Supply Chain and Logistics Technology

Supply chain and logistics technology encompasses the systems that manage the flow of goods from procurement through delivery, providing visibility across procurement, warehousing, transport, and last-mile operations. These systems differ from commercial supply chain platforms in their handling of donated goods, multi-donor funding constraints, customs and import requirements for humanitarian cargo, and the need to operate across jurisdictions with varying infrastructure maturity. The technology stack must accommodate both development contexts with predictable supply patterns and emergency responses requiring rapid pipeline establishment with minimal lead time.

Supply Chain Management System

Integrated platform managing procurement, inventory, and logistics functions across the supply pipeline from requisition to delivery confirmation.

Warehouse Management System

Software controlling warehouse operations including receiving, putaway, picking, packing, and dispatch with location-level inventory tracking.

Fleet Management System

Platform tracking vehicle locations, maintenance schedules, fuel consumption, and driver assignments for owned or contracted transport.

Pipeline Visibility

Real-time or near-real-time view of goods in transit across all stages from supplier dispatch to final delivery point.

Last Mile

Final segment of delivery from the last warehouse or hub to the distribution point or end recipient, often the most challenging and costly portion.

Stock Keeping Unit

Unique identifier for each distinct product variant, enabling precise inventory tracking and reordering.

Lead Time

Duration from order placement to goods availability at the destination warehouse, comprising supplier lead time, shipping time, and customs clearance.

System Architecture

Humanitarian and development supply chains require technology that spans organisational boundaries, connecting suppliers, freight forwarders, customs brokers, warehouses, and implementing partners into a coherent information flow. The architecture must handle both centralised procurement models where a global supply chain team manages purchasing and decentralised models where country offices procure locally within framework agreements.

+-------------------------------------------------------------------+
|                    SUPPLY CHAIN SYSTEM ARCHITECTURE               |
+-------------------------------------------------------------------+
|                                                                   |
|  +---------------------------+    +---------------------------+   |
|  |    PROCUREMENT MODULE     |    |    SUPPLIER PORTAL        |   |
|  |                           |    |                           |   |
|  |  - Purchase requisitions  |<-->|  - Catalogue access       |   |
|  |  - RFQ/tender management  |    |  - Quote submission       |   |
|  |  - Purchase orders        |    |  - Order confirmation     |   |
|  |  - Contract management    |    |  - ASN transmission       |   |
|  |  - Supplier performance   |    |  - Invoice submission     |   |
|  +-------------+-------------+    +---------------------------+   |
|                |                                                  |
|                v                                                  |
|  +---------------------------+    +---------------------------+   |
|  |    WAREHOUSE MODULE       |    |    TRANSPORT MODULE       |   |
|  |                           |    |                           |   |
|  |  - Goods receiving        |<-->|  - Shipment planning      |   |
|  |  - Location management    |    |  - Carrier management     |   |
|  |  - Inventory control      |    |  - Route optimisation     |   |
|  |  - Pick/pack/dispatch     |    |  - Proof of delivery      |   |
|  |  - Stock counts           |    |  - Freight cost tracking  |   |
|  +-------------+-------------+    +-------------+-------------+   |
|                |                                |                 |
|                +----------------+---------------+                 |
|                                 |                                 |
|                                 v                                 |
|                  +---------------------------+                    |
|                  |    VISIBILITY LAYER       |                    |
|                  |                           |                    |
|                  |  - Pipeline dashboard     |                    |
|                  |  - Exception alerts       |                    |
|                  |  - Performance metrics    |                    |
|                  |  - Donor reporting        |                    |
|                  +---------------------------+                    |
|                                                                   |
+-------------------------------------------------------------------+
                                 |
         +-----------------------+-----------------------+
         |                       |                       |
         v                       v                       v
+------------------+   +------------------+   +------------------+
|  FINANCE/ERP     |   |  PROGRAMME       |   |  DISTRIBUTION    |
|  SYSTEMS         |   |  SYSTEMS         |   |  SYSTEMS         |
|                  |   |                  |   |                  |
| - Commitments    |   | - Requisitions   |   | - Dispatch       |
| - Invoices       |   | - Allocations    |   | - Verification   |
| - Payments       |   | - Reporting      |   | - Reconciliation |
+------------------+   +------------------+   +------------------+

