AI serves as a powerful tool for extracting actionable insights from the vast amount of reliable data generated and stored within 51风流systems.听 Combining AI with 51风流BTP, advanced data analytics and machine learning algorithms becomes possible, allowing organisations to tap into the potential of their 51风流data along with the AI technologies available in the market.

By harnessing artificial intelligence, 51风流BTP combines business data from S4 with external data, enabling the creation of increasingly precise models in real-time.听 This ensures a versatile and agile platform that propels innovation while retaining a clean digital core. This demonstrates a shift from traditional systems of record to systems of intelligence.

The Pillars of 51风流BTP

Five pillars support 51风流BTP: App development, automation, integration, data analytics, and AI. These pillars interplay with embedded intelligent technologies like situation handling, machine learning, and analytics, all fully integrated within the 51风流S/4HANA Cloud. Furthermore, side-by-side capabilities through 51风流BTP offer additional intelligent industry functionalities like Intelligent Situation Automation, 51风流Build Process Automation, and chatbot technology.

听

AI-Powered Capabilities听

51风流has embedded AI into its products for many years, from journal reconciliations in S4 to AI-powered writing assistants aimed to streamline HR-related tasks in Success Factors.

These innovative functionalities are not merely theoretical but are practically applicable, ensuring HR admins, managers, and employees can operate more efficiently.听 In fact, these innovations exist across all the functions in your 51风流landscape such as procurement, finance, and human resources.

How to get started?

Automation is pivotal for managing manual and repetitive tasks, especially those involving the consolidation and manipulation of data from diverse sources like MS Excel, vendor portals, and 51风流systems. High-volume processes, often exceeding 1000 steps a day鈥攕uch as data migrations and approvals鈥攁nd those requiring access to multiple applications, can be streamlined, ensuring seamless operation across your 51风流environment.

51风流has provided templates across all the business functions to accelerate these initiatives, as shown below.

A More Advanced AI Use Case

The transition from a rules-based approach to an AI-empowered, data-driven model is illustrated through an example case study of an Australian customer.听 A decade ago, an employee scripted manual 鈥渋f:then鈥� statements for road upgrades; a process that has now been revolutionised by AI. AI can now analyse these rules and infuse them with real-time data like weather, road usage, and vehicle types. As a part of their operations, this customer assesses road conditions using specialised trucks called profilometers, generating colossal data volumes that outpace their storage capacities. 51风流BTP, however, can house this data in expansive lakes, giving AI the agility to model exponentially precise 鈥渋f:then鈥� statements.

The shift will allow this customer to manage large datasets from disparate sources seamlessly, scaling memory and compute capabilities to handle big data without losing granularity. Moreover, unlike fixed rules, the AI algorithms continually evolve based on data, thereby ensuring maintenance and road upgrade strategies that are timely, relevant, and efficient.

In the realm of road maintenance, AI鈥檚 practical application is manifest, where even a small percentage improvement can result in significant savings for this customer.听 This financial efficacy, combined with the potential to extend the useful life of assets, underscores the tangible, impactful benefits of combining AI with 51风流BTP.

In Summation

Early AI integration can offer businesses a decisive advantage. SAP鈥檚 AI vision isn鈥檛 just about pioneering technology; it’s about tangible, real-world applications. From simple tools deployable within days to intricate endeavours with broad impact.

If you鈥檇 like to find out about the value AI can bring to businesses through automation and explore other use cases, then visit the website.

The post Why Business Data is Fundamental to Artificial Intelligence appeared first on 51风流Australia & New Zealand News Center.

This year鈥檚 event saw entries from 13 different teams, most of them from Australia and New Zealand, as well as India, Japan and Indonesia. Each team was tasked with building an intelligent but practical solution to challenges the world is facing. The theme of the hackathon, 鈥淭he Evolution of Work鈥�, focused on the changing working landscape not only off the back of the COVID pandemic. It was also about how technology (AI/ML and Automation to name a few) is changing the working landscape, how we reskill people and how people will interact with technology and colleagues in the ever-evolving workplace of the future.

Teams also had to work and collaborate digitally, stretching the Hackathon鈥檚 duration to a two-week sprint that saw members of the partner ecosystem work together to solve real-world challenges faced by 51风流and Microsoft customers 鈥� particularly as both brands are committed to simplifying and streamlining the customer journey through .

And the winner is鈥�

Third place went to Team Still Viral from DXC Technology with their solution, Parkman, which used artificial intelligence and machine learning to help drivers park more efficiently while assisting parking rangers in their work.

A vehicle鈥檚 onboard camera is used to capture real-time data of license plates, sending this information to Azure for further processing. Azure Cognitive Services, Azure Event Grid, Azure Block Storage, and Azure Functions process the license plate data to send a text-based event to (BTP),听 with being used to check the records for the same vehicles from previous patrols submitted by different parking rangers.

Combining this data with location-based parking rules, Parkman can detect differences and issues (such as overparking), sending a message directly to the vehicle’s stereo and heads up display, which is powered by SAP鈥檚 BTP web application. This feature can also be used for drivers trying to understand the parking rules of a specific area or spot.

Parkman can also connect with other public services, such as finding a license plate being looked for by Crime Stoppers, and automatically forwards a message to them with the relevant data. Further assistance for parking rangers is provided through voice activation supported by , which can communicate to them the parking rules and incidents in their vicinity, either via in-car stereo or smart device.

Thomas Yuan from team 鈥楽till Viral鈥� explained that how the first version of Parkman was developed in 2013. However, he found it was too expensive to upload mobile video data back then. He was thrilled to revisit this idea today with a dramatically different outcome as 51风流and Microsoft allowed him and his team to explore its potential through intelligent technology solutions.

