Industry
Logistics & Transportation
We help logistics and transportation companies modernize operational platforms, integrate distributed systems and improve the reliability of cloud and hybrid environments supporting time-critical services.
Logistics companies operate technology and physical networks at the same time.
Transportation systems, warehouses, carriers, vehicles, customs platforms, customer applications and partner integrations all have to work together while shipments continue moving.
Nubes Consulting helps logistics providers, freight operators, carriers and enterprises modernize these platforms, connect fragmented data and improve reliability without treating the physical operation as something that can simply pause during an IT transformation.
Modernize the digital operation while the physical one keeps moving
A logistics transformation rarely affects one system.
A change in a Transportation Management System can affect carrier connections, warehouse scheduling, billing, customs, customer tracking and driver workflows. A warehouse-platform replacement can affect automation, inventory, yard operations and outbound transportation.
The technology therefore has to be modernized together with the flows it controls.
We start by understanding orders, shipments, assets, facilities, partners and events across the operation. Then we design both the target architecture and the transition path required to reach it.
The goal is not simply a modern platform. It is a logistics operation that becomes easier to see, integrate, change and recover.
Where logistics technology leaders are focusing
Six areas where architecture, integration and delivery decisions determine whether the operation can change safely.
Modernize the operational core without forcing a big-bang replacement
For many logistics organizations, the TMS and WMS form the operational core. They have often accumulated years of custom workflows, carrier integrations, EDI messages, local extensions and connections to ERP, finance, customs and warehouse automation.
Replacing one of these platforms is therefore not simply an application project. A realistic modernization program can follow several paths.
Transportation and logistics technology ecosystem
There is no single platform that fits every logistics network. A global shipper, 3PL, road carrier, warehouse operator and freight forwarder have very different requirements around modes, facilities, customers, partners and geographic coverage.
Nubes Consulting evaluates platforms around the target operating model, and can develop delivery relationships with specialist providers where their technology fits the architecture.
Technology from the order to the physical asset
Logistics-specific standards and platforms, alongside the engineering technologies that support them.
Modernize data exchange without breaking the partner network
Logistics has used structured digital exchange for decades. What is changing is the level of granularity and speed.
UN/EDIFACT remains a major global EDI standard for transport, customs and trade documents, with more than 200 business message types still maintained and extended. Newer standards increasingly expose shipment and asset events through APIs rather than waiting for document-level exchanges.
- GS1 EPCIS — a common model for answering what happened to an object, where, when and why across a supply chain.
- DCSA — container shipping standardizing shipment, transport, equipment, IoT and reefer events through common data and API definitions, aligned with UN/CEFACT.
- IATA ONE Record — IATA’s preferred data-sharing approach for air cargo from January 2026, replacing fragmented document exchange with shared shipment data accessible through APIs.
- eFTI — in the EU, moving regulatory freight information toward secure certified electronic platforms, with full application scheduled for July 2027 and platform preparation from 2026.
The architecture principle: do not replace every EDI interface because APIs are newer. Use APIs and events where they improve speed, visibility and flexibility. Keep established standards where the partner ecosystem still depends on them.
The system has to keep working where the operation actually happens
Logistics software does not run only in a data center or cloud region.
It reaches warehouses, yards, trucks, handheld devices, scanners, sensors, gates and automation equipment. That makes edge architecture and degraded-mode operation important.
A warehouse should not stop every time an external API becomes unavailable. A driver workflow should understand intermittent connectivity. A vehicle-data pipeline needs to handle duplicated or delayed events. Warehouse automation needs clear ownership between WMS, WES, WCS and physical equipment.
We help design these boundaries so central platforms, local operations and connected assets can fail independently where practical. Typical architecture concerns include:
- local buffering and store-and-forward
- idempotent event processing
- device identity and certificate management
- edge-to-cloud security and network segmentation
- integration with scanners, RFID and telematics
- reliable synchronization after connectivity returns
- observability from physical device to central application
Use AI to act on reliable logistics data — not to guess what happened
Logistics is a strong environment for AI because many decisions repeat at high volume.
