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OSS Architecture Transformations

Apart from the complexity of network systems, telecom leaders also need to manage the complexity of delivering services to growing subscriber bases. The progressive roll-out of 5G services and increased volume of IoT device deployments further swell the demand for greater agility. Legacy OSS architectures can no longer cope with the current market needs nor do they fulfill the necessary OSS security requirements.

This further reflects in data. Business leaders are bullish to invest in new OSS solutions.
The global OSS & BSS market size was valued at $ 36.85 billion in 2019. By 2027, it is projected to increase by 2.8 times and reach $ 102.14 billion.

Why are communication service providers so determined to modernize? Because emerging OSS architecture patterns can help unify the complex ecosystem of OSS operations using complementary IT paradigms such as Software-Defined Networking (SDN), Network Function Virtualization (NFN), E2E service orchestration, and big data analytics among others.

Incorporation of modern technologies and processes enables digital-forward telecoms to:

Change the way they build and operate their network infrastructure to contain costs and reduce security risks.
Open their services to external ecosystem partners to tap into new pockets of growth such as OTT services or connected car commerce.
Revolutionize the way they design and deploy new services at high speed while ensuring minimal downtime and service level disruptions.
The Five Pillars of Future-Proof OSS Architecture
Digital transformation journeys are unique to every company. There is no single approach to fit every type of operation even within the same industry such as telecom.

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Telecom Industry has become one of the fast-growing

If we talk about the career in the telecom industry then we can see the demand for skilled youth has started to grow in this area. Public sector companies with private sector companies have also increased job opportunities for the youth.

Remuneration: Remuneration of telecommunication engineers depends on his experience, academic qualifications, and individual qualifications. There is a better salary in private institutions than government institutions. Graduates in accordance with the institutes can start from 20 thousand rupees. Salaries of more than Rs. 50 thousand can be achieved after some years of experience.

Educational Qualifications Required: Students holding a good knowledge of Physics, Chemistry and Mathematics can do graduation or post-graduation by keeping this as a career option in mind. To become a Telecommunication Engineer, graduate (BE / B-Tech), Post-Graduation (ME / M-Tech) or Diploma is required. This industry also offers many placements for the ones who are pursuing MBA.

Experience: Two-three years of experience in telecommunications can also be beneficial for you. After doing MBA in this subject, a managerial job is also a great option for the persons pursuing MBA.

This is an area in which you have immense possibilities of working in foreign countries too. In other words, if you are looking for a job abroad then there is no better option than telecommunications. Because this industry not only offers you placements in India but you also get an opportunity to serve your talent in the abroad too.

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AI investments see tremendous improvement

Telecom providers have access to large volumes of customer data that can help them predict customer usage patterns. This helps them in price optimisation and last-minute deals, giving them a competitive edge. More data is being collected and used as several operators provide location-based services and offerings.

In the end, the IoT data and the AI ​​/ Analytics solutions are enabling telecom service providers to improve products and solutions and offer their customers the innovation that they want. For instance, Vodafone partnered with BMW to incorporate an in-built SIM that enables vehicle tracking and provides theft protection. In case of emergencies, alerts can also be sent to emergency services and contacts. AT&T designed a fraud detection application to look for patterns and detect suspected fraud, spam and robocalls. The system looks for multiple short-duration calls from a single source to numbers on the 'Do Not Call' registry. This enables them to block calls and prevent scammers, telemarketers and identity theft issues.

Talking about the significance of increasing investments in cybersecurity solutions by telecom service providers, Amanullah says, “Telecom operators have large customer databases and provide a range of services which gives criminals a great incentive to steal identity and payment information, damage websites and cause loss of reputation. They have to ramp up their investment in cybersecurity technology, processes and people. A telecom operator's compromised security can have country-wide, and even global consequences. As networks become more complex with numerous partnerships, there is a need for strategic planning and implementation of security, with clear accountability defined for each party. "

 

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Regulatory Authority of Electronic Communications

This final point can be actively tested and mystery shopped, and this is a good way to put theory into practice and identify remediation training needs. For example, a caller says they are from the IT department and need to check your password, or your bank phones to confirm details of a recent transaction - how does the recipient respond?

