Melbourne Supply Chain & Operations Technology Summit 2027

Beat the rush and join us early for complimentary barista-made coffee and breakfast.

As physical logistics networks and software dependency chains become equally critical points of failure for Australian organisations, this opening keynote makes the case for why procurement, operations, and technology leaders need a shared vocabulary and shared urgency around supply chain risk, whether the disruption comes from a shipping delay or a compromised open-source package.

• How physical supply chain resilience and software supply chain security have evolved as distinct disciplines with different owners, despite both ultimately threatening the same business continuity outcomes.
• Real examples of how a software supply chain compromise, a compromised vendor update or a dependency vulnerability, has cascaded into warehouse, logistics, and fulfilment disruption.
• Where these two risk disciplines genuinely need integrated governance, and where forcing convergence just creates confusion.

With global trade tensions, geopolitical conflict, and concentrated vendor markets creating compounding risk across both physical sourcing and critical software dependencies, this keynote examines how Australian organisations are building resilience against disruption they can't predict or control.

• How reliance on a small number of shipping routes, manufacturing regions, cloud providers, or software vendors creates systemic fragility, whether the dependency is a physical good or a critical package.
• Lessons from recent trade disruption and regional instability on which mitigation strategies have genuinely worked versus proven too costly to sustain.
• How leading organisations are shifting from planning for specific known risks toward building genuine adaptive capacity for disruption of any origin.

As Australian organisations weigh the cost of continued reliance on concentrated offshore manufacturing against the price premium of reshoring or diversifying to allied trading partners, this panel brings together procurement and operations leaders to debate whether Australia's sourcing strategies are genuinely shifting or simply talking about shifting.

• How much genuine reshoring or supplier diversification Australian organisations have achieved, versus how much remains strategic intent without follow-through.
• Quantifying what genuine supply chain diversification costs businesses, and how leaders are making the case internally when the cheaper option remains concentrated risk.
• Assessing whether current Australian government incentives for local manufacturing and critical minerals processing are genuinely shifting private sector sourcing decisions.

After being caught out by demand spikes during extreme weather events and periods of panic buying, one retail supply chain leader rebuilt their demand forecasting model to incorporate external signals such as weather forecasts, news sentiment, and historical disruption patterns that traditional forecasting had ignored.

• How the team identified that traditional forecasting models, built purely on historical sales patterns, consistently failed to anticipate demand spikes driven by external shocks.
• The specific data sources integrated into the model, and how the team validated that these signals genuinely improved forecast accuracy rather than adding noise.
• How improved forecasting was paired with a faster inventory reallocation process, since better prediction alone doesn't help without the operational ability to respond to it.

A hands-on, interactive session working through a real supply chain scenario as a room. Details announced soon.

Struggling with chronic inventory discrepancies between warehouse management systems and actual stock across distribution centres in different states, one supply chain technology leader deployed an RFID and IoT sensor network that closed the gap between recorded and actual inventory.

• How the team built the business case by tracking the actual cost of stockouts, overstocking, and manual reconciliation caused by inventory discrepancies.
• How the team prioritised which distribution centres and product categories delivered the highest return on sensor and tracking investment, rather than attempting a full network rollout at once.
• How the solution fed accurate inventory data into legacy systems, avoiding a costly and risky wholesale platform replacement.

Facing costly delays at Australian ports caused by manual customs documentation errors and processing bottlenecks, one import and logistics leader built an automated customs data integration system that significantly reduced clearance times and demurrage costs.

• How the team traced recurring clearance delays back to specific, repeated documentation errors rather than assuming delays were purely due to port congestion.
• The technical approach used to automate data flow between previously disconnected parties in the import process.
• How the team tracked the financial impact of reduced clearance times through avoided storage and demurrage costs, building a clear ROI case for the investment.

With Australian supply chains regularly disrupted by floods, bushfires, and extreme weather events affecting ports, roads, and regional distribution networks, this panel shifts focus from digital threats to the physical climate resilience challenges unique to operating supply chains across the Australian continent.

• Concrete examples of how recurring flood, fire, and extreme weather events are forcing Australian logistics and distribution networks to rebuild contingency planning around climate reality, not historical averages.
• Why supply chain resilience solutions built for dense, well-connected urban corridors don't transfer to Australia's vast remote and regional distribution challenges.
• How rising insurance costs and the sheer expense of building genuine redundancy across Australia's geography are forcing difficult trade-offs between resilience investment and commercial viability.

