What is Commercial Vehicle Telematics?
Commercial vehicle telematics enables the monitoring and controlling of a commercial vehicle by the means of telecommunication devices. It is a blend of telecommunications and information technology in commercial vehicles. The combination of Global Positioning System (GPS) and on-board diagnostics enables users to record, track, and map and navigate commercial vehicles. Wireless, location technologies, electronic vehicles, etc., pursue a future for commercial vehicle telematics technology. Increased vehicle efficiency, improved routing, increased vehicle safety, accident prevention and injury, damages, etc. are among the benefits of the telematics technology. Why does the automotive world need Commercial Vehicle Telematics? Innovative solutions for efficient supply chains logistics and fleet management play a vital role in telematics development. Telematics provides visibility and data in real time in order to improve the processes, preserve products integrity, maximize their shelf life, and reduce losses and insurance risk throughout the entire supply chain. Telematics solutions integrate capacities, like live traffic updates, intelligent tracking and routing, quick roadside assistance, automatic trading and telematics. It is therefore essential to optimize fleet operating metrics such as fuel reduction, resource optimization and real-time connectivity. Commercial Vehicle Telematics and the pool of End Users Healthcare The extensive uses of commercial telematics in healthcare vertical have changed patient and providers ' dynamics. In this field, some of the advantages of telematics include reporting hours, time analysis between visits, tracking of emergency calls by staff in the vicinity of a person, reports on staff travel, bidirectional communication and improvised efficiency as well as responses. Government Agencies Fleets of government sectors face various challenges including tight budgets, rules / policies and compliance with state and local law. The government sector is examining solutions that can help meet budget constraints and are sufficiently flexible to respond to changes in technology. The vertical utilities, which include LCVs and M&HCVs, use commercial vehicle telematics solutions to manage fleets. Telematics solutions for utilities often aim to increase float visibility by optimizing routing technologies, analyzing driver behavior and performance of vehicles and improving operational efficiency. Insurance Telematics technology has originated from the convergence of various supporting technologies, including wireless, GPS, IT and telecommunication sensor networks. Advancements in these technologies and other technologies have helped make telematics more useful in personal and commercial vehicles. Commercial vehicle telematics provides insurers with the necessary driver's performance scoring capabilities, operational insurance, crash and claims management, care and localized services. In addition, it adds fleet management capabilities and enhanced data reporting to improve the profitability of commercial lines. Click Here For Free Insights: https://www.kbvresearch.com/news/commercial-vehicle-telematics-market/ Where do we see Commercial Vehicle Telematics? Tele-Health The term telehealth covers a wide range of technologies and services for patient treatment and for the improvement of the whole health care system. Telehealth is an e-health subset of information for health professionals and health consumers, education and training of health workers, as well as online and telecommunications management of the health systems. As stated by the World Health Organization, telehealth consists of “Surveillance, health promotion and public health functions.” Navigation GPS's most popular commercial use is in automotive navigation systems. A car driver just needs to feed in the screen of the GPS receiver the destination before starting a trip. The GPS car navigation system makes it easy and fast to find the way. The most convenient and fastest way to get to the destination is to use a GPS system while driving on an unfamiliar road or being caught by heavy traffic. Car GPS navigation systems can show other possible routes to a destination through the satellites. The car GPS navigation system also gives additional information that the driver might be interested in, depending on the functional capabilities. What are the major applications for Commercial Automotive Telematics Market? Commercial Automotive Telematics is used for tracking vehicles, vehicle maintenance, passenger safety, and many other applications. High-speed and highway collisions are increasingly driving demand. Different government initiatives to curb accidents and provide the drivers and passengers with immediate assistance further strengthen the demand. The vehicle sensors and controllers can measure the driving performance along with the location of GPS and fuel consumption and thereby analyze and use this data for further reporting. Commercial vehicle telematics is the future of transportation that enhances traffic flow, reduces traffic and kilometer distances, prevents accidents, optimizes security problems as well as facilitates the management and maintenance of fleets. To Conclude… The use of telematics can make a regular vehicle a smart one. The automotive industry needs to address the importance of being a critical monitor of telematics not only to detect performance and faults in vehicles, but also to ensure the safety of drivers. The scenario, though gradually, is transforming. Cutting edge features such as fuel management, GPS navigation, vehicle tracking, support for automatic driving assistance systems, triggering alerts not only increase the utility, but also increase the value offered to the client. In the long term, these connected trucks would be an integral part of the future intelligent cities as well as a take a huge leap toward transport modernization. To conclude, the Commercial Vehicle Telematics Market is anticipated to rise at a CAGR of 19.4% during the forecast period.
