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The fifth-generation technology of mobile networks is known by the acronym of 5G has grown to become a world-wide phenomenon. With the Internet having become a part and parcel of everyday life and mobile phones ubiquitous, it is natural that technology keeps on evolving and its applications increasing steadily. 

In a nutshell, 5G is a wireless communication technology that uses higher frequency bands to transmit data at speeds that are significantly faster than 4G LTE networks.

Advantages of 5G include:

1. High Speed

High speed allows for greater data transfer, download and upload. High quality video streaming and gaming in real time with multiple players is possible.

2. Increased Reliability

Reliability is significantly higher than previous generations of mobile networks. This means lesser call drops and network downtime. Thus, mission critical applications can be run easily.

3. Capacity and Connectivity

5G supports a larger number of connected devices. Since the base technology is robust, there is lesser downtime.

4. Efficiency and Low Cost

Since the efficiency is higher, the overall operational cost is lower. This also helps in achieving sustainability initiatives.

5. Enhanced User Experience

Considering all of the above, there is an increased scope of new applications and user experience is also enhanced.

6. Enhances Security

Security in 5G is significantly higher than in 4G technology. 5G networks use more advanced authentication protocols than 4G networks, which makes it harder for unauthorized devices to gain access to the network. This includes improved mutual authentication between devices and the network, as well as more secure encryption. There is increased privacy because 5G makes use of anonymous network identifiers. This makes it harder for nefarious elements to track and identify devices on the network.

So what are the transformative effects of 5G technology? GRhombustech, with our deep experience in software development in UK, consider the below points:

1. Application in Surgeries and Healthcare

Since 5G networks have the capacity to offer much higher speeds than 4G networks (about 20 to 30 times faster), previously impossible applications like real-time remote surgeries find a possibility now.

2. Smart Cities, Autonomous Vehicles

Since 5G supports a large number of connected devices, heavy load applications with a large number of connected devices can now be made possible. Some scenarios where this occurs includes the concept of smart cities and autonomous vehicles.

Internet of Things (IoT), augmented reality (AR) and virtual reality (VR) will all require high speeds and reduced latency, which is what 5G offers. Hence the scope for applications in the above areas also vastly increases.

3. Security

5G offers increased security compared to previous technologies. Thus, there can be more applications for this technology, right from smart homes to industrial applications. 5G networks have more sophisticated network management capabilities than 4G networks. Thus, any security threat can be detected and responded to more quickly. Concepts like network slicing and enhanced authentication are built into the architecture of the network.

4. Innovation and Economic Impact

Since 5G technology facilities higher bandwidth and connections, a large number of industries can innovate by leveraging this technology. Scope for innovation is high because of the fast speed, lower latency and increased reliability in connections compared to previous generations of mobile technology.

This in turn will benefit industries by increasing productivity and achieving greater transparency in operations. It will also have a positive economic impact as consumers will benefit from any overall increase in process efficiency. Many industries like manufacturing, transport, entertainment etc can be revolutionized when this technology finds even greater commercial application.

About GRhombustech:

Grhombustech is an organization of professionals and a leading software development company in UAE, Edtech company in UK and cybersecurity company in USA. Our experts work closely with clients and handhold projects to completion.

Established in 2014, GRhombustech has delivery centres in India at Hyderabad, Chennai and Bengaluru along with partner offices located in the USA and the Netherlands. For additional details, please contact us.

We all remember the world’s first human-like AI robot Sophia who changed the thinking of people that technology can do anything that a human does. The AI is defined as the science and engineering of making intelligent machines. In a sense, AI is a technique of getting machines to work and behave like humans. In the recent past AI has been able to accomplish this by creating machines and robots that are being used in a wide range of fields including healthcare, robotics, marketing, business analytics and many more.

However, many AI applications are not perceived as AI because we often tend to think of AI as robots doing our daily course but the truth is artificial intelligence has found its ways into our daily lives. For instance, have you ever wondered how google is able to give you such accurate search results or how your Facebook feed always gives you content based on your interests? The answer to these questions is Artificial Intelligence.

Therefore, AI is the science of getting machines to mimic the behaviour of humans. For example, in the financial sector, JP Morgan’s G’s contract intelligent platform uses Artificial Intelligence, machine learning and image recognition software to analyse legal documents and extract important data points and clauses in a matter of seconds.

