Low-code development has emerged as a powerful approach to software development, promising faster delivery of applications with minimal hand-coding. While many concepts are crucial in this paradigm, one stands out as the most important: abstraction. Abstraction in low-code is the ability to hide complexity behind simple, high-level constructs, enabling developers to focus on the application’s logic rather than the underlying infrastructure.
Abstraction Simplifies Complexity
At its core, low-code abstracts away the complexities of traditional coding, such as managing databases, servers, and integrations. This abstraction is achieved through visual interfaces, drag-and-drop functionality, and pre-built components. By providing a simplified environment, low-code platforms empower users with varying technical backgrounds to create sophisticated applications without extensive coding knowledge.
Accelerated Development Lifecycle
The concept of abstraction in low-code significantly accelerates the development lifecycle. Developers can rapidly prototype ideas, iterate quickly, and deploy applications faster than with traditional development methods. This speed is crucial in today’s fast-paced business environment, where agility and time-to-market can be the difference between success and failure.
Accessibility and Inclusivity
Abstraction in low-code makes application development accessible to a broader audience. Business users, citizen developers, and IT professionals can collaborate effectively, bringing diverse perspectives to the development process. This inclusivity fosters innovation and allows organizations to leverage the full potential of their teams.
Flexibility and Scalability
Despite abstracting complexity, low-code platforms offer flexibility and scalability. Developers can extend applications with custom code when needed, integrating with existing systems and meeting unique requirements. This balance between abstraction and flexibility ensures that low-code solutions can adapt to evolving business needs and scale as required.
Focus on Innovation and Value
By abstracting away mundane tasks, low-code enables developers to focus on innovation and delivering value to end-users. Rather than spending time on repetitive coding, developers can concentrate on creating compelling user experiences and solving complex business problems. This shift in focus drives digital transformation and competitiveness in today’s digital landscape.
In conclusion, abstraction is the most important concept in low-code development. It simplifies complexity, accelerates the development lifecycle, promotes accessibility and inclusivity, offers flexibility and scalability, and enables a focus on innovation and value delivery. As low-code continues to evolve, abstraction will remain at the core of its transformative power, shaping the future of software development.
Legacy systems, often characterized by outdated technology and complex architectures, can be a significant obstacle to an organization’s growth and adaptability in today’s rapidly evolving technological landscape. However, modernizing these systems can bring about a multitude of benefits that extend far beyond just keeping up with the times. In this essay, we will explore three immediate benefits of modernizing legacy systems: improved efficiency and productivity, enhanced security, and increased agility and innovation.
Improved Efficiency and Productivity
One of the most immediate and tangible benefits of modernizing legacy systems is the boost in efficiency and productivity. Legacy systems are often cumbersome, slow, and limited in terms of processing power and capabilities. As a result, they can hinder an organization’s ability to handle increasing workloads and meet the demands of a modern business environment.
Modernizing legacy systems typically involves upgrading hardware and software components, streamlining processes, and implementing more efficient workflows. This results in faster response times, reduced downtime, and improved system reliability. Employees can work more efficiently, as they are no longer bogged down by slow and outdated interfaces, and can access real-time data and information that is crucial for decision-making.
Furthermore, modernized systems often integrate seamlessly with other modern technologies, enabling organizations to automate tasks, gather more accurate data, and analyze information in real-time. This increased automation and data-driven decision-making can lead to significant improvements in operational efficiency, ultimately translating into cost savings and higher profitability.
Enhanced Security
Legacy systems are notorious for their vulnerability to security threats. As technology advances, cybercriminals become more sophisticated in their methods, and legacy systems can struggle to keep up with the latest security patches and updates. This makes them prime targets for data breaches, malware attacks, and other cyber threats.
Modernizing legacy systems allows organizations to address these vulnerabilities head-on. Up-to-date hardware and software components are designed with security in mind, featuring built-in security measures and regularly updated patches to protect against emerging threats. Additionally, modernization often involves the implementation of advanced authentication and access control mechanisms, as well as data encryption protocols, all of which contribute to a more robust security posture.
By modernizing legacy systems, organizations can significantly reduce their exposure to security risks, protect sensitive data, and maintain the trust of their customers and stakeholders. In an era where data breaches and cyberattacks are on the rise, enhanced security is a compelling reason to prioritize system modernization.
