Five hardware families and two software platforms built on a single codec core. Choose the form factor that matches the site; every model speaks the same protocols and reports into the same operations plane.
Deploy one layer or all four. The compression behaviour, the invariants and the management interface are identical throughout.
Industrial-grade edge compression for distributed sites. From a single 150-gram gateway on a remote pole to a 16-stream aggregation gateway in a branch equipment room.
A 96-stream intelligent appliance with 12+ on-board AI models and a built-in lightweight VMS. Replaces a server, an AI accelerator and a storage array with one small box.
2U cluster nodes carrying 192 or 384 concurrent 1080P streams with multi-node hot standby, built for city, province and carrier-scale aggregation.
A surveillance camera with the compression engine built into the imaging pipeline. 0.5 Mbps at 1080P, before the stream reaches the network.
In-place archive compression for footage that already exists. Pure CPU, fully non-disruptive, with four-invariant verification and three safety gates on every file.
The operations plane and video management layer: national device onboarding, sub-second dispatching, heterogeneous data federation and centralised asset control.
Edge-side intelligent compression gateways. Choose by the number of concurrent streams at the site. Selection basis: one 1080P stream equals one compute unit, one 4 MP stream equals two.
| Parameter | P1 | P2 / P4 | P8 / P16 |
|---|---|---|---|
| Streams processed | 1 (1080P per stream) | 2 / 4 | 8 / 16 |
| Compression ratio | H.264 90% / H.265 80% | H.264 90% / H.265 80% | H.264 90% / H.265 80% |
| Input power / consumption | Wired: DC 5V 2A / 3.6 W5G variant: DC 12V 2A / 4.5 W | DC 12V 2A / 3.6 W | DC 12V 2A / 3.6 W |
| Operating temperature / humidity | -10°C to +65°C / 10–85% | -10°C to +65°C / 10–85% | -10°C to +65°C / 10–85% |
| Video format / frame rate | H.264 / H.265, audio AAC (1–30 fps) | H.264 / H.265, audio AAC (1–30 fps) | H.264 / H.265, audio AAC (1–30 fps) |
| Supported protocols | ONVIF · RTSP · GB/T 28181 | ONVIF / RTSP / GB/T 28181 | ONVIF · RTSP · GB/T 28181 · private |
| Form factor / dimensions | Wired: 85 × 85 × 20 mm5G variant: 122 × 98 × 38 mm | 122 × 98 × 38 mm | P8: 62.5 × 62.5 × 29.5 mmP16: 94.5 × 68 × 30 mm |
| Weight | 0.15 kg / 0.2 kg | 0.32 kg | 0.35 kg |
| Distinguishing features | Packet-loss tolerance, timestamp alignment, solar and 4G/5G variants | Built-in TF micro-storage, cloud-edge dual stream policy, visual front-end operations | 8/16 channel concurrency, built-in national-standard cascading, physically isolated dual network planes |
| Typical use | Remote water monitoring, field poles, single-camera sites | Banking and retail branches, chain stores, ATM sites | Branch aggregation, chain-store head ends, medium-density sites |
Centre-side high-density cluster appliances. Standard versions provide the compute node; enhanced versions add the built-in video management platform and solid-state expansion.
| Parameter | S192 Standard | S192 Enhanced | S384 Standard | S384 Enhanced |
|---|---|---|---|---|
| Concurrent processing | 192 x 1080P streams | 192 x 1080P streams | 384 x 1080P streams | 384 x 1080P streams |
| Hardware & management | 2U, 2 x Gigabit NIC + 4Port expansion | Built-in video management platformSolid-state expansion | 2U, 2 x Gigabit NIC + 2 | Built-in video management platformSolid-state expansion |
| Power & redundancy | Measured 200 W – 300 WDual redundant power supplies | Measured 200 W – 300 W | Measured 400 W – 600 WDual redundant power supplies | Measured 400 W – 600 W |
| Standards & protocols | Full compliance with mainstream network streaming protocols; supports public security industry standards | |||
| Chassis & physical | Net weight 10 kg | Net weight 12 kg | Net weight 15 kg | Net weight 17 kg |
| Operating environment | Constant-temperature standard server room (5°C – 35°C / relative humidity 10–80%) | |||
The two self-contained options: an appliance that carries compression, AI and video management together, and a camera that compresses at the source.
| Parameter | SWIFTBox One | SWIFTCamera |
|---|---|---|
| Compression capability | 96 x 1080P real-time streams | 0.5 Mbps at 1080P (from 4 Mbps) |
| Compression ratio | H.264 up to 90% / H.265 up to 80% | Bandwidth reduced to 1/8; encoding efficiency 3–5x standard H.265 |
| AI capability | 12+ models, stacked concurrentlyAbsence from post, fire and smoke, helmet detection, smoking detection | ROI-aware encoding on faces, vehicles and platesDeep compression of static background regions |
| Video management | Built-in lightweight VMSPanorama and patrol, efficient playback, granular permissions | Integrates with existing VMS or NVR |
| Storage | 4 x 3.5" drive baysReplaces a 16-bay equivalent | 180-day retention on equal capacity5–10x extension |
| Compute expansion | 6 x compute card slots | — |
| Network | ONVIF, RTSP and private protocols | 4G / 5G / WiFi wireless, cross-subnet narrowband, multi-stream return |
| Power | 45 W (220 V) | PoE / standard camera power |
| Operating environment | -10°C to +65°C | Outdoor deployment |
| Space and energy | 70% less space, 60% less energy | Cost-effective on solar and metered links |
| Typical use | Industrial campuses, smart hospitals, campus safety, mid-size commercial complexes | Mobile terminals, cross-subnet narrowband transport, long-retention loop recording |
National-scale unified device onboarding and centralised visibility, with sub-second estate-wide command dispatching from a single control plane.
Full-protocol fusion and horizontal expansion, compatible with domestic heterogeneous compute, managing multi-source data alongside cameras and NVRs.
A distributed hub architecture delivering single-cluster exabyte scale, built to hold compressed archives without centralised bottlenecks.
A deep-learning model based on human visual system characteristics that scores quality across multiple dimensions without needing the original source.
Real-time media encoding and non-disruptive archive compression in one platform, on pure general-purpose CPU with second-level elastic expansion.
Continuous automated patrol with second-level diagnosis of occlusion, black-screen and other hardware faults across the estate.
| If your site looks like this | Recommended |
|---|---|
| One or a few cameras, no mains power, wireless backhaul | SWIFTBox P1 (or SWIFTCamera where the camera itself can be replaced) |
| Branch or store with 2–4 cameras and long retention rules | SWIFTBox P2 / P4 |
| Branch or head end with 8–16 cameras and a dedicated line | SWIFTBox P8 / P16 |
| Mid-size campus needing compression, AI and video management in one box | SWIFTBox One |
| City, province or carrier aggregation point | SWIFTServer S192 / S384, standard or enhanced |
| Large existing archive with no appetite for hardware change | X-Stream Archive (software only) |
| Hundreds of thousands of devices needing one operating picture | SWIFTCenter + SWIFT VMS + SWIFTStore |
Send us a site list with camera counts and resolutions. We will size the hardware and return a bill of materials with an indicative capacity model.
