infrastructure.
BOSTON, MA, UNITED STATES, July 23, 2026 — Trilio, a leader in cloud-native data protection and recovery, today announced the latest innovation to its purpose-built data protection platform for Open Infrastructure with the introduction of a native S3 streaming architecture for S3-compatible object storage. Continuing Trilio’s commitment to helping organizations modernize with confidence, the new capability delivers up to 4X faster backup performance, introduces global content-aware deduplication across Trilio-managed backups, and simplifies backup operations by eliminating infrastructure traditionally required to move virtual machine data to object storage.
As enterprises modernize from traditional virtualization to Kubernetes-native virtual machine platforms, they expect every layer of their infrastructure to evolve—including data protection. Organizations adopting Red Hat OpenShift Virtualization, KubeVirt and OpenStack require solutions engineered specifically for these environments rather than legacy backup architectures adapted from a different era. Trilio’s native S3 streaming architecture addresses these evolving requirements by improving performance, increasing storage efficiency and reducing operational complexity while preserving the openness and flexibility that define modern infrastructure. Furthermore, this feature becomes the backbone of many Trilio features going forward such as instant restore, file recovery, etc.
“We’ve always believed that as enterprises modernize their infrastructure, they should expect their data protection platform to evolve with it,”
“That belief has guided our engineering from the beginning. Every innovation we deliver is designed to remove complexity, improve performance and preserve the openness and flexibility that organizations expect from modern infrastructure. Native S3 streaming is another milestone in that journey, demonstrating what’s possible when data protection is purpose-built for Open Infrastructure rather than adapted from legacy virtualization architectures. We believe the future of data protection should be as modern, open and efficient as the infrastructure it protects.”
Purpose-Built to Raise the Standard for Open Infrastructure Data Protection
The rapid adoption of Kubernetes-native virtualization is redefining enterprise infrastructure. As organizations transition to platforms such as Red Hat OpenShift Virtualization, KubeVirt and OpenStack, they need data protection solutions that deliver higher performance without introducing additional infrastructure complexity.
Rather than extending legacy backup architectures, Trilio continues to innovate around a cloud-native platform engineered specifically for Open Infrastructure. Native S3 streaming is the latest example of that commitment, simplifying how backup data is written to object storage while dramatically improving performance and storage efficiency.
The latest enhancement delivers several key customer benefits:
- Up to 4X Faster Backup Performance – Accelerates backup operations, helping organizations reduce backup windows and protect business-critical workloads more efficiently.
- Global Content-Aware Deduplication Across Trilio-Managed Backups – Identical data blocks across backup datasets managed by Trilio are stored only once, reducing S3 object storage consumption, improving storage efficiency and lowering long-term backup costs.
- Reduced Infrastructure Complexity – Native S3 streaming eliminates the need for dedicated backup proxy infrastructure, cache tiers, S3 gateways and staging storage, simplifying deployment while reducing operational overhead.
- Optimized Resource Utilization – Efficient memory management and direct object storage integration improve scalability while enabling predictable resource consumption across Kubernetes environments.
- Purpose-Built for Open Infrastructure – Designed specifically for Kubernetes-native virtual machines and S3-compatible object storage, enabling organizations to modernize their infrastructure without relying on backup architectures created for traditional virtualization platforms.
Together, these innovations enable organizations to protect more workloads, reduce infrastructure requirements and lower operational costs while maintaining enterprise-class resilience.
Open Infrastructure Deserves Open Data Protection
Performance is only part of the story. As organizations modernize their infrastructure, they increasingly expect openness, portability and customer choice across every layer of their technology stack—including data protection. Native S3 streaming reinforces Trilio’s commitment to those principles. Backup data is stored using the open qcow2 virtual disk format rather than being converted into a proprietary backup representation. Combined with customer-selected S3-compatible object storage, organizations retain greater flexibility over where and how their protected data is stored.
This architecture enables customers to:
- Reduce dependence on proprietary backup infrastructure.
- Preserve long-term access to protected data through open formats.
- Support sovereign cloud and regional data residency requirements.
- Maintain flexibility across public cloud, private cloud and on-premises object storage.
- Continue modernizing infrastructure without introducing new forms of vendor lock-in.
For organizations investing in Open Infrastructure, data protection should reinforce infrastructure freedom not limit it.
Leading Through Innovation
The integration of native S3 streaming represents another milestone in Trilio’s long-term investment in cloud-native data protection.
Beyond the immediate gains in backup performance and storage efficiency, the new architecture establishes the foundation for future innovations across the Trilio platform, including enhanced backup optimization, expanded content-aware deduplication across Trilio-managed backups, faster recovery workflows and additional capabilities designed specifically for Kubernetes-native virtual machine environments.
“We’re not simply adding new features,” continued Balcha. “We’re continuing to evolve the architecture behind Trilio so our customers can confidently adopt the next generation of infrastructure. Innovation isn’t just about making backups faster—it’s about helping organizations simplify operations, reduce costs and preserve the flexibility that makes Open Infrastructure so compelling. That’s how we believe leadership is earned.”
For more information about Trilio’s cloud-native data protection, disaster recovery and workload mobility solutions, visit www.trilio.io.
About Trilio
Trilio is a leader in cloud-native data protection and disaster recovery for Kubernetes, OpenStack and KubeVirt environments. Organizations worldwide rely on Trilio to protect, recover, migrate and move workloads across modern hybrid and multi-cloud infrastructures.
Purpose-built for Open Infrastructure, Trilio enables organizations to modernize with confidence through high-performance data protection, operational simplicity and the freedom to choose the infrastructure that best meets their business needs.
As the Open Infrastructure market continues to evolve, Trilio remains committed to leading by example—delivering innovations that help organizations protect their data with the same openness, performance and flexibility that define modern infrastructure.