Artificial Intelligence in healthcare industry

Despite the fact that AI invokes fear in most of us it is benefiting us in numerous ways. Al in healthcare is revolutionizing the medical industry by providing a helping hand. Though AI is impacting in various domains including marketing, finance, gaming industry and even the music. However, the largest impact of AI is been in the field of healthcare.

As per the latest report, AI is estimated to contribute over $15 trillion to the world economy by the year 2030 and the greatest impact of AI will be in the field of healthcare.

What led to the sudden importance of AI in the healthcare industry?

So, there are two major points of which have made AI so impactful in the field of healthcare:

A) High availability of medical data

With tons and tons of medical data in the form of medical history, whenever we go to any hospitals our history is written down in accounts. So, with the availability of data, implementing artificial intelligence became much easier. The AI is based on technologies such as deep learning and machine learning.

B) Development of complex algorithms

What happens in machine learning is, it is not capable of handling high dimensional and particularly the medical data that we have is very high dimension in character. The data is very vast that there are thousands of attributes. In order for us to process and analyse data of this dimension is hard to do with machine learning but as soon as deep learning and neural network was introduced this became much easier by solving complex problems that involve high dimensional data.

Some of the use cases of AI in healthcare industry

AI in managing medical data: Nuance – It provides AI-powered solutions to help doctors cut documentation time and improve reporting quality.

AI in medical diagnosis: VoxelMorph – a neural network that was trained on a data set of approximately 7000 MRI scans.

AI in early detection: FitBit, Apple watch – health trackers that are being developed to monitor the health of a person and display any warnings when the device collects something unusual.

So, they were a couple of real-world applications about the impact of artificial intelligence in healthcare industry. GRhombus Technologies provides AI as a software service and scale-out systems designed for delivering cloud-based analytics and AI services.

The world is advancing faster than it has ever before and it is hard to keep up with the day-to-day technological advancement. So, at given time there is a plethora of new technologies to keep your eye on especially if you are an investor, it is the investor’s job to know the next big thing and one of things that the investors are heavily investing is in virtual and augmented realities.

We are surely spending most of our time looking at screens beaten laptop, TV or a cellphone they have become a big part of our lives and VR and AR are the two technologies that are changing the way we use screens, creating new and exciting experiences both in a different way. The market for AR and VR products in 2018 was approximately 17.8 billion dollars but in 2022 it is expected to go as high as 150 billion dollars.

Now, AR and VR are two different things and each has its strengths and weaknesses.

What is Virtual Reality (VR)?

Emerging yourself into a totally different world, that is the virtual world is the whole concept of the VR technology. The use of computer technology to create a simulated environment of which we become a part and can live with that experience.

Virtual Reality uses head technology where we move our head to look around what is happening. Although, it mostly used for gaming it was supposed to give us an experience of travel with our travelling and experience entirely in new worlds. But it is also now being use in research and therapy. Nowadays, VR content is useful of PTSD and cognitive therapy patients.

Applications in different fields, such as:

1. Safety VR training: Trainees put on a VR headset and learn how to lock and verify that an industrial machine is de-energized and learn the risks in the procedure and avoid an electrocution.
2. To treat cognitive disorders: VR can help patients with dementia or cognitive impairments better cope with memory loss, judgement and distinguish hallucinations from reality.

What is Augmented reality (AR)?

AR add things to the existing world. The word augment is derived from the latin word ‘AUGēRE’ which means to add or increase. It does not cut out the real world but rather an enhancement of the real world where we mix the real world with virtual objects and that creates beauty.

That’s why it’s sometimes referred to as mixed reality. Now when a person’s real environment is supplemented or augmented with the computer-generated virtual images it is known as augmented reality. With AR you can interact with things right in front of you as if it was an object in the room. You kind of manipulate it and it completely creates a new environment around you. Example, Pokemon go, Snapchat. Now AR users can interact with virtual content in the real world and can distinguish between the two.

Applications in different fields, such as:

1. Education: AR has number of applications that can help improve the learning experience for students, especially for visual-focused learners. A student can inspect a 3d hologram from many different angles
2. Furniture or other tangible products: With AR, customers can click on the product and instantly see it overlaid wherever they point their mobile devices.

The thing that makes VR and AR different from any other forms of technology is that it directly affects the perceptions and processes of the human mind in an obvious way if the only technology that can provide actual packaged experiences.

