IT Services & Software Solutions for Transportation & Logistics

Zenkins delivers IT services and software solutions for transportation and logistics organisations across four pillars: Build — Transportation Management System (TMS) development and implementation, Warehouse Management System (WMS) development and implementation, real-time shipment visibility platforms, last-mile delivery management platforms, fleet management software, Freight Forwarding Management Systems (FFMS), digital freight brokerage and load board platforms, customs and trade compliance technology, cold chain and temperature monitoring platforms, driver and mobile workforce apps, freight audit and payment platforms, and IoT-based logistics monitoring systems. Consult — logistics IT strategy, TMS and WMS vendor selection, logistics technology roadmap, digital freight strategy for traditional forwarders, automation and robotics feasibility, cloud migration planning. Run — managed IT for logistics operations (24/7 NOC, warehouse IT infrastructure, TMS and WMS application support), IT helpdesk for logistics staff, backup and disaster recovery. Transform — logistics data warehouse, carrier and on-time performance analytics, AI delay prediction and dynamic pricing, demand forecasting, network optimisation, GenAI for freight documentation.

A Transportation Management System (TMS) is the software that manages the complete lifecycle of freight shipment — from carrier rate shopping and load tendering through load planning, driver dispatch, real-time tracking, proof of delivery, and freight invoice management. A TMS is the operational backbone for freight carriers, 3PLs, and shippers managing their own freight. Yes, Zenkins builds custom TMS software for logistics organisations whose operating model is not adequately served by commercial TMS products — this is common for carriers with specialist freight types (oversized, temperature-controlled, hazardous), 3PLs with complex multi-client billing structures, or shippers with unique carrier integration requirements. We also implement and integrate commercial TMS platforms including Oracle Transportation Management, SAP Transportation Management, MercuryGate, BluJay (E2open), and McLeod Software, with custom configuration, carrier integration, and ERP integration. The most common custom TMS components Zenkins builds are: the dynamic carrier rate engine (integrating with carrier APIs and EDI for real-time rate shopping), the load planning and optimisation module (solving the load assignment problem across available fleet and third-party capacity), the driver dispatch workflow (integrating with fleet telematics and driver mobile apps), and the freight billing and accounts receivable module (with LEDES-equivalent freight billing format support for large shipper billing guidelines compliance).

Zenkins builds last-mile delivery management platforms as integrated systems spanning three layers: the planning and dispatch layer (route optimisation engine solving the VRPTW — Vehicle Routing Problem with Time Windows — for the day’s delivery schedule, with dynamic re-optimisation as new orders arrive or conditions change), the execution layer (the driver mobile app that delivers the route to the driver, provides turn-by-turn navigation, captures proof of delivery via signature, photo, and barcode scan, handles failed delivery workflows, and processes COD collections), and the customer experience layer (real-time delivery tracking for customers via web or app, proactive ETA notifications via SMS/WhatsApp/email, delivery window selection at order placement, returns initiation from the delivery notification). These three layers are connected through a real-time data pipeline that updates customer ETAs as the driver progresses, escalates exceptions to the operations team, and feeds all delivery data into the analytics platform. We build the route optimisation engine using Google OR-Tools (for most VRPTW implementations) or custom constraint programming for specialist logistics requirements (multi-depot, multi-day, heterogeneous fleet). The driver app is built in React Native (cross-platform, supporting both iOS and Android — important for logistics fleets with mixed device ecosystems), with offline-first architecture so drivers can continue working in areas with poor connectivity.

Zenkins has deep experience integrating with the EDI standards used across the logistics industry. In North America, the dominant standard is ANSI X12, and the most common transactions in logistics are: 204 (Motor Carrier Load Tender), 210 (Motor Carrier Freight Details and Invoice), 214 (Transportation Carrier Shipment Status Message), 990 (Response to a Load Tender), 856 (Ship Notice / Advance Ship Notice — ASN), 850 (Purchase Order, for shipper-to-3PL orders), 997/999 (Functional Acknowledgment). In Europe and for international logistics, EDIFACT is the standard, with key logistics messages including: IFTMIN (Freight Order / Booking Request), IFTSTA (Shipment Status), IFCSUM (Freight Invoice Summary), DESADV (Despatch Advice), INVOIC (Invoice). We also work with CargoWise EDI, proprietary carrier EDI formats (where major carriers have non-standard implementations), and modern JSON/REST API equivalents that are replacing traditional EDI for newer logistics platforms. Zenkins implements EDI using AS2 (the dominant secure transport protocol for logistics EDI), SFTP (for batch-oriented EDI exchanges), and VAN (Value-Added Network) connections where required by trading partners. We also build custom EDI translation middleware using MuleSoft, Azure Integration Services, or custom Python/Java processing to transform EDI messages into the internal data formats of TMS and WMS systems.