The architecture separates concerns into functional modules while maintaining data flow between them. Procurement creates purchase orders that generate expected receipts in the warehouse module. Warehouse receiving confirms quantities against purchase orders, triggering payment authorisation in finance systems. Transport planning draws on warehouse dispatch schedules and delivery requirements from programme systems. The visibility layer aggregates data from all modules to provide pipeline status for planning and reporting.

Procurement and Sourcing Systems

Procurement systems manage the acquisition of goods and services from requisition through purchase order and contract management. In humanitarian contexts, procurement must handle multiple sourcing strategies simultaneously: framework agreements with pre-qualified suppliers for routine items, competitive tendering for large purchases, direct procurement during emergencies where speed outweighs cost optimisation, and local procurement by field offices within delegated authority limits.

The requisition workflow begins when programme staff identify a need and submit a purchase requisition specifying item descriptions, quantities, required delivery dates, delivery locations, and budget codes. The system validates budget availability against fund balances and routes the requisition for approval based on value thresholds. A requisition for medical supplies worth $15,000 might require programme manager approval, while one for vehicles at $120,000 requires country director and regional approval.

Approved requisitions convert to sourcing events based on the item category and value. Items covered by framework agreements proceed directly to purchase order creation against the contracted supplier and pricing. Items requiring competitive sourcing trigger request-for-quotation workflows where the system distributes specifications to qualified suppliers and collects responses. Evaluation scoring compares supplier submissions against weighted criteria covering price, delivery time, quality certifications, and social responsibility factors.

  Requisition              Sourcing                 Purchase Order
      |                       |                          |
      v                       v                          v
+----------+            +----------+               +----------+
|  SUBMIT  |            | EVALUATE |               |  CREATE  |
|  request |            | options  |               |  PO      |
+----+-----+            +----+-----+               +----+-----+
     |                       |                          |
     v                       v                          v
+----+-----+            +----+-----+               +----+-----+
|  BUDGET  |            | COMPARE  |               |  SEND    |
|  check   |            | quotes   |               |  to      |
+----+-----+            +----+-----+               | supplier |
     |                       |                     +----+-----+
     v                       v                          |
+----+-----+            +----+-----+                    v
| APPROVAL |            |  AWARD   |               +----+-----+
|  routing |            | decision |               | CONFIRM  |
+----+-----+            +----+-----+               | receipt  |
     |                       |                     +----------+
     +----------+------------+
                |
                v
         Framework Agreement
               or
         New Sourcing Event

Purchase orders transmitted to suppliers contain complete delivery instructions including shipping terms, required documentation, labelling requirements, and delivery windows. The system tracks order acknowledgment, production status where applicable, and advance shipping notifications. Suppliers with portal access can update shipment status directly, reducing manual follow-up.

Contract management extends beyond individual purchase orders to govern ongoing supplier relationships. Framework agreements establish pricing, quality standards, and delivery terms for categories of goods over multi-year periods. The system tracks contract utilisation against committed volumes, alerts procurement staff when agreements approach expiry, and maintains supplier performance scores based on delivery timeliness, quality acceptance rates, and responsiveness.

Warehouse Management

Warehouse management systems control the physical handling of inventory from receiving through storage and dispatch. Humanitarian warehouses range from controlled-environment facilities storing pharmaceuticals and nutrition products to open yards holding construction materials and shelter kits. The system must accommodate this variety while maintaining accurate inventory records and ensuring proper stock rotation.