Increased Agility and Innovation
Legacy systems can act as a bottleneck to innovation and agility. Their rigid architectures and limited adaptability can hinder an organization’s ability to respond to changing market dynamics and customer demands. In contrast, modernized systems offer the flexibility and scalability needed to drive innovation and stay competitive in a rapidly evolving business landscape.
Modernization often involves the adoption of cloud computing, containerization, and microservices, allowing organizations to scale their infrastructure up or down based on demand. This scalability enables them to experiment with new technologies, develop and deploy applications more rapidly, and pivot their strategies in response to market shifts.
Furthermore, modernized systems are better equipped to harness the power of emerging technologies such as artificial intelligence, machine learning, and big data analytics. These technologies can provide valuable insights, automate processes, and drive customer engagement and personalization—all of which are crucial for staying ahead in today’s competitive markets.
Modernizing legacy systems is not just about keeping up with the latest trends in technology; it’s about reaping immediate benefits that can positively impact an organization’s efficiency, security, and innovation. By improving productivity, enhancing security, and increasing agility, modernization sets the stage for long-term success and growth. While the process may involve initial costs and challenges, the rewards in terms of improved operational performance and competitiveness make it a worthwhile investment for any forward-thinking organization.
In the ever-evolving landscape of technology, legacy modernization stands out as a crucial process for organizations seeking to remain competitive and efficient. This essay delves into the concept of legacy modernization, its importance, the challenges it presents, and the strategies for successful implementation. By balancing the need to incorporate new technological advancements with the preservation of valuable existing systems, legacy modernization represents a key step in the digital transformation journey of any organization.
Understanding Legacy Modernization
Legacy modernization refers to the process of updating or replacing outdated computer systems, software, or technologies with modern alternatives. This process is not merely about adopting the latest technology; it’s about rethinking how these older systems can be integrated or transformed to meet current and future business needs. It involves a strategic approach to enhance, re-platform, or completely rebuild existing IT infrastructure and applications.
The Importance of Legacy Modernization
Enhanced Efficiency and Productivity: Modern systems are faster, more reliable, and often easier to use, leading to increased employee productivity.
Reduced Costs and Risks: Outdated systems are expensive to maintain and pose significant security risks. Modernization can reduce operational costs and minimize vulnerabilities.
Improved Customer Experience: Modern systems can offer better user interfaces and customer experiences, which are vital in today’s digital-first world.
Agility and Scalability: Modernized systems allow organizations to be more agile in their response to market changes and to scale operations efficiently.
Challenges in Legacy Modernization
Cost and Complexity: The process can be expensive and complex, requiring significant investment in terms of time, resources, and capital.
Compatibility Issues: Ensuring new systems work seamlessly with existing ones can be challenging.
Cultural Resistance: Employees accustomed to legacy systems may resist change, necessitating effective change management strategies.
Data Migration: Transferring data from old to new systems without loss or corruption is a critical and challenging task.
Strategies for Successful Legacy Modernization
Assessment and Planning: Conduct a thorough assessment of current systems and develop a clear modernization plan aligned with business goals.
Incremental Approach: Adopting a step-by-step approach can minimize disruption and allow for adjustments based on feedback.
Choosing the Right Technology: Select technologies that are not only advanced but also compatible with the organization’s needs and future direction.
Focus on Data Integrity: Ensure robust strategies for data migration and integrity throughout the modernization process.
Stakeholder Engagement and Training: Engage all stakeholders in the process and provide adequate training to ease the transition.
Partnering with Experts: Collaborating with technology partners or consultants who have expertise in modernization projects can be invaluable.
Legacy modernization is more than an IT initiative; it’s a strategic business decision that can significantly impact an organization’s operational efficiency, cost-effectiveness, and competitive edge. While it presents challenges, careful planning, and execution using the right strategies can lead to successful modernization. As technology continues to advance, the ability to effectively modernize legacy systems will become increasingly important for organizations aiming to thrive in the digital era.
In today’s rapidly evolving business landscape, digital transformation has become a buzzword that permeates boardrooms and strategy meetings. However, achieving successful digital transformation is more than just implementing the latest technologies; it is a strategic journey that redefines an organization’s culture, processes, and operations. This essay explores the concept of successful digital transformation, its key components, and the factors that contribute to its achievement.