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What is Network Encryption?
Network Encryption is a network security process that uses network transfer layer cryptographic services above the level of data link but below the level of application. Network transmission capacities are Layers 3 and 4 of Open Systems Interconnection (OSI), the layers for connectivity and for routing between the two endpoints. Network encryption is invisible to the end user and is operated by any other encryption process using existing network services and application software. The data is only encoded during transit and exists on the hosts of origin and destination as plain text. Do networks need encryption? Encryption is an efficient and popular way to protect network data. The process of encryption hides data or the content of a message so that only through the corresponding decryption process the original information can be recovered. Encryption and decryption are common cryptography techniques - the scientific field behind secure communication. There are many different processes of encryption and decryption (called algorithms). Especially on the Internet, the details of those algorithms are very difficult to keep secret. Cryptographers are aware of this and design their algorithms to function even if their details are publicly available. Most encryption algorithms provide protection through key use. Traditional Transmission Coaxial Cable Coaxial cables are copper cables specifically designed to block signal interference, with metal shields and other components. Cable TV companies mainly use this to connect customer homes and companies to their satellite antenna systems. A single, thicker wire includes a coaxial cable. Many people who use this kind of cable claim that twisted pairs have a better bend radius are much more flexible in their choice of network topology. Twisted Pair Cable Twisted pair cabling is a type of cable in which two single-circuit conductors are twisted together in order to improve electromagnetic compatibility. Experts say that twisted pair cables are often used to prevent certain types of signal interference. In various types of installations two different types of twisted pairs, unshielded twisted pairs (UTP) shielded and twisted pairs (STP) are used. Cable STP can also contribute to grounding. The STP cable also can provide grounding. Radio waves & Microwaves Radio waves form part of the electromagnetic spectrum. They do not need a medium to travel. An electric wave and a magnetic wave is composed of a radio wave. The 2 waves move together, creating one another as the wave goes through any medium, be it air, wire or what we call space. Radiofrequency is a form of wireless electromagnetic transmission. RF signals between 3 kHz and 300GHz are easily generated. Their property allows them to penetrate objects and travel far distances in wireless communication. Click Here For Free Insights: https://www.kbvresearch.com/news/network-encryption-market/ Network Encryption Hardware Risks and threats are increasing, and companies and other essential infrastructure are constantly being hampered. Businesses around the world are therefore always looking for economically viable and robust products that enhance the security of the network and offer customers enhanced experience. Hardware devices are vital for performing processing functions, such as high speed and low latency, in the network encryption market and provide robust safety. In addition, hardware components provide enhanced safety against endpoints, networks and applications threats. Emerging verticals and Network Encryption Technology Telecom & IT IT solutions and services providers, consultancies, Internet service providers (ISPs) and communication companies form part of the telecommunications and IT verticals. Bring your own device (BYOD) has increased the necessity to secure data transfers over the network and comply with the industry's regulations by developing innovative technologies and increasing use of the internet and moving devices within an organization. The network encryption solutions of telecom companies and the IT services providers also provide business-critical information for security. In addition, online fraud is a key issue for cyber experts, network operators, service providers and users around the world. Companies are conducting employees and customers data security awareness programs. Banking, Financial Services, and Insurance (BFSI) The BFSI vertical is vulnerable to data violations in a digitally interconnected world. The vertical processing and transaction technologies are constantly upgraded and require end-to-end security solutions to optimize operations against both internal and external threats. The safety of payment data transmitted over the network becomes a priority for an organization in BFSI vertical with services such as smart banking, internet banking, and mobile banking. It makes the industry an appealing target for fraudsters to exploit sensitive customer data. Network encryption solutions are employed in this industry to control and secure customer-sensitive data and deliver protection to their company from data breach risk. Media & Entertainment Digital broadcasting requires continuous encryption and decryption in real time for streaming applications, to ensure content is not compromised in transit. This content is protected by a conditional access system (CSA), ensuring that certain criteria are met before a film or series is accessed. Each segment of the data stream needs cryptography with a constantly changing, encrypted "control word". Keys have to be generated and forwarded ahead of the content. Latency must be addressed in order to provide a seamless experience, and the high-performance HSM is a suitable tool for this. In fact, high-quality keys are rapidly being generated, stored and used to secure the associated data transfer. Government Government offices can protect themselves sensibly from known threats. For example, firewalls can be set up to prevent incoming attacks and VPNs and HTTPS can be used to protect in transit data. However, the