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Worldwide Robotics & Automation Awards

Recognizing engineering excellence in robotics, autonomous systems and industrial automation.

Leonardo da Vinci designed a mechanical knight in the 1490s: a suit of armour driven by cables and pulleys, capable of sitting, standing and moving its jaw and arms. It was, by any measure, the world’s first documented robot. It was built as an engineering proof-of-concept that the mechanisms of life could be replicated and put to work.

Five centuries later, robotics and automation are fulfilling that proof at a scale and sophistication Leonardo could not have imagined.

The DaVinci Awards® celebrates exceptional achievement in robotics and automation: the products, platforms and systems deploying machines to work alongside, or in place of, human operators across industry, healthcare, agriculture, logistics and daily life. From the factory floor to the operating theatre, or the open field to the deep warehouse, the organizations and individuals advancing this field deserve recognition commensurate with their engineering ambition.

Worldwide innovation awards

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Robotics and automation have entered a new era. The industrial robot bolted to the factory floor has been joined by collaborative robots sharing workspaces with people, autonomous mobile robots navigating dynamic warehouses without fixed infrastructure, surgical systems extending the precision of a human hand, and agricultural machines harvesting crops or monitoring soil health without human guidance. Humanoid platforms are moving from research demonstrations toward commercial deployment. Drone systems are operating beyond line of sight. The boundary between robotics and artificial intelligence is dissolving.

The DaVinci Awards® recognises the full spectrum of this innovation — from the mechanical design and actuator engineering that gives a robot its physical capability, to the software stacks, sensing systems and machine learning models that give it intelligence and autonomy. Entries are welcomed from hardware manufacturers, software developers, systems integrators and research teams bringing robotic and automation products to commercial deployment.

Whether your innovation operates on the production line, in an operating suite, across an agricultural holding, inside a logistics hub or in the home, the award recognises the same thing: rigorous engineering that delivers measurable real-world value.

If your product advances the state of the art in physical automation, through novel mechanical design, intelligent control, adaptive sensing, or the software architectures that tie it all together, a DaVinci Award® could be yours.

Award for medical surgery robotics

Worldwide innovation awards

Areas of Interest

The DaVinci Awards® recognizes outstanding feats of human ingenuity and engineering excellence in robotics and automation. Entries are welcomed from individuals, teams, startups and established enterprises based anywhere in the world. Areas of interest include, but are certainly not limited to:

  • Industrial & Manufacturing Automation: Assembly and pick-and-place robotics | Welding, painting and surface treatment systems | Collaborative robots (cobots) for shared human-robot workspaces | Automated quality inspection and defect detection

  • Autonomous Mobile Robots & Logistics Automation: Warehouse AMRs and goods-to-person fulfilment systems | Autonomous forklifts and heavy-load handling | Last-mile and autonomous delivery vehicles | Sorting, inventory management and supply chain automation

  • Surgical, Medical & Rehabilitation Robotics: Robotic-assisted surgical systems | Rehabilitation and physical therapy robotics | Prosthetics and orthotics control systems | Remote surgical platforms and teleoperation

  • Agricultural & Environmental Robotics: Autonomous harvesting, planting and crop management systems | Precision spraying and soil monitoring robots | Drone-based agricultural surveillance and analysis | Aquaculture and marine autonomous systems

  • Service, Consumer & Humanoid Robotics: Hospitality, retail and customer-facing service robots | Domestic and personal assistance robots | Humanoid platforms for general-purpose tasks | Companion and social interaction systems

  • Drone & Aerial Autonomous Systems: Commercial inspection and survey drones | Autonomous aerial delivery platforms | Multi-drone coordination and swarm systems | Beyond-visual-line-of-sight (BVLOS) operations

  • Robot Software, Control & Simulation: Robot operating systems and middleware | Motion planning and path optimization | Simulation environments and digital twin platforms | Fleet management and multi-robot orchestration

  • Sensing, Perception & Spatial Intelligence: LiDAR, depth-sensing and 3D mapping | Computer vision and object recognition for robotic deployment | Tactile sensing and force-feedback systems | Multi-modal sensor fusion architectures

Robotics engineering

Impress the judges

Ingenuity of Engineering Approach

Robotics is where mechanical design, electronic engineering and software development converge. The DaVinci Awards® judges assess all three. Show the thinking behind the innovation: what technical, mechanical or control challenges were overcome, why your solution is novel, and how your product advances the state of the art in physical automation. Entries that demonstrate genuine engineering originality: perhaps a novel actuator mechanism, a new approach to real-world perception, or a control architecture that outperforms existing systems, will score strongly on this criterion. Highlight choices that differentiate your system from existing robotic and automation products, and explain why those choices represent substantive advances rather than incremental refinement.

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The Problem Solved

Every robotic system deployed in the real world exists to do something better than it was done before: safer, faster, more precisely, more reliably, or in environments where human operation is hazardous or impossible. Clearly explain the problem your innovation addresses, the operational environment in which it is deployed, and the measurable improvements it delivers. Quantifiable outcomes are particularly valued: cycle times reduced, error rates lowered, and processes that were previously un-automatable now operating reliably at scale. Judges also weigh safety performance (particularly for systems operating alongside people) and the practical reality of deployment.

Unmanned Mars rover
Unmanned Mars rover
Cleaning robot

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Scalability & Legacy

The DaVinci Awards® is interested in innovations with lasting significance. Describe how your robotic or automation system can evolve: additional capabilities, new deployment environments, integration with broader manufacturing, logistics or healthcare ecosystems. Explain how your platform enables future development — through open interfaces, modular hardware design, or a software architecture capable of absorbing new sensing and learning capabilities as the field advances. Entries that demonstrate a credible path from current deployment to wider adoption, and that show an understanding of how their innovation contributes to the long-term trajectory of robotics and automation, will score strongly here.

Leaders in Robotics & Automation

Spotlights

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Winners’ rewards

Promoting your success

Winners may make full use of The DaVinci Awards® hallmark of excellence, linked to your level of accreditation, on all relevant materials.

DaVinci Star Line
DaVinci Awards one-star
DaVinci Awards two-star
Three-star DaVinci Award badge

All winners also receive a DaVinci Awards® trophy, and substantial press opportunities working in partnership with our editorial team. Find out more.