Defining Successful Digital Transformation
Successful digital transformation can be defined as the strategic use of digital technologies to fundamentally change how an organization operates, delivers value to its customers, and remains competitive in a digital age. It goes beyond mere digitization or the adoption of new tools; it requires a holistic approach that integrates technology, people, processes, and a customer-centric mindset.
Key Components of Successful Digital Transformation
Clear Vision and Strategy: Successful digital transformation starts with a clear vision and well-defined strategic objectives. Organizations must have a deep understanding of their market, customers, and competitive landscape. This understanding serves as the foundation for crafting a digital transformation strategy that aligns with business goals and values.
Customer-Centric Approach: Customer-centricity is at the core of successful digital transformation. Organizations need to prioritize enhancing the customer experience, which often involves personalized services, seamless interactions across channels, and quick problem-solving. Collecting and analyzing customer data is crucial for making informed decisions in this regard.
Agility and Innovation: Digital transformation demands agility and a culture of continuous innovation. Successful organizations encourage experimentation, adapt to changing market conditions, and rapidly iterate on their digital solutions. They also foster a culture that embraces failure as a stepping stone to success.
Integration of Technology: The adoption of cutting-edge technologies like artificial intelligence, machine learning, data analytics, and cloud computing is a vital component of digital transformation. These technologies can streamline processes, automate tasks, and provide valuable insights to inform decision-making.
Data-Driven Decision Making: Successful digital transformation relies heavily on data-driven decision-making. Organizations need to gather and analyze data from various sources to gain insights into their operations, customer behavior, and market trends. Data-driven decisions enable proactive adjustments to strategies and processes.
Change Management: The human element is often the most challenging aspect of digital transformation. Effective change management involves engaging and empowering employees to embrace new technologies and ways of working. Communication, training, and support are essential components of this process.
Cybersecurity and Data Privacy: As organizations digitize their operations, they must also prioritize cybersecurity and data privacy. Protecting sensitive data and ensuring compliance with relevant regulations are crucial to maintaining trust with customers and stakeholders.
Factors Contributing to Successful Digital Transformation
Strong Leadership: Leadership plays a pivotal role in guiding and championing digital transformation efforts. Leaders must be committed to the transformation journey, set the tone for organizational culture change, and provide the necessary resources and support.
Cross-Functional Collaboration: Successful digital transformation requires collaboration across different departments and teams within an organization. Breaking down silos and fostering cross-functional cooperation is vital to achieving seamless digital integration.
Measuring and Monitoring Progress: Establishing key performance indicators (KPIs) and regularly measuring and monitoring progress is essential. This enables organizations to track the impact of their digital initiatives, make data-driven adjustments, and ensure they are on the right path.
Continuous Learning: The digital landscape is continually evolving. Organizations committed to successful digital transformation invest in continuous learning and stay abreast of emerging technologies and trends to remain competitive.
In conclusion, successful digital transformation is a multifaceted journey that goes beyond technology adoption. It involves a strategic shift in how organizations operate, engage with customers, and remain competitive. Key components, such as clear vision, customer-centricity, agility, and data-driven decision-making, are fundamental to achieving success. Additionally, strong leadership, collaboration, measurement, and a commitment to continuous learning are crucial factors that contribute to the realization of successful digital transformation. Embracing this transformative journey is essential for organizations seeking to thrive in the digital age.
In the digital age, industries are transforming their traditional operations to keep up with evolving customer expectations. The insurance industry, traditionally known for its paper-based processes and complex procedures, is now embracing digital transformation to enhance the customer experience. By digitizing the insurance customer experience, insurers can streamline operations, improve efficiency, and provide a more personalized and convenient service. This essay explores the numerous benefits that arise from digitizing the insurance customer experience.
Enhanced Accessibility: Digitization brings insurance services closer to customers than ever before. By leveraging digital platforms, insurers can offer self-service options that enable customers to access policies, submit claims, and manage their accounts conveniently. With 24/7 accessibility through websites and mobile apps, customers can obtain information, request assistance, and make transactions at their own convenience, eliminating the need for time-consuming physical visits or phone calls. This enhanced accessibility provides customers with greater control over their insurance needs, leading to improved satisfaction and loyalty.
