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Tech

With the highly demanding industry environment and unique challenges in the medical field, the manufacturers need to make use of automation, in order to stay ahead of their competitors.

Entire factories have to meet the strict compliance requirements in terms of “product testing, inspection, packaging, and storage and retrieval” – as the Internet of Things Handbook by Design World puts it.

Big software platforms, as well as customized, smaller-sized solutions seem to share one common feature. A feature which comes as a welcome answer to the healthcare industry current needs:

The key to achieving the goals of manufacturing accuracy and high throughput with medical devices is not simply a matter of adopting more automation. It lies with the core principle of Industry 4.0, which is to combine automation and IT (information technology)

Automation expands from production towards Business Intelligence, becoming an Industry 4.0 –type automation

First, let’s see the McKinsey upgraded definition for the Industry 4.0 phenomenon (same source as above):

(Industry 4.0 is) the next phase in the digitization of the manufacturing sector, driven by 4 disruptions:

  • the astonishing rise in data volumes,
  • computational power, and connectivity, especially new low-power wide-area networks,
  • the emergence of analytics and business-intelligence capabilities,
  • new forms of human-machine interaction, such as touch interfaces and augmented-reality systems, and improvements in transferring digital instructions to the physical world, such as advanced robotics and 3-D printing.

Combining automation with IT is an element you will often find in the presentation of various software solutions companies. It’s the next logical step, bringing automation to the fingertips of various employees. The expectancy of having a data scientist and a valuable process manager (or even a basic worker) in one person is a far-fetched one. Therefore, the technological progress represented by automation needs to become available on all levels, via friendly UIs.

Through this important move, manufacturers may go from merely automated production processes towards the use of data in order to improve these processes.

Add the right software solution to your operations, and not only will you be able to “tell” each machine what you want it to do, but you will “understand” what the machines need, to deliver better results.

In other words, this human to machine communication turns from a monologue into a dialogue, via data collecting and processing, and the resulting valuable insights.

 

Software solutions asked to deliver error-free processes, as well as reliable system status reports

All over the industries (that is, not only in medical manufacturing), professionals need to meet this double demand. The production needs to be accurate and fast, while excluding as much as possible the security risks.

When the software solutions employed in production are cyber-secure, the possibility of induced errors is down to zero. What remains is the risk of random errors – which can be eliminated by teaching the system how to improve itself.

Since there is no teaching possible without knowing what you have to teach, system reports, as well as event/incident reports are essential in improving the processes.

Another important role played by system reports (to be understood as “interpreted data”) is that of change triggers. It may be that risks are down to a minimum, but you need different solutions, creativity, innovation. Again, by making use of the automatically-processed data, one finds the necessary resources to launch useful changes, or even bold ones.


Whatever your software solutions needs may be – contact us and let’s talk about what we can do for you. With the considerable experience we have in healthcare solutions, via the software solutions partnerships in which our specialized team excelled in delivering leading industry results, we can provide consultancy, development & implementation tailored to your precise requirements, asap!

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Tech

The BI (Business Intelligence) solutions depend on analytics. BI enables the transition from user engagement to collective insight, in business environments. The leap involves the maturity of the analytics capabilities employed. Organizations all over the world need to turn raw data into insights that are relevant for them.  In order to do this, they employ custom-tailored BI platforms and applications.

Think advanced visualizations, dashboards, reports, data warehousing – all notable BI technologies in 2018, according to Forbes. Employing BI tools in manufacturing is now the standard. They can provide key answers to many questions, such as exactly what and why is happening inside a company’s operational processes. BI tools can also point out how to optimize the said processes.

Having a stream of (real time) data at hand can often make the difference between a company and its competitors. This field is hot – and it will increase its traction even more.

