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Edge Computing · MEC · 5G URLLC · Intel Smart Edge

The Cloud Is 20ms Away.
Your Factory Floor Cannot Wait.

Sending sensor data to a central cloud and waiting for a response kills real-time control. HCT deploys Multi-access Edge Computing (MEC) at URLLC latencies — sub-5ms round-trip — directly at your facility perimeter, powered by Intel Xeon Scalable and Smart Edge Open.

<5msRound-Trip Latency at Edge
ETSI MECMEC 003 / 011 Standards
10xFaster vs Cloud Round-Trip
IntelSmart Edge + Xeon + OpenVINO
Why Edge Matters

When Latency Kills Operations, the Cloud Is Not an Answer

Central cloud infrastructure sits 20-80ms away from your OT floor. For AGV collision avoidance, SCADA protection switching, and real-time video analytics — that gap is catastrophic.

🏭
AGV Collision Avoidance Cannot Tolerate 50ms
Automated Guided Vehicles running at 2 m/s travel 10cm in 50ms — beyond safety stopping distance. IEC 61508 SIL 2 AGV systems require end-to-end control loop under 5ms. Only local edge compute achieves this.
50ms cloud RTT = 10cm AGV overrun at 2m/s speed
⚡
IEC 61850 GOOSE Trips on 4ms — Not 40ms
Power grid protection GOOSE messages (IEC 61850-8-1) must trigger circuit breaker trips within 4ms of fault detection. Public 4G/5G delivers 20-50ms. Only local 5G with on-site MEC delivers the sub-4ms required.
GOOSE protection latency requirement: 4ms. Public 4G delivers: 20-50ms
📹
Video Analytics at 4K Needs Local GPU, Not WAN
A single 4K camera stream generates 12-25 Mbps. Running YOLO object detection on 50 cameras in cloud requires 600 Mbps WAN — plus 80ms round-trip. Edge GPU inference processes 50 streams locally in under 30ms.
50-camera site: 600 Mbps WAN vs 0 WAN with edge GPU inference
🛡️
OT Data Must Never Cross Untrusted WAN
SCADA, DCS, and historian data carries critical infrastructure fingerprints. Sending OT telemetry to a public cloud violates IEC 62443, NERC CIP, and UAE NCEMA frameworks. Local edge = data stays on-site.
UAE NCEMA: OT data must not traverse untrusted public networks
MEC Architecture

Three-Layer Edge Compute Stack

HCT deploys ETSI MEC-compliant infrastructure with Intel Xeon compute, Smart Edge orchestration, and OpenVINO AI inference — all co-located with the 5G core UPF for URLLC performance.

Application Layer

🧠 AI / ML Inference Applications

OpenVINO-optimised models: object detection (YOLO), anomaly detection (autoencoder), predictive maintenance (LSTM). Runs on Intel Core Ultra / Xeon E with AMX acceleration. Inference: 15-30ms per frame.

🏭 Industrial OT Applications

SCADA/HMI, AGV fleet manager, digital twin sync, AR guidance server. Containerised on K8s with real-time process scheduling. Direct southbound to PLCs/DCS via OPC-UA, Modbus TCP, or PROFINET.

📹 Video Analytics Engine

50+ concurrent stream processing. License plate recognition (LPR), crowd density, perimeter intrusion detection, hard hat/PPE compliance. MediaSDK hardware decode on Xeon GPU tile.

Platform Layer

⚙️ Intel Smart Edge Open (OpenNESS) Orchestration

Kubernetes-native MEC platform. Manages microservice lifecycle, network policy (Calico CNI), GPU/FPGA resource allocation, and multi-access traffic steering between 5G UPF, Wi-Fi, and wired interfaces. ETSI MEC 003/011 API layer for 3rd-party app onboarding.

🔐 SGX Trusted Execution Environment

Intel SGX enclaves protect sensitive AI models and cryptographic keys from hypervisor-level access. Critical for sovereign deployments where model IP and OT data must be hardware-isolated.

Infrastructure Layer

📡 5G UPF (User Plane Function)

Co-located UPF anchors local data path. Traffic breakout at edge — zero WAN hop for URLLC slices. N6 interface connects UPF directly to local app servers. N4 from SMF controls session routing.

🖥️ Intel Xeon Scalable Compute

2-4 server nodes per edge site. 3rd/4th Gen Xeon with AMX (matrix extensions), DSP offload, and integrated GPU tiles for media. NVMe storage for local historian. 25GbE fabric to 5G RAN.

📶 5G URLLC Radio Layer

Private 5G RAN (SA mode) with URLLC slice: 5ms E2E latency budget, 99.9999% reliability target. Band 78 (3.5GHz) for capacity. Band 28 (700MHz) for deep indoor penetration. RSRP-based handover <1ms.

Industry Applications

Edge Computing Across Critical Sectors

🏭 Smart Manufacturing

AGV fleet control, robot arm coordination, CNC monitoring, AR-guided assembly. Digital twin sync at 10ms update rate. OEE dashboard from 10,000+ OPC-UA sensors.

Target: <5ms AGV control latency

⚡ Power Grid Operations

IEC 61850 GOOSE relay protection, PMU synchrophasor collection, SCADA polling, DER coordination. All on-site — zero WAN dependency for protection functions.

Target: <4ms GOOSE protection trip

🚢 Port Terminal Automation

Crane remote control, AGV collision avoidance, RFID/barcode container scan processing, vessel berthing AI. All latency-sensitive workloads processed pier-side.

Target: <5ms crane actuation

🛢️ Oil and Gas Facilities

ATEX-zone video analytics, gas sensor fusion, drill floor monitoring, SCADA/DCS local processing. Data never leaves the facility boundary — meets ADNOC data sovereignty policy.

Target: <10ms SCADA round-trip

👮 Public Safety Command

AI-powered CCTV analysis at police command posts, ALPR on patrol vehicle footage, facial recognition (authorized use), incident correlation from 50+ camera feeds.

Target: <30ms inference per 4K frame

🏟️ Airports and Large Venues

Passenger flow analytics, baggage carousel monitoring, airside vehicle tracking, gate management AI. Local edge eliminates WAN jitter that causes inconsistent detection results.

Target: <100ms alert generation
Start with Edge

Bring Compute to Your Operations — Not the Other Way Around

HCT designs, deploys, and manages multi-access edge compute infrastructure for the most latency-sensitive industries in the UAE and MEA region.

Request MEC Design Workshop Intel Smart Edge Platform