Streamlined Processes: Digital transformation allows insurers to streamline their processes, reducing paperwork and manual tasks. Online forms, electronic signatures, and automated underwriting processes eliminate the need for physical paperwork, making the application and policy issuance procedures faster and more efficient. Additionally, digitized claims management systems reduce the time and effort required for claims processing, leading to quicker resolutions for customers. Streamlining processes through digitization enhances operational efficiency, reduces administrative costs, and enables insurers to focus on delivering better customer service.
Personalization and Targeted Offerings: Digitization enables insurers to gather and analyze vast amounts of customer data, facilitating personalized insurance offerings. By leveraging data analytics and artificial intelligence, insurers can gain insights into customer behavior, preferences, and risk profiles. This information empowers insurers to tailor insurance products and services to meet specific customer needs, leading to improved customer satisfaction and increased cross-selling or upselling opportunities. Furthermore, personalized digital communication and real-time notifications enable insurers to engage with customers proactively, providing relevant information and assistance when it matters most.
Efficient Customer Support: Digitization offers new channels for customer support, making it easier for insurers to engage with their policyholders. Online chatbots, virtual assistants, and AI-powered customer service tools enable insurers to provide instant and accurate responses to customer inquiries, guiding them through various processes and addressing their concerns promptly. This efficient customer support helps improve customer satisfaction and loyalty by ensuring a seamless and hassle-free experience.
Improved Risk Management: Digitization plays a vital role in improving risk management for insurers and policyholders alike. By leveraging technologies such as telematics, IoT devices, and data analytics, insurers can gather real-time information on risks, enabling them to develop more accurate underwriting models. This data-driven approach allows insurers to offer customized coverage, more accurately assess premiums, and reward customers for low-risk behavior. Moreover, digitization facilitates proactive risk mitigation through predictive modeling, helping policyholders take preventive measures and reduce potential losses.
The digitization of the insurance customer experience offers numerous benefits to insurers and policyholders alike. By embracing digital transformation, insurers can enhance accessibility, streamline processes, personalize offerings, provide efficient customer support, and improve risk management. As customers increasingly expect seamless digital experiences, insurers that invest in digitization will gain a competitive advantage by delivering superior service, fostering customer loyalty, and adapting to the changing demands of the modern insurance landscape. Ultimately, digitization opens up new possibilities for insurers to better meet customer expectations and build strong, lasting relationships in the digital era.
There are a number of excellent benefits that your business can get out of building a mobile application for its needs; whether that be for internal communication, marketing to new clients, or communicating with existing ones.
The objective that the mobile app you are building is meant to fulfill will have a major impact on the type of app you are developing; particularly with reference to its architecture.
In such a situation you have a choice.
You can either build a standalone native app that must be downloaded from an app store and take advantage of the features of a user’s device; or you can opt to build a simpler, more cost-effective and less resource-intensive progressive web app.
In this article, we will explore the differences, benefits and drawbacks of each of these.
This should give you a better idea of which framework would best meet the objectives of your business, no matter what reason you are developing an app for.
Native Apps
Native apps make use of a specific codebase and are developed to be compatible with certain devices that use that framework.
For instance, if a native app needs to be released for both Android and iOS systems, the app will need to be developed for each of those frameworks separately.
This allows the app to take advantage of the hardware and features of that specific device, and also enables it to stand alone as a functional application.
This gives them a number of unique advantages over web apps, but also means that they require specific skill sets to develop, and as such, generally come at a much higher cost than the other two.
Still, if you need to develop an app that is fast, highly functional and complicated, the native approach is generally the best bet thanks to the way they excel in terms of intuitiveness and functionality.
Benefits
From the above description, a few of the top benefits of native apps should start to show themselves.
Let’s take a look at some of the top advantages of choosing native development. These include superior performance, app store support, an enhanced user experience, the ability to use features on the device using the app, as well as higher levels of trust between potential users.
Best Performance
Out of the three approaches mentioned in this article, native apps provide some of the best levels of performance. These builds are generally more stable, reliable and efficient in the way that they use device resources.
This, in turn, creates a more pleasant experience for users but also provides the only viable option for particularly complicated or functional apps.
App Store Support & Discoverability
Because native apps are generally only downloaded from recognised app stores, they are also given more comprehensive support from platforms like the Google Play and iOS App Store.
On top of this, having a presence in these app stores also makes native mobile apps more discoverable than other types, which means that there is a much higher chance of users finding and using it, as opposed to other types that are not hosted on stores, and therefore may need additional marketing to get them into the hands of your potential users.