Route choice, ETA prediction, capacity allocation, document extraction, exception handling, warehouse scheduling and maintenance all recur constantly. Current platforms are already moving in this direction, adding predictive ETA, agent-based exception workflows and continuous optimization around warehouse and transportation processes.
But the useful AI layer depends on reliable operational data underneath it. If shipment identifiers do not match, carrier events arrive late or facility data is incomplete, an AI agent can only automate the uncertainty. We therefore treat data normalization, event quality, operational rules and human escalation as part of the AI architecture.
Good uses: predictive ETA, route optimization, anomaly detection, freight-document extraction, capacity matching, delay classification, demand and labor planning, maintenance prediction and operator assistance.
Decisions that need stronger control: high-impact rerouting, dangerous-goods decisions, customs declarations, major capacity commitments and changes that can interrupt warehouse or transportation operations.
In logistics, software does not only process information — it coordinates physical work. Modernization has to protect both.
Design for a network that is always moving
Six principles that shape how we design, build and operate systems across a transport network.
Design around the modes, countries and partners in the transport chain
Logistics requirements depend on transport mode, cargo type, geography and whether the organization acts as shipper, carrier, forwarder, warehouse operator or technology provider. Nubes Consulting uses applicable rules and industry standards as architecture inputs.
Nubes Consulting provides technology architecture, integration and engineering support. Formal customs, transport, safety and legal interpretation remains with the client’s responsible specialists and authorities.
Global and cross-border
- UN/EDIFACT — structured trade and transport EDI
- UN/LOCODE — global coding of trade and transport locations
- UN/CEFACT transport data models — common models for multimodal digital trade
- GS1 EPCIS and CBV — supply-chain event visibility
- DCSA standards — ocean container booking, documentation, schedules and track & trace
- IATA ONE Record — air-cargo data exchange
- ISO 28000:2022 — supply-chain security management
- ISO 14083:2023 — calculation and reporting of transport-chain greenhouse-gas emissions
- ISO/IEC 27001 and ISO 22301 — security and business-continuity references where applicable
European Union and EEA
- eFTI — electronic freight transport information, moving freight documentation to certified electronic platforms
- ICS2 — EU advance cargo information; operators bringing goods into or through the EU must submit safety and security information
- eCMR — electronic road consignment-note data and standards where applicable
- NIS2 — relevant transport entities across air, rail, water and road are included among sectors of high criticality
- GDPR — relevant where driver, customer, location or other personal data is processed
Mode-specific rules around dangerous goods, road transport, aviation and maritime operations may add further requirements.
United Kingdom
The relevant landscape can include UK customs systems, UK GDPR, transport-sector cybersecurity requirements, CMR and eCMR where applicable, and mode-specific standards for road, maritime, rail and aviation.
North America
- FMCSA ELD and Hours-of-Service requirements, important for road carriers operating in the United States. The ELD rule applies to most drivers required to maintain records of duty status
- CTPAT — a voluntary supply-chain security framework for eligible organizations working with U.S. Customs and Border Protection
- ANSI X12 — still central to North American EDI ecosystems
- Customs, TSA, dangerous-goods and mode-specific obligations according to the operation
Middle East
Saudi Arabia: Fasah is used for digital customs and import/export processes, including declarations before arrival.
UAE: in Dubai, Dubai Trade provides a single electronic window connecting ports, customs, shipping lines, freight forwarders and other logistics actors.
National data, cybersecurity, customs and port or airport requirements should then be added according to the specific country and operation.
Asia-Pacific
Singapore: TradeNet acts as the national single window for import, export and transshipment declarations, and remains an important integration point for trade and logistics systems.
Other countries have their own customs, road, port and aviation systems, while IATA, DCSA, GS1 and UN/CEFACT standards provide a useful cross-border interoperability layer.
Modernize in stages that operations can absorb
The target platform and the transition plan have to be designed together. We first understand the physical network, operational processes and systems that cannot stop. Then we map orders, shipments, inventory, facilities, assets, integrations and external partners.
Understand the operation → Map systems & events → Design target architecture → Build coexistence → Migrate flows → Reconcile → Stabilize → Expand
The transformation is broken into bounded changes with clear coexistence, reconciliation and rollback rules.
