Solutions - Autonomous Ecosystem
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Aidrivers.ai presents an AI-enabled autonomous ecosystem designed to enhance operational efficiency and reduce costs in the ports industry, addressing challenges like high operating expenses and labor shortages. This system supports sustainable and resilient operations without requiring infrastructure changes and offers features such as precision mapping, tele-diagnostics, and autonomous vehicle navigation. Ultimately, the solution aims to lower carbon emissions and improve port competitiveness while delivering a significant return on investment.
Solutions - Autonomous Ecosystem
- 2. Maritime Port Insights Autonomous Solution The ports industry is suffering from high operating costs, labour shortages and inefficiency, due to a lack of operations optimisation required to improve productivity and reduce operational costs, according to global research. The only solution in the market that meets the needs of port operators for sustainability, resiliency, efficiency and cost-reduction without the need for environment change or infrastructure upgrade. 76% Challenge of Optimisation 67% Operational Cost Reduction 52% Improving Yard Operations
- 3. An AI-enabled autonomous ecosystem is the primary digital infrastructure for ports that delivers sustainable transport automation to meet the need for resiliency, efficiency, productivity and decarbonisation, without any requirement for environment change or infrastructure upgrade. An autonomous ecosystem is the enabling digital infrastructure that will transform the ports industry with sustainable operations 03. AI-enabled autonomous systems provide human level capability with cognitive ability for operations resiliency 02. 01. Scalable and affordable solution to increase efficiency and productivity Operation-Agnostics Cloud Services for Connected Industrial Vehicles Port Terminal AI and Autonomous Digital Infrastructure Industrial Machinery and Vehicles Terminal Operating System ( TOS ) Platform-Agnostic Edge Autonomy
- 4. Autonomous Ecosystem At Aidrivers, AI-enabled autonomy for industrial mobility automation has been our focus. We develop hardware-agnostic autonomous ecosystems tailored to meet the needs of industrial operations, particularly in the ports and logistics sector. Cloud services include secured V2X, remote operations, tele-diagnostics and AI analytics for connected industrial vehicles. Edge autonomy for self-managed autonomous vehicles to operate in existing mixed traffic environments and applicable to smart cities. AI-enabled autonomous simulation generated from the real environment to enable continuous optimisation. AIDRIVERS AIOS Navigator AIfo Operator AIse Simulator
- 5. AIdc Navigation AIpe Perception AIde Localisation AIOS is equipped with precision 3D mapping and localisation, AI-enabled perception with situation cognisance and responsive autonomous drive with behavioural model of articulated vehicles for complex manoeuvring and navigation. Autonomous, Intelligent Operating System A platform-agonistic, edge autonomy system designed for natural navigation of articulated heavy vehicles in harsh industrial environments to service demanding operations. Innovative autonomous engine for articulated vehicle drive which enables complex manoeuvring, industry regulation-aware and fuel efficiency navigation for sustianable driving. Autonomous driving with precision control Multi-model perception with sensing safety that provides environment hazard analysis and reasoning for real traffic mixing. AI perception with situation cognisance Multi-type sensor fusion with resilient error modelling to provide precision positioning with failsafe function in dynamic port environment. Precision 4D mapping and localisation Navigator AIoS
- 6. AIDE is AI-enabled drive environment for connected vehicle and multi-sensory data fusion with resilient error modelling to render an HD 4D map of the environment to provide precision positioning with failsafe function in low dynamic and highly metallic environments such as container ports. Localisation Provides a 4D environment map with loop closure including road network DNA and traffic rules for safer and self-aware mobility. HD 4D Mapping Scalable localisation approach with precision positioning that enable accurate contextual perception and environment awareness. Precision Positioning Semantic representation of position errors which enables optimum global path planning and predictability. Localisation Heat Map Multi-layer mapping and localisation process with multi-type sensor fusion which provides redundancy and failsafe mechanism. Safety in Design Provides adaptive error modelling of multi-format complex data for reliable precision positioning in an uncertain world. Resilient Error Modelling High-resolution environment attention model provides environment change detection for undisruptive operation and change monitoring. Dynamic Map Change Detection aide
- 7. AI-enabled Perception with Situation Cognisance enables the identification of hazardous objects in mixed traffic. Heterogenous sensor-based multi-model perception with 360 degree detection and tracking range of 250-500 metres provides redundancy through its multi-layer data fusion and safety through its intelligent hazard analysis of each detected object in live mixed traffic navigation. Perception Texture Processing Vision Motion Processing Radar Volumetric 3D Processing 3D Lidar Multisensory Data Fusion Data Fusion aipe
- 8. AIDC is capable of driving industrial heavy vehicles between speeds as slow as 1 km/h and as high as of 35 km/h and provides precision drive control of industrial heavy vehicles with dynamic computing for vehicle speed control and trajectory, path planning with driveability including overtaking and change of lane, delivering a natural driving experience. AI analytics with perception map for effective scheduling Remote operations and tele-diagnostics V2X enabled connected operations 01. 02. 03. Navigation AIdc
- 9. The specialised Ai-enabled fleet operator is designed to improve business operations, safety and productivity by delivering V2X enabled connected operations, tele-operations, tele-diagnostics and AI analytics with perception for effective scheduling, efficient path planning and self-aware environment. Ai analytics with preception map for effective scheduling Remote operations and tele-diagnostics V2X enabled connect operations 01. 02. 03. Operator AIfo
- 10. Autonomous integrated simulation engine is a true metaverse environment based on HD 3D Map with global map coordinates system and embedded autonomous capability which provides real world operation experience for zero downtime deployment and continuous optimisation. Immersive operation data insight and real-time digital twinning for visualisation of connected operations Simulator New dimension for data augmentation and data re-scaling for operations knowledge creation Metaverse environment for TOS operation optimisation 01. 02. 03. AIse
- 11. Benefits Convert escalating wage bills into investment with tangible ROI in 1-2 years. Return On Investment Automation is made accessible as it is deployable at scale within existing infrastructure without any environment change. Scalable Reduced labour and maintenance costs and improved energy efficiency to support market competitiveness. Cost Reduction Calculated use of equipment to eliminate energy waste with autonomous vehicles efficiency and effective scheduling delivers decarbonisation. Decarbonisation AI-enabled autonomous solutions enable continuous optimisation of fleet usage and extend equipment lifetime. Optimisation Cognitive automation with autonomous self-aware systems provides connected operations and resiliency for high demanding port operations. Resilience Our solutions are reshaping the industrial mobility landscape for a sustainable future, with the ability to reduce annual global port truck GHG emissions by 3.2 million tons of CO2, which is equivalent to planting 19.5 million trees or a 1.3 billion litres fuel saving.
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