A bi-survey.com statistic shows the BI trends for 2019 as such:

Examples of BI applications:

  • Real-time monitoring
  • Performance metrics (KPIs)
  • Decision support
  • Business reporting
  • Exploratory Data Analysis
  • Data mining (e.g. anomaly detection, clustering, classification, association rule learning, regression)
  • Root cause analysis
  • Predictive analytics
  • Business Process Management
  • Complex Event Processing (e.g. Fraud detection, Dynamic pricing, optimizations, monitoring, security)

 

A standard data route in BI (example)

The general approach in BI applications consists of retrieving the data from the data sources and getting it into the staging area, for the ETL (Extract, transform, load) process. Then into the warehouse. Grouped into types of data, the information is distributed onto data marts (Purchasing, Sales, and Inventory). Here, the data is available for analysis, reporting and mining.  

FYI:

We like to keep connected to the latest Internet of Things technologies. We know the emerging frameworks and we explore the latest developer kits. While dedicating time to R&D activities and to professional growth & development, our engineers also test various tools.

We provide fast prototyping. When it comes to business intelligence, we are able to link your data to the real world, via connected systems and the cloud.

As IoT solutions imply the use of sensors in over half of the cases, the implementation of analytical algorithms and engines for statistical analysis is our forte. Our analytics and big data knowledge is great. We design and deliver exactly the products, connections & innovations that fit your requirements, because we truly understand them.  In case you want solutions for your customers, we also know to map out what your customer needs.

The LASTING Software Team* working on BI projects currently holds responsibilities in the following areas, (employing technologies and tools such as Microsoft SQL Server, T-SQL, PowerBI, DataVault & others):

  • Database Design – DWH
  • Database Performance
  • SQL / query optimization
  • ETL processes
  • Reports and dashboards
  • Deploy

*Credits for parts of this material go to our BI team.

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Tech

Not long ago, the Verge published a full feature, centered on an interview with Patrick Brady, the head of Android Auto. Their material catches up on where projected Android Auto is today. It also reveals a few key points in Google’s futures strategy for the modern Android Auto. Among these, having Android Auto – powered aftermarket systems.

 

Highlights concerning Android Auto:

-Google agreed with Volvo and Audi to start rolling out the modern Android Auto systems, starting 2020

-Having a system integrated into the car’s system-level operations comes with Google Assistant functions. Passengers will be able to “turn on the heat, turn off the seat warmers, or even book maintenance appointments” via customizable UIs.

-The future of in-car infotainment systems is not so much about adoption, in Google’s view – which they estimate is a given. With what they see as an almost ubiquitous compatibility, the focus is on “improving the core experience”.

-Helping users access the desired content while in the car, in a more safe and seamless way, translates into a search for more simplified, convenient solutions.

[Seeing] the consumer demand for things like CarPlay and Android Auto (…) the carmakers want to enable that digital ecosystem in their embedded offering, in their infotainment system.

-The company intends to implement a big UI refresh, too. Bringing the same system to the motorcycles is yet another goal. All the environment-related UI variations ask for a reconciliation and flexibility that needs to be creative.

-Google has carmakers (among which Honda, Volvo or General Motors), representing over 50% of the annual car volumes “adopting Android as the built-in system”.

-The perspective includes running the Google apps seamlessly on this embedded systems, with carmakers currently making steps in this direction.

-Besides the automotive industry, Google wants their platform to be relevant for developers. This means both developing the platform itself, as well as setting firm limits.

-Over-the-air updates are part of the process of building connectivity. Even more, this way of delivering updates represents the trend. When upgrades replace updates, it’s about delivering new features in a fast way. For now, different Google partners are inclined towards different alternatives. However, there is an expectancy of the most convenient formula revealing itself, via use and practical validation.

-Cars having software-related capabilities and features gradually becomes a differentiator in choosing a car to buy or rent.

-There is no exclusion (for now), when it comes to Android Auto and Car Play, as Patrick Brady sees it. It’s more a question of integration and synchronization. The user simply wants a seamless experience, regardless of the platform an app is running on.

The ultimate platform move (…) letting the apps get in front of the user and speak for themselves (…) it doesn’t matter where they’re coming from.