They should be aware that no one will EVER ask them to share a password by phone or any other way, and that if someone says they are from your bank or other trusted third party, the only way to verify this is to call them back on a publicly available number. If a patient phones to request results of a sensitive health screening, then they should be asked to provide proof of identity via pre-established security questions (preferably ones they haven't shared in a Facebook quiz), before the result is disclosed.

It's exactly these awkward, personal situations, where people are at their most vulnerable to manipulation and coercion, as they have to indicate a lack of trust to the caller. It's much easier to go along with what they say about who they are, not to break the established rapport, and wind up breaking a customer's confidentiality - or blowing their employer's carefully constructed security protocols wide open - by accidentally giving a bad actor the last piece of info they need to compromise their recovery email settings.

As different parts of the world unevenly emerge from restrictions on where we can work and travel, it's particularly important to bear in mind the impact that also has on security awareness and behavior. For example, it's only natural for everyone's guard to be lowered when they are working from home unexpectedly, because home is a place identified with safety. It feels like the most secure place you know ...

But perhaps you don't even realize that you have walked too far down the garden while on a call, and your personal mobile has defaulted over to the Wi-Fi at the pub over the road, which is completely unsecured with no password at all Suddenly, the advice you followed from your office IT guide to secure your own router and Wi-Fi connection is completely invalid, and despite the ringover end of the call being securely routed via encrypted servers, the last few yards of the connection via your own handset is wide open to the world.

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television and a virtual assistant

Mobile connectivity can now handle 19.01 exabytes every month. That is 1 quintillion bytes (and yes, that is a real number!) 4G LTE-Advanced can now, in theory, reach 300Mbps download and 150Mbps upload speeds. In practice, these speeds reach highs of 42Mbps download and 25Mbps upload. To put mobile speeds into perspective, 3G could theoretically reach speeds of 7.2Mbps download and 2MBps upload. However, in practice this is more like 3Mbps and 0.4Mbps.

"5G is only going to improve mobile capability. In theory 5G should allow users to download a HD movie in about 10 seconds. The end goal is to have 5G reaching speeds of 100 Gbps. Currently, 5G is not widely available, but this is." certainly the next step in the future of connectivity. " - Alpine Security

Additionally, it is now possible to run sim enabled devices using fixed IPs. This allows mobile devices to have a similar connection and performance to hardwired devices. This removes such devices' reliance on mobile coverage. Additionally, connecting to a fixed IP reduces the chance of disruption as connecting to the same IP is easier than connecting to a new one.

Fiber infrastructure is now becoming commonplace as copper lines are upgraded. Fiber internet connections are now being installed throughout the network to the buildings themselves. Having your fiber connection come right into your premises makes a great difference. The first fiber services advertised only featured FTTC (fiber to the cabinet) and used copper connections to do the last mile. Copper is not as efficient at carrying data as fiber, and therefore FTTP (fiber to the premises) allows for much faster internet speeds.

FTTP carries data all the way to your premises using fiber lines. This makes it around 10 times faster than FTTC, with speeds of up to 1Gbps.

T1 is still one of the most common last mile connection types. This is why we offer a number of T1 options to suit your business needs. However, with Ethernet now dropping in price, we see businesses regularly replacing T1 Circuits and upgrading.

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install on-site telephone systems

Although it may be more cost-effective in the long-run for medium-sized or large firms to install on-site telephone systems, hosted VoIP solutions are often the most suitable options for small companies. This is because you need minimal equipment and only require enough system licenses to ensure that everyone in your company has telephone access. You won't need to pay out for a multi-user onsite system that you're unlikely to use to its full capacity.