Smooth & Intuitive User Experience
Because native apps are built using compatible code for specific devices, they are built within a framework that accentuates best-practice guidelines for that specific device.
This means that navigation, usability and functionality all come with a sense of recognisability for users, who will find using the app an intuitive and natural experience without much of a learning curve.
By allowing for a framework that is familiar to your users, these types of apps make them more accessible to users, regardless of the devices they were developed for.
Make Use of Device Features
One of the top advantages to native mobile apps is that in being built with code that is compatible with specific devices, these types of apps are able to make use of the features and hardware on that specific device.
Consider the way Google Maps uses your location through GPS, how Apple Music can send you a notification when your favorite artist releases a new album, or how Instagram can make use of your phone’s camera and apply filters to it.
All of these are examples of how native apps use the functions of a device to provide a unique and seamless experience for users.
App Store Approval Raises Trust
As media consumers, we are all quite a picky lot. If we smell a rat, we are likely to keep our distance. Having native apps listed in the various app stores requires them to first be approved by the stores themselves.
This means that by simply being listed, there is an added layer of trust between the app and its potential users, which means a greater chance of users confidently downloading it.
Drawbacks of Native Apps
Of course, if native apps were just a list of benefits there would be no need for web-based ones. So, let’s have a look at a few of the disadvantages of building native apps.
Requires Experienced Developers
Because each platform that a native app is being developed for differs completely in their coding and frameworks, native apps need to be developed separately for each operating system it is released on.
This means that different developers will need to be used for each platform since each will specialise in a specific coding language.
Even when finding a developer that works across a few Operating Systems (such as Android and iOS), the app will still need to be built independently for each different OS, which can raise the price and time of development substantially.
Higher Cost of Development
Because of the reason mentioned above, and also because of the specialised skill set needed to develop native apps in various forms, these types of apps come at an extra cost to other types.
But when you consider their added functionality and superior performance, this extra cost is worthwhile for apps that need to take advantage of native development.
Not Ideal for Simple Apps
Because of the monetary and time costs of developing native apps, and because they work within a complicated framework of specific coding languages, they are not ideally used for simple apps with limited functionality.
While they can be used for more simplistic apps, the approach isn’t always practical, especially when web apps can facilitate them at less of a cost, and with less time in development.
Web Apps
Now let’s move to an approach on the opposite end of the spectrum, progressive web apps.
These types of apps take a much more general and simplistic approach to development, albeit one that offers far less functionality.
Still, cost-effectiveness and relative ease of development makes web apps ideal for simpler apps.
Web apps are generally used in browsers like Opera or Google Chrome. This is because they are developed using coding languages similarly used for websites like C++ and HTML.
Because of this, web apps only need to be built once. Since web architecture can be used seamlessly across multiple devices, it can be employed to be used on console, PC, Android and iOS all at once; as long as the device using it accesses the app through a browser.
In this way, the app itself is stored on a server rather than a device, from where it is accessed by users when they open the app through a browser. When changes occur on the web app, there is no need to push updates to users’ devices, since the changes will automatically be applied when they access the web app.
It does this, however, while sacrificing on the added functionality of native apps.
Benefits
The fact that they are somewhat simplified doesn’t make web apps worse than native ones. Just different. There are still a number of advantages that they can bring when used in specific situations:
Easy to Use Across Device Types
Because they are developed within a web framework, the same web app can be accessed, as is, across multiple devices, regardless of the operating systems they use.
This means two things: firstly, it means that the app only needs to be developed once, and secondly, it will be able to reach a wider perspective audience.
Less Costly to Develop
Because they are built for the web, these types of apps don’t require as specialized (and rare) a skill as native apps do.
They also only need to be developed for one platform that can be used across devices.
This results in remarkably lower development costs and times when compared to native apps.
No Need for Marketplace Approval
Since these apps behave similarly to websites, they are hosted in the same way as well.
This means that they don’t have to go through the sometimes-lengthy approval process that native mobile apps have to face. This is as true for hosting as it is for when the app needs to be updated.
Because of this, they can be made available to users in much less time than the other types of apps.
Easy to Update
When you update a native app, it needs to be done on the store. At that point, your users will be notified of the update and prompted to do it.
Progressive web apps on the other hand, only need to be updated on the host.