-The future of Android Auto lies in showcasing a truly modern digital experience for the passengers in a car. This encourages app developers and tech innovators to be creative on all levels – from concept and MVPs to the intricate technical ways of delivering the intended experience to its recipients.

We want to leave carmakers, or mobile manufacturers, whoever it may be, a lot of room to innovate as long as it doesn’t break some of the core tenets of the platform as they apply to consumers and developers. So that’s really where we try to draw a hard line.

 

Make your mobile apps available to all users, on all devices! LASTING Software is the right software partner for you to do this – seamlessly!

Our first-class citizen is Android, an ecosystem that we are proud to be among the first developers tackling the Android Automotive platform prototype.
Claudiu Groza – Android Software Engineer, LASTING Software

Image Credit

 

 

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Tech

5G approaches the point in its timeline when correspondent networks and devices are ready to materialize the concept at the scale needed to support viable communications. As it does, we get closer to seeing the related concepts and hypothesis come into practice.

Satellite solutions, in view of this, are expected to gain momentum over their terrestrial counterparts, with a special focus on backhaul solutions. Various debates, events and materials revolve around satellite networks. Some say that 5G needs to tap into satellite bandwidth, regardless of the alignment (or the lack of it), between the two. However, the satellite communications ecosystem does make essential steps towards preparing for the 5G age. The specialists study the challenges and debate the best ways of overcoming them. New alliances get forged. Various partners to this endeavor started testing the most viable solutions.

On this background, the Advanced Research in Telecommunications Systems (European Space Agency) whitepaper (2016), aiming to position the satellite-terrestrial integration opportunities in the 5G environment proves an interesting read.

We selected the main 5G promises from this whitepaper. Most of them are in the same time real challenges from a tech perspective. Perhaps you will find the following highlights insightful.

 

The main 5G challenges, according to ARTES (ESA)

  • Latency

“To make the best use of the 5G radio low latency the end-to-end service level communication    has to have also a low latency”. This is achievable by “moving the functionality to the edge of    the network, at a location close to the termination of the very low delay 5G radio network”. The backhauling therefore needs to be reliable, secure, and safe – 3 characteristics satellite networks can provide.

 

  • Edge nodes that supports on demand, flexible deployments

This involves distributing the data in a uniform manner to a high number of edge nodes. Again, the satellites having native, large-scale broadcasting mechanisms comes in handy.

 

  • Security and privacy concerns

Since a satellite network provider covers large geographical areas, using this environment can surpass the fragmentation of security and privacy aspects coming from local/regional peering.

 

  • Network resilience and availability

Again, fragmentation and lack of availability is more likely to appear in terrestrial networks. On the other hand, satellites have a high availability rate.

 

  • Mobility support for a large number of use cases

Going beyond what the current technology supports, 5G needs to provide the backbone for global connectivity, as well as high speed platforms (automotive, trains, planes). Delivering a flawless experience for the mix of low speed mobile devices and high speed mobility comes back to the efficiency of satellites, again.

 

  • Addressing a very high number of devices, whilst in the same time constantly delivering common services (such as updates)

Satellite backhaul could handle the extra data traffic, in addition to the regular demand in the system. Alternatively, an integrated satellite-terrestrial solution could share the load.

 

  • Software-delivered new transmission protocols, features and capabilities

Software-defined means of delivering the flexibility 5G promises are key. The same piece of software needs to be able to handle different communication technologies, given the right parametrizations. This demands for satellite networks convergence.

 

  • Sharing an unified single infrastructure

Full convergence points again towards an integrated satellite- terrestrial infrastructure. Completed with a dynamic selection of the specific data transport means to use, sharing this structure should decrease costs and allow the involved parties to focus on development, instead of competition.

 

  • Energy savings

Terrestrial infrastructure needs energy input at a local level, otherwise it cannot function. Broadcasting data to a high number of devices by using a satellite network should reduce the energy consumption required by communications.