Imagine you want to buy a car, you figure out what kind of car you want and you figure out the options available according to the budget, performance, etc. After all these considerations you end up with three to five options that are available out there in the market. You take test drives and then you choose the one you like the most and buy that. But why don’t you go to a mechanic and tell him that these are the requirements that you have and I want you to build the car that matches these particular requirements. Why you don’t do that?

Similarly, in the software industry what used to happen was the companies or the people who want to use an application or a software used to create the requirements and then go to a developer to build an application or software. Simply put, Salesforce was started to prebuild application for
businesses which can be further modified in order to meet the needs of the businesses. So, we can relate this with the example of going to a dealer and buying a car and customizing according to your preferences. So do we need to build a car from scratch? Then why build software from scratch?

Definition of Salesforce

Salesforce is a company which is known for its popular CRM (Customer Relationship Management) which can cater to the need and requirements of any business which is out there and which can further be modified or customized and also can act as a platform on top of which you can build cloud applications from scratch.

So, if you want to just use CRM for your business which needs few modifications, salesforce is there for you. Otherwise, if you want to build a completely different cloud application salesforce can do that as well. This exactly is what done at GRhombus Technologies for their amazing clients.

Additionally it has other clouds as well catering to different industries, and they master all of that as well.

A use case on Salesforce.

Canon camera

Canon is a Japanese company that manufactures optical, imaging and industrial products. Such as lenses, cameras, medical equipment, scanners and etc. The company maintains the leadership position by continuously innovating new features and technologies.

Challenges faced by the company

• Canon had a major challenge of tracking the activities of huge sales tasks on a regular basis.
• It could not capture what their employees and customers were thinking about the products, services and business operations offered by canon.
• The company could not collect and analyse the customer information to improve their business.

Solution

• To solve these issues, canon used salesforce to connect with its employees and customers, it is now able to understand the customer’s needs.
• Canon was able to pay close attention to new product announcements and track how they received by customers.

• Managers and peers could view entire customer information the sales representatives could not provide updates on customer engagement to supervisors in real time. They were able to generate insights by capturing customer activity.

With Salesforce, canon could track how much business the products generated and manage new opportunities.

Using Salesforce, the sales representative could generate key insights into customer engagements.

Salesforce has been constantly updating features and adding new tools to keep up with the Salesforce trends and technology in the industry. Therefore, following are some of the major salesforce trends you can see in the upcoming months or year.

1. Slack integration will become more capable:

Salesforce is now able to integrate it seamlessly with Customer360 — the ambitious product which offers Salesforce customers a unified view of their customers.

2. AI becoming an integral part of Salesforce:

AI offerings that Salesforce has introduced so far and is positioned by Salesforce as the first comprehensive AI for CRM.

3. A promise for a better healthcare experience:

Salesforce Health Cloud 2.0 will enable healthcare providers to streamline operations and create personalized patient journeys, just like how a customer journey would be mapped out for a B2C customer.

GRhombus Technologies will help build highly scalable, usable and integrated data that interfaces with various master data sources and populate the core SFDC CRM system database with new and up-to-date data.

Today’s world of technology has completely dominated by machines and their behavior is controlled by software powering. As you all know, any software project has three vital aspects that are cost, time and quality. The software testing is broadly categorized into two main areas which are manual testing and automated testing.

While in manual testing, as name suggests the cases are executed manually by a human that is without any support from tools or scripts. But with automated testing, test cases are executed with assistance of tools, scripts and software. Both has its own advantages and disadvantages.

We will now look at Manual Testing in detail, a tester ensures that an application is working properly by following conditions written in test cases, this means that someone evaluates numerous components like design, functionality and performance by clicking through multiple elements of the application.

Let’s say if you want to test a mobile application under unpredictable conditions, you can use manual testing. In that case, the testers simulate the condition to check whether this will lead to crashing of the application or not, while automation testing will not help in this case.

GRhomubus consists of well qualified and trained professionals who adhere to the process and follow the standard testing life cycle to carry out all the testing activities.

So, what are the testing life cycles? There are six testing cycles that any testing method adhere to, they are:

Cycle 1 – Requirement Analysis: During this phase, feature requirements are collected in the SDLC (software development life cycle) process which are evaluated to identify testable aspects.

