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LIST OF TOP SECURITY FEATURES ESSENTIAL FOR YOUR CRYPTO EXCHANGE SOFTWARE!

The value of any Crypto Exchange Software lies in its robust and security features. A Best Cryptocurrency Exchange Development will always possess the protection options again most threats and hacks. Top Cryptocurrency Exchange Development Company Shamla tech provides the safety options that make your cryptocurrency Trading script unbreakable for any unauthorized activities or frauds.

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Careers in IT Industry
Even before the coronavirus struck the world in 2020, technologies such as artificial intelligence (AI), machine learning (ML), data analytics, and cloud computing had snowballed over recent years. However, they have become essential in today’s society amid the current global health crisis only within a year. There is a strong driving force behind these technological adaptations, demand for jobs, IT industry trends, and individuals with skills and knowledge that meet the requirements of digitally transformed industries and sectors has also increased exponentially. According to Indeed, an online jobs portal, it was reported in 2018 that the demand for artificial intelligence (AI) skills and jobs in IT industry had more than doubled since 2015, with the number of job postings increasing by 119 percent. Let’s dive in and take a look at some of the prominent careers that shall be redefining the technology industry in the future. Whether you wish to pursue a career in artificial intelligence, software development, or data science, what kind of jobs should you search and apply for, and what skills will you require to get hired? Most importantly, how much salary can you expect from the job you have chosen. 1) Machine Learning Engineer: This particular branch of artificial intelligence is ideal for you if you have a desire for a career in a growing and fast-moving industry and a passion for computer science. Machine learning engineers utilize data to create complex algorithms to eventually program a machine to carry out tasks similar to a human. Economic forecasting, natural language processing, and image recognition are implemented in the algorithm so that the machine can learn, improve, and function without human interference. What degree do you require? A knowledgeable background in computer science along with artificial intelligence is a must, and a master’s degree is also essential for a career in software development. 2) UX Designers: User experience (UX) designers are responsible for working on ‘behind-the-scenes’ designs for ensuring that a website, software, or app meets consumers, behaviors, motivations, habits, and needs. More and more companies are turning to social media and digital platforms to promote and sell their products and sellers. It has gotten important, now more than ever before, to ensure a user’s experience and journey are smooth and without any interruptions. What degree do you require? A relevant undergraduate degree, such as computer science, is required. A postgraduate degree works wonders. Furthermore, some professional experience is also a must. 3) Cloud Engineer: Cloud computing has become a saving grace for people who have been working remotely, particularly during the last year. A majority of organizations are actively recruiting hiring people who have the skills and knowledge of incorporating structures and performing cloud-related tasks. Cloud engineers are often referred to by different names, including cloud developers, sysops engineers, and solutions architects. Often the role and responsibilities shall remain the same, including plan, monitor, and manage an organization’s cloud system. However, in some instances, these roles and responsibilities can vary to an extent. Cloud systems that you are usually required to be familiar with include Slack, Google Cloud, and Microsoft 365, only to name a few. What degree do you require? A postgraduate degree is always required, along with the relevant professional experience of some years. 4) Robotics Engineer: In the times of rapidly evolving technology, as a robotics engineer, you shall be required to analyze, configure, reassess, test, and maintain prototypes, robotic components, integrated software, and machines for the manufacturing, mining, and automotive services industries, among other roles and responsibilities. As a robotics engineer, you are required to be patient and apt in rational thinking for performing highly technical jobs. In the coming years, we shall likely see a boom in this job sector and how modern technologies and robotics can help the business, society, and the healthcare sector. What degree do you require? A master’s degree in robotics or computer science can set you up with the skills and knowledge you require for the job. Furthermore, the relative experience is required to break into the field of robotics engineering. 5) Data Scientist: Data scientists’ jobs are not new and are rapidly emerging along with other tech jobs, including cloud engineers, machine learning engineers, and robotics engineers. Data scientists are often considered a hidden gem in any organization. As businesses and organizations gather and use more data every day, the demand for data scientists has increased. With opportunities to work in virtually every sector and industry, from IT to entertainment, manufacturing to healthcare, data scientists are responsible for compiling, processing, analyzing, and presenting data to the organization in order to make more informed decisions. What degree do you require? You are required to have a clear understanding of data science and data analytics to stand out in this field. A relevant postgraduate degree in data science, computational and applied mathematics, or e-science can help you breakthrough in this field and develop data-driven skills. These are some top jobs in software industry that are expected to be in high demand in the coming future.