Choosing a VoIP telephone service doesn't mean that you're stuck with limited access to phones as your business grows, however. In fact, one of the main advantages of VoIP systems is that they are scalable, making them ideal for start-ups.

As your business expands and you take on more staff, all you need to do is to buy additional handsets and VoIP licenses. You can therefore increase capacity gradually and manage your costs effectively.

Many businesses now employ staff in more than one location, and remote working is becoming more and more popular. Enabling remote workers to access on-site telephone systems can be costly and time-consuming, while setting up traditional systems in multiple locations would be even more expensive.

If you opt for one of the hosted VoIP solutions on the market, however, your staff members' physical location won't matter, as the service is provided over the Internet. You can simply buy licenses to cover every worker and provide each staff member with a handset.

Last on our list of advantages of VoIP systems, but certainly not least, is that they are usually easy to maintain. You won't have much in the way of physical equipment on-site, so there's less to go wrong. Therefore, you probably won't need to spend as much on engineers' charges and replacement equipment as you would with a traditional system.

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businesses used tools like workflow management

Business Process Management (BPM) in its nascent stages was used to increase efficiency and cut costs. In the late '80s and early' 90s, businesses used tools like workflow management systems and this enabled the production of the early versions of BPM software.  

In the early 2000s, Gartner coined the term "Business Process Management Suite" to refer to various software which deals with business process. As time passed, BPM applications were able to handle process modeling, management, analytics, reporting, and with this, Gartner coined a new term “intelligent Business Process Management” (iBPM). 

Today's BPM solutions need little to no help from the IT team to be implemented to optimize business processes. These tools have become capable to empower businesses with meaningful and understandable data to streamline the business and make meaningful decisions. 

The operational efficiency is usually poor in the e-procurement space and not because of the inefficiency of people handling it but due to complications of the process. It leads to dark purchases that are made outside of the designed process. Other problems involve inaccurate data, poor onboarding of vendors & suppliers, and poor understanding of process utilization. 

Business process management is a way to align business processes with the aspiration of customers and employees to achieve organizational goals. Enterprise success relies on complicated processes. Usually, employees are swamped with several tasks for the day and could get distracted from completing a workflow. This could have a direct or indirect impact on the bottom line. 

These methods are predominately used in big organizations and Enterprise level companies. They are also called Integrated Centric BPM. In this process, multiple systems are interconnected to share data and ensure quality decision-making.

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protect your VoIP phone system

However well you manage things internally though, the single best thing you can do to protect your VoIP phone system and other cybersecurity protection is to outsource as much as possible - to a respected and established international provider like ringover.

A non-fixed VoIP number, otherwise known as a virtual phone number, isn't linked to a physical address. Non-fixed VoIP numbers have the same calling capabilities as fixed VoIP numbers, and can likewise be used for residential or business purposes.

While non-fixed VoIP numbers aren't tethered to a geographical location, accounts can be created to serve any desired address. This allows businesses to contact customers all over the world.

Consider - if you were installing an alarm system to protect your home, would you build it yourself from bought components, then monitor it round the clock to ensure it worked? Fix it up when better technology becomes available, and take on the personal responsibility for ensuring you were one step ahead of the burglar's techniques at all times?

Of course not, you'd contact a local alarm firm and get them to install their gear at your end, then take care of all the monitoring and patching and responding remotely. A monthly subscription would be well worth that peace of mind.

 

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including next-generation WiFi and Bluetooth

Based on the Telecom Innovation Map, the Tree Map below illustrates the impact of the Top 10 Telecom Industry Trends. The internet of things (IoT) devices and sensors, connectivity solutions including next-generation WiFi and Bluetooth, as well the promise of 5G networks and technology dominate the top 10 telecom trends. Artificial intelligence (AI) algorithms influence data analytics and offer various opportunities for automation in the telecom sector. The penetration of smartphones and reliable internet generates large volumes of high-resolution content. Telecom startups develop network solutions to manage and optimize speed and latency to further enable the growth of high-quality image and video content. In addition to these major telecom trends, the industry also sees the development of cloud and edge technologies for enabling smart industrial processes as well as solutions to improve human-to-machine and machine-to-machine communications. Get in touch with us to find relevant startups that impact your specific business.