A migration is not complete when the application is deployed. It is complete when shipments, inventory and partner data continue to reconcile correctly through the new path.
Use Nubes Consulting where architecture and operational delivery need to stay connected
A logistics program can draw on any part of the service portfolio, in the combination the engagement actually needs.
Architecture & Technology Advisory
TMS and WMS architecture, platform assessment, integration strategy, data architecture and independent technology review.
Legacy Modernization
Modernize custom logistics applications, APIs, databases and long-lived integration environments.
Cloud Platforms & Operations
Build infrastructure and platform foundations supporting logistics, warehouse and transport workloads.
DevOps & SRE
Improve software delivery, Kubernetes and platform engineering, observability and production reliability.
Cloud Migration
Move operational applications and infrastructure where hosting change forms part of the wider transformation.
Engineering Teams & Managed Delivery
Architects, DevOps and SRE specialists and managed engineering teams for defined logistics technology workstreams.
Transportation and mobility experience behind Nubes Consulting
The experience behind Nubes Consulting includes architecture and engineering work for SIXT Leasing SE, where legacy infrastructure was moved toward a cloud-based operating model and a common engineering platform was introduced across projects.
The work included a shared Kubernetes environment on AWS, CI/CD, monitoring, security architecture and leadership of the DevOps team supporting multiple applications.
The relevance to logistics and transportation is not a specific TMS implementation. It is experience building and changing distributed technology platforms where operational availability, automation and visibility matter.
Frequently Asked Questions
Do you implement Transportation Management Systems?
We can provide architecture, integration, infrastructure, migration and engineering delivery around TMS programs.
Where deep product configuration requires specialist platform expertise, we can work together with the software vendor or an experienced implementation partner.
Do you recommend one preferred TMS or WMS?
No. The choice depends on transport modes, geographic coverage, facilities, operating model, partner network, ERP environment and required level of customization.
We prefer to evaluate platforms against the target operation rather than begin with a reseller relationship.
Do we have to replace our existing EDI integrations?
No. Many logistics ecosystems still depend heavily on UN/EDIFACT, ANSI X12 and other established interfaces.
A good modernization program normally allows EDI and newer API and event models to coexist while partners move at different speeds.
Can Nubes Consulting help with real-time visibility?
Yes. We can design integrations and event architectures connecting TMS, carriers, telematics, warehouses and visibility networks, and help establish consistent shipment and asset identifiers.
Can you work with warehouse automation and robotics?
We can support the software, integration, platform and infrastructure architecture around WMS, WES and WCS, and automation environments.
Specialist industrial controls or robotics engineering can be delivered with appropriate automation partners.
Can fleet and telematics data be integrated with enterprise systems?
Yes. Vehicle, driver and asset data can be integrated into transportation, maintenance, data and analytics platforms using APIs, event streams and IoT patterns.
How can AI be used safely in logistics operations?
We prefer AI for bounded tasks where the inputs and outputs can be measured: ETA prediction, routing, document processing, exception classification and decision support.
High-impact actions should still operate inside defined business rules and escalation paths.
Can Nubes Consulting work with our existing ERP, TMS and logistics vendors?
Yes, and this is normally required. Logistics transformations cross ERP providers, TMS and WMS vendors, carriers, visibility platforms, telematics suppliers, customs systems and internal engineering teams.
Nubes Consulting can provide the architecture and technical-delivery layer across those boundaries.
Modernize the systems behind the movement of goods without slowing the operation itself
Nubes Consulting Digital helps logistics and transportation organizations modernize transportation, warehouse, fleet, data and engineering platforms through practical architecture and controlled delivery. We work from the physical operation to the technology behind it, keeping partner integration, event integrity, operational continuity and long-term maintainability visible throughout the change.
Turn your Technology Challenge into a clear Delivery Plan
Nubes Consulting Digital helps design, modernize and operate complex technology environments. From Cloud and Architecture to DevOps, SRE and Engineering Delivery, we focus on practical decisions, reliable execution and measurable business outcomes.