Small-group, discussion-based sessions where you'll work through real supply chain and logistics challenges with peers in similar roles. Roundtable topics will be announced soon.

Put your knowledge to the test in this fast-paced quiz covering real-world trivia, key concepts, and emerging trends. Compete for bragging rights — and a voucher — as the top scorer takes the crown.

Australian businesses manage increasingly complex, multi-tiered supplier networks spanning physical goods and software dependencies. This session examines why genuine end-to-end visibility, not just visibility into direct tier-one relationships, has become essential rather than aspirational.

• Why most organisations have reasonable visibility into direct suppliers and vendors but almost none into the sub-tier dependencies, subcontractors and transitive software packages, where much of the actual risk sits.
• Lessons from SBOM adoption on what genuine dependency transparency requires, and why documentation alone hasn't solved the underlying risk.
• Moving beyond dashboards and compliance reporting toward visibility that triggers real operational and security decisions when a risk is identified deep in the chain.

As AI increasingly optimises logistics, demand forecasting, and procurement decisions while simultaneously reshaping how software itself gets built and assembled, this closing keynote examines the double-edged nature of AI's growing role across the supply chain, delivering genuine efficiency while introducing risks the discipline hasn't fully reckoned with.

• Evidence-based examples of AI improving demand forecasting, route optimisation, and supplier risk scoring across Australian logistics and procurement operations.
• How AI-generated and AI-assembled code is introducing dependencies and vulnerabilities at a pace traditional review and vetting processes weren't built to match.
• What unified governance looks like for organisations using AI simultaneously to optimise physical logistics decisions and to accelerate software development, and where the risks and safeguards genuinely differ.

Organisations are increasingly depending on third-party vendors for both physical logistics and critical software components. This interactive discussion examines whether contractual risk transfer and insurance arrangements are actually protecting businesses when a vendor failure causes real operational or financial harm.

• Practical gaps legal and procurement teams are finding in indemnification and liability clauses when a vendor failure, physical or digital, causes downstream disruption.
• Assessing whether current insurance products genuinely cover the compounding risks of interconnected physical and software supply chain failures, or whether coverage gaps are being discovered only after an incident.
• How Australian organisations, particularly those with less negotiating power than large multinational vendors, are managing risk when they can't realistically dictate contract terms.

Unwind with your peers for a couple of drinks on us!

Beat the rush and join us early for complimentary barista-made coffee and breakfast.

As physical logistics networks and software dependency chains become equally critical points of failure for Australian organisations, this opening keynote makes the case for why procurement, operations, and technology leaders need a shared vocabulary and shared urgency around supply chain risk, whether the disruption comes from a shipping delay or a compromised open-source package.

• How physical supply chain resilience and software supply chain security have evolved as distinct disciplines with different owners, despite both ultimately threatening the same business continuity outcomes.
• Real examples of how a software supply chain compromise, a compromised vendor update or a dependency vulnerability, has cascaded into warehouse, logistics, and fulfilment disruption.
• Where these two risk disciplines genuinely need integrated governance, and where forcing convergence just creates confusion.

With global trade tensions, geopolitical conflict, and concentrated vendor markets creating compounding risk across both physical sourcing and critical software dependencies, this keynote examines how Australian organisations are building resilience against disruption they can't predict or control.

• How reliance on a small number of shipping routes, manufacturing regions, cloud providers, or software vendors creates systemic fragility, whether the dependency is a physical good or a critical package.
• Lessons from recent trade disruption and regional instability on which mitigation strategies have genuinely worked versus proven too costly to sustain.
• How leading organisations are shifting from planning for specific known risks toward building genuine adaptive capacity for disruption of any origin.

As Australian organisations weigh the cost of continued reliance on concentrated offshore manufacturing against the price premium of reshoring or diversifying to allied trading partners, this panel brings together procurement and operations leaders to debate whether Australia's sourcing strategies are genuinely shifting or simply talking about shifting.

• How much genuine reshoring or supplier diversification Australian organisations have achieved, versus how much remains strategic intent without follow-through.
• Quantifying what genuine supply chain diversification costs businesses, and how leaders are making the case internally when the cheaper option remains concentrated risk.
• Assessing whether current Australian government incentives for local manufacturing and critical minerals processing are genuinely shifting private sector sourcing decisions.

After being caught out by demand spikes during extreme weather events and periods of panic buying, one retail supply chain leader rebuilt their demand forecasting model to incorporate external signals such as weather forecasts, news sentiment, and historical disruption patterns that traditional forecasting had ignored.

