Transport and logistics organisations typically operate in an environment where speed, accuracy and coordination are critical. Yet across many operations, it appears core workflows still rely on manual handling, disconnected systems and fragmented information.
As supply chains become more complex and customer expectations continue to rise, these inefficiencies are becoming harder to manage. Recent research suggests that 63% of organisations have experienced increasing complexity across their supply chains, placing greater pressure on coordination, visibility and operational resilience.1
Below are five common workflow bottlenecks that continue to slow down transport and logistics operations, and what we see organisations are doing to address them.
Many transport and logistics operations appear to still rely on paper-based or semi-manual processes for freight documentation, delivery records and proof of delivery.
These processes can potentially create delays, increase the risk of errors and make it difficult to access information when it is needed. In high volume environments, even small inefficiencies could quickly scale.
Automation technologies could deliver productivity improvements of between 15% and 30% across logistics operations, highlighting the scale of opportunity to reduce manual processes. 2
How organisations are addressing this:
- Digitising freight and delivery documentation
- Automating data capture and validation
- Enabling fast access to delivery records across teams
Logistics environments often involve multiple systems across transport, warehousing, finance and customer service. When these systems are not well integrated, information can become fragmented and difficult to access.
Many organisations continue to face challenges integrating systems and data, limiting visibility and operational efficiency.3
This can result in duplicated data entry, delays in communication and limited real time insight into operations.
How organisations are addressing this:
- Integrating workflow automation with ERP and warehouse management systems
- Connecting data across operational platforms
- Reducing manual handoffs between systems
Finance processes in logistics environments are often closely tied to operational workflows such as proof of delivery, freight documentation and customer billing.
Where these processes rely on manual validation or disconnected systems, delays can potentially occur in invoicing, reconciliation and approvals.
This can impact cash flow, increase administrative workload and create friction between operational and finance teams.
In environments where operational and finance systems are disconnected, delays in invoicing can impact working capital and financial performance.
How organisations are addressing this:
- Automating invoice processing and approvals
- Linking finance workflows to operational data
- Reducing manual validation and rework
It appears many organisations continue to operate with limited visibility across their end to end supply chain.
This can make it difficult to track shipments, monitor performance or respond quickly to disruptions. Improving visibility remains a key focus for supply chain leaders, particularly as operations become more distributed and data driven.4 More than 70% of supply chain leaders are investing in digital and AI capabilities to improve visibility, coordination and operational performance.5
Without clear visibility, organisations are often forced into reactive decision making rather than proactive planning.
How organisations are addressing this:
- Centralising operational data and reporting
- Improving access to real time information across teams
- Using automation to support more consistent data capture
As logistics operations become more connected, the risk profile can also increase.
Systems used across transport, warehousing and finance environments often contain sensitive operational and customer data. At the same time, distributed workforces and mobile access may create additional complexity in managing access and security.
Over 87,400 cybercrime incidents were reported in Australia in the 2023 to 2024 financial year, highlighting the scale of cyber risk facing organisations.6
For logistics providers, disruptions to systems or data can potentially have immediate operational and commercial impacts.
How organisations are addressing this:
- Strengthening identity and access management
- Improving visibility across systems and endpoints
- Implementing backup and recovery strategies
- Embedding cybersecurity into operational environments
Across transport and logistics environments, it is observed that these bottlenecks are rarely isolated. They often exist across multiple workflows and systems, compounding inefficiencies over time.
As organisations continue to invest in automation and AI, the focus is shifting towards reducing manual intervention and improving how workflows connect across systems. 5
Rather than addressing individual issues in isolation, many organisations are taking a more connected approach. This includes linking workflows, integrating systems and improving how data is captured and shared across operations.
By doing so, organisations can look to reduce manual workload, improve visibility and support more consistent, efficient operations.
Improving supply chain performance does not always require large scale system replacement.
In many cases, the opportunity lies in improving how existing processes, systems and information work together.
By focusing on workflow automation, system integration, secure IT environments and information management, transport and logistics organisations can look to reduce operational friction and build a more resilient foundation for growth.
Addressing these bottlenecks often requires more than isolated fixes. Many organisations are looking towards how to improve how workflows, systems and information connect across their operations.
At FUJIFILM Business Innovation Australia, we look to help transport and logistics organisations improve operational performance by combining workflow automation, IT services, cybersecurity and information management.
This includes:
- Identifying manual and fragmented workflows across freight, finance and operational processes
- Designing automated workflows that help reduce delays and improve consistency
- Integrating systems across ERP, warehouse management and operational platforms
- Strengthening cybersecurity and access controls across distributed environments
- Supporting reliable IT environments across depots, warehouses and head office.
By taking a connected approach, organisations are enabled to improve visibility, reduce manual workload and support more predictable operations across the supply chain.
If you are looking to reduce operational bottlenecks and improve visibility across your logistics environment, take the first step in understanding where potential inefficiencies exist across your workflows.
Explore how FUJIFILM Business Innovation Australia supports transport and logistics organisations with connected IT, automation and secure information management.
- PWC (2026). Reinventing Supply Chains 2030. Available at: https://www.pwc.com.au/consulting/reinventing-supply-chains.html
- McKinsey & Company (2023). Automation in logistics: Big opportunities, bigger uncertainty. Available at: https://www.deloitte.com/us/en/insights/industry/manufacturing-industrial-products/agentic-supply-chain-artificial-intelligence-manufacturing.html
- Gartner (2023). Top Supply Chain Technology Trends. Available at: https://www.gartner.com / https://www.scribd.com/document/670278558/gartner-supply-chain-top-25-for-2023-forLQT
- Deloitte (2023). Supply Chain Trends and Insights Report. Available at: https://www.deloitte.com/ce/en/services/consulting/perspectives/supply-chain-management-insights.html
- Deloitte (2024). Agentic supply chains: AI in manufacturing and logistics. Available at: https://www.deloitte.com/us/en/insights/industry/manufacturing-industrial-products/agentic-supply-chain-artificial-intelligence-manufacturing.html
- Australian Cyber Security Centre (2025). Annual Cyber Threat Report 2024–2025. Available at: https://www.cyber.gov.au/about-us/view-all-content/reports-and-statistics/annual-cyber-threat-report-2024-2025