 

 

 

 

 

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Tech

A clever Forbes editor once remarked that customers in fact couldn’t care less about IoT. End customers buy solutions, regardless of whether they are supported by an IoT structure or something entirely different. It’s the job of the provider to enable seamless solutions, which can stand in the background or step in the limelight, as per customer wish. The hardware has to be great, but so does the software.

Combine this with the way hardware production evolves from an exclusively hardware ecosystem into a combined, software-empowered environment. Now let’s think about software as a differentiator. There is no doubt the importance of top software solutions progressively increased, sometimes even in spaces previously outside the classical software development area.

The end customer, whose superpowers make or break businesses, wants a faultless, amazing experience. Being more or less aware of the backstage of his/her digital experience is a secondary fact. Either way, what makes the difference is quality and seamless functionality. Software solutions need to deliver exactly this.

 

Controlling what you provide in terms of software is safer for hardware producers

With past cases of (cheap) embedded software that tanked lines of products due to them being vulnerable to cyber-attacks, the industry increased their awareness. It became clear that hardware-related responsibility now included software-derived issues. As a consequence, control over your software and its development process, extra guarantees that it’s a quality-mindful and compliant product in itself – all these became very important.

For some big players in the field of hardware manufacturing this realization came way before the alarm triggered by cyber-security incidents. With the insights and the resources at hand, they made sure (or tried to, anyways), that quality software engineering goes into their products, be it in-house or externalized.

When following this pattern, other organizations upgrade their chances for success, as well as their operations. Just look at the technology news – great devices are worth considerably less when the software lets the users down. It’s a “definitely not like this” scenario, if not even a nightmare one.

Therefore, when looking for your software solution partner, don’t try to cut corners. Look for experience, perfectionism, professionalism. Look for talent, innovation, creativity.


In fact, give us a call or an email, because we tick each one of these boxes. Let’s meet each other and find out how we can be the team that delivers excellent products to customers everywhere!

 

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Leadership, Tech

ROX means Return on Experience and it expresses “how businesses create value across connected experiences and how that value can be followed and measured down into individual moments themselves”.

As you can see, the concept and its formula is not new. It is around since at least 2014, which means it is resilient enough. ROX didn’t go away, and the customers’ profiles indicate that it meets their evolution. The way customers interact with organizations and brands is increasingly experiential. Regardless of generational segmentation, people enjoy considering the way their providers treat them. From cold advertising to online or brick-and-mortar stores or meeting points, each move counts.

But how can businesses track a customer experience, trace the positives and the negatives? It’s all about going digital, of course. Even smaller businesses need technology to set up an omnichannel experience, let alone to follow what goes on during it.

Digital nowadays means Big Data. Sensors serve in capturing Big Data, and proficient software solutions in processing it. Relevant insights provide partially structured information. From there on, it’s up to the human decision factors. Strategy is at greatly eased once the digital tools support accurate prognosis.

Although the article we quoted approaches ROX in relation with marketing, it is more than this. As soon as an organization has the image of how its customers perceive it and interact with it at each level, decisions of all types may sprung and improve the business.

 

Customer experience analytics – a field open to competition

Back to 2019, and we find this on ROX in a Strategy + Business article:

A revolution in technology has created the devices and interfaces that allow people to interact with companies anywhere and anytime, and has enabled customers to influence a global audience with their comments or likes

Source

Now that the technology is able to provide further meaning and structure to the ROX concept, the software solutions make all the difference. The companies may have custom-made software tools made for their specific needs. Mixing and matching the right devices, hardware and software elements is now highly likely to provide a virtual crystal globe. All things related to your customers, from past experiences to what should you improve, are available in it.

Of course, most often than not, companies also compete for the same pool of customers. And that is why in a sense mastering the ROX concept is in fact a race. From grasping its meaning, to becoming an adopter and finding the best Big Data solutions – it is all a competition.

