A comprehensive, agentic logistics intelligence platform governing the full scope of field operational logistics — fleet, freight, route optimisation, fuel transportation, and mobile driver compliance — within a single, continuously-operating, IoT-connected environment.
Every optimised drilling programme, every sequenced intervention campaign, every field development plan depends, at the moment of physical execution, on one thing the preceding products do not govern: the right vehicle, carrying the right materials, reaching the right location, at the right time, with the right driver, compliant with the right safety standards. When that physical logistics layer fails — a rig waiting on delayed equipment, a workover team idled — the value of every upstream planning decision erodes in ways no analytical model can recover.
Logistics in energy field operations is not a support function. It is a production-critical operational domain — and one of the most chronically under-digitised in the entire industry, managed through dispatcher phone calls, manual spreadsheets, and reactive re-routing. This product closes that boundary, deployable as a powerful standalone platform and architecturally positioned as the physical execution layer of TARGET’s connected operational intelligence chain.
The preceding products govern what should happen and when. This product governs how the physical world is mobilised to make it happen. Today it operates as a comprehensive standalone logistics intelligence platform. The near-term integration with the activity sequencing product — connecting the optimised drilling and intervention schedule directly to the logistics routing and fleet allocation system that serves it — will complete the operational value chain from reservoir intelligence through programme optimisation to physical execution, governed end to end on the Energy Operating System.
Field logistics operates under conditions that conventional logistics tools were never designed to address — leaving operations reactive, opaque, and always behind the operational tempo of the field they are meant to serve.
The cost of logistics fragmentation is one of the most preventable sources of operational cost overrun. Unlike subsurface uncertainty, logistics delay is not an inevitable consequence of the operating environment — it is the consequence of managing a real-time physical coordination problem with tools that were never designed for it.
The product is organised across four integrated capability domains — each addressing a distinct operational challenge, each governed by the same connected data platform, and each more powerful in the context of the integrated whole than in isolation.
The product replaces the episodic model of periodic inspections and after-the-fact reporting with a continuously-operating fleet intelligence environment that tracks every vehicle, driver, and shipment in real time through integrated IoT data streams, GPS tracking, and operational management systems.
Vehicle condition is classified continuously — Good, Satisfactory, Critical — with automated escalation before deployment is compromised. Geofencing and time-fencing enforce operational boundaries agentically: a route departure, restricted-zone entry, or out-of-window operation is detected immediately and triggers a structured alert without waiting for a human monitor.
An integrated freight orchestration environment manages the full shipment lifecycle — from request and quotation through carrier assignment, loading, transit monitoring, and electronic delivery confirmation — within a single platform. Shipments update automatically through each workflow stage, with real-time tracking visible to every stakeholder without manual status updates or telephone coordination.
An intelligent optimisation engine governs carrier selection, evaluating competing quotations against price, timeline, and reliability simultaneously and routing a structured recommendation to the approver with the comparative analysis already assembled. Targeted freight sharing matches partially-loaded vehicles with compatible loads to reduce empty running and improve network utilisation continuously.
Multi-destination journey planning — routing vehicles across a network of fields, stations, and depots to complete multiple tasks in a single cycle — is one of the most computationally demanding logistics problems in field operations. The capability governs it with mathematical rigour: journeys are planned and optimised automatically, minimising total distance, aligning sequences with operational priorities, and respecting vehicle and field-access constraints.
The agentic re-routing capability is where visibility becomes governance: when a deviation or incident is detected, the system assesses the impact on delivery timelines and surfaces re-routing options with the time and cost implications of each alternative already calculated — addressing disruptions before they cascade into the activity schedule and generate non-productive time no planning system can recover.
Fuel transportation combines the general complexity of fleet operations with specific regulatory and financial governance requirements — cost and subsidy calculation, nationality-wise and fuel-type distribution tracking, filling-station and governorate-level reporting, and real-time claim generation. Capacity utilisation across the trailer fleet is tracked continuously, ensuring maximum deployment efficiency and always-current, audit-ready utilisation reporting.
The claim module generates fuel cost and subsidy invoices at runtime against actual delivery data — transforming a process that historically consumed days of manual reconciliation into an automated, data-grounded workflow. Every delivery is recorded with full metadata: volume, fuel type, trailer, driver, filling station, governorate, and timestamp, eliminating reconciliation overhead and dispute risk.
The product’s mobile capability extends the intelligence of the platform to the physical edge of operations — to drivers, inspectors, and field personnel who need operational intelligence where logistics work is actually performed, not only at the operations centre where it is managed.
Driver accounts and mobile tracking provide real-time location monitoring of every driver through the application — regardless of whether vehicle-mounted GPS hardware is installed. Work status and duty schedule parameters are set through the platform, with compliance monitored continuously and deviations flagged automatically.
Geofencing parameters are enforced at the driver level: when a driver operates outside a permitted zone or time window, the alert is generated and escalated automatically — without requiring a human monitor to detect and report it. Compliance is enforced at the field edge rather than from the office.
Shipment release orders are issued, acknowledged, and tracked through the mobile platform: drivers confirm commitment digitally, receive automated notifications as assignments update, and provide electronic proof of delivery recorded immediately. Regulators and inspectors access driver and vehicle compliance status through secured mobile interfaces — not a sequence of phone calls and paper forms.
Each domain addresses a distinct operational challenge, is governed by the same connected data platform, and delivers agentic value — detecting, escalating, and acting before problems cascade, rather than reporting after the fact.
Compliance breaches detected and escalated before incidents occur; maintenance triggered before deployment is compromised; geofence violations alerted without human monitoring; fleet health visible continuously.
Operational silos eliminated; shipment status always current without manual updates; carrier recommendations assembled automatically for rapid review; load utilisation optimised across the network continuously.
Routes continuously optimised as conditions change; deviations detected and re-routing triggered without human monitoring; disruption impact on activity timelines assessed and surfaced before cascade into NPT.
Utilisation continuously monitored; compliance posture always current and audit-ready; financial claims generated from operational data automatically, eliminating manual reconciliation.
Entire dispatch and delivery workflow digitised and connected; driver compliance enforced at the field edge without office-based monitoring; delivery records created at the point of delivery without manual entry.
The gap between the optimised programme and the physical resources required to execute it closes to zero; programme and logistics governed as a single integrated system rather than two parallel processes coordinated manually.
Every dimension of field operational logistics — governed within a single, continuously-operating, IoT-connected environment. Not a visibility dashboard, but an active intelligence layer that detects, escalates, and acts on every vehicle, shipment, journey, and delivery it manages.
Conventional logistics platforms provide visibility — they show where vehicles are and what shipments are in progress. This product governs the logistics operation actively: detecting deviations before they cascade, triggering re-routing without human initiation, enforcing compliance without human monitoring, and surfacing decision-ready recommendations rather than raw data a coordinator must interpret and act on.
Built for energy field logistics — fuel transportation compliance, remote-field HSE, and activity-driven requirements — not a generic platform retrofitted to it.
Detects deviations before they cascade, triggers re-routing without initiation, and enforces compliance without monitoring — a governance platform, not a visibility one.
The logistics intelligence layer of the Energy Operating System — connected to the activity sequencing and portfolio environments no standalone platform can offer.
Deployable today as a powerful, comprehensive standalone platform across any logistics-intensive field operation — with the integration horizon adding compounding value over time.
From reservoir intelligence through development planning and activity sequencing to physical logistics execution — every layer continuously connected, continuously informed by every other, and continuously governed by the Energy Operating System. No competitor offers this end-to-end operational intelligence chain.