Why Codeigniter is still the Preferred Framework for PHP Development
CodeIgniter framework is loosely based on the more popular model–view–controller (MVC) development pattern. In this case, controller classes are a necessary part of development under CodeIgniter, models and views are optional. Developers can also modify CodeIgniter to use Hierarchical Model View Controller (HMVC) allowing them to maintain modular grouping of Controller, Models and View arranged in a sub-directory format. The first public version of CodeIgniter was released by EllisLab on February 28, 2006. Speaking about CodeIgniter, it is most often noted for its speed when you compare it to other existing PHP frameworks. Stating bluntly at frOSCon in August 2008, PHP creator Rasmus Lerdorf stated that he liked CodeIgniter "because it is faster, lighter and the least like a framework.” State of Codeigniter If you have ever worked along the lines of Codeigniter development services, you know how widely accepted and popular this open-source framework is. And who would deny the fact that PHP is the most popular programming language when it comes to developing websites and web applications.  With the IT sector expanding across all paradigms, developing unique web applications has become a norm. With more than 50 PHP frameworks offering tools that make PHP coding and programming as easy as possible, it is easy to fall into choice paralysis. But, Codeigniter stands out among all others. Why Codeigniter? Open source- CodeIgniter being open-source, it disentangles the assignments of programming and development along the path. It becomes an open playground for solution architects to engineer and innovate. This is the top reason why CI becomes the first choice for developers working in PHP. Light-weight- CI is extremely light-weight and efficient. The core system of the framework requires only a few very small libraries to function at its full potential; compared to other frameworks in this category which require a significant amount of resources to do similar tasks. You can load additional libraries dynamically upon request pertaining to your needs for a given process, so the base system is very lean and considerably fast. MVC Pattern- CodeIgniter runs using the Model-View-Controller approach, allowing efficient separation between logic and presentation. This is an advantage in projects where designers are working with your template files, as the code these files contain will be minimized.  More robust and extensive features: Full Featured database classes with support for several platforms. Query Builder Database Support Form and Data Validation Security and XSS Filtering Session Management< Email Sending Class. Supports Attachments, HTML/Text email, multiple protocols (sendmail, SMTP, and Mail) and more. Image Manipulation Library (cropping, resizing, rotating, etc.). Supports GD, ImageMagick, and NetPBM File Uploading Class FTP Class Localization Pagination Data Encryption Benchmarking Full Page Caching Error Logging Application Profiling Calendaring Class User Agent Class Zip Encoding Class Template Engine Class Trackback Class XML-RPC Library Unit Testing Class Search-engine Friendly URLs Flexible URI Routing Support for Hooks and Class Extensions Large library of “helper” functions Dynamic Instantiation: The components in CI have been loaded and routines executed only when requested, rather than running globally. You will not find the system making any assumptions regarding what may be needed beyond the minimal core resources. This is the reason you fill the system light-weight by default. The events, as triggered by the HTTP request, and the controllers and views you design will determine what is invoked.</li> Loose Coupling: Coupling can be called the degree up to which certain components of a system rely on each other for functionality. The relationship is inversely proportional, where the less components depend on each other, the more reusable and flexible the system becomes. CI is based on a loosely coupled system. Also Read: CodeIgniter Vs CakePHP Vs Laravel: Which One is Best for you? Component Singularity: Singularity is the degree to which components have a narrowly focused purpose. You will find that each class and its functions are immaculately autonomous allowing maximum usefulness. Endnotes The demand for CodeIgniter framework in PHP is huge among a vast diaspora of developers due to its versatile features and advantages. Once a web application is developed on CodeIgniter, it performs effectively and rapidly. There is an advanced set of aspects to write from scratch to build a dynamic web application with CI.