LASTING Software is experienced in Big Data software solutions that empower our clients to harness the power of newly available information. Also, user experience is one differentiator that will set you apart from the competition when you partner with us.

Contact us & move towards the right solutions that will enable you to better understand your own customers – with us!

 

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Tech

As CNN puts it “it’s impossible to avoid 5G at Mobile World Congress”. Diving into this subject and browsing extended discussions available in the online and printed press is extremely interesting, especially for concerned parties.

True, with 5G, many end customers feel entitled to be concerned parties. Their expectations are high and the estimated increase in the quality of services – similar.

However, until having this technology on the market in a viable and affordable form, the telecommunication, software and technology companies involved still have a lot of work to do.

 

More flexibility for the industries, as well as preparations in advance

Successfully delivering 5G applications requires growing the compute power present in traditional data centers

Sursa

In view of the extensive transformations to come, network architecture, topology and cloud strategy need reshaping. We found a few relevant clues addressing all, not just the specialists for this post. An RCR Wireless article (see link above), allows the Dell EMC Global CTO to shed some light on the current operations of his company, in view of making 5G available to various businesses. That is, as soon as the main players in the 5G technology resolve the infrastructure-related challenges. Not to leave aside the issues that spring from the lack of standardization and cooperation. When big companies compete with each other too soon in the wake of a new technology, this may be counterproductive. But perhaps the leading-edge tech giants can learn to avoid the mistakes of the past.

With 5G up and ready in terms of functionality, it’s up to the telecommunication entities, the software solution providers and ultimately the industry beneficiaries to turn the brave new world of ubiquitous connectivity into reality.

Timing is of the essence when it comes to business competitors. Hence, the best thing to do while waiting for 5G to be available consists of preparations in advance.

 

5G will be a leap into a different level, not just a simple step forward

Due to the technological differences it implies

5G is not just an evolution or a faster 4G–it’s a whole new concept and it’s as much of an IT project as a telecom effort

  • Dell EMC Global CTO John Roese

Subsequently, the professionals in this field expect to see a new breed of applications emerge. It is about taking advantage of single-digit millisecond latency. Making this possible will completely change the way we meet this particular data demand.

While there are myriads of new possibilities at application level, the solution (or solutions) in terms of network architecture will have to carry the data streams to and from. The aim here is perfection, since the greatness of seamless connectivity cannot exist in a world of glitches and fragmentation.

Operators are adding compute power to existing cellular sites–macro towers and colocation facilities, and third-party providers are standing up edge data centers in proximity to existing fiber-optic lines. In either case, the common denominator is IT infrastructure capable of dynamically supporting a wide variety of workloads that can be flexibly tailored to fit the desired application.

We invite you to find out more about 5G – related virtualization and automation in the source article.

We also want to remind you that our company is part of the 5G enablers’ greater movement, from infrastructure solutions to custom-tailored apps. Contact us for details – we are open for partnerships!

 

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Tech

Building a smart city is possible by adding connectivity and enhancing it as a modern layer upon the emerging layer that is already in place. But it is also possible to strategize, build and repair having the smart concept in mind right from the start.

The first version mostly characterizes the visionaries, which could barely wait for modern tech to come around. It also reflects a reality where synchronizing public authorities with the private sector is difficult. Concepts, meetings, funding, establishing an agenda, explaining the projects and implementing them usually take a few years at least.

Apparently the second way allows for late entries into the smart city team to catch up, perhaps even in a more decisive way.

Once the technology is here and the purpose and the numbers align – every city-related action can embed smart devices, sensors, and systems. Later on, connecting activating them may be just a matter of software.

But do the right premises exist for this step-based strategy, where smart comes first? Or do we have to learn to set such premises as a premiere? Thinking smart first can save time and money. Besides, there are so many urban centers that fit the profile, as they have not yet made any steps towards the smart concept.

We found a few highlights on this topic in a ReadWrite post – see below.