Cold chain compliance for pharmaceutical and food logistics requires technology that addresses three specific obligations: continuous temperature monitoring (capturing and recording temperature throughout the supply chain — from storage through transit to delivery — with sufficient frequency and accuracy to demonstrate that goods remained within the required temperature range), excursion detection and response (automatically detecting temperature excursions — deviations outside the acceptable range — and triggering appropriate response workflows, including notification to quality teams and initiation of deviation investigations), and documentation and audit trail (generating the temperature records, deviation reports, and distribution records required by GDP (Good Distribution Practice for pharmaceuticals), HACCP (Hazard Analysis and Critical Control Points for food), and customer-specific cold chain requirements). Zenkins implements IoT-based temperature monitoring using data loggers (Sensitech TempTale, Testo, custom sensors via MQTT) integrated with cloud-based monitoring platforms (AWS IoT Core, Azure IoT Hub) that provide real-time dashboard visibility, automated excursion alerting (SMS, WhatsApp, email), and GDP-compliant temperature report generation. For reefer container monitoring, we integrate with Carrier Transicold’s Remote Monitoring API and Maersk Remote Container Management. For cold store monitoring, we deploy fixed sensor networks with local gateway devices that maintain monitoring even during internet connectivity outages.

Yes. Digital freight brokerage platform development is one of Zenkins’s specialist capabilities for LogTech startups and traditional freight brokerages seeking to digitise. The core components of a digital freight brokerage platform are: the carrier and shipper matching engine (which matches load requirements from shippers to available carrier capacity — using algorithmic matching based on equipment type, location, lane history, pricing, and carrier ratings), the dynamic pricing engine (which sets freight rates based on market conditions, capacity availability, shipper willingness-to-pay, and carrier cost structures — often using machine learning models trained on historical booking and pricing data), the load board and bidding system (which posts available loads and receives carrier bids or instant book at a posted rate), the carrier onboarding and compliance workflow (which verifies carrier operating authority, insurance, and safety ratings — integrating with FMCSA SAFER database in the USA, or equivalent in other markets), the payment processing layer (which handles freight payment from shipper to platform and from platform to carrier, including QuickPay/factoring options for carriers), and the mobile apps for drivers and shippers. Zenkins builds all of these components and has specific experience with the regulatory requirements of digital freight platforms — freight broker authority requirements (USA), money transmitter licence considerations for platforms handling freight payments, and the data protection obligations of platforms that hold shipper shipment data and driver personal data.

Customs and trade compliance technology is one of the most technically complex areas of logistics IT, because it involves integration with government customs systems (each country has its own customs filing system with its own API or EDI interface, data formats, and procedural requirements), automated classification of goods under the Harmonised System (a classification taxonomy with thousands of subheadings, where misclassification creates duty mispayment and compliance risk), and screening of parties against sanctions and denied party lists (OFAC SDN list, EU Consolidated List, UN Security Council list, and country-specific export control lists). Zenkins addresses customs technology in three ways: first, we integrate with the customs filing systems of each market we serve — ICEGATE and the Indian Customs EDI System (India), CBP ACE via ABI or Client Software (USA), HMRC Customs Declaration Service (UK), EU customs via national customs portals (ATLAS in Germany, DELTA in Netherlands, CHIEF/CDS in Ireland), and Dubai Customs eMirsal (UAE). Second, we build AI-assisted HS code classification tools using LLMs fine-tuned on tariff data and product descriptions, combined with RAG pipelines that retrieve binding rulings and precedent classifications — reducing classification time while flagging uncertain classifications for human review. Third, we integrate denied party screening APIs (Dow Jones Risk & Compliance, Refinitiv World-Check, or government screening services) into the shipment booking and documentation workflow, so that screening happens automatically at the point where it is most effective in preventing compliance failures.

Yes. Managed IT for logistics operations is one of Zenkins’s core service areas, delivered under the Run pillar. Logistics operations have specific managed IT requirements that differ from standard enterprise IT: warehouse environments require specialised hardware management (RF barcode scanners, voice picking headsets, label printers — Zebra, Honeywell, Datalogic — dock door displays, and forklift-mounted mobile computers) with the understanding that a scanner or printer failure during a peak receiving or shipping window has immediate operational consequences; dispatch offices require reliable, low-latency connectivity for TMS and telematics platforms that operate in real time; and transport operations require mobile connectivity management (SIM management, mobile device management for driver apps) for vehicles that move across different network coverage areas. Zenkins’s managed IT for logistics covers: 24/7 NOC monitoring for logistics applications (TMS, WMS, visibility platforms) with SLA tiers aligned to operational criticality; warehouse IT hardware management (scanner and printer support, Wi-Fi infrastructure management for warehouse floors, RFID reader maintenance); fleet mobile device management (Intune or JAMF MDM for driver tablets and smartphones); server management for on-premise logistics systems; backup and disaster recovery with recovery time objectives aligned to logistics operational requirements; and IT helpdesk with logistics-knowledgeable support staff who understand the operational context of support requests from dispatchers, warehouse managers, and drivers.