Key Steps For An Effective Fleet Maintenance Program
Fleet business comes with its dynamics and it requires continuous technology upgrades for its improvisation. As technology is advancing and providing some of the best solutions to better your fleet management services, allowing you to work upon some of the key implementations that help you build a successful fleet maintenance program. To develop a successful fleet maintenance program your priorities should be to work on some of the leading strategies that are currently missing in your business, and their incorporation could bring in the much-needed betterment in the overall performance and upscale of your fleet business. We have listed down some of the key steps that will help you evolve your fleet maintenance program: 1.Identification of the Requirements The initial step is to identify and find the requirements for your fleet business to be upgraded. Identify the assets you can look upon the preventative and corrective maintenance in developing the crucial strategy. Proper maintenance of your fleet is equally important, with corrective maintenance you can include the scheduled corrective maintenance and breakdown maintenance. This helps out in the optimal maintenance of your fleet assets. A clear strategy needs to be followed, when it comes to maintenance of your fleet assets there shall be no lapses between the operations and handling of the procedures. A fleet maintenance software becomes useful for the management of your fleet assets and other important details. 2. Planning To get your fleet management program successfully delivers upon the fleet business requirements. You require proper planning and execution. The important thing to keep in mind during your planning stage is to know what you are working on and solving the right problem. For instance, to solve the fuel maintenance problem, you can not just ask the vehicle drivers to work out the problem as the driver alone can’t get you the solution. You will have to plan out well with the team to figure out what all lapses are occurring and get the solution. With quintessential planning, you can upscale the quality of work that empowers your fleet business with increased productivity and reduced downtime. 3. Scheduling of The Work Timeline With the scheduling of the tasks, a fleet business can perform well and also keep a tab upon the statistics. Scheduling majorly brings its usability in letting us know when the work needs to be done. Accordingly, we manage our assets for the best outcome. Here a glimpse of how scheduling helps: It provides the operations manager with the maximum permissible downtime for the asset and the best time for it to commence. For assets gather the work requirements that can be completed in the given time frame with no lapses. With every new task being generated upon you should strategize well ahead in scheduling the task. It allows you to manage your fleet with an accuracy of well-planned and scheduled efforts. It gives the required details for tracking the performance of your assets for the overall fleet business progress. 4.Executing the Plan An optimal fleet maintenance process allows a fleet business to get the task right the first time. To Ensure that each fleet personnel is properly trained and equipped to undertake the assigned tasks, or if you’re outsourcing the workforce, then verify your suppliers’ quality of work The work instructions should be well briefed, clear and define what sort of work ethics need to be followed to get timeline-based performance. There should be detailed supervision on the automated as well as the manually assigned tasks to the fleet members 5: Completion of the Task Under a well-structured fleet management program, the tasks operated by following the methods get you the desired outcomes in completing a task. With fleet maintenance software, you can record all the relevant information on the fleet assets allows managing well on your assets with key details like maintenance time, cost, and other valuable details. With details leading to better quality work, you can be well prepared for future issues coming into your fleet management and maintenance. 6: Analyze The Assets A major benefit of the fleet management system is the gathering of data on the services and operations. You can manage it well to find upon your lacking and work with an up-hand on the newer tasks. Some of the management solutions you can find through good analysis are: Scheduled Maintenance Records Task duration & reports Vehicle and fleet records Fleet personnel data records While developing a highly efficient fleet maintenance system, you need to follow the steps discussed in detail. It allows you to grasp the essential knowledge related to the fleet management system, which allows you to develop a highly successful and efficient fleet management system. To know more about a leading Fleet Maintenance System visit Hashstudioz
How To Create A Secure IoT Network To Guard Your Connected Devices
IoT has created a bridge between the physical world and the Virtual World. With all conviction, we can expect IoT as an indispensable part of our lives. But as the IoT implementations are growing, the security concerns are also growing at the same pace. And Today, being a leading IoT service provider, we are going to share how you can create a secure IoT network that will keep your connected devices as safe as possible. Steps To Create a Secure IoT Network Let me tell you very straight that securing the IoT network doesn’t require a completely new or complex set of ideas and principles. The core lies in the best practices while designing the IoT solution.  As there are many small to big things considerably, We can say IoT security is a multi-faceted effort that requires big moves as well as small adjustments to ensure networks, data, systems, and devices are protected.  What is Security By Design? Security by design is a practice that ensures security as a crucial consideration at all stages of product creation and deployment. Often in the IoT developments led by speed and other priority factors, the security considerations are included late in the design and prototyping phase. That results in security breaches. It’s important to remember that as devices and their firmware get obsolete and error-prone in time, they may become an attractive target of bad cyber actors. Hence, it’s crucial to manage the lifecycle of security devices and cloud spectrum to reduce the attack surface. The sad part is that most of the time, robust and long-term security strategies are overlooked during IoT implementations. Security is not a one-time activity, rather an evolving part of the IoT ecosystem that should support IoT deployments’ lifecycle in: Adding new devices and decommissioning others, Onboarding to new cloud platforms, Running secure software updates, Implementing regulated key renewals, Maintaining large fleets of devices. All these activities require comprehensive management of identities, keys, and tokens. To avoid time-consuming and expensive services in the field, IoT Security lifecycle management solutions must facilitate updates remotely while executing them across large scale device fleets. Now let’s see the Security concerns in two popular forms of IoT: Tips To Secure Consumer IoT Devices Smart speakers, domestic appliances, connected toys, and smart locks are all potentially vulnerable if not properly secured by design and during their expected lifespan.  