Things You Should Know Before Migrating To Cloud Hosting Solutions

 

 If you go into a cloud environment, above all, prepare a checklist for a successful transition into the clouds. Without a doubt, the cloud has became a hot topic all over the world because of the mobility and flexibility at lower cost. Cloud Infrastructure is the next-generation platforms that can provide tremendous value to any business. Many companies are now moving to the advanced and cost-effective concept of cloud hosting.

Successful migration to the cloud requires a sober assessment of all pros and cons. Here we try to touch up on some of the considerations in the transition to a cloud environment to help you to decide whether you need a transition into the clouds or not. Here are a few basic steps before moving to the cloud.

First, assess how much in demand and popular your website is, and what time is an acceptable downtime for you.

What level of control do you expect?

If you want to have total control and you want to use all the resources in the network, select the personal cloud.

What are the options you have access to?

Determine your need for access in advance.

What applications do you have now? It sounds too corny, but to go to the Web, make sure that these applications are Web-based applications. You can choose a few simple tools to convert them when necessary. If your application was originally designed for. NET / Java, you must understand before the migration and technological aspects of the compatibility options for these technologies in the cloud, where you plan to migrate.

Do you interact with other technologies?

Make sure that these technologies are also supported in the clouds, in which you want to migrate.

What type of database do you use in cloud hosting solutions?

It is important to make sure that the targeted cloud infrastructure support your database. If not supported, please check whether you can change the database or run an application in the cloud using its used in the database.

Flexibility and portability in cloud solutions: Check whether you can move between cloud providers. If you have access only to a specific provider, after the application is deployed, it can impose restrictions on your ability to migrate to another cloud platform.

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Virtualization – An Environmental Asset!

 In this age of rapid upgradation and the need for progression, electronic devices are easily prone to get outdated. This results in sums of e-waste. World’s e-waste is anticipated to grow 33% by 2017 according to the global reports. Accumulation of e-waste prompts to resource shortage and environmental contamination, making it a disquiet to give a thought upon and take opted steps towards ‘Virtualization’ to make greener tomorrow!

visit : https://www.esds.co.in/blog/virtualization-an-environmental-asset/

Core Banking and choosing the right solution

 Imagine what banks looked like before 1970. Long queues and particularly long waiting period for just about any transaction was normal. People were customers of a branch and not really a parent bank. All transactions could be performed at your particular branch only. Any entry only reflected after more than 24 hours as information went to data centers in batches at the end of the working day.

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Cloud Computing & IOT

 Countless business opportunities are in the fire hose of IoT (Internet of things) data due to the connected products. Yet what matters behind the millions of connected apps, devices, and sites are “customers”. Therefore, it is very crucial to give customers the best experience and it can only be possible via IoT Cloud. It is the only platform where you put your IoT data and help you serve your customers better.

 

Internet of Things

 

Who can drive the changes on a day-to-day basis? IoT indeed. Even though IoT is gaining traction in some of our lives, the truth prevails that it has not uniformly spread in all the industries. Currently, the manufacturing sector spends the maximum bucks on IoT.

Although, IoT promises breakthroughs for a lot of industries via smartly-connected machines and products. Internet of Things empowers a never-ending collection of the surrounding data and user data, which helps in improving the services and business performance.

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Internet of Things:Connecting Virtually to Empower Smart Cities

 Is Driving a wave of Digital Transformation across the indian cities leading a path to smart cities.

http://esds.co.in/smart-city-solutions

The Contribution of IoT in Automation Industry

 Growing technologies and expediting innovations are constantly changing the makeover of the world in some form or the other. One such technology is IoT (Internet of Things). This blog/article discusses the growth of IoT in the automation industry.

It is quite obvious that IoT is responsible for bigger changes in the life which we hardly imagined. It also plays a key role in the automation industry as it helps in creating and streamlining productive, responsive, and affordable system architecture.

IoT

Simply putting the definition, IoT connects different devices via the internet and therefore we can share data which automates the business processes comprehensively. Automation industries especially the distribution and manufacturing industries have to use a huge amount of sensors into devices, so connecting them with the internet helps in reducing the production cost, time, efforts, and enhancing lean manufacturing. IoT framework lets the conversation happen directly between interfaces of machine-to-machine which eases the process of data transfer. Quality checking has become easier than before because equipment and processors can monitor faults in the devices.

IoT is the Key Player of Smart Device Manufacturers

The supreme factors in the IoT industry are actuators and sensors. These work on the measurement of physical variables which are following the commands from magnetic, thermal, or physical detectors and these are the major components. The impact of IoT rose because of its ability to use devices to their fullest capacity at an exceptional level. The goal of leveraging IoT is to make devices communicate effortlessly and without friction. Some examples can be smart lights, smoke detectors, and thermostats.

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Well, clouds sprint on Data Centers!