The Global Startup Heat Map highlights the global distribution of the 3,519 exemplary startups & scaleups that we analyzed for this research. Created through the StartUs Insights Discovery Platform, the Heat Map reveals that the US is home to most of these companies while we also observe increased activity in Europe as well Asia, particularly in India & Singapore.

you get to meet 20 out of these 3,519 promising startups & scaleups as well as the solutions they develop. These 20 startups were hand-picked based on criteria such as founding year, location, funding raised, and more. Depending on your specific needs, your top picks might look entirely different.

IoT devices and sensors influence almost all industries of the technology economy. It improves people's quality of life, allows businesses to increase their profits, and improves management. IoT is also beneficial for governments looking to decrease their information technology (IT) -related expenses. Interconnection between devices, sensors, infrastructure, and computing elements further enables new ways for management. For example, decentralized operations, condition-based monitoring, and predictive maintenance ensure efficient communications between various IoT devices. In this way, IoT automates production processes and allows the implementation of Industry 4.0 concepts in the telecom sector.

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IaaS can instantly recovery from outages

Data center: At many organizations, IaaS is gradually replacing on-premises data center infrastructure. So, IaaS is typically used in an organization's internal virtualization environment, or less-critical production applications and expand their uses of IaaS as they gain more experience and trust.
Batch computing: Batch computing is the least common need for IaaS and serves as a substitute for traditional high-performance computing. Applications such as video encoding, genetic sequencing, modeling and simulation, numerical analysis, and data analytics.


You will gain in-depth knowledge on building a successful career as a certified professional in this domain. Topics like "what is cloud architect?" "How to become a cloud architect?" “Cloud architect salary” ?. In addition, the following discussion will help you find the essential cloud architect skills. Finally, aspirants can look at the important certifications to learn cloud architect.

What is a Cloud Architect?
A cloud architect is an IT specialist who has a combined knowledge of cloud computing and its roles and utilization in the market. They take up a unique place within the IT field and lead a team, create strategies in building and deploying applications within and relating to their organization's computing cloud. They usually work on monitoring cloud activity, designing and migrating applications, and many other planning activities.
Cloud architects can work in technology companies, manufacturing companies, design firms and many other companies that use cloud computing technology. They directly report to the senior-level management, such as the director, chief technical officer, etc.

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Technology advances and trends

Technology advances and trends making an impact on the future of the telecommunication industry
Digital transformation and the introduction of new technology is rife, providing a significant opportunity for Telcos to expand on their service offerings and solutions to add greater value to both enterprise customers and consumers. Innovative technology, if used and harnessed correctly, can help Telcos differentiate themselves in the market, reduce customer churn, and enhance productivity. This will require Telcos to think outside of the current connectivity box and innovate. Some of the technology and trends set to impact the future of the telecommunication industry

5G is the 5th generation of mobile wireless communications technology and will account for 20% of global connections according to GSMA. Operators and carriers across the globe are supporting the shift towards 5G with an expected investment of around $1.1 trillion in mobile CAPEX between 2020 and 2025. This technology is set to change the way many businesses operate as it allows for faster connectivity, low-latency, enhances bandwidth, and connectivity speed.

To say that corporate customers are under pressure is an understatement. They need to make sense of large volumes of complex data, understand the details, allocate costs and data usage and do this with speed and accuracy. With this in mind, many corporate customers are turning to innovative solutions provided by Telcos, that make these business and administrative processes that much easier. Two such solutions include Adapt IT’s Corporate Customer Self-Service Portal and APN-as-a-Service technology.