Cycle 2 – Test Planning: During this phase, the test strategy is outlined in a test plan document. This strategy includes tools needed, testing steps, and roles and responsibilities.

Cycle 3 – Test Case Development: During this phase, test cases are created. Each case defines test inputs, procedures, execution conditions, and anticipated results.

Cycle 4 – Test Execution: During this phase, features are tested in the deployed environment, using the established test cases.

Cycle 5 – Test Reporting: It is a document which contains a summary of all test activities and final test results of a testing project. Test report is an assessment of how well the Testing is performed.

Cycle 6 – Test Cycle Closure: Test Closure is a memo that is prepared prior to formally completing the testing process. It also gives a detailed analysis of the bugs removed and errors found.

When it comes to manual testing there are six types of testing that the businesses adopt according to the project, time and cost. Therefore, GRhombus provides value-added Manual Testing Services by understanding the domain.

GRhombus provides the following manual testing services

1. Blackbox Testing: Black box testing is a technique of software testing which examines the functionality of software without peering into its internal structure or coding.

2. Integration Testing: Also known as integration and testing (I&T), it is a type of software testing in which the different units, modules or components of a software application are tested as a combined entity.
3. System Testing: a type of software testing that is performed on a complete integrated system to evaluate the compliance of the system with the corresponding requirements. In system testing, integration testing passed components are taken as input.
4. User Acceptance Testing: is a type of testing performed by the end user or the client to verify/accept the software system before moving the software application to the production environment.
5. Release or Post-Production Testing: It refers to deployment to LIVE/production environments. The objective is to verify the release on production/LIVE environments.

Though businesses are integrating automation testing for the projects, manual testing still holds the rope. It is one of the best available, reliable and cheaper option to find real time user issues and detect bugs in a software application effectively.

While testing automation can speed up the process, manual testing is still important for its role in Quality Assurance (QA). GRhombus utilizes functional testing with detailed test management plan that involves careful planning and execution. It also offers expertise in website manual testing and manual mobile testing tools

An automation framework or simply a framework is a platform that has all the tools, libraries, files, folders, and everything you require for test automation. It is organized and structured in a specific place so that it makes the automation testing easy.

As an example, you must have gone to a railway platform and you see that all the things which are required to get in and out of the train, to board a train are all available at a single place which helps you to save time. Like you have an elevator, ticket counter to buy your tickets, there is an
information counter about the train schedules etc. What if these were in different places and unorganised?

In the same fashion, an automation framework also provides us all the things which are necessary for test automation in a single place in a structured way so that it is easy for you to create your test cases, maintain, enhance them and execute them.

Why we need test automation framework?

The goal of automation testing is to ensure that we complete test execution in less amount of time. On the other hand, manual testing involves testing a
software manually by quality analysts and much more.

The processing time required for automation testing is significantly faster compared to manual testing which requires human intervention all the time. Also, automation testing is very robust and reliable as it is carried out by various tools whereas, manual testing does not have a high rate of
accuracy. Therefore, the list goes on for reason businesses are moving to test automation framework.

Let’s now look at the different types of test automation frameworks that are mainly used.

1. Linear scripting framework:
This framework is based on the concept of record and playback mode that is always achieved in a linear manner. This framework is used to test small sized application. Using this framework, we could generate test scripts without planning much or consuming lots of time.

2. Modular testing framework:
A key strategy in using the modular framework is to build an abstraction layer, so that any changes made in individual sections won’t affect the overarching module. Which is, testers create test scripts on module wise by breaking down the complete application under test into smaller, independent tests.

3. Data Driven testing framework:
In this testing framework, a separate file in tabular format is used to store both the input and the expected output results. Setting up a data-driven test framework will allow the tester to store and pass the input/output parameters to test scripts from an external data source, such as Excel Spreadsheets, Text Files, CSV files, SQL Tables, or ODBC repositories.

4. Keyword driven testing framework:
This is more so called as Keyword driven test automation framework for web-based applications. This is an application independent framework which uses data tables and keywords to explain the actions to be performed on the application under test.

5. Hybrid testing framework:
As this is a hybrid framework, it has been based on the combination of many types of end-to end testing approaches. This framework is an amalgamation of modular, data-driven and keyword test automation framework.