For example, someone who owns a Google Nest Hub and other Xiaomi Mijia cameras around his home claimed that he received images from other people’s homes, randomly, when he streamed content from his camera to a Google Nest Hub. There are many such examples where the design loopholes have caused many consumers more harm than good. The good news is that ETSI recently announced ETSI TS 103 645, the first worldwide standard for consumer IoT security. This sets a benchmark for how to secure consumer products connected to the internet and aims to promote best practice. Additionally, here we are going to share tips that will help you in designing a secure IoT network for your consumers and smart homes. Know Your Network and The Connected Devices – When we put together several devices over the internet that potentially leaves your entire network vulnerable. It’s common to lose track with an increasing number of equipped devices. Hence it’s essential to know your network — the devices on it and the type of information they’re susceptible to disclosing.  Assess the IoT Devices on Your Network First, know which devices are connected to your network, audit your devices to understand their security posture. While selecting devices check for newer models with stronger security features, etc. Further, before making a purchase, read up to understand how much of a priority, security is, for that brand. Input Strong Passwords to Protect Your Devices and Accounts Use strong and unique passwords that will assist you in securing all your accounts and devices. Get rid off the common passwords like “admin” or “password123.” Make use of a password manager, if needed, to keep track of all your passwords. At the same time ensure that you and your employees don’t use the same passwords across multiple accounts and be sure to change them periodically. Choose a Separate Network for Your Smart Devices Separating networks is a smart way to protect your smart devices in the IoT network. With network segmentation, even if attackers discover a way into your smart devices, they can’t access your business data or sniff on that bank transfer you did from your personal laptop. Reconfigure Your Default Device Settings Usually when we receive our smart devices they are packed with default insecure settings. And things become worse if we do not modify their configurations. As weak default credentials, intrusive features, ports and permissions need to be assessed and reconfigured as per your requirements. Install Firewalls and Other IoT Security Solutions to Identify Vulnerabilities To safeguard your Smart homes and other consumer IoT networks block unauthorized traffic over the wire through firewalls. At the same time run intrusion detection systems/intrusion prevention systems (IDS/IPS) to monitor and analyze network traffic. This is where you can use an automated scanner to uncover security weaknesses within your network infrastructure. Use a scanner to identify open ports and review the network services that are running. Now let’s check out the key steps to protect your enterprise network against modern security threats. Steps To Protect Your Enterprise IoT Network We have seen many manufacturing industries adopting IoT and growing. However many aren’t serious enterprise security, that’s a mistake. Because we have seen that In 2018,  21% of companies reported a data breach or cyberattack due to insecure IoT devices. So do not let that happened with you and follow the steps below to protect your enterprise IoT network: Step 1:  Be alert of the risk As IoT is relatively new as compared to IT, hence some of the threats are newer and not as widely used, and make companies reluctant. But we forget that IoT security is like buying insurance. We think we won’t ever have to use it, but the odds are, we might. So it’s better to realize that with a lot of connected devices in use, we might have vulnerabilities that need to be minimized and fixed. Step 2: Design a Secure network architecture The Ponemon study found that less than 10% of organizations are confident they know about all of the printers, cameras, and building automation systems on their networks that are connected to the Internet. Hence, it’s essential to carefully design your network architecture. And protect your devices from the network, and further protect your network from the devices. Step 3: Observe Your Suppliers and Vendors Attackers are smart today, they may target you through the suppliers and vendors. So do not underestimate the vulnerability that comes along with companies you connect with.  It’s a better practice to include the security practices as part of your vendor risk management process. Step 4: Practice For the Data Breach You must prepare for an IoT data breach the same way you prepare for disasters like fire, earthquake, or other. Make a plan, have a regular drill, and keep the plan updated. It’s good to have regular exercises to test your data-breach preparedness.  How will you tackle the situation If you get breached? you should have a well-documented plan for the same. Step 5:  Control what you can, and learn to live with calculated risk It is important to realize that while you should do everything that you can do, you can’t expect to prevent everything. So learn to live with a calculated risk. For something that’s as crucial as a backdoor into your entire network, which is really what a smart-building management company represents, you really need to keep a close eye on their security practices. Step 6: Start now, and get ready for whatever comes next IoT being an emerging technology can not and should not be removed from our enterprises.Although there is risk that comes with it but like all excellent growth you need to take that risk and better prepare yourself to reduce the chances of mishappening like data breaches and others. You know new devices are coming with each passing days, hackers are becoming more creative, and the risks are getting more profound and devastating. So, Be aware and take proactive steps to secure your IoT network. And if you are looking for any other assistance in IoT services, do not forget to check our IoT services page.