Goods receiving begins when shipments arrive at the warehouse. Staff use mobile devices or fixed terminals to record the arrival against expected receipts from purchase orders or transfer orders. The receiving process captures actual quantities, batch numbers, expiry dates for perishable items, and condition assessments. Discrepancies between expected and actual quantities generate exception records for investigation and supplier notification.

Putaway assigns received goods to storage locations based on product characteristics and warehouse layout. Temperature-sensitive items route to cold storage zones. Heavy items store at floor level for safe handling. Fast-moving items position near dispatch areas to minimise picking travel. The system maintains a location hierarchy from warehouse to zone to aisle to rack to bin level, enabling precise inventory localisation.

Inventory control encompasses stock counting, adjustments, and movement tracking. Cycle counting distributes verification work across time rather than requiring complete physical inventories. The system generates count lists targeting locations based on value, movement frequency, or time since last count. Staff record counts on mobile devices, and the system flags discrepancies exceeding tolerance thresholds for investigation.

Stock movements within the warehouse record as transfers between locations. Movements between warehouses generate transfer orders that decrement stock at the sending location upon dispatch and increment at the receiving location upon confirmed receipt. This two-step process maintains accuracy when goods are in transit between facilities.

+------------------------------------------------------------------+
|                      WAREHOUSE LAYOUT MODEL                      |
+------------------------------------------------------------------+
|                                                                  |
|   RECEIVING                         DISPATCH                     |
|   +-------+                         +-------+                    |
|   | Dock  |                         | Dock  |                    |
|   |  1-4  |                         |  5-8  |                    |
|   +---+---+                         +---+---+                    |
|       |                                 ^                        |
|       v                                 |                        |
|   +-------+     +---------------+   +-------+                    |
|   | QC /  |     |               |   | Stage |                    |
|   | Hold  |     |   BULK        |   | Area  |                    |
|   +---+---+     |   STORAGE     |   +---+---+                    |
|       |         |               |       ^                        |
|       |         |  A1-A20       |       |                        |
|       |         |  B1-B20       |   +---+---+                    |
|       v         |  C1-C20       |   | PICK  |                    |
|   +-------+     |               |   | FACE  |                    |
|   | Put   |     +-------+-------+   |       |                    |
|   | Away  +---->        |       +-->| P1-P50|                    |
|   +-------+             |           +-------+                    |
|                         v                                        |
|                 +---------------+                                |
|                 |  COLD CHAIN   |                                |
|                 |  CC1-CC10     |                                |
|                 |  2-8 C        |                                |
|                 +---------------+                                |
|                                                                  |
|   +---------------+     +---------------+                        |
|   | HAZMAT        |     | HIGH VALUE    |                        |
|   | H1-H5         |     | Secured       |                        |
|   | Segregated    |     | S1-S10        |                        |
|   +---------------+     +---------------+                        |
|                                                                  |
+------------------------------------------------------------------+

The picking process retrieves items from storage to fulfil dispatch requests. The system generates pick lists optimised for efficient warehouse travel, grouping picks by zone and sequencing within zones to minimise backtracking. Wave picking releases multiple orders simultaneously for consolidation at the dispatch staging area. Batch picking combines identical items across orders into single picks for later sorting.

Dispatch preparation assembles picked items, verifies quantities against orders, applies shipping labels, and generates documentation. The system produces packing lists, commercial invoices for international shipments, and customs declarations. Integration with carrier systems transmits shipment details and retrieves tracking numbers.

Fleet and Transport Management

Fleet management systems track vehicles, drivers, and transport operations for organisations maintaining their own vehicle fleets. The humanitarian sector operates substantial fleets in contexts where commercial transport is unavailable, unreliable, or poses security risks. Fleet systems must handle diverse vehicle types from motorcycles for community health workers to heavy trucks for commodity transport and specialised vehicles like refrigerated units and ambulances.