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the processes such as visual perception

For our example of the child, cognitive science approaches the event by looking into the processes such as visual perception of looking at the toy, comprehension of the object present as toy using recognition and recall from its memory stores et cetera. In similar ways, experience design research is the sum of parts of many impulses and reactions that a person undergoes when coming across a digital product for the first time. Research is universal, at large. We can pick and choose the parts we want to use. For designing a digital experience, we borrow heavily from all three research disciplines in varying degrees to build an exciting digital interface.

Design is a state of a mind. It's an approach to a problem or a method of problem-solving. And who do we solve problems for? The answer is obviously people! People are the sum of their feelings, emotions, experiences, and choices. And since we are solving problems for people, no single solution can be fit for all.

The field of UX Research helps to unearth the conscious and subconscious behavior of people that make them like / dislike a product. Hence, in order to understand the myriad experiences, emotions, thoughts, behavior, motivations, reactions, actions, and attitudes that are displayed by the target audience when using a digital service / product, we need researchers in the team. These people are expert in decoding the human behavior and help lay a foundation to digital design or human-centered design.  

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integrate disparate communication channels

the challenges that are holding up the 5G wave. One of them we discussed was about privacy challenges. Consumer privacy could be compromised due to semantic information attacks, timing attacks, and boundary attacks that hit the subscriber's location privacy. There is also a potential threat to the consumer's data and identity. Considering how consumers take their data privacy seriously and as connected devices rely the most on data, such threats to privacy could discourage people from using IoT devices with a 5G network. 
SDN helps to centralize the network control platforms and allows programmability in communication networks. But these two remarkable features also create opportunities for hacking the system. For instance, the centralized control could encourage DoS attacks and expose the critical Application Programming Interfaces (APIs) to unintended software. It's possible this may cause the entire network to go down. The centralization of network control makes the controller a bottleneck for the whole of the network due to saturation attacks. Given that most of the network functions can be performed as SDN applications, malicious applications, if given access, can spread chaos across the network.

While NFV is incredibly important for future communication networks, it has some fundamental security challenges like con fi dentiality, integrity, and authenticity. The present NFV platforms do not comprehensively cater to security and isolation to virtualized telecommunication services. One of the critical challenges persistent to the usage of NFV in mobile networks is the dynamic nature of Virtual Network Functions (VNFs) that leads to configuration errors and thus security lapses. However, the more significant challenge that needs immediate attention is that the entire network can be compromised if the hypervisor is hijacked.

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business will reduce operational risk

MSPs bring practical delivery of a predictable service model and cost to quickly and effectively deliver new IT service to your company
MSPs also enhance the stability and peace of mind for IT and business leaders alike
The task of delivering new business services to the enterprise while keeping costs controlled is a difficult task in the modern business environment. A managed service is a great strategy to help your IT organization be highly resilient, and cost predictable, fiscal year to fiscal year.
By the end of the decade, computers were more complex and most offices had several other devices - like printers and fax machines - on their networks. Smaller companies began to realize the break / fix method no longer made good business sense. They needed to start being proactive about monitoring their equipment and providing maintenance before something broke.

However, putting that realization into practice was easier said than done because that proactive monitoring and maintenance put a serious strain on already limited IT staff and resources. So, by the late 1990s, more companies began to use third party IT services as a way to outsource some of their day-to-day IT needs including systems management, network monitoring and security. IT backup services protect and retain your data and allow you to recover data as small as single files or as large as entire databases.

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Given that most of the network functions

SDN helps to centralize the network control platforms and allows programmability in communication networks. But these two remarkable features also create opportunities for hacking the system. For instance, the centralized control could encourage DoS attacks and expose the critical Application Programming Interfaces (APIs) to unintended software. It's possible this may cause the entire network to go down. The centralization of network control makes the controller a bottleneck for the whole of the network due to saturation attacks. Given that most of the network functions can be performed as SDN applications, malicious applications, if given access, can spread chaos across the network.