Since these apps are not necessarily downloaded to the device that is accessing it, updated features will show immediately when users access it.
This makes things a lot more convenient for your users, and also gives you more control over which build of the app they are using.
Drawbacks of Web-Based Apps
Limited Use of Device Features
Because web-based apps make use of a C++ framework, they do not contain any of the code that allows the app to take advantage of device-specific features. This means no camera, no GPS and no access to your contacts or storage.
Because of this, web-based apps are only really suited to very basic functions.
Difficult to Collect Usage Metrics
Collecting information on how many users are accessing your apps is straightforward enough with native apps since all of that information is readily available through the respective app store.
Since progressive web apps are hosted independently, that is, away from app stores, getting usage statistics that you can use to improve your services is a little more difficult, and not as detailed or accurate.
Poor Discoverability
Discoverability is also a concern when apps are not hosted on app stores. They will have to be marketed much in the way a website is if you want to attract in users.
This is perfectly fine and well if you are using an app to communicate with existing clients or offering them a service. But when you want your app to build its own success, native apps on stores are far more discoverable.
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If you want to learn more about how low code can help you adopt a successful digital conversion strategy, you can contact BAYPM. However, if you are more interested in learning about the pros and cons of leading low code platforms, check out Gartner’s Magic Quadrant for Enterprise low code implementation platforms.
An article by Forbes back in 2012 cited Coding as a necessary skill of the future, as the tech industry start to progress from growth to maturity stage. The thought of having to “code” or “develop” apps seem like a daunting task to many, but have since been made much easier thanks to the growth of different user platforms, specifically low-code platforms.
What is low-coding? Our partner, OutSystems, defines low-code as a method to develop and design softwares with minimal hand-coding. This allows for a faster and more efficient way of app development and implementation. At BAYPM, we’ve partnered with OutSystems to develop and implement mobile and web applications for our clients, mainly due to these following reasons:
It’s faster to develop and implement applications
Many of our clients may not have the digital capability or a big IT team to develop and manage applications from scratch. So, they need something that is user friendly, can be managed by people with basic knowledge of coding (i.e., HTML, CSS, etc). Focusing more on a visual design, with a drag and drop format, users can focus more on how they want the app to look like and its functions rather than worry about the nitty gritty of the back-end look. Think of how you would like to draw a picture, you need not worry about the tools (e.g., pen, paper, ink) but rather can go straight to the drawing board with all the colours and tools ready for you.
Cost efficient
Not having to build a large IT team, means that users get to maintain a lean operations, with no high overhead cost having to contract a web and app developer and pay a fee for every small change. With easy access and usability, users can make small changes easily and at a much faster rate – which means less adhoc costs and time spent on web and app development!
Promoting innovation and collaboration
Everyone has their own specialisation and capabilities, but what makes a low-code platform better to use for all is that it focuses more on the big picture. People can give their opinions and be able to see and make changes very quickly, making the decision making process much more seamless. This means? Less back-and-forth with developers and your mobile or web app goes live much faster!
What’s not to love about low-coding? Not much we think.
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The tips above are general guidelines based on BAYPM’s experience and observations with current and former clients. We would love to help you with your Digital Transformation journey, give us a shout and we’ll be sure to assist you as best as we can. Currently, we are working on a project to digitise manual processes within different locations. The client opted for an incremental implementation approach based on geographical locations, and the needs of their different factories.
Los Angeles, CA, March 3, 2014 – Interneer, Inc., a leader in Business Process Management (BPM) software for process automation applications and Smart Mobile Apps, today announced that it has been named to the 14th annual KMWorld Magazine list of 100 Companies That Matter in Knowledge Management. The Interneer Intellect BPM platform was recognized for enabling organizations to easily and quickly build new generation business apps with robust mobile enterprise capabilities.
As great numbers of devices are connected to the internet of things, a new domain is being created – one that touches on nearly every facet of our lives. New customer-centric business models are taking shape. At many levels, Bosch is taking advantage of the opportunities that arise.
Stuttgart, 02/06/2014 –
The future is connected. The internet allows objects and devices, entire homes, and even power plants or cities to communicate with each other. By interacting in this way they create what is known as the internet of things, bringing independent components together to form a new domain – and linking together different aspects of life such as energy, the home, mobility, and work. From February 5–6 in Berlin, the Bosch ConnectedWorld conference will showcase some of the many possibilities generated by this connectivity megatrend. The conference is being organized by Bosch Software Innovations, the Bosch Groups software and systems unit, which brings all the groups activities in this arena under one roof.