6. Behavior driven developmental framework:
The purpose of this framework is to create a platform which allows everyone (such as business analysts, developers, testers, etc.,) to participate actively. It requires increased collaboration between development and test teams. Some of the tools available in the market for this framework are JBehave, Cucumber, etc.

There are several aspects developers look for when choosing the automation for their project. Thus, GRhombus Technologies is one such service provider who offers service on test automation that is adaptable, reusable, easy reporting and endless support in mind for their users

What is cloud?

Talking about the pre-cloud era, when we had to buy the complete architecture, we had to host a website or maybe an application. However, there were certain cons to it when you are buying the full architecture, you have to spend a lot of time in pre-planning in such a way that it meets all your needs. But buying these servers were costly and maintaining it was a huge task. So, these were some of the short coming in pre-cloud era.

So, what did cloud do differently? First, it provided us with a huge space online, which was a collection of servers that were orchestrated in a very good way. What makes it easier is, we can rent these services and use them only for the time duration we want.

Let’s now see how cloud computing comes into play.

If suppose, you are staying in India and your data resides in UK you can have access to data by sitting in India. That means we can store data or apps on remote servers that we can process and even access those from anywhere across the globe.

So, that is the flexibility that cloud gives us and the process of carrying out these computations on cloud is called as cloud computing.

Cloud computing has two types of models, they are deployment model and service model. Under deployment model there are three types of models, they are public cloud, private cloud and hybrid cloud.

Briefly speaking on the deployment models, imagine you are traveling to work, you have three options to choose from, that is, one you have buses which represents public cloud, in this case the cloud infrastructure is available to the public over the internet. Two, you have option of using your
own car this represents the private cloud, with the private cloud the infrastructure is exclusively operated by a single organization. Finally, you have an option to hail a cab this represents the hybrid cloud, which is a combination of the functionalities of both public and private clouds.

What is a service model?

The aim is to cater to your individual or particular need. But our needs are
not limited to one, so those needs are serviced by providing us with a customized or packaged approach towards those needs. These are nothing but a cloud service.

There are three kinds of service models that helps in catering our various needs. These are also called as different cloud computing service models. They are: SaaS, PaaS and IaaS.

SaaS: Software as a Service

SaaS is one of the popular and commonly used services alongside PaaS and IaaS. They allow users to connect and use a cloud-based application, because service providers manage all the aspects of these applications.

In a nutshell, it is a method of delivering software and applications over the internet through a subscription model. Example, Gmail, which is completely hosted by google as a cloud service provider. Other examples could be MS office, Adobe CC, even music streaming services, and providing productivity apps over the internet.

On the other hand, we also have storage services such as Dropbox and One Drive. SaaS is also used in a wide variety of business operations such as communication and collaboration, customer relationship management and billing etc.

PaaS: Platform as a Service

It is a cloud computing model, in which a third-party provider delivers hardware and software tools usually those needed for application development to users over the internet. For better understanding, PaaS is like renting a car, we are not investing time and money or customizing it into like we would do on our car of our own but we are the one who is still driving it and paying for the gas.

PaaS frees developers from installing in-house hardware and software or running a new application, but it doesn’t typically replace a business’s entire IT or infrastructure. Instead, it usually incorporates various cloud infrastructure components like operating system, servers, databases, networking, equipment and storage services all owned and operated and maintained by the service provider, not the business.

PaaS usually operates on per-use basis, but some providers charge a flat monthly fee. They mostly used for mobile app, cross-platform app development as well as DevOps tools.

IaaS: Infrastructure as a Service

IaaS is a method of cloud computing that offers and manages instant computing infrastructure over the internet. In this model, a third-party host servers, software, hardware and infrastructure components for users. It also handles system maintenance and system backups to decrease downtime and to quickly restore in case of an outage.

Additionally, IaaS model are scalable and can be adjusted to meet demand as it arises. IaaS is used in web application, hosting websites, testing, big data for mining large data. With the help of IaaS there is faster innovation, security, reduced cost and disaster recovery.

Therefore, with cloud computing the business can be more agile, reduce cost, instantly scale and deploy globally in minutes. It also gives you instant access to a broad range of technologies so you can build anything you can imagine

People always get confused with these two terms: Cyber security and ethical hacking. Well, cyber security is related to the computer security mechanisms and ethical hacking is also one of the technologies imparted into this broad term. GRhombus technologies are one of the top cyber security companies providing cyber intelligence services for any business need.

