Hanwha AI Cameras, WAVE and SolidEDGE
Hanwha Vision combines diverse camera formats with edge analytics and Wisenet WAVE management options. A dependable system engineering coordinates imaging, analytics, recording throughput and operator workflow.
Select the camera and recording architecture together
Scene objectives, supported analytics, camera count, incoming bitrate, retention, failover, server ownership and remote operations shape the right system engineering.
Camera and analytics selection
Choose the camera format from the required field of view and evidence task. Multi-sensor and panoramic cameras can cover wide areas with fewer mounting points, but each sensor stream consumes bandwidth and licensing capacity. PTZ and thermal cameras address specialized observation goals rather than replacing every fixed evidence view.
AI functions depend on the exact model and firmware. Define object types, zones, lines, dwell or attribute filters and the response that follows. Test analytics with the installed height, angle, lighting and background; specifications cannot predict every shadow, reflection, crowd or weather condition.
- Scene geometry and identification distance
- Supported AI object classes and metadata
- Multi-sensor stream and license accounting
- Day, night and adverse-condition testing
WAVE server, storage and client engineering assessment
Calculate incoming recording bandwidth from all camera streams and include event spikes, multi-sensor channels and future additions. Size storage for retention and expected recording mode, then confirm server network throughput, disk write capacity and supported hardware. Define whether recording continues during WAN interruption and how failed storage is detected.
Operator workstations need sufficient display and decoding capability for the intended layouts. Multi-monitor video walls, high-resolution streams and simultaneous playback create different loads from a simple four-camera client. Use lower-bandwidth secondary streams where suitable while preserving recorded evidence quality.
- Incoming bitrate and storage-write model
- Retention, RAID and recovery objectives
- Client display and decoding workload
- Health monitoring and offline-camera alerts
| Area | Dedicated WAVE server | SolidEDGE approach |
|---|---|---|
| Typical fit | Larger or more expandable deployments | Smaller distributed sites with supported channel load |
| Storage | Purpose-sized server storage | Onboard storage in the supported edge unit |
| Failure scope | Depends on server and redundancy system engineering | Can affect camera and hosted recording role |
| Decision basis | Scale, retention and service model | Simplicity, capacity and distributed architecture |
SolidEDGE use cases and limitations
SolidEDGE can reduce infrastructure for smaller sites by combining a camera, storage and WAVE server functionality. It can record supported additional cameras, but the specific model imposes limits on channel count, total incoming throughput and storage. Confirm those current limits rather than treating it as a general-purpose server.
Consider physical security, storage endurance, replacement workflow and how a failed edge unit affects both its own view and other recorded channels. For larger or high-retention systems, dedicated server architecture may offer better serviceability and expansion.
- Supported SolidEDGE model and firmware
- Total camera channels and incoming throughput
- Onboard capacity and expected retention
- Failure domain and replacement procedure
Network security and acceptance testing
Document camera VLANs, addressing, PoE, uplinks, time, DNS, certificates and administrative roles. Obtain firmware and WAVE releases from official Hanwha channels. Schedule updates with compatibility review and post-change validation rather than applying untested versions during operating hours.
Test camera views, metadata search, event rules, recording gaps, client playback and export. Save reference images and an asset schedule. Train operators to use filters and bookmarks without assuming AI eliminates human verification.
- PoE budget, VLAN and uplink capacity
- Named accounts and least-privilege roles
- Official firmware and VMS lifecycle plan
- Search, event, playback and export scenarios
How we plan and deliver the work
The final system engineering depends on site conditions, existing systems, client policies and the selected manufacturer or platform.
Define scenes
Document evidence, analytics and coverage objectives.
Model recording
Calculate channels, bitrate, retention, clients and failure behavior.
Deploy securely
Coordinate mounts, PoE, VLANs, accounts and supported software.
Validate operations
Test metadata, alarms, playback, export and health monitoring.
Information to gather before system engineering
Good decisions are easier when the security engagement team starts with complete operational and technical information. The following items help reduce assumptions, change orders and avoidable return visits.
- Camera views, distances and lighting
- Analytics events and response expectations
- Channel, bitrate and retention worksheet
- Server or SolidEDGE capacity and recovery
- Network, software and closeout standards
Frequently asked questions
These are common engineering assessment questions. A site-specific answer needs to be confirmed during discovery and system engineering.
Does every Hanwha camera support the same AI analytics?
No. Capabilities vary by model, series, application and firmware. Verify the current data sheet and compatibility.
Can SolidEDGE record other cameras?
Supported models can record compatible cameras, subject to documented channel, throughput and storage limits.
Is AI search the same as guaranteed detection?
No. Analytics assist classification and search; performance must be validated in the actual scene and events still require operational review.
Where needs to WAVE software and camera firmware come from?
Use Hanwha Vision official download and support portals rather than third-party file repositories.
Manufacturer software, firmware and technical files remain on the manufacturer’s official website. We do not mirror firmware files locally.
Discuss a commercial security security engagement
Tell us about the doors, buildings, users, existing equipment, operational requirements and desired completion date. We will help organize the right discovery and system engineering conversation.