weakest line of defense for a department is its own employees. Governments and companies both rely on strong (highly secure) encryption to protect personal information, intellectual property, and state secrets. Legislative efforts to weaken this encryption threaten critical data security and integrity. Government agencies must have adequate defenses, and robust encryption can form a strong first (and ultimate) defense line. To Sum Up Network security has always been more important than users know. Fallback, surveillance and filtering have always been available but were invisible. Many application owners feel that their systems work on a pure IP infrastructure, but there is nothing more to do with the truth that business networks are highly structured. Today's network products feature a wide range of one-point security solutions from simple authentication mechanisms to comprehensive identity management. The bottom line is that, the Global Network Encryption Market shows a high potential of rising at a CAGR of 11.4% over the estimated period. All about Security-as-a-Service
Security as a Service (SECaaS) is a security management outsourcing model. Security as a Service typically involves applications, such as Internet-based anti-virus software, but it can also refer to the security management that an external organization manages in-house. Security as a service (SECaaS) is an Internet security service management cloud computing model. SECaaS is based on the Service Software model but is constrained to specialized information security services. Why do industries need Security-as-a-Service? Personnel shortages are starting to hit critical levels in the information security field. Small and medium-size companies probably would not have the money to hire these professionals. IT leaders expect that before it improves, this problem will get worse. The budgets for technology feel the strain. Companies need to innovate in order to remain open to competition. There are very high costs for software maintenance, update, patching, and installation. Scale platforms and secure data storage on demand are additionally necessary. All these are cloud-based safety areas, giving stressful IT departments a relief measure. Where do we see Security-as-a-Service? Web Security Threats are rising around the world, which sometimes has a serious impact on system functionality and business operations, due to expanding the use of the Internet. Internet security solutions are used to safeguard computer systems and ensure that activities are performed correctly. The Internet is an unsafe channel for information sharing because it is subjected to fraud or intrusion, like drugs. Different methods are used for the data protection and transfer of the data over the Internet, such as data encryption, firewalls, antivirus, etc. As more and more people and organizations around the world connect with the Internet via the World Wide Web, email and VoIP and other services, the threat of security seems to increase every day. These attacks are more advanced and continue to evolve with the advancement of technology. The need to protect such applications against advanced threats, such as ransom wares, APT and zero-day attacks and malware, as well as unauthorized access, is a major cause of expanding Web security and e-Mail security in organizations' use of the cloud based web-based and e-mail applications. Click Here For Free Insights: https://www.kbvresearch.com/news/security-as-a-service-market/ Application Security Enabling companies to securing their business - sensitive applications through more visibility, control, and use of existing Application security solutions and services, such as IAM, Web filters, and Application Whitelisting, enable the safeguarding of corporate applications and software codes against external and domestic threats. Business sensitive applications are one of the main focuses of attackers, because they contain information about critical assets and processes followed by a company. Cloud-based security-as-a-service solutions for applications provide customers with economical and scalable functionalities, which induce high growth on this marketplace. Advantages of leveraging Security-as-a-Service Environmentally sensitive applications can be secured by means of more vision, control, and use of existing safety solutions like identity and access management (IAM), web filtering, and whitelisting, which allow the security of enterprise applications and software codes, including internal and external threats. Security-as-a-service platforms can monitor an entire employee base along with balancing endpoint management. Results are delivered to the concerned destination in real time with automatic alerts triggered whenever unusual activity is recorded. Automatically completing such tasks allows trained professionals in technology to focus more on efforts that advance business while protecting much of the industry behind the scenes. Benchmarking, contextual analysis, and cognitive insights provide employees with rapid access to questionable items. This permits movement without the need to work drudgery in the background. The Bottom Line The SECaaS industry is driven by increasing cybercrime, growing sensitive organizational data and increasing mobile device trend. Over the years, the utilization of cloud technology has significantly increased and the need for more protective and economic security solutions has been created. The strict regulations of the government have pushed the market towards a better-integrated service that meets government regulations. However, the refusal to share sensitive information, availability of free security services and hesitation of the organizations' cloud-based security limit SECaaS adoption. Increasing e-businesses, increasing awareness of data protection, increasing the trend towards bring your own device (BYOD) and adopting managed security practices creates enough opportunities for the technology. In addition, in the near future, global security as a service market is projected to grow to a CAGR of 16.4%. What is Application Virtualization?
