The Electrification Tipping Point

As regional clean mobility accelerates, this track examines the key operational hurdles of Indonesia’s EV transition—from urban charging infrastructure, multi-powertrain dynamics, and battery data transparency to independent workshop upskilling, safety standards, and aftermarket service ecosystem readiness.

Panel Discussion: The Blueprint for Mixed-Electrification: Integrating Urban Infrastructure with Battery Data Transparency

• Infrastructure Strategy for Density: Adapting global mega-city charging frameworks to Jakarta’s unique urban layout while coordinating with utility providers (like PT PLN) to build an accessible, grid-stable open network.
• Powertrain Dynamics (BEV vs. PHEV vs. HEV): Balancing localized investment incentives with multi-powertrain market growth to align real-world consumer adoption with regional grid capacities.
• Securing Consumer Trust through Data: Leveraging advanced diagnostic tools and standardized battery State of Health (SoH) metrics to overcome buyer hesitation and stabilize vehicle values in the secondary/used market—particularly under tropical climate conditions.

Panel Discussion: EV & Hybrid Aftermarket Readiness: Building Indonesia’s Service Ecosystem for the Next Wave of Electrification

• Service Capacity Redefined: How quickly can the independent aftermarket realistically absorb complex mixed-powertrain vehicles without compromising OEM safety standards?   
• The Capital Expenditure Dilemma: Balancing workshop capital investments between heavy hardware upgrades (for BEVs) and specialized sensor calibration equipment (for Hybrids).  
• Ecosystem Stakeholder Alignment: Defining the roles of government agencies, parts distributors, global technical institutions, and local repair shops in accelerating a highly trusted, safe, and profitable electrification ecosystem. 

Automotive Manufacturing & Industry 4.0 in Jakarta

Anchored in the "Making Indonesia 4.0" framework, this track explores smart factory adoption—from digital twins and robotics to SME supply chain digitalisation—highlighting Indonesia’s shift from traditional assembly lines into an advanced, high-precision manufacturing and export hub.

The Smart Factory Roadmap: Scaling Low-Cost and Modular Automation for Jakarta's Production Lines

• This session focuses on modular factory upgrades, line bottleneck analysis, and government-backed digitalization frameworks.
• It sets the stage by addressing the Making Indonesia 4.0 framework, explaining how local assemblers can retrofit existing lines with affordable IoT sensors and basic automation to track overall equipment effectiveness (OEE) without needing massive, unfeasible capital layout. 

Bridging the Digital Gap: Implementing 'Link-and-Match' Partnerships Between OEMs and Local Component SMEs

• This session examines how strategic "Link-and-Match" partnerships between global OEMs and local component SMEs are transforming Indonesia’s automotive supply chain. 
• Discover how affordable, cloud-based quality control and component traceability platforms enable local suppliers to meet strict international standards, while leveraging bilateral funding programs like JICA and Kemenperin initiatives to finance critical digital upgrades.

Panel Discussion: Accelerating the Supply Chain: Overcoming Capital and Technical Barriers in Automotive Manufacturing Digitalisation

• This panel addresses the crucial structural and technical hurdles preventing local suppliers from reaching global zero-defect benchmarks.
• Explores collaborative models for funding shop-floor modernization and workforce upskilling—offering actionable takeaways to transform Indonesia's automotive value chain into a resilient, digitally transparent, and competitive export powerhouse.

Intelligent Mobility & AI-Driven Solutions

This track explores the intersection of data-driven automotive solutions and next-generation mobility ecosystems. Topics focus on the deployment of Software-Defined Vehicles (SDVs), enterprise fleet telematics, cloud-coordinated logistics, and automated digital value chains. Sessions will examine how global data standards, predictive logistics modeling, and enterprise service platforms optimize fleet operations, secure components tracking, and scale intelligent transport networks across Southeast Asia.

The Software-Defined Vehicle (SDV): How AI-Driven Operating Systems are Redefining Automotive Value and Fleet Operations

• Predictive Fleet Intelligence: Harnessing embedded AI and SDV architecture to optimize commercial fleet utilization, automate dispatching, and proactively resolve supply chain bottlenecks.
• Recurring Value & Monetization: Shifting from transactional vehicle sales to recurring revenue models through over-the-air (OTA) updates, software features, and AI-driven mobility services.
• Vehicle-to-Cloud Cybersecurity: Safeguarding connected telematics pipelines, cloud data exchanges, and public-private network integrations against advanced cyber threats.

The Digital Value Chain: Standardised Parts Traceability and Intelligent E-Commerce in the Modern Aftersales Ecosystem

• Adopting global data standards: Utilizing standardized, OE-compliant cataloging to ensure precise vehicle identification across complex multi-brand networks, eliminating costly parts mismatching and high return rates.
• Automating B2B supply chains: Transitioning regional distributors and enterprise fleet managers from manual workflows to automated B2B order, invoice, and returns management infrastructure to optimize inventory velocity.
• Securing digital traceability: Leveraging end-to-end component serialization and Market Analytics (VIO data) to verify parts authenticity, combat counterfeit risks, and transition to predictive inventory placement.