Vehicle master data records specifications, registration details, insurance coverage, and assigned location. The system tracks each vehicle through its lifecycle from acquisition through operation to disposal. Maintenance scheduling uses mileage or time intervals to trigger service requirements. A Land Cruiser might require oil changes every 5,000 kilometres and major service at 20,000-kilometre intervals, with the system generating work orders as thresholds approach.

GPS tracking provides real-time vehicle location visibility. Tracking devices transmit position, speed, and heading at configurable intervals. In areas with cellular coverage, transmissions occur every 30-60 seconds. Satellite tracking extends visibility to remote areas but at higher per-transmission costs, so intervals typically extend to 5-15 minutes. The system stores historical track data for route verification, mileage validation, and incident investigation.

Driver management associates personnel with vehicles and tracks certifications. Drivers require valid licenses for their vehicle class, defensive driving training, and security awareness training. The system alerts when certifications approach expiry and restricts vehicle assignment for non-compliant drivers. Trip logs record driver assignments, departure and arrival times, mileage, and passenger manifests.

Fuel management controls a significant operating cost. Vehicles draw fuel from organisation depots or commercial stations. The system reconciles fuel issues against mileage to calculate consumption rates. A vehicle averaging 12 litres per 100 kilometres that suddenly shows 18 litres per 100 kilometres warrants investigation for mechanical issues, route changes, or potential fuel diversion. Fleet cards for commercial fuel purchases integrate with the system for automated reconciliation.

    Vehicle Request           Dispatch                  Trip Completion
          |                      |                            |
          v                      v                            v
    +----------+           +----------+                 +----------+
    |  SUBMIT  |           | ASSIGN   |                 | COMPLETE |
    |  request |           | vehicle  |                 |  trip    |
    +----+-----+           | + driver |                 +----+-----+
         |                 +----+-----+                      |
         v                      |                            v
    +----+-----+                v                       +----+-----+
    | APPROVE  |           +----+-----+                 |  LOG     |
    |  trip    |           | DISPATCH |                 | mileage  |
    +----+-----+           | vehicle  |                 | + fuel   |
         |                 +----+-----+                 +----+-----+
         v                      |                            |
    +----+-----+                v                            v
    | ALLOCATE |           +----+-----+                 +----+-----+
    |  vehicle |           | TRACK    |                 | RECONCILE|
    |  pool    |           | movement |                 | costs    |
    +----------+           +----------+                 +----------+

Transport management extends beyond owned fleets to contracted carriers for freight movement. The system maintains carrier master data, rate agreements, and performance records. Shipment planning consolidates dispatch requirements into loads for carrier assignment. Carrier selection considers cost, transit time, service quality history, and special requirements such as temperature control or hazardous materials handling.

Pipeline Visibility and Tracking

Pipeline visibility aggregates information across procurement, warehouse, and transport systems to show the status of goods from order placement through delivery. Programme staff planning interventions need to know when supplies will arrive. Donors require evidence that funded goods reached intended destinations. Managers need early warning of delays threatening programme delivery.

The pipeline view shows goods at each stage: on order with suppliers, in transit from suppliers, in warehouse stock, allocated to programmes, in transit to distribution points, and delivered. Quantities appear against purchase orders, shipments, and inventory records. Status indicators highlight items on track, at risk, and delayed. Drill-down from summary views reaches underlying transaction detail.

Exception management surfaces problems requiring attention. The system compares actual progress against expected milestones and flags deviations. A shipment not departed 48 hours after expected ship date triggers an alert to the procurement team. Warehouse stock falling below safety levels for critical items alerts planners. Approaching expiry dates on perishable inventory warn of potential losses requiring accelerated distribution or transfer.