Application Virtualization can be understood as a software technology which implements the encapsulation of an application to isolate it from its host Operating System. The output of this isolation process leads to the independence of the operating system, which can also be considered as one of the top advantages of deploying the application virtualization technology. Encapsulation is a fundamental and a crucial factor which enables the operation of applications within artificial, or “virtual” environment. While a plethora of solutions is available for virtualizing applications, IT teams often resort to a server- based approach, which can help with delivering the applications without installing them over individual desktops. Rather, administrators incorporate remote applications on a server within the company’s data centre or with a hosting service and then deliver the applications to the users’ desktops. Why do we need application virtualization?With application virtualization, users can implement an application remotely from a server. This server can store all the personal information and other characteristics of an application, yet, it can run on any local workstation. For example, a user needs to run two different versions of similar software would adopt the application virtualization technology. This technology enables organizations to run applications that would otherwise conflict with a user’s desktop applications or with other virtualized applications. The virtualized applications can be accessed either from thin clients or non-Windows computers. Applications are available immediately, without waiting for long installation or loading operations. If a computer is lost or stolen, the server has sensitive app data that will not be affected. 4 ways Application Virtualization can provide benefits to enterprises:
Which industries are reaping major benefits from the Application Virtualization technology?Banking, Financial Services, and Insurance (BFSI) The Banking, Financial Services, and Insurance (BFSI) industry offer a significant prospect of growth for suppliers since the industry is rapidly digitalizing and must save capital expenses (CAPEX) for additional IT needs. This is why applications are increasingly used as virtualization solutions as these offer the benefits of scalability, flexibility and greater cost -saving, business continuity and business agility for the use of various applications on their virtual machines. As a result of this, the increasing adoption of app virtualization solutions offers the advantages of scalability and flexibility to utilize different applications with higher cost savings, continuity and agility on the virtual machine. Healthcare Application virtualization can significantly benefit any healthcare institution by delivering highly efficient access to shared records, improved security, and easy transition to mobile. Since electronic health records (EHR) have a necessity to be shared among different doctors, specialists, and facilities, it is crucial than ever before to make that information easily accessible as it is secure. Health institutions can share documents incompatible formats and maintain up-to-date and accessible records easily. Health care professionals are known for their constant movement and a new record must be easily accessible with each patient. There’s just no time to look for data in such a fast environment. The doctor-patient’s interaction is normally achieved if every file and application is available on a tablet or laptop. IT and Telecom Often, IT teams adopt a server-based approach, providing applications without having to install them on a desktop. The next step is the virtualization of applications for mobile devices. Virtualization not only facilitates the migration of mobile apps across servers and support in a virtual environment, but it also helps vendors to develop virtual apps running on sophisticated phones and other mobile devices. For IT managers, ROI dollars are directly affected by hardware virtualization right away. The ramifications of application virtualization in a highly mobile world are less direct, more long-term and possibly significant. What does the future look like?The concept of application virtualization is applied in a number of fields outside the previously explored methodologies. The use of app virtualization in the world of games is not new. Many modern games involve writing non-player personal behaviour and the use of languages that perform byte codes for other games. Just as the virtualization of a platform (or system) changed the way of supplying and managing servers and desktops, virtualization continues to offer efficient mechanisms for removing an application from its host system. Because this approach is so popular, an evolution of software and hardware will be interesting to make application virtualization even more flexible and more efficient. Furthermore, the worldwide market for Application Virtualization Market is being projected to grow at a CAGR of 14.4% over the forecast period. What is a Point-of-Sale (POS) Terminal?