 

A human centric approachfor the smart city

 

All those who think ahead in industry (and society in general) keep reinforcing this mantra. Advanced technology is here to better the lives of humans. It’s not about profitability only, nor should it be about hidden faults and traps that would trigger further maintenance cycles. It shouldn’t be about “deploying technologies to improve “tech” or devices per se”, either.

Connecting devices and spaces that weren’t in the digital loop so far is just one step. Done right – and with the right ethics – it should clear the way towards other advancements in society and technology. The whole idea is to make our lives better. Perhaps we could use what we’ve learned from our past and make technology materialize what we know better now.

So, smart city concepts should be all about planners serving people via technology. No nonsense, no lack of logic, no product placement or push architecture that counteracts the organic needs of a city’s inhabitants.

 

A governance model that listens to the local businesses

Since organizations (companies) that activate in the cities are in fact conglomerates of people having a shared purpose, their needs come next in line. Plus, due to the current infusion of digital technology in all things business, companies do use connectivity in an intensive way.

A network that enables data streaming to and from businesses is part of a smart city. Real-time data goes in (respecting GDPR, of course), smart decisions move forward the internal activities, and a better output makes customers happier. Connectivity also powers partnerships, R&D, educating the smart(er) humans of tomorrow and so on. Coming to work knowing that utilities, food, healthcare and entertainment are more accessible may generate better ideas, stamina and creativity.

 

Examples of smart city focal points

Just by running the scenario of a usual day in our head we can find quite a few examples. Smart trash collection could see that proper sized cars come on the streets whenever the bins need collecting. Smart public illumination could mean the lights are on when it’s dark and off in line with the sunset. How about smart traffic – for real?  Food delivery at lunch that keeps its promise of freshness. Maybe even allows and guarantees you the trajectory of the ingredients – from the farm to your plate. Better recycling of the food packages… A smart ambient system indoors. Smart parks and green areas, watered and tended as needed. A sensor network powered parking system. A better system of informing people about the shows, exhibitions and events taking place in the city.

Los Angeles loses an insane $19.2 billion per year to time wasted from traffic congestion on its roadways, while New York City loses $33.7 billion annually — or $2,982 per driver

&

By simply programming a smart thermostat, homeowners can save an average of $180 a year

For such things to become the usual, visionaries need to step forward. Planners and public authorities need to shift their mindset. Not the least, cities need smart software engineers, developer, coders, QA testers, digital problem solvers.

Does your company have a smart city concept that needs developing? Do you need a reliable software solutions partnership? Contact us and let’s start shaping the future together.

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Tech

Satellites are extremely important for the communication sector. In certain locations and/or circumstances, the terrestrial communication infrastructure is inefficient or even completely out of range/function. That’s where they come in.
You may remember this from our previous post about satellite communication as an enticing solution for Cellular backhaul.Or from the Codecamp presentation held by Mr. Petrut Ionel Romeo, Technical Project Manager at Lasting Software.

As you may gather, we are fascinated by the software engineering side that carries this technology. It does open up new solutions to old problems, such as access to communications for geographically-isolated or architecturally-isolated spots. It also allows to surmount extreme bandwidth crowdedness. With satellite cellular backhaul one can provide communication access for all in areas such as stadiums and malls. Also, satellite-based cellular backhaul constitutes a solid communication infrastructure for emergency response.

On top of all these, an extremely hot topic among the satellite communication potential uses is the 5G technology. To quote from a Space News article, “satellites can bring 5G to areas where terrestrial connectivity companies consider it too expensive to build fiber-optic cables”. In other words, satellites are able to make ubiquitous coverage possible when it comes to 5G.


Why exploring and developing satellite-powered 5G is a premiere opportunity

 

Satellite communication as a solution for Cellular backhaul works and it is as well important for the current wireless mobile telecommunications. But developing solutions for 5G while this technology is taking shape is fascinating. It provides so much more opportunities of synchronizing two amazing progress points. 3G, 4G and LTE networks have evolved and in some aspects have met their limits. Perhaps they even derived the said limits from the lack of a satellite-based infrastructure.