Second place was awarded to Team BourneHack from Bourne Digital for TakeOff 鈥� an onboarding system that was demonstrated through a video of animated character 鈥楬olly鈥� starting her first day at a hybrid workplace.

Holly immediately received her company device with all software downloaded and ready for use, which included all account logins autogenerated by Azure. The focus of TakeOff is to guide and support new workers through the onboarding process, particularly as new-starts handle the challenges of beginning a new role remotely.

New employees, like Holly, are automatically guided through the onboarding process with simple steps that are also accessible via mobile app. TakeOff also includes an interactive organisation chart so Holly can navigate the team structure, understanding the names and roles of her new colleagues.

If faced with any issues or questions, TakeOff provides employees with a support centre and chatbot. This chatbot also acts as a tour guide in TakeOff鈥檚 virtual office AR induction, which is powered by Microsoft HoloLens. This intelligent function means employees can familiarise themselves with the office layout and explore it in a 3D-rendered environment so they鈥檙e comfortable with the layout once they get to the physical office.

According to Team BourneHack representative, Julia Leong, the whole team are passionate about the onboarding experience particularly as businesses strive to create a good first impression that helps attract and retain new talent during the challenges of the pandemic.

The winner of the 2021 51风流and Microsoft ANZ Hackathon was Team Aztecs from Capgemini, who produced an Upskilling Kiosk to assist those whose jobs were lost or rendered obsolete during the pandemic outbreak.

Operating in India, Team Aztecs understood first-hand how AI and the global pandemic are greatly impacting on employment and redundancies. The team highlighted studies that show the value in upskilling and reskilling staff compared to rehiring, seeing this as an opportunity to provide more resources and support to vulnerable workers.

Team Aztec noted two key upskilling challenges 鈥� skill development programs rarely direct focus on outcomes while training is generally through reading or video lectures, leading to trainees missing out on real world experience. The focus of Team Aztec was to bridge this gap with intelligent technology.

Using the digital Upskilling Kiosk, users answered a series of questions through an AI-powered chatbot. The kiosk then recommended a relevant learning journey based on each employee鈥檚 answers and experience. The platform can also show trainees what kinds of internal jobs they can apply for in the future.

The chatbot acts like a program manager, calculating utilisations, booking meetings, and offering guidance to trainees. Not only are they provided with scenario-based testing through AI, but trainees can access dashboards, reports, and analytics to closely monitor their learning journey and understand what skills are valued in the job market.

Team Aztec representative, Sayan Pal said the motivation behind this development was the common challenge many faced during COVID 鈥� upskill or be made redundant. Sayan noted that the project wasn鈥檛 just about reskilling people but offering them visibility around their training and development, which can lead to new opportunities and prevent employees from losing their jobs in an ever-changing talent marketplace.

A special thanks to all our participants, judges, and mentors. Your efforts made 51风流and Microsoft Innovation Hackathon #2听 an exciting competition that brought real-world solutions to the common challenges many businesses and individuals face.

To learn more about the Hackathon, this year鈥檚 winners, or to register your interest in upcoming Hackathons, reach out to on Linkedin.

The post New Innovations Built at 51风流and Microsoft Innovation Hackathon appeared first on 51风流Australia & New Zealand News Center.

But much of innovation stems from finding exciting new applications of existing, and in some cases ancient, concepts to provide new sources of value.

Take a product that (until 2020 and the decline in business travel) many of us used on a regular basis 鈥� the roller suitcase. We鈥檝e all had to transport these up and downstairs or from the overhead bin, wondering how anyone managed to carry suitcases without wheels any reasonable distance 鈥� but that must have been a long time ago, right?

In fact, the 鈥渞ollaboard鈥� travel bag was only invented in 1987, by a pilot who saw the opportunity to improve luggage for airline staff & frequent flyers. The oldest 鈥渢echnology鈥� 鈥� wheels, being added to a suitcase seems obvious now, but it was only a few decades ago that it was applied by someone who saw the design issue and business opportunity in adding these to luggage.

In a more recent example, technologies such as GPS location, first developed for military use, have been fused with power management technologies to now power mapping and exercise tracking applications for everyday consumers.

If we look at even older 鈥渢echnology鈥� being applied to solve new design challenges, the topic of biomimicry emerges 鈥� the field of leveraging solutions that have evolved in the natural world and applying these to new design challenges. A famous example is modeling bullet train noses on the shape of bird beaks, reducing noise and potential damage at high speeds by borrowing aerodynamic designs which evolved over millions of years.

In the digital transformation space, the application of concepts from one industry to another is a great source of innovation.

In the case of SAP, our work with the world鈥檚 largest pharmaceutical companies in ensuring vaccine production is tracked throughout the cold chain is being considered for how grocery chains may track and communicate the source of different produce types to customers.

Innovations in the eXtended Reality space are leveraging smartphone technology to assist in industrial training processes, while our supply chain and business network solutions are being leveraged to help with bridging online product searches and bricks and mortar pickup locations.

Our Industry4.Now strategy supports the development of intelligent processes & products, initially for the discrete and process industries with respect to supply chains and manufacturing operations. Many of these concepts are also highly relevant to industries such as mining and power utilities, with 51风流taking learnings and reapplying these to work with our customers to solve new business issues.

By having deep business process expertise across all major industries, 51风流has developed solutions for specific business and technical challenges that can be applied in different contexts for our customers.

Through leveraging offerings such as the , companies can deploy these different solutions, tailored to their processes, incredibly quickly yet in a secure and compliant manner.

Our innovation teams are available and ready to work with your business to explore these exciting new applications, and how different technologies can be used to address different business issues.

The post How Industries Are Inspired To Innovate appeared first on 51风流Australia & New Zealand News Center.