• How the team identified that traditional forecasting models, built purely on historical sales patterns, consistently failed to anticipate demand spikes driven by external shocks.
• The specific data sources integrated into the model, and how the team validated that these signals genuinely improved forecast accuracy rather than adding noise.
• How improved forecasting was paired with a faster inventory reallocation process, since better prediction alone doesn't help without the operational ability to respond to it.

A hands-on, interactive session working through a real supply chain scenario as a room. Details announced soon.

Struggling with chronic inventory discrepancies between warehouse management systems and actual stock across distribution centres in different states, one supply chain technology leader deployed an RFID and IoT sensor network that closed the gap between recorded and actual inventory.

• How the team built the business case by tracking the actual cost of stockouts, overstocking, and manual reconciliation caused by inventory discrepancies.
• How the team prioritised which distribution centres and product categories delivered the highest return on sensor and tracking investment, rather than attempting a full network rollout at once.
• How the solution fed accurate inventory data into legacy systems, avoiding a costly and risky wholesale platform replacement.

Facing costly delays at Australian ports caused by manual customs documentation errors and processing bottlenecks, one import and logistics leader built an automated customs data integration system that significantly reduced clearance times and demurrage costs.

• How the team traced recurring clearance delays back to specific, repeated documentation errors rather than assuming delays were purely due to port congestion.
• The technical approach used to automate data flow between previously disconnected parties in the import process.
• How the team tracked the financial impact of reduced clearance times through avoided storage and demurrage costs, building a clear ROI case for the investment.

With Australian supply chains regularly disrupted by floods, bushfires, and extreme weather events affecting ports, roads, and regional distribution networks, this panel shifts focus from digital threats to the physical climate resilience challenges unique to operating supply chains across the Australian continent.

• Concrete examples of how recurring flood, fire, and extreme weather events are forcing Australian logistics and distribution networks to rebuild contingency planning around climate reality, not historical averages.
• Why supply chain resilience solutions built for dense, well-connected urban corridors don't transfer to Australia's vast remote and regional distribution challenges.
• How rising insurance costs and the sheer expense of building genuine redundancy across Australia's geography are forcing difficult trade-offs between resilience investment and commercial viability.

Small-group, discussion-based sessions where you'll work through real supply chain and logistics challenges with peers in similar roles. Roundtable topics will be announced soon.

Put your knowledge to the test in this fast-paced quiz covering real-world trivia, key concepts, and emerging trends. Compete for bragging rights — and a voucher — as the top scorer takes the crown.

Australian businesses manage increasingly complex, multi-tiered supplier networks spanning physical goods and software dependencies. This session examines why genuine end-to-end visibility, not just visibility into direct tier-one relationships, has become essential rather than aspirational.

• Why most organisations have reasonable visibility into direct suppliers and vendors but almost none into the sub-tier dependencies, subcontractors and transitive software packages, where much of the actual risk sits.
• Lessons from SBOM adoption on what genuine dependency transparency requires, and why documentation alone hasn't solved the underlying risk.
• Moving beyond dashboards and compliance reporting toward visibility that triggers real operational and security decisions when a risk is identified deep in the chain.

As AI increasingly optimises logistics, demand forecasting, and procurement decisions while simultaneously reshaping how software itself gets built and assembled, this closing keynote examines the double-edged nature of AI's growing role across the supply chain, delivering genuine efficiency while introducing risks the discipline hasn't fully reckoned with.

• Evidence-based examples of AI improving demand forecasting, route optimisation, and supplier risk scoring across Australian logistics and procurement operations.
• How AI-generated and AI-assembled code is introducing dependencies and vulnerabilities at a pace traditional review and vetting processes weren't built to match.
• What unified governance looks like for organisations using AI simultaneously to optimise physical logistics decisions and to accelerate software development, and where the risks and safeguards genuinely differ.

Organisations are increasingly depending on third-party vendors for both physical logistics and critical software components. This interactive discussion examines whether contractual risk transfer and insurance arrangements are actually protecting businesses when a vendor failure causes real operational or financial harm.

• Practical gaps legal and procurement teams are finding in indemnification and liability clauses when a vendor failure, physical or digital, causes downstream disruption.
• Assessing whether current insurance products genuinely cover the compounding risks of interconnected physical and software supply chain failures, or whether coverage gaps are being discovered only after an incident.
• How Australian organisations, particularly those with less negotiating power than large multinational vendors, are managing risk when they can't realistically dictate contract terms.

Unwind with your peers for a couple of drinks on us!