Sensors software business models
This new connectivity is based on sensors that record data from objects and electrical devices, passing it on via wireless internet connections. A dedicated software program analyzes and combines this data according to different criteria – and this data interplay gives rise to new business models. For instance, owners of electric vehicles can use an app to reserve a charge spot, while buildings can calculate their energy consumption autonomously and source the electricity they need from a range of suppliers in the most cost-efficient and sustainable way possible.
All components available
Bosch is a world leader when it comes to microelectromechanical systems (MEMS) sensors. Bosch Software Innovations’ products have already proved their worth in 600 international projects. Wireless networks and energy-saving transmission technology are already widespread. For Denner, one thing is certain: It isnt a question of whether the objects will become internet-capable, but when.
Example of a Bosch application
Bosch has developed a telematics solution that is already helping insurers and leasing companies today, Denner says: The solution can be used to operate vehicle fleets spread over several locations. Because the system collects data on the condition of the vehicles, repairs can be planned before any damage occurs. Meanwhile, it lets insurance companies offer better rates to people who always drive their vehicle carefully – because thats also something the sensors can register.
Four key elements brought together
This application already brings together the four key elements of the connected world: cars (the physical assets), their drivers (private or commercial end users), an enterprise (the fleet operator), and an entire ecosystem of other parties that render the services (auto repair shops, insurers, and other service providers).
Driven by collaboration
This interaction of sensors, software, and services is the basis of the internet of things, Denner says. We are not creating technology for its own sake, but developing new business models whose main concern is customer benefit. That is why the main force driving the connectivity trend is collaboration between companies that have never before had business dealings with each other. All of us – industry, retail, service providers, and tradespeople – have to fully comprehend the possibilities. And we have to cultivate a more connected mindset.
Bosch and the internet of things
Bosch is well positioned to meet this challenge. Bosch Software Innovations develops software and system solutions for the internet of things. Its core product is a software suite that delivers the technical underpinnings for the required networks, enabling companies to Page 3 of 4 implement their new business models straight away. The focus is on fields such as connected mobility, connected energy, smart homes, and smart factories.
In addition, Bosch recently founded a separate company dedicated entirely to the internet of things. Bosch Connected Devices and Solutions GmbHoffers the compact electronic products and the software know-how needed to make devices and objects internet-capable in a wide range of application areas. The company will initially concentrate on sensor-based applications for households (smart home) as well as for the transportation, traffic, and logistics segments. Bosch Sensortec is a world leader in micromechanical sensors for the internet of things, with some three million of these tiny components being produced every day at the companys state-of-the-art wafer fab in Reutlingen, Germany.
Bosch has announced that it is to set up a consortium with ABB, Cisco, and LG to develop a joint smart home data standard. What is more, in theMonaco 3.0 pilot project, which kicked off in November 2013, Bosch has been testing the technologies required to digitally interconnect an entire city. As Denner emphasizes: Our broad footprint and technological expertise give us a clear innovative advantage on these projects.
En un proyecto BPM la parte que toca a la reingeniería de procesos es tan o más importante que todo lo que tiene que ver con la ejecución de los mismos por los sistemas. Si la involucración de la Alta Dirección de la empresa es clave en cualquier proyecto IT, en el BPM es crítica. Ruth Cernes, Vicepresidente de Ventas y Alianzas de Bonitasoft, nos explica en este documento cómo deben explicarse a los “C” level (altos directivos) los beneficios del BPM.
En el documento se explica cómo debe explicarse el BPM a los diferentes directivos de una empresa: elDirector Ejecutivo (CEO), el Director de Operaciones (COO), el Director de Marketing (CMO), el Director de Finanzas (CFO), el Director de Tecnología (CTO), al Director de IT (CIO) y a otros gerentes superiores.
Es importante hacerles ver que el BPM en una organización permite optimizar el gobierno y la dirección mediante la mejora del rendimiento operativo.
– See more at: http://www.bpm-spain.com/articulo/70904/bpm-general/todos/bpm-explicado-a-los-altos-ejecutivos-whitepapers-en-pdf-#sthash.onQeJRzF.dpuf