Physical AI in Motion: Deploying Humanoid Robots and Intelligent Kinetics in Automotive Warehousing and Sorting Hubs

• Sharing on real-world use cases of humanoid bipedal systems working alongside humans in fulfillment centers without restructuring existing warehouse geometry.
• Overcoming unstructured environments: How "Computer Vision" and "Physical AI" allow robotic platforms to adapt to various part weights, dimensions, and packaging formats.
• The commercial timeline: Analyzing ROI and scaling costs for introducing humanoid labor into regional distribution networks over the next 3 to 5 years.

Panel Discussion: The AI Mobility Horizon: Synthesizing Intelligent Fleet Hardware, Autonomous Logistics, and Next-Gen Workforce Realities

• The Infrastructure Challenge: What digital and physical upgrades do regional distribution networks require to handle AI-coordinated fleets and humanoid material sorting?
• The Skills Transition: How do automotive enterprises rapidly build a "Prompt and Robotics-Ready" workforce to monitor autonomous mobility systems?
• The Policy Alignment: Navigating regulatory frameworks for autonomous transport data, machine vision privacy, and workplace robotic co-existence.

Circularity & Sustainable Tech Operations

This track explores the commercial pathways of automotive sustainability—from localized EV battery recycling and second-life archipelago storage to regulatory compliance and transforming green diagnostics and emissions testing into profitable, high-volume aftermarket service lines.

Battery Recycling Technologies: Establishing Local Extraction Facilities for Precious Materials

• Mapping the regulatory landscape for hazardous waste (B3) handling and battery disposal mandates in Indonesia.
• The Black Mass Economy: Technical and economic pathways to setting up local hydrometallurgical and pyrometallurgical processing facilities.
• Creating a standardized collection network: Overcoming the logistics hurdle of moving spent EV batteries safely from local workshops to central recycling hubs.

Second-Life Use Cases for Retired EV Batteries: Stationary Energy Storage Solutions (ESS) for the Indonesian Archipelago

• Cell Grading & Quality Benchmarks: Establishing technical protocols for testing, sorting, and grading retired EV battery cells to ensure safe and reliable second-life energy storage deployment.
• Archipelago Microgrid Deployment: Integrating second-life Energy Storage Systems (ESS) with solar and wind assets to deliver resilient power across Indonesia’s remote islands and off-grid tourism hubs.

Panel Discussion: Circular Batteries, Green Materials & Low-Emission Operations: Turning Sustainability into Aftermarket Revenue

• The Profitability of Green: Transforming emission testing and battery diagnostic checks into highly profitable, high-volume workshop service lines.
• Synchronizing policy with profit: How the Ministry of Environment, automotive OEMs, and independent repair networks can co-create a seamless, profitable circular economy.

Fleet Management & Logistics

This track examines the economic and operational roadmaps for commercial fleet electrification in Greater Jakarta—focusing on Total Cost of Ownership (TCO) dynamics, innovative financing, smart depot charging engineering, and overcoming last-mile logistics hurdles to scale sustainable fleets.

Total Cost of Ownership (TCO) Dynamics: The Economics of Commercial Fleet Electrification in Greater Jakarta

• Financing the Transition: Analyzing the breakdown of upfront CapEx vs. long-term OpEx savings (fuel/maintenance) specifically for last-mile delivery vans and heavy commercial vehicles.
• The Battery Depreciation Factor: Calculating residual vehicle values, battery degradation costs in tropical urban climates, and how they impact corporate balance sheets.
• Financing Models for Scale: Exploring the viability of alternative financial structures, such as Battery-as-a-Service (BaaS) and specialized fleet leasing models, to lower entry barriers for regional logistics operators. 
  

Smart Depot Infrastructure: Optimizing High-Capacity Charging and Fleet Duty-Cycles

• Peak Demand & Grid Management: Implementing smart charging algorithms and energy management software to avoid expensive peak-demand utility charges from PT PLN during synchronized fleet plug-ins.
• Maximizing Duty-Cycles: Designing spatial and scheduling workflows for high-capacity fast charging without creating operational bottlenecks or compromising driver shift patterns.
• Future-Proofing Depot CapEx: Designing modular charging yards that allow operators to scale up from small pilot fleets to hundreds of commercial vehicles without requiring complete infrastructural retooling.

Panel Discussion: Scaling Sustainable Fleets: Commercial EV Realities, Depot Engineering, and Urban Fleet Logistics

• The Reality of Last-Mile Delivery: Balancing real-world operational constraints (e.g., traffic density, payload capacities, driver training) with sustainability mandates in Greater Jakarta.
• Breaking the Infrastructure Bottleneck: Identifying the critical friction points between logistics operators, private charging providers, and state utilities in fast-tracking depot power allocations.
• MNC Expectations vs. Local Supply: How multinational logistics brands and local e-commerce giants view the availability and reliability of commercial EV platforms currently available in the Southeast Asian market.