While NFV is incredibly important for future communication networks, it has some fundamental security challenges like con fi dentiality, integrity, and authenticity. The present NFV platforms do not comprehensively cater to security and isolation to virtualized telecommunication services. One of the critical challenges persistent to the usage of NFV in mobile networks is the dynamic nature of Virtual Network Functions (VNFs) that leads to configuration errors and thus security lapses. However, the more significant challenge that needs immediate attention is that the entire network can be compromised if the hypervisor is hijacked.

5G will enable more complex ecosystems, for instance, including drones and air traffic control, cloud-driven virtual reality, autonomous vehicles, augmented reality, smart factories, cloud-driven robots, transportation, and telemedicine. These kinds of applications need secure communication systems that facilitate more frequent authentication and exchange of more sensitive data. Additionally, several new players, like public service providers, MNOs, and cloud operators, will engage with these services.

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telecom company Nippon Telegraph

the telecom giant T-Mobile reported a security incident that compromised the data of 200,000 customers. A similar incident occurred early last year when Japan's telecom company Nippon Telegraph & Telephone (NTT) reported that the data of 621 customers from one of their subsidiaries were stolen. The hackers had hacked the multiple security layers of their IT infrastructure to steal the data. Data breaches have become one of the common concerns for telecom operators. A 2020 Global Threat Intelligence Report stated that hackers have been using IoT devices as a common entry point for cyber attacks. As more businesses and individuals continue to work from home, edge points grow and so does the vulnerability. Telecom operators will have to build robust security architecture to reduce data breaches. They must incorporate data encryption, tokenization,

Unplanned network downtime can cost telecom operators $ 15 billion per year. Of course, it's bad for the users too. Businesses and individuals are dependent on good internet and telephone connectivity for day-to-day operations. Hence, unplanned downtime impacts their work and affects the operator's bottom line revenue. If severe outages occur frequently, the telecom operator will risk losing their reputation and customers. While there are many reasons behind unplanned system outages, one of the major causes is a system upgrade. The operators are unable to reconnect the network after an upgrade or change in infrastructure. Other reasons include routing problems, network congestions, and operational errors. Taking proactive measures, communicating any upcoming outages,

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effective and accurate due to TRAI

The presence of the sectoral regulator, DoT, and CCI requires robust regulatory coordination. While the report suggests that the resort to S.21 and 21A of the Act for consultation with other regulators, such consultations are not binding on them. For instance, if one of the TSPs engages in differential treatment with an OTT, it would fall under the jurisdiction of both TRAI and CCI. The Supreme Court's (SC) verdict in the case of CCI v. Bharti Airtel was an endeavor in pursuit of regulatory convergence between TRAI and CCI. In that case, the SC observed that TRAI would have the preliminary jurisdiction over the dispute and if the dispute merits a detailed investigation by CCI, it may refer it to CCI. However, there is a possibility that the regulators might have contradictory observations on a given dispute. 
A unified regulatory consultation system may be introduced wherein TRAI may provide technical guidance to the overall CCI investigation without strictly resigning to the role of regulator-of-first-instance as propounded by the SC. This model of super-regulation wherein several sectoral regulators combine their powers with the competition law authority to prevent duplication of efforts was introduced in Spain. This model was later adopted by Australia and New Zealand. It ensures that the assessment is effective and accurate due to TRAI's involvement in the investigation. This can also prevent CCI from accepting any voluntary commitments from the parties or passing any order that may be violative of privacy and data protection laws.

With a lot of fanfare, excitement and speculation, 5G is slowly making the transition from a general idea to network implementation. Network operators are already scheduling 5G network trials and testbeds to sort out how the 5G vision will be realized. The hype of 5G is on the rise.

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cost implication for the software

The cost savings by moving to SD-WAN from an MPLS estate are made by not needing very complex routers at every site. Since the programming on the network is all done at the software layer, you don't need to spend on every site.

