SECTOR / OIL & GAS UPSTREAM · MIDSTREAM · TERMINALS UAE & GCC TDRA TYPE-APPROVED WIRELESS
One self-healing Wirepas mesh over the pad, the plant and the jetty — every worker, valve, tank and truck reporting in. On-premise AI agents read that stream, then act: dispatch the crew, open the work order, draft the emissions report. Sense → think → act, without a human refreshing a dashboard. ZAMTEK develops the AI, supplies & integrates the hardware, and consults & trains. Drone flights and licensed connectivity are executed via GCAA/TDRA-licensed partners.
ATEX intrinsically-safe tags, gas + vibration + location fusion, wireless fuel sensors, drone and satellite eyes. Works 500 m underground and offshore, where GPS and Wi-Fi fail.
See the rack →AI agents on your servers triage alarms, predict failures, run sub-60-second musters and file OGMP 2.0 reports — the layer no hardware vendor ships.
Book a pilot →Four proven plays, one method. Each starts as a 2-week proof of concept, then a 4–8-week single-zone pilot with measured ROI, then phased Hardware-as-a-Service. No capex. Data stays on-prem in the UAE.
Drone crews inspect live flare stacks, tank shells and confined spaces with no scaffolding, no shutdown and no one at height — powered by Aerodyne analytics. Below the waterline, ROV/AUV surveys put zero divers in the water at roughly half the cost. AI agents turn the imagery into ranked defect lists and work orders, not folders of photos.
Drone-based methane quantification to ISO 17025 pins each source with an emission rate in kg/h; Kayrros hardware-free satellite analytics watches every asset continuously, flagging events down to ~100 kg/h. AI agents merge both streams into audit-ready OGMP 2.0 reporting — find it, fix it, prove it.
TeqnoWell SCADA automation closes the loop at the wellhead: secure to IEC-62443, safety-rated to SIL3, tuned continuously by optimisation logic instead of monthly site visits. Operators log ~20% energy savings, 30–50% less downtime and 3–6-month payback. Remote fields connect over carrier-grade microwave rings engineered via licensed partners — a 28-site oilfield RF-links design runs at 99.99% uptime where fiber can't go.
ATEX intrinsically-safe tags fuse gas + vibration + location on one self-healing mesh: man-down and lone-worker alerts, digital muster with a 30-second headcount, and vibration-AI predictive maintenance on rotating kit. Industrial deployments show 70% faster incident response and ~50% fewer incidents.
The full connected-worker stack for remote, hazardous sites with zero existing connectivity: we design and run the site network — private LTE/5G and microwave backhaul on Aviat Aprisa-class industrial routers, LoRaWAN on Kerlink gateways — put a tag on every worker and every asset, and add explosion-proof ATEX anchors from Velavu. SOS, man-down and sub-60-second mustering on top; dashboards on-prem under UAE PDPL, white-labelled if wanted. See the Connected Worker system →
Every line above feeds the same loop. Sensors and drones sense; on-prem AI agents think; automation acts. Swap any layer — the method holds.
ATEX intrinsically-safe tags and sensors on a Wirepas self-healing mesh — no cabling, no site Wi-Fi, works underground and offshore. Drone and satellite sensing ride on top.
Carrier-grade microwave/RF self-healing rings engineered and delivered via TDRA-licensed partners for offshore, oilfield and desert sites — 99.99% uptime where fiber can't go. LoRaWAN for the slow, wide telemetry.
Velavu gives one pane of glass; our on-prem Python agents do the rest — alarm triage, failure prediction, methane analytics, natural-language dashboards and compliance drafting. Your data never leaves your network.
Agents dispatch crews, trigger muster, raise CMMS work orders, tune setpoints through TeqnoWell SCADA and push alerts to WhatsApp and your CRM — actions, not alarms.
Related: Industrial & manufacturing · Logistics & supply · Automation
No. ZAMTEK designs the inspection programme, supplies and integrates the sensing and analytics stack, and trains your team. All drone flights in the UAE are executed by GCAA-licensed operating partners, and licensed connectivity is delivered through TDRA-licensed partners. We do not offer counter-drone systems.
Yes. The suite uses ATEX-rated, intrinsically-safe tags and gateways on a Wirepas self-healing mesh, with TDRA type-approved wireless. It fuses gas, vibration and location, runs digital muster with a sub-60-second full headcount, and works where GPS and Wi-Fi fail — including confined process areas.
Two layers: drone quantification to ISO 17025 giving source-level rates in kg/h, plus Kayrros hardware-free satellite analytics for continuous asset-level detection down to ~100 kg/h. On-prem AI agents consolidate both into audit-ready, OGMP 2.0-aligned emissions reports.
A 2-week proof of concept, then a 4–8-week single-zone pilot with measured ROI, then phased rollout as a Hardware-as-a-Service subscription. No capex. Typical paybacks run 3–6 months on well automation and site RTLS.
On-premise or in-country. The AI agents that triage alarms, predict failures and draft compliance reports run on your infrastructure under UAE data-sovereignty requirements — nothing has to leave your network.
Pick the zone that hurts — a flare stack overdue for inspection, a leaking header, a manual muster that takes twenty minutes. Two weeks to proof, one quarter to measured ROI.
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