 

 

A Data Center (DC) is a provision used to lodge digital systems like workstations, personal computers and various other correlated units such as storage and network components. A DC normally consists of backup electricity supply, redundant data link connections, ecofriendly environment which includes power-saving systems, proper air conditioning and surveillance devices. Generally, a large DC uses a lot of power, almost as much as a small town and is a conglomeration of multiple IT-equipped elements that include server racks, repository elements, networking devices, switches and firewalls.

Data Centers should also ideally contain sufficient infrastructure such as power distribution and backup of electricity supply system, including UPS, backup generators and much more. A DC should also be properly ventilated and there should be appropriate cooling systems such as ACs where the servers and other workstations are present, and competent provisioning for network carrier and connection.

There is a major difference between a DC and a Cloud. A Cloud basically is an off-premise computing technology that happens to stock data on the web, whereas a DC is an on-premise hardware space including a stack of racks and servers that store data on institution’s local network. Although both types of computer systems can store data; as a physical unit only a data center can store servers and other equipment. DCs are not characterized by their physical size. For instance, major organizations like Oracle, Twitter and technology giants like Google may use a huge amount of space in a DC while small-scale businesses operate well with a limited number of servers and storage capacity connected and enclosed within a convenient room.

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Machine Learning Trends in India

 Case 1: Netflix Using Machine Learning

There are different cases in which Netflix uses machine learning which has had a scalable impact leading to a permanent change in the technology landscape and user experience for many users. The adoption of AI-related solutions by Netflix is now growing stronger with time.

Some of the best Use Case of Machine Learning by Netflix includes the following-

i. Personalization of Movie Recommendations:

Netflix uses the watching history of other users who have a similar taste for recommending in what the user may be interested more in watching next, to engage the user and leading towards monthly subscriptions for more months to come

ii. Personalized Thumbnails and Artwork:

By using thousands of video frames from an existing movie or show, Netflix uses it as a starting point for the thumbnail generation. It also annotates the images and ranking of each image are done to identify the thumbnails that have the highest likelihood resulting from the user’s click. The calculations are based on what others are similar to the one clicked by use. One of the findings could include that the users who like a particular actor/movie genre are more likely to click those thumbnails which have similar actors or image attributes

iii. Post-Production of Movies (Movie Editing):

Use of historical data for cases of failure of quality checks in the past. Also, predicting in what cases, the manual checks would be most beneficial, which otherwise could be a very time consuming and laborious task

iv. Streaming Quality:

By the use of past viewing data, Netflix predicts the bandwidth usage for helping it in deciding when to cache the regional servers for fast load times especially during the peak or expected demand

Netflix Earnings Projection

 

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AI and Cloud Computing - Future of Technology!

 

 

Artificial intelligence and cloud computing are progressively similar to discuss the two most loved components in a single theme. We should envision for a second that cloud computing and AI companies are irrelevant. The overall AI market should be worth about $60 billion by 2025. Let alone be, the market was around $2.5 billion close to the completion of 2017, it is one of the speediest creating markets on earth today.

There is no such industry where Artificial Intelligence has not been apart. Ranging from industries like Hospitals to Tourism. It is proven that AI can be formulated in such a way where it can exactly mimic a human and its behavior. This development is driving certified change wherein the overall spending on intellectual and AI structures is dependent upon to augment at a yearly advancement pace of 50.1% through to 2021.  

The ascent of cloud computing has exhibited being a critical factor in developing all business areas and the name 'cloud-local' is presently worn as an image of regard. For new organizations, the ability to move directly to the cloud infrastructure has empowered them to hop in front of their rivals, huge numbers of whom have fought in the undertaking to incorporate cloud into their unpredictable legacy structures. 

How Cloud Computing has been changed by Artificial Intelligence

The new-age cloud computing framework has begun seeing the impact of Artificial Intelligence, which is an interesting change considering the introduction of transformational technologies like the Internet of Things (IoT). The presentation of new technologies has demonstrated no problematic effect on the developing cloud computing scene. From the viewpoint of the developing cloud innovation, IoT and mobile capacities come out as an expansion to the current cloud abilities. 

According to Statistics, the global value of the AI market will outperform more than an expected $89 billion every year by 2025. A significant percentage of that worth will happen as artificial intelligence powers cloud computing—and, thusly, as cloud computing goes about as an engine to expand the scope and impact AI can have in the bigger market.

Conflicting with the IoT and mobile model, applications-based on artificial Intelligence need specific run-time developed for GPU (Graphics Processing Units) concentrated AI solutions, alongside the refined backend services. Consolidating information, AI, and machine learning with cloud technology implies, both humans and AI would have the option to examine the enormous measures of information and would get more data than ever before. A blend of these technologies implies a high volume of information to be dealt with in a shorter time.

Artificial Intelligence in Cloud Computing:

The past few years have indicated incredible investment in the AI abilities in a cloud platform. ESDS Software Solutions is one of those companies that have been working and developing more on Artificial Intelligence and Cloud Computing.

Let us have a look at how Artificial Intelligence is benefiting the types of Cloud Computing.