A Point-of-Sale (POS) terminal is a hardware system for processing payment of cards at retail sites. A software is integrated into the hardware to read magnetic credit and debit card strips. The next generation of POS systems is comprised of portable devices (i.e. not counter-anchored terminals), either proprietary, or third party, and contactless capabilities for emerging mobile payment forms. POS terminals are in reality just computers running a software system designed to make the operations required for a store at the point of sale easier. The sales point (also called the buying point) refers to wherever transactions occur within a shop. At a designated counter/check-out area for the vast majority of retail locations. Why do we need for a Point-of-Sale (POS) Terminal device? The most important thing for a company to have a point of sale is saving in time. The point of sale terminal can record what is sold for the day and what kind of transaction it was, whether it was cash or loan or any other form of payment. Even more difficult systems have staff tracking, so owners know who sold them. And some are even tracking inventories to track how much is sold and how much is left. Point-of-Sales terminals make it faster for a company to check out a customer since it makes price increases considerably easier. Imagine about the shop and how many products it has. Without a point of sale, which is reminiscent of all prices, an employee would take so much time to check out somebody, as he/she would need to find any prices they did not know and enter that information manually. All the employees have to do with the point of sale terminal is scan the item and the information is entered automatically. Click Here For Free Insights: https://www.kbvresearch.com/news/point-of-sales-terminals-market/ Where do we see Point-of-Sale (POS) Terminals? Restaurant Restaurant outlets rely on technologies that have the potential of enhancing their business operations with the lowest operational and installation costs. Mobile solutions are the most appropriate technologies catering to such requirements. The prominent developers in the POS terminals industry focus on developing solutions to deliver effective tableside technologies to FSRs. Also, the restaurant point of sale terminal developers emphasizes upon developing software solutions which can be incorporated into the payment terminals to support various business processes like accounting, daily sales track order management, book-keeping, managing staff accounts, etc. The software foundation installed in these integrated systems helps control the hardware and other peripheral devices, manage it and operate it. The players offer their customers these modern solutions to improve business operations and improve their customer service experience. The cafes & bistros in the restaurant point of sale (POS) terminal industry are experiencing explosive growth. The businesses of these cafés are driving increasingly young customers in these food outlets. Hospitality For hotels and guests, the mobile POS offers several advantages. Mobile POS dramatically increases the speed of service, since the staff can place a mobile order directly on site to guests. Mobile in the hands of guests also leads to gain - starting with the comfort of self-ordering by the pool or anywhere they happen to be on their smartphone and increased guest satisfaction when paying. POS mobility has contributed to this growth because mobile POS has enabled hotels to complete sales more quickly and in new areas. The world of opportunities opens up to mobile technology. Mobile solutions transform the business method from guest-oriented solutions that enable consumer ordering and payment to employee-oriented tablet applications that support personalized guest involvement. Types of Point-of-Sale (POS) Terminals Fixed POS Terminal Traditionally installed in counters or reception areas, fixed terminals are PC/monitor POS systems. These systems are complex in nature, require continuous power and cost for maintenance. The most popular POS technologies in the market are fixed systems, thanks to integrated technology including a number of peripherals such as a barcode scanner, RFID or cards reading device, POS printer, cash drawer, etc. The high prices of these systems and the large-scale requirements for such systems are the reason for this integrated solution in FSRs and QSRs. These terminals offer a complete food supply system that can be installed with a single system to handle or manage inventory, retail, order and customer profiles. More integrated systems are being used in fast food stores to serve and effectively manage their orders to drive demand for restaurant selling points. In addition, manufacturers are involved in incorporating a number of advanced technologies into these integrated systems such as bar code scanner, EMV card reader and RFID scanner. Mobile POS terminal The increasing demand for such devices is projected to fuel constantly changing consumer expectations, increasing debit/credit card transactions and sophisticated data analysis. Other factors driving growth in this segment are paper-free reception, increased security, open floor space and reduced time for customers. Mobile applications can create new revenue channels; thus, providers use numerous marketing channels to use their technology to compete on the market. Increased consumer acceptance for these systems was the result of the advent of affordable wireless communication technologies. In addition, due to low installation costs, the flexibility of having a smartphone or tablet-based POS attracted small scale businesses to invest in this technology. An Overview With email and electronic receipts allowing free paper transactions, the systems are progressively shifting towards digital format. With e-mail and electronic receipts allowing free paper transactions, the systems are progressively shifting towards digital format. Increased debt and credit card adoption have also generated a high demand for these devices. As payment technologies advance, the industry is moving towards payments for EMV chip cards that are projected to further boost the marketplace momentum of the point of sale (POS) terminals over the coming years. Furthermore, the Global Point-of-Sale (POS) Terminal Market is being projected to grow at a CAGR of 7.4% over the forecast period. |
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