+-------------------------------------------------------------------+
|                     PIPELINE VISIBILITY DASHBOARD                 |
+-------------------------------------------------------------------+
|                                                                   |
|  PIPELINE STATUS: Medical Supplies - East Africa                  |
|  ================================================================ |
|                                                                   |
|  ON ORDER          IN TRANSIT         IN STOCK         ALLOCATED  |
|  +---------+       +---------+       +---------+       +---------+|
|  |         |       |         |       |         |       |         ||
|  |  $450K  | ----> | $280K   | ----> | $890K   | ----> | $320K   ||
|  | 12 POs  |       | 8 ships |       | 3 sites |       | 15 proj ||
|  |         |       |         |       |         |       |         ||
|  +---------+       +---------+       +---------+       +---------+|
|                                                                   |
|  EXCEPTIONS (7 items requiring attention)                         |
|  +--------------------------------------------------------------+ |
|  | ! PO-2024-0892: Shipment delayed - customs hold Mombasa      | |
|  | ! WH-NAI-Stock: Oral rehydration salts below safety stock    | |
|  | ! SH-2024-1205: Temperature excursion recorded in transit    | |
|  | ! PO-2024-0901: Supplier requests delivery date extension    | |
|  +--------------------------------------------------------------+ |
|                                                                   |
|  STOCK LEVELS BY CATEGORY                                         |
|  +----------------------+--------+--------+--------+              |
|  | Category             | Nairobi| Kampala| Juba   |              |
|  +----------------------+--------+--------+--------+              |
|  | Essential medicines  |   OK   |   OK   |  LOW   |              |
|  | Nutrition supplies   |   OK   |  LOW   |   OK   |              |
|  | Medical equipment    |   OK   |   OK   |   OK   |              |
|  | WASH supplies        |  LOW   |   OK   |  LOW   |              |
|  +----------------------+--------+--------+--------+              |
|                                                                   |
+-------------------------------------------------------------------+

Tracking provides shipment-level visibility for goods in transit. Integration with carrier systems retrieves tracking events: pickup, customs clearance, transhipment, arrival at destination. Where carrier tracking is unavailable, field staff update status manually through mobile applications. The system correlates tracking events across carriers for multi-leg shipments, presenting a unified view of end-to-end progress.

Performance metrics quantify supply chain effectiveness. Lead time measures days from requisition to delivery. Fill rate captures the percentage of requested quantities delivered on time. Stock availability measures in-stock rates for critical items. Cost metrics track logistics spending as a percentage of goods value. Trend analysis reveals patterns requiring process improvement or capacity adjustment.

Last-Mile Tracking

The last mile from the final warehouse or hub to distribution points presents distinct challenges. Roads may be unpaved, seasonal, or non-existent. Security considerations restrict movement windows. Recipient locations lack addressing systems, requiring GPS coordinates or landmark-based directions. Volume and weight constraints of available transport limit delivery quantities. These factors create the highest per-unit delivery costs in the supply chain.

Last-mile tracking extends pipeline visibility to the final delivery segment. When goods dispatch from a hub, the system records the transport mode, driver or carrier assignment, and expected delivery time. Mobile applications enable delivery confirmation with GPS location, recipient signature, photographic evidence, and quantity verification. Discrepancies between dispatched and received quantities generate exception records.

Proof of delivery documentation supports accountability and donor reporting. Digital capture provides immediate upload where connectivity exists, with offline storage and later synchronisation for areas without coverage. The system associates delivery confirmations with the originating orders, completing the chain from procurement through final receipt.

For direct delivery to beneficiaries rather than distribution points, integration with registration and distribution systems links deliveries to individual or household records. Home delivery programmes for persons with disabilities or mobility constraints use this approach, with delivery staff scanning beneficiary identification and capturing signatures or alternative confirmation methods.

Integration Patterns

Supply chain systems require integration with adjacent platforms to avoid duplicate data entry and maintain consistency. The integration architecture must handle variations in system capabilities across offices and partners while maintaining data quality for consolidated reporting.

Programme systems generate supply requirements through requisitions and allocations. Integration transmits requisitions to supply chain systems and returns fulfilment status. The interface supports both push models where programme systems submit requisitions directly and pull models where supply chain systems retrieve approved requisitions on schedule.