There are actually 4 phases of cyber security services and they include:

• Identify – The cyber security risks are identified in the system and data
• Protect – To ensure the security of critical data, appropriate protective measures are implemented
• Detect – This is used to detect the occurrence of cyber security events
• React – When any cyber security events are detected, appropriate actions are taken

Now,

What is ethical hacking?

Suppose you have launched a new application you need to establish all the security controls to protect that particular application from various security threats. You need to test that application against all the security controls and GRhombus Technologies brings the leading ethical hacking testing for any kind of application.

When you test your system using the top security testing methods, against this application, then it is – Ethical hacking!

It is nothing but a part of the cyber security process and mostly it involves the protection of the system prior to any security threats and also before any black-hat hacker exploits that application.

How is this beneficial for you?

• The best ethical hacking testing that the GRhombus Technologies possess can bring you various benefits like,
• The weak places of a system or application can be identified
• Makes you implement many cyber security solutions to prevent the security breaches
• Leading ethical hacking methods will protect your data from black-hat hackers
• You can protect your system and maintain the network as well

Anyhow, the objective of both cyber security and ethical hacking is to keep the system safe and secure and also to secure the data as well. GRhombus Technologies follow the best cyber security techniques involving a lot of information security mechanisms such as data security, digital forensics, leading ethical hacking methods, and many more.

Cyber security develops access privileges to the system whereas ethical hacking is used to make reports on how the hacking is performed and how the system is attacked. In order to ensure the best cyber security practices, regular maintenance is done to ensure that the security system is updated. Also, regular ethical hacking testing on the system is done to discover the security breaches in the system and GRhombus Technologies will take proper actions to resolve those issues in it.

Why GRhombus Technologies?

GRhombus Technologies is one of the best cyber security companies and we have a team of leading cyber security experts to discover any inefficiencies in the system. We do the appropriate access privileges in order to bring advanced system protection for all of your business needs. We do the best practice of system security and achieve the top ethical hacking method to test the systems’ defense. 

What is a supply chain?

A store network alludes to the whole course of accomplishing and selling merchandise, from the stock of unrefined substances and utilizing them to fabricate items to the circulation and deal with shoppers. It is an associate of organizations, including providers, producers, transporters, wholesalers, and retailers, cooperating to make stuff like strategies, stock administration, transportation, etc. go as flawlessly as could really be expected. GRhombus Technologies will start with the long term supply chain strategy and brings the best supply chain management systems in USA.

The job of IT in SCM

In the inventory network, the executive’s job that Information innovation plays in the production network of the board is so significant. IT gives the apparatuses which can get significant data, separate it for legitimate investigation and execute it for ideal execution of the inventory network and GRhombus Technologies make the best part of top supply chain management. Information is critical to the execution of the inventory network, basically in light of the fact that it gives the base on which the store network chiefs can make choices.

Ongoing or practically constant data is the way for appropriate production network of the board and we are one of the leading supply chain management company in USA. With data about the different phases of the production network, chiefs can design, make due, and change cycles to accomplish objectives in the acquisition, stock, fabricating, and so forth.

For what reason will innovationbring significance in supply chain management?

Business processes have been digitalized in recent many years, and it has turned into a need instead of a choice. Same difference either way! IT incorporates different activities complete by various organizations in the production network. It propels theworkstrategy and prevents congestion and in the same way GRhombus Technologies will also bring the entire best supply chain to meet the customer requirements. Organizations are nearer to accomplishing on-time acquisition, more limited stock, and improved proficiency, particularly in assembling. IT permits organizations in the store network to address the issues of purchasers.

The duties of IT in SCM

IT is making an imprint all over the place. There is pretty much nothing left immaculate. No big surprise each part of a business is presently under its order! Its job in the leading Supply Chain Management in USA is featured in the accompanying focuses.

The duties of IT in SCM

• Incorporated and facilitated Supply Chain

A store network can work effectively when it is appropriately incorporated and very much planned. IT plays out this essential assignment by acquiring various advancements and consolidating them to streamline the inventory network. These innovations make information assortment conceivable and a lot simpler and more exact. Thus, this permits exact and definite information investigation prompting sound business choices.

• Expanded Productivity

The Smooth progression of data, new advancements, and viable correspondence build the efficiency of all substances in the production network. It resembles a trigger for item development. Rather than going this way and that, IT gives the connection that passes the required data ceaselessly and the team from GRhombus Technologies will give the best supply chain managementfor the companies.

