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Ensure instant stream-level failover for both live viewing and playback. No new recorders need to be spun up when a recorder fails, and no streams require re-establishing—guaranteeing zero recorded video loss. Our client-side software rapidly reconnects, delivering a smooth, uninterrupted experience.
When deploying XProtect in either Federated or Independent Active-Active Architectures, with independent databases, the administrator can enforce distinct cybersecurity policies in each data center. As a result, breaching the entire deployment would require compromising two separately secured data centers, making it significantly more difficult for an attacker. Our software supports both configurations.
Our cause-blind, client-side mitigation provides an uninterrupted user experience during full and partial recorder failure episodes, network failures between a recorder and a camera, and network failure between the recorder and the client.
Liberate your redundant infrastructure design from the limitations of one-to-one recording server mapping. Choose different stream definitions for primary and redundant streams. Archive each for different durations. Unlock a range of cost-performance architectures. Have options!
Add devices at the primary site, and we will automatically add them to the secondary site, or vice versa. If you replace or delete devices, we will mirror those changes on the other site. You can also move devices between recorders, and we will replicate that change on the other site as well. Save time and effort with our automated process.
Efficiently synchronize the specific XProtect features available for each type of streaming device, including cameras, speakers, and microphones. For example, one location can be configured to record only when motion is detected, while another location can be set to record continuously.
We support the synchronization of completely independent XProtect deployments that have separate databases. Federation is not necessary. For example, we facilitate the deployment and management of redundant Professional+ sites.
Our support for bi-directional synchronization allows users to quickly restore accidentally deleted device configurations from the secondary data center. Additionally, if the primary data center is down and users have made changes in the secondary data center, our service restores key device configuration back to the primary.
Effortlessly update passwords across multiple cameras and data-centers in a redundant architecture. Update passwords frequently, uphold high security standards, while experiencing minimal disruption.
The path to High Availability can be confusing, with many redundancy options available at different failure tolerances and cost points. We’ve navigated them all. Share your objectives with us, and we’ll help you design a redundancy architecture that meets your needs and budget.
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