Finance systems require commitment data when purchase orders are created, invoice data upon goods receipt, and payment release upon approval. The integration must handle fund accounting requirements, associating costs with donors, projects, and budget codes. Three-way matching between purchase order, goods receipt, and invoice validates payments.

+-------------------------------------------------------------------+
|                      INTEGRATION ARCHITECTURE                     |
+-------------------------------------------------------------------+
|                                                                   |
|      +-------------+                      +-------------+         |
|      |  PROGRAMME  |                      |   FINANCE   |         |
|      |   SYSTEMS   |                      |   SYSTEMS   |         |
|      +------+------+                      +------+------+         |
|             |                                    |                |
|             | Requisitions                       | Commitments    |
|             | Allocations                        | Invoices       |
|             | Delivery confirm                   | Payments       |
|             |                                    |                |
|             v                                    v                |
|      +------+------------------------------------+------+         |
|      |                                                  |         |
|      |           INTEGRATION MIDDLEWARE                 |         |
|      |                                                  |         |
|      |   +----------+  +----------+  +----------+       |         |
|      |   |  Message |  |   Data   |  |  Error   |       |         |
|      |   |  Queue   |  | Transform|  | Handling |       |         |
|      |   +----------+  +----------+  +----------+       |         |
|      |                                                  |         |
|      +------+------------------------------------+------+         |
|             |                                    |                |
|             v                                    v                |
|      +------+------+                      +------+------+         |
|      | SUPPLY CHAIN|                      |  LOGISTICS  |         |
|      |   SYSTEM    |<-------------------->|  PARTNERS   |         |
|      +------+------+    Orders, ASN,      +-------------+         |
|             |           Tracking                                  |
|             v                                                     |
|      +------+------+                                              |
|      | DISTRIBUTION|                                              |
|      |   SYSTEMS   |                                              |
|      +-------------+                                              |
|                                                                   |
+-------------------------------------------------------------------+

Distribution systems receive dispatch data and return delivery confirmations. Where distribution points maintain their own stock records, integration synchronises quantities to reflect transfers. The handoff point between supply chain and distribution varies by operating model: some organisations track to the distribution point only, while others extend supply chain visibility through final beneficiary receipt.

External logistics partners require electronic data interchange for efficient operations. Purchase orders transmit to suppliers with complete specifications and delivery instructions. Suppliers return order acknowledgments and advance shipping notifications. Freight forwarders receive booking requests and return tracking information. Customs brokers receive documentation and return clearance status. Each partner interface has distinct data requirements and technical capabilities, from EDI for large commercial partners to simple email or portal access for smaller suppliers.

Emergency Supply Chain Considerations

Emergency response contexts require supply chain technology that operates under compressed timelines and uncertain conditions. Pre-positioned stock in strategic locations provides immediate response capacity while procurement pipelines for sustained response mobilise. The system must track pre-positioned inventory separately, maintaining availability visibility and triggering replenishment as stock deploys.

Pipeline acceleration during emergencies requires bypassing standard approval workflows while maintaining audit trails. The system supports emergency procurement modes with elevated authority thresholds, simplified sourcing requirements, and expedited payment processing. Post-emergency reconciliation audits these transactions against emergency criteria to verify appropriate use of expedited procedures.

Field supply chains established rapidly may lack connectivity for real-time system access. Offline-capable mobile applications enable warehouse and transport operations without network dependency. Data synchronises when connectivity restores, with conflict resolution for records modified both locally and centrally during the disconnected period.

Cluster and coordination mechanisms in humanitarian emergencies require information sharing across organisations. Systems should export standardised logistics data for cluster reporting, including pipeline status, stock levels, and common services available to partners. The Logistics Cluster uses formats like the Relief Item Tracking Application (RITA) data standard for inter-agency visibility.