• Expenditure decrease

IT licenses ideal use of assets and resources. Old information is utilized to concentrate on the patterns, and innovation is utilized to break down them for further developing execution. At the point when assets are utilized ideally, they bring about a cost decrease.

In an inventory network, its job turns out to be more conspicuous in light of the fact that it propels all gatherings to involve their individual assets in the most expense proficient way. At the point when IT is utilized as it ought to be, there is a sensational fall in by and large costs.

• Item Advancement

The IT comprises instruments and requests which can be utilized to acquire early mindfulness. In a market where shoppers generally need a new thing, the item will either need to develop or will leave interest. To remain in business, you should present item improvement and advancement in the near future. The sort and degree of item improvement can be approved with its assistance.

• Supply Chain clarity

Data makes the whole production network noticeable to production network supervisors. How the data streams from one partner to the next and the effect it has on others are involved by the chiefs in going with vital choices.

Why GRhombus Technologies?

GRhombus Technologies will give a guide in start to finish administrations for supply chain management. The mystery behind fruitful SCM lies in IT and by making the top supply chain management in USA as per the company needs. All along with the inventory network to its end, information assumes a key part in uniting the whole set. We are one of the leading supply chain management companies in USA performing the operations with more visibility and consistency. IT devices give the important correspondence interface between all substances and permit them to work freely but in a planned way. Its job in-store network the executives are irrefutable. The chain ties everybody and everything together. It is indispensable!

“Move your digital currencies”

Block chainis a trending onein online transactions.It has a blocks system for their money. That is a very safe use for cryptography. In this those blocks are very safe and secured. Each block contains a cryptographic hash (a mathematical algorithm that is calculated for every data bit) of a previous block. In this, they are using timestamp security. That means no one can’t make a change in that particular block after the process. GRhombus Technologies has paved its way for the block chain technology stocks as a leading web and cloud based company.

Even anowner of that block can’t make a change. It hasthat much security. And that transaction will be stored as a hash tree. Those hash tree methods and timestamp methods will give perfect data for conclusive evidence to prove the first and last data details. Because of the timestamp, no one can’t make a change or modified in the blocks and previous blocks also have a connection with the next blocks with each additional block reinforcing the ones before it.

Block chain technology is so hard to modify their data because once recorded the data in any given block can’t be retroactive without altering all  for u as a people) using in 2008 to serve as the public transaction ledger of the cryptocurrency bitcoin, based on work by Stuart Haber, W. Scott Stornetta, and Dave Bayer. The identity of Satoshi Nakamoto remains unknown to date. The introduction of block chain in Bitcoin made a great deal, it becomes the first digital currency to sort out the double-spending problem without the need of a trusted authority or main server. Bitcoin has inspired other applications. Among them, block chain is the most important one. It is very easy to handle and is user friendly. Nowadays it is used by a wide range of people and GRhombus Technologies in order to suit the business needs also ensures the same as the top IoT and cloud testing company.

The application wherein these leading block chain technology comes into picture include,

Money transfer

The bitcoins idea has been successful. Then they moved toward the other application which ismoney transfer.

It’s not an easy job for any other applications. After getting success in the bitcoins block chain gets into the money transfer. It’s way easier and less expensive than an already existing application. Especially it works very well for cross border transactions. Most official the modern system in the US takes a few days for money transactions. But block chain is taking lesser than a minute.

Lending

Lenders can use block chain to lend to their customers. This application is called smart contracts. It will take care of the margin, deadline, repayment, and full payment of the loan. Because of it, loans be less expensive, processed faster and lenders can make a good rates. GRhombus Technologies with the leading mobile testing services are aiming to make the change with future technology.

Distributed cloud storage

Initially, cloud storage is only one. All customers have to use only one website. And all of them depend upon them. The single, storage provider has control of all of us online asserts. However, with block chain technology, this can become decentralized. If any storage is a block chain-powered application, that will improve that storage security. And there won’t be any threats to personal data and information.

Why GRhombus Technologies?

Intended to bring a trusted technological service into picture, the GRhombus Technologies, as a leading mobile testing company and the top software development company supports the idea of the block chain technology applications. Visit our website to find more details on developing the best web application and cloud based applications.