Meanwhile 5G may just prove the whizz kid, born in the right times to fully develop its potential.

What about the advantages estimated in relation with the role of satellite in 5G? We can only quote Newtec. This will “enable newer types of applications and services in the domains of health, transport, entertainment, machine-to-machine communications, and security, to name just a few”.

See their full material here for details.

 

Space powers human communications

With perhaps the ultimate aim of allowing us to further explore it, space provides the hope for a more robust communication infrastructure. Satellite-backed ubiquitous 5G is set to trigger a leap in technological progress.

To quote the European Space Agency (ESA):

“Satellites can extend, enhance, and provide reliability and security to 5G like no other, helping to deliver its promise of global, ubiquitous connectivity, with no noticeable difference to the end-user. ESA’s Satellite for 5G (S45G) programme aims promote the value-added benefits of space to 5G, by developing and demonstrating integrated satellite- and terrestrial-based 5G services, across multiple markets and use cases”.

See their video:

Stay tuned for more!

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Tech

In relation with our latest post about the car industry passenger entertainment – oriented strategy for the future, we came back with another (lighter) piece.

As Forbes states, everybody and their brother (is) getting into the autonomy game. You may see below the highlights of some of the most remarkable innovations to be, in this field:

 

Audi – Holoride

The autonomous driving vehicle treats its passengers with a virtual reality video game (Holoride). The car captures motion stimuli via sensors and integrates data into the game. Syncing the VR space with the passenger’s movements is the key feature in this environment. Apparently this is both fascinating and nauseating, as an online article mentions.

 

Intel and Warner Bros – Gotham demo

In a retrofitted 2019 BMW X5, the passenger immerses into a virtual ride with the help of a large screen TV, projectors, mobile devices, audio and lighting.
Meanwhile, they can keep an eye on how the trip is going on via a tablet in the middle of the passenger area.

 

Panasonic – the autonomous SPACe_C e_Torta concept

This time it’s about a modular vehicle platform, fully electric, fully autonomous. The passenger is also the focus. The interior environment can become “a food truck, a mobile meeting space, a delivery vehicle, a mobile pop-up retail store and a mobile educational presentation space”. The modular click-on, click-off architecture enables the person sitting in the back of this vehicle to adjust its functionality. The SPACe is also prepared for self-driving inputs.

 

Hyunday – Virtual Touch

Yes, it features a face recognition technology and a way of assessing the driver’s emotional state.
But furthermore, the Hyunday’s Mobi division concept car includes a way to switch to autonomous driving mode from manual. Once in autonomous mode, the passenger can choose to watch a video material on the windshield.

 

Mercedes-Benz – Vision Urbanetic

 

Seemingly, a vehicle straight out of a SF movie, the Urbanetic is another modular car concept that runs off batteries and can operate autonomously. It features a people module and a cargo module. Also, it monitors traffic and weather and it communicates with the exterior in various ways. Thus it may anticipate the need for transportation or the presence of pedestrians before they are visible with the naked eye.

Image credit

 

*Good to know

Remember that LASTING Software is the right partner and the natural choice for automotive custom software development. We handle the automotive industry’s specific requirements with a winner combination of creativity and hard work. Our software engineers cover specific automotive areas, such as:

–              Human Machine Interface

–              Graphics Software Development Kits

–              Mobile apps

–              IoT apps

–              Enterprise software

–              Analytics and Big Data

–              Quality Assurance Services


LASTING Software is active in the automotive software development sector for the past +17 years. We are based in Timişoara, a focal point within Romania’s competitive automotive-focused software market.

An HMI-focused team activates in LASTING Software since the beginning. Our team’s exposure to complex HMI projects, industry-specific tools, workflows and processes has grown constantly. Our commitment empowered us to deliver quality software on time, every time. We simultaneously took on increasingly ambitious projects. Our rate of customer retention is high, with 4.7 years being our current average customer “age”.

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