Implementation Considerations

Organisations with minimal IT capacity can begin with spreadsheet-based tracking for small-scale supply chains, migrating to dedicated systems as volume and complexity increase. A small organisation handling 50-100 shipments annually and maintaining a single warehouse may find that well-structured spreadsheets with disciplined data entry meet immediate needs. The transition point typically arrives when multi-user access becomes necessary, when inventory locations exceed simple tracking, or when reporting requirements demand data that manual aggregation cannot reliably produce.

Organisations with a single supply chain staff member often find cloud-hosted solutions more practical than self-hosted platforms. Managed services eliminate server administration overhead and provide automatic updates. Selection criteria should include data export capabilities ensuring future migration options, as organisational needs will evolve beyond initial requirements.

Medium-scale operations with multiple warehouses and 500 or more annual shipments benefit from integrated supply chain platforms. Open source options like ERPNext and Odoo include supply chain modules that integrate with financial functions. Implementation requires configuration for organisational workflows and master data setup for items, suppliers, and locations. Budget 3-6 months for implementation with internal staff or contracted support, plus ongoing administration allocation of 0.25-0.5 FTE.

Large operations with regional warehouses, significant owned fleets, and complex multi-donor funding require comprehensive platforms. Commercial humanitarian supply chain systems like Humanitarian OpenStreetMap Team’s logistics tools or UNHCR’s Supply Management System offer sector-specific functionality. Implementation projects span 6-18 months and require dedicated project teams. Integration with existing finance and programme systems adds complexity requiring middleware or custom development.

Multi-country operations face decisions about centralised versus federated system deployment. Centralised deployment with a single instance serving all countries provides consolidated visibility and standardised processes but requires reliable connectivity and may conflict with data residency requirements. Federated deployment with country-level instances suits organisations with autonomous country operations but complicates global reporting and requires synchronisation mechanisms for transfer orders between instances.

Technology Options

Open Source

ERPNext provides integrated supply chain modules including procurement, inventory, and warehouse management. The platform handles purchase requisitions, supplier quotations, purchase orders, goods receipt, and stock management. Warehouse features include multi-warehouse inventory, bin-level location tracking, and stock transfers. The system lacks transport management, requiring separate solutions or manual tracking. ERPNext suits organisations seeking integrated ERP functionality with supply chain capabilities in a single platform.

Odoo offers modular supply chain applications that can deploy independently or as part of a broader ERP implementation. The Inventory module handles warehouse operations with automated reordering, lot tracking, and barcode scanning. The Purchase module manages procurement workflows. The Fleet module provides basic vehicle tracking and maintenance scheduling. The community edition provides core functionality; additional features require enterprise licensing.

Open Logistics Management Information System specifically targets public health supply chains for pharmaceuticals and medical supplies. The platform handles essential medicine ordering, vaccine cold chain monitoring, and district-level stock management. OLMIS integrates with national health information systems and supports MOH reporting requirements. Implementation suits health programme supply chains rather than general humanitarian logistics.

Commercial with Nonprofit Programmes

NetSuite offers nonprofit pricing for its cloud ERP platform, which includes procurement, inventory management, and basic warehouse operations. The platform handles multi-subsidiary configurations common in international organisations. Supply chain features integrate tightly with financial modules. Customisation uses a proprietary development environment, creating vendor dependency for modifications.

Microsoft Dynamics 365 Supply Chain Management provides enterprise supply chain functionality for organisations already invested in the Microsoft ecosystem. The platform handles complex warehouse operations, manufacturing, and transportation management. Nonprofit pricing through Microsoft 365 programmes reduces licensing costs, though implementation and customisation require significant investment.

Humanitarian-specific platforms include purpose-built solutions like Salesforce’s nonprofit supply chain applications and Kobo-based logistics tracking tools. These platforms offer faster implementation for common humanitarian workflows but may lack features for complex operations or integration with enterprise finance systems.

Deployment Considerations

See Also

• Distribution Management
• Finance and ERP Systems
• Programme Management Systems
• Application Integration
• Offline Data Architecture
• Field Site IT Establishment