Zero-CPU direct bitstream recording to faststart MP4, native H.265 storage, NVR forensic access across 6 native NVR protocols covering 15+ brands including OEM lines, and tamper-proof evidence locks with SHA-256 integrity verification.
Get StartedChoose the right recording strategy for every camera and scenario.
Uninterrupted 24/7 video recording for all camera feeds with configurable resolution, frame rate, and quality settings per stream.
Intelligent recording triggered by AI detections, motion events, or external signals with pre and post event buffers.
Automated storage tiering that moves recordings from hot to warm to cold storage based on age, importance, and access patterns.
Lightning fast playback with frame accurate timeline scrubbing, speed controls, and AI assisted clip navigation.
Enterprise-grade storage features designed for reliability and compliance.
Horizontally scalable storage backend supporting local disks, NAS, SAN, and cloud object storage.
Search recordings by time, camera, AI event type, or metadata. NVR forensic access across 15+ brands including OEM lines, among them Hikvision, Dahua, Uniview, Axis, Bosch, and Hanwha with multi-channel forensic grid playback.
SHA-256 integrity checksums, evidence locks with chain of custody tracking, timestamped bookmarks with 6 priority colors, and admin-only release for court-admissible digital evidence.
Real-time dashboard showing storage utilization, growth trends, and capacity forecasting.
Deploy intelligent recording that captures what matters and makes every frame searchable.
Zero-CPU recording writes the camera bitstream straight to an MP4 file without decoding or re-encoding it. Because no transcoding happens on the recording path, the CPU cost of recording a camera is close to nothing, and the recorded file is a bit-for-bit copy of what the camera produced. Most of a recording server's CPU load in traditional systems comes from transcoding that does not need to happen.
No. Because the stream is stored without re-encoding, recorded footage is identical in quality to what the camera sent. Generational loss only occurs when video is decoded and re-encoded, which Visylix avoids on the recording path. Transcoding is used only when a client requires a different codec or resolution than the camera produces.
Yes. NVR forensic access covers 15+ brands including OEM rebrands, so historical recordings on existing recorders stay searchable while new recording moves to Visylix. This is what usually makes a migration incremental rather than a rip and replace, since you are changing what records going forward without losing access to what is already stored.
Recordings can be hashed with SHA-256 and locked, which prevents retention rules from deleting them while an investigation is open and provides a chain-of-custody record. Every access and export is written to the audit log against the operator who performed it, so it is possible to show who viewed or exported a given clip and when.
It depends on camera count, resolution, frame rate, codec, and retention period rather than on any fixed per-camera figure. HEVC typically halves the bitrate of H.264 for equivalent quality, so codec choice often has a larger effect on the storage bill than anything else. Sizing is done against your own cameras and retention policy during the proof of concept.
Yes. Retention policies are configurable per camera and per site, so an entrance can be kept longer than a general corridor on the same system. This matters where different areas or regions carry different legal requirements for how long footage may be held.