As there is still a cost implication for the software, the cost savings are maximized on larger multi-sites where high bandwidth, complex deployments (like running QoS or prioritizing traffic) meant expensive routers were needed. For smaller businesses, there should still be a cost savings, but it will not be as significant.
As with any service, you pay for what you get. If you get a 100Mbps line, it will be the same capacity whether in an MPLS or SD-WAN deployment.

If you have had the connectivity installed for a long time, there may be a cost benefit to revisiting the costs, and chances are you will get more for your money.

SD-WAN does, however, allow you to make better use of available bandwidth. By understanding your traffic profile, you can not only choose what to prioritize (which you can do on MPLS) but you can do it much smarter way and in real time. You can base optimizations off algorithms or even machine learning. Once the intelligence is moved to the software layer, you also future proof yourself for any further innovations as changes are just an application update away!
There are no formal deployment standards for SD-WAN, so the way the network is deployed makes a big difference. Many companies are using SD-WAN to replace MPLS VPNs that funneled traffic to a central location and then passed through a firewall. Instead, with SD-WAN, you can push internet traffic or application traffic straight out. This means you need to know what applications you need to support, and ensure that holistic security procedures are in place at every end point.

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embrace digital transformation

How can leaders build a team that is ready to embrace digital transformation?
Leaders need to communicate clearly what they want to do as an organization with respect to digital transformation.
They need to invest in upscaling their existing technology and processes.
They need to do away with big-scale projects and adopt agile projects that can be rolled out in a couple of weeks.

COVID-19's widespread outbreak has confined financial consumers to their homes. They are no longer visiting a financial institution in-person to tend to their financial needs and requirements. This in-person visit has, in fact, translated into a digital visit. Due to this, their expectations have become quite elevated with respect to the rendering of their financial needs online. 
According to Salesforce's State of the Connected Customer report, 68% of customers expected their financial services companies to step up their digital capabilities during COVID-19. The remaining 28% felt that these companies were doing their best during the crisis. Additionally, 59% of customers expected financial firms to improve their customer service standards, and 66% wanted their firms to understand their needs and wants.

Only a few enterprises were prepared to meet these customer challenges head-on as they had the resources to invest in new-age digital technologies. Most financial institutions weren't quite prepared to move their business completely online. They never expected such a situation to arise. As a result, they stumbled to provide the same offline customer experience, online. The deliverables that were meted out to consumers were half-baked and didn't meet their expectations. Thus, a menacing gap has been created between consumer expectations and financial deliverables. 

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telecommunications and signalling cables

In a way, this is like the current controversy about advanced driver assistance systems (ADAS) now available in cars and the further system advances expected to become more mainstream over the next few years - things like Lane Departure Warning, Active Blind Spot Detection, Automatic Emergency stopping and more.

Simply put, the vast majority of drivers think they are better than average drivers (which is, of course, statistically impossible) and therefore not in need of these ADAS tools. Of course, some drivers are better than others, but all drivers make mistakes. Many times, those mistakes don't result in accidents thanks to the actions of another attentive driver or even sheer luck. However, we shouldn't be relying on others (or luck) to mitigate accidents. If the technology is available to make us better drivers, we should leverage it - just as telcos should leverage new and better technology as it becomes available to mitigate service and infrastructure issues. Whether or not we expect new technologies to help, they do help and are in fact often needed, especially when it comes to mobile technology for field workers.

Though often unstated in marketing and sales materials, the benefits of most new technology features are their ability to deliver a higher level of abstraction, which is a fancy way to say that they free up people to solve higher level problems, which they continue to be (still) better at than machines.
Kabelovna Děčín Podmokly, sro has traditionally been ranked amongst the renowned European cable manufacturers, but thanks to massive investments from recent years, the company has become one of the European fiber optic products manufacturers who possess the latest technologies. Copper cables with skin-foam-skin core insulation, with the core of the cable filled with special water-repellent material, cables with layered casing and optical cables with multimode and single-mode fibers: these are the types of technology through which it now responds to the ever-growing needs of customers.

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