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Okiff Reflex Smart VMS Appliance

Sovereign Enterprise AI, Pre-Configured for the Edge

Stop compromising between AI inference speed and deployment complexity. The Okiff Reflex Smart VMS Appliance delivers high-density, hardware-accelerated edge AI detection directly inside your local network. Purpose-built to run the entire Okiff Reflex multimodal model library out of the box — with sub-10ms processing latency, zero cloud routing, and total data sovereignty.

GPO pins for IoT

< 10ms

AI Detection Latency at the Point of Capture

100%

On-Premise Execution — Zero Data Egress

Zero-Touch

Provisioning and Over-The-Air Model Updates

NDAA
$ 1,271.02 $ 1,271.02
1,799.00 $

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Why generic off-the-shelf servers fail the edge AI workload.

Traditional NVRs lack compute intelligence

Legacy network video recorders are designed to ingest and write video streams to spinning disks; they lack the parallel processing architecture required to execute multimodal neural networks at frame level.

Traditional NVRs lack compute intelligence. Legacy network video recorders are designed to ingest and write video streams to spinning disks; they lack the parallel processing architecture required to execute multimodal neural networks at frame level. Generate a photography to represent it. Hyper-realistic, highly detailed, professional corporate, 85mm lens photograph. Text-Free. No text.

Standard cloud AI introduces operational risk

Routing high-resolution camera streams to external cloud environments introduces multi-second network latency, increases recurring bandwidth expenses, and creates significant data privacy and GDPR exposure.

"Standard cloud AI introduces operational risk Routing high-resolution camera streams to external cloud environments introduces multi-second network latency, increases recurring bandwidth expenses, and creates significant data privacy and GDPR exposure." Generate a photography to represent it. Hyper-realistic, highly detailed, professional corporate, 85mm lens photograph. Text-Free. No text.

Enterprise rack servers carry a heavy footprint

Deploying massive, power-hungry rack servers to local retail branches, remote school campuses, or mobile transit hubs creates major space, cooling, and infrastructure deployment bottlenecks.

"Enterprise rack servers carry a heavy footprint. Deploying massive, power-hungry rack servers to local retail branches, remote school campuses, or mobile transit hubs creates major space, cooling, and infrastructure deployment bottlenecks." Generate a photography to represent it. Hyper-realistic, highly detailed, professional corporate, 85mm lens photograph. Text-Free. No text.

Fragmented environments compound maintenance

Running a patchwork of separate video management software, third-party analytics plugins, and custom hardware drivers makes system maintenance complex and updates unpredictable.

"Fragmented environments compound maintenance Running a patchwork of separate video management software, third-party analytics plugins, and custom hardware drivers makes system maintenance complex and updates unpredictable." Generate a photography to represent it. Hyper-realistic, highly detailed, professional corporate, 85mm lens photograph. Text-Free. No text.

The Okiff Reflex Smart VMS Appliance: Enterprise power in a compact edge footprint.

The Okiff Reflex Smart VMS Appliance bridges the gap between massive server architecture and compact local hardware deployment. By tightly integrating our sovereign AI software engine directly into an optimized edge computing architecture, we deliver a plug-and-play appliance that transforms any standard RTSP or ONVIF camera network into an automated intelligent security ecosystem.

Pre-Engineered Optimization

No driver conflicts, no custom compilation, and no complex performance tuning. The system arrives pre-flashed with the containerized Reflex platform stack and is ready to connect instantly.

Sub-10ms Multimodal Inference

Hardware-accelerated GPU processing allows multiple core AI detection models—including fire, smoke, theft, violence, and object counting—to execute concurrently across local video streams.

Perimeter-Contained Sovereignty

Every frame is processed and stored locally on your network infrastructure. Your data stays entirely under your legal jurisdiction, meeting strict compliance requirements for sensitive public, corporate, or educational spaces.

An abstract network visualization featuring a 2×2 grid arrangement of four illuminated, color-coded intelligence nodes, set against a dark, minimalist background with a subtle digital grid texture. Each node represents a distinct operational layer, clearly distinguished by its dedicated accent color and a clean, modern icon overlay: Top-Left Node (AI Analytics): Glowing deep blue, featuring a minimalist robot icon. Top-Right Node (LPR/ANPR): Glowing warm yellow, featuring a streamlined vehicle silhouette icon. Bottom-Left Node (Forensic Search): Glowing vibrant green, featuring a sharp magnifying glass icon. Bottom-Right Node (Rules & Events): Glowing rich purple, featuring an interlocking gears icon. Subtle, dynamic data streams and fine lines pulsate between the nodes, demonstrating real-time interconnectedness and a unified flow of security intelligence across a single native layer. The overall aesthetic is clean, sophisticated, and enterprise-grade, strictly avoiding any generic or low-quality security stock imagery. Hyper-realistic, highly detailed, professional corporate, 85mm lens photograph. Text-free. No text. Minimalist.

Hardware-Accelerated Architecture Performance

Feature / MetricTechnical Specification & Operational Benefit
AI Inference ComputeAdvanced onboard parallel architecture tailored for high-density deep learning model execution.1
Stream Ingestion CapacityHigh-throughput multi-channel ingestion, normalising standard RTSP and ONVIF IP camera streams seamlessly.
Form Factor & Thermal DesignCompact, low-profile industrial chassis engineered for passive cooling, silent operation, and space-constrained deployments.
Onboard High-Speed StorageNVMe SSD ultra-fast storage configuration ensuring high-bandwidth indexing, rapid database queries, and secure local archiving.
Network InterfacesDual Gigabit Ethernet layout for complete physical segregation between the private camera network and corporate network boundaries.
Peripheral & Sensor GatewayIntegrated communication interfaces accommodating local sensor telemetry, including BLE, Zigbee, or LoRa networks via physical expansion paths.
Power EfficiencyLow-wattage operational profile delivering maximum AI throughput per watt compared to legacy datacenter rack servers.
Resilient Local SecurityOnboard secure cryptographic element facilitating immutable hardware root of trust and secure, tamper-evident local encryption.

The appliance arrives pre-loaded to deploy the full suite of native Okiff Reflex modules

Fire & Smoke Detection

Visual signature identification at the frame level—alerting local teams before traditional heat sensors register a change.

Violence & Aggression Detection

Real-time flagging of rapid physical movements, conflict posturing, and crowd disorders.

Theft Detection

Advanced intent profiling and concealment pattern monitoring designed for rapid-response intervention.

Object Counting & Crowd Analytics

Continuous, automated zone tracking and flow density analysis at entrances, exits, and public arenas.

LPR / ANPR

Real-time character segmentation and automated plate database matching for secure entry verification and park-and-ride management.

Forensic Search Integration

Full semantic indexing of recorded video data, allowing operators to run natural-language queries across the local archive in seconds.

Deployment Configurations

"Multi-Site Retail Estate. Deploy a dedicated appliance to each physical store location. Existing cameras connect directly via local network switches. The appliance processes all concealment and POS exception analytics locally, routing only lightweight, encrypted alert telemetry back to a unified global corporate dashboard." Okiff is offering a Smart VMS in a Small Appliance. Represent this section of the website. Hyper-realistic, highly detailed, professional corporate, 85mm lens photograph. Text-free. No text. Okiff Logo Attached. Appliance photo attached.

Configuration 1

Multi-Site Retail Estate

Deploy a dedicated appliance to each physical store location. Existing cameras connect directly via local network switches. The appliance processes all concealment and POS exception analytics locally, routing only lightweight, encrypted alert telemetry back to a unified global corporate dashboard.
"Decentralized Smart Campus. Install individual appliances inside separate academic buildings or laboratories to maintain strict regional data sovereignty and department-level role-based access control (RBAC). Connect localized physical security components, such as access control points, back into a single edge node." Okiff is offering a Smart VMS in a Small Appliance. Represent this section of the website. Hyper-realistic, highly detailed, professional corporate, 85mm lens photograph. Text-free. No text. Okiff Logo Attached. Appliance photo attached. It has 2 network plugs.

Configuration 2

Decentralized Smart Campus

Install individual appliances inside separate academic buildings or laboratories to maintain strict regional data sovereignty and department-level role-based access control (RBAC). Connect localized physical security components, such as access control points, back into a single edge node.
"High-Security Facility Access Control Integrate the appliance directly into parking terminals, shipping bays, or secure entrances to run automated, multi-lane licence plate recognition (ANPR). Cross-reference plates with local databases on-premise to trigger physical barrier lifts with zero cloud round-trip dependencies." Okiff is offering a Smart VMS in a Small Appliance. Represent this section of the website. Hyper-realistic, highly detailed, professional corporate, 85mm lens photograph. Text-free. No text. Okiff Logo Attached. Appliance photo attached. It has 2 network plugs.

Configuration 3

High-Security Facility Access Control

Integrate the appliance directly into parking terminals, shipping bays, or secure entrances to run automated, multi-lane licence plate recognition (ANPR). Cross-reference plates with local databases on-premise to trigger physical barrier lifts with zero cloud round-trip dependencies.

FeatureSpecificationsApplicationCertificationsPart list

Feature

32-Channel Network Video Recorder with 1 Hard Drives, 4K and H.265 Pro > 16/32 Channel IP Video Access > Smart H.265+/Smart H.264+/H.265/H.264/MJPEG; H.265 Auto Switch > Max Incoming Bandwidth 320 Mbps > Up to 24MP Resolution for Display and Live Playback > AI by Camera: Perimeter Protection; Face Detection and Recognition; ANPR; People Counting; Crowd Distribution > UPnP IPC Support.

 

GPU

NVIDIA Ampere

architecture

1,024 CUDA Cores

32 Tensor Cores

1,020MHz

AI PERF

67 TOPS (Sparse)

33 TOPS (Dense)

CPU

6-core Arm Cortex-

A78AE v8.264-bit CPU

1.7 GHz

Memory

8GB 128-bit LPDDR5

102GB/s

MODULE POWER

10W|15W|25W

Specifications

Jetson Orin Nano System on Module

AI Performance

Orin Nano 8GB, up to 67 TOPS

GPU

1024-core NVIDIA Ampere architecture GPU with 32 Tensor Cores (Orin Nano 8GB)

CPU

6-core Arm® Cortex®-A78AE v8.2 64-bit CPU 1.5MB L2 + 4MB L3

Memory

8GB 128-bit LPDDR5 68 GB/s (Orin Nano 8GB)

Video Encoder

1080p30 supported by 1-2 CPU cores

Video Decoder

1x 4K60 (H.265) | 2x 4K30 (H.265) | 5x 1080p60 (H.265) | 11x 1080p30 (H.265)

Carrier Board

Storage


1x M.2 Key M PCIe (M.2 NVMe 2280 SSD 128G included)

Networking

Ethernet

1x RJ-45 Gigabit Ethernet (10/100/1000M)


M.2 KEY E

1x M.2 Key E(pre-installed 1x Wi-Fi/Bluetooth combo module)

I/O

USB

4x USB 3.2 Type-A (10Gbps), 1x USB2.0 Type-C (Device Mode)


Camera

2x CSI (2-lane 15pin)


Display

1x HDMI 2.1


Fan

1x 4 pin Fan Connector (5V PWM)


CAN

1x CAN


Multifunctional Port

1x 40-Pin Expansion header

1x 12-Pin Control and UART header


RTC

1x RTC 2-pin, supports CR1220 but not included

Power


9-19V DC

Mechanical

Dimensions (W x D x H)

130mm x 120mm x 58.5mm (with case)


Installation

Desk, wall-mounting

Operating Temperature


-10℃~60℃

Warranty


1 Year

Application

Application Fields

AI Video Analytics

Machine Vision

Autonomous Mobile Robot (AMR)

Generative AI

Certifications

8471419000
USHSCODE8517180050
UPC


EUHSCODE8471707000
COOCHINA

Part list

Okiff Reflex (Okiff OS installed)

x1

WiFi/BT Combo Module

x1

SSD 128G

x1

WiFi Antenna Kit

x2

12V/5A(Barrel Jack 5.5/2.5mm) Power Adapter (Power cord not included)

x1

FAQ

Does the appliance require a continuous cloud or internet connection?

No. The appliance operates with total offline autonomy. Video recording, deep learning inference, data processing, and database lookups run entirely inside your local network infrastructure. It only requires network connectivity for outbound multi-channel notifications or remote dashboard aggregation if desired.

How are software updates and new AI detection models managed?

Software maintenance, platform updates, and AI model optimization are pushed directly to the appliance via secure Over-The-Air (OTA) delivery. This keeps your deployment synchronized with the latest software patches and features without necessitating on-site engineering maintenance visits.

Can this appliance replace our existing network video recorders (NVRs)?

Yes. The appliance acts as a complete sovereign VMS platform and edge processor. It normalizes incoming IP camera streams, hosts local recordings, indexes footage semantically, and handles analytics workloads—allowing you to fully decommission costly legacy NVR hardware and eliminate licensing cross-dependencies.

What happens if we expand our camera counts on a single appliance?

Okiff Reflex features a per-site subscription pricing model rather than taxing your budget linearly per camera connection. As long as your aggregate stream volume and active AI workloads sit within the hardware capability bounds of the appliance configuration, adding extra cameras introduces zero hidden software fees or billing updates.

Specifications