A.     Artificial Intelligence and IaaS

This is the cloud application improvement administration, which is generally utilized by clients. It permits you to pay based on the usage of the service provided, a flexible plan. The service provided includes renting stocks, networks operating systems, and virtual machines (VMs).  Artificial Intelligence as a Service (AIaaS) is the third party contributing to Artificial Intelligence (AI) outsourcing. Artificial Intelligence as assistance permits people and organizations to explore different avenues regarding AI for different purposes without enormous introductory speculation and with a lower chance. Experimentation can permit the inspecting of the various public cloud platform to test different AI calculations.

B.     Artificial Intelligence and SaaS 

With this, the cloud provider and not the user is tasked with management and maintenance and all the user has to do to gain access is connected to the application over the web with an internet browser on his phone, tablet, or P.C.  The SaaS is available over the internet on-demand or on a subscription basis. 

SaaS and Cloud organizations are progressively utilizing AI and Machine Learning stages to scale their income by offering better products and customized client experienced. As indicated by Adobe's Digital Intelligence Briefing, driving organizations are bound to receive and utilize AI for Marketing to convey convincing client experiences.

In the following year and a half or somewhere in the vicinity, by simply looking at organizations that have yearly incomes somewhere in the range of $100 and $150 million, the extent of AI-driven organizations would develop to 24%. The greatest development factor pushing the appropriation of AI inside these organizations is – Data Analytics, trailed by Personalization of On-site Content and experiences.

C.      Artificial Intelligence and PaaS

This service was intended to make web creation and mobile app design simpler by having the inbuilt infrastructure of workers, systems, databases, and capacity that takes out the need to continually update them or manage them. 

With the rising popularity of AI, cloud service providers (CSPs) have begun to offer services devoted to explicit undertakings: detecting objects in video, recognizing faces of big names, transforming speech into text. A portion of these suppliers has even stepped toward offering a progressively helpful arrangement: an AI Platform as a Service (AI PaaS).

Conclusion

By now you would have got an idea that Artificial Intelligence is the future of technology and cloud computing is the will maintain the position that it has gained until now. The top cloud computing companies strongly accept that the combination of cloud computing services and AI technology will acquire a significant change in the technology industry. Public cloud providers continue investing in the development of AI and this will keep on continuing in attracting the right set of clients to this technology.

If you want to make the most of these two most game-changing technologies, contact us, and we will let you know!

Is the Internet of “Intelligent” Things (IOIT) becoming a whole new ballgame?

The internet of things is way ahead and gaining worldwide attention due to incredible advancements in it as time passes. The data is becoming more than the size of a Hulk due to the numerous connected data endpoints which give the most unparalleled insights. So, the question arises how we can tap the most of this generated data from all possible data streams? The answer is Artificial Intelligence – the new concept is the internet of intelligent things.

So, what are intelligent things?

We all know about the internet of things technology as it has become well known. IoT mentions the billions of Internet-connected devices all over the world. But, the whopping numbers of data that is continuously streaming through these devices is a considerable task to handle. So, here is where the internet of intelligent things saves our burden.

Earlier, experts have said that there should be more work on the utilisation of the internet of things where artificial intelligence would help in building better solutions. So, in recent years it has been pretty clear that IoT networks become more intelligent when combined with other autonomous technologies like machine learning and artificial intelligence. AI makes higher use of the extensive connectivity and more significant data streams which IoT devices can handle well.

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Data Centers – Powerhouses For Modern-Day Digitization

 

 

Data Center

We as a race have always strived to make our hardships easier. What we call inventions today are actually solutions to the hardships that were prominent some years ago. Today we are in the 21st century and have evolved from letters to e-mails, wired telephones to cellphones and much more. In this is pursuit of exploration, the world has been moving towards ‘Digitization’ rapidly.

Digitization has been a continuous process of evolvement and it continues to be so. We have been seeing, using, interacting with and promoting digitization directly or indirectly, day-in day-out in our lives. It is important to question where and how we are achieving this digitization. Where does the processing of data take place? How do we achieve this uninterrupted environment of digitization?

There are special environments that are built to achieve uninterrupted and high volume data processing. They are called ‘Data Centers’. The Data Centers have IT equipment like servers, storage and network to ensure processing and transmission of data. They have the capability to process and transmit enormous amounts of data. Be it 30 petabytes (3 x 10,00,000 GB) of data generated by ‘Large Hadron Collider’ or the data generated in ‘Space Mission to Mars’ or even as small as an image you just sent your friend. To sum it up, a Data Center is a place that runs round the clock and is responsible for all the digital equipment and services that you are using. This blog describes the systems that fuel the operations of the data center…

Now that we know what a Data Center is, let’s get familiar with the systems that power up the Data Center and make them sustainable. In IT industry, such Data Centers are often termed as Critical Systems, IT Infrastructure systems or Power and Cooling Systems.

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Colocation Benefits – A simplified solution

Colocation hosting services means locating your IT infrastructure to the third party data centers. The data centers which are highly reliable, secure and has fully equipped redundant infrastructure. Colocating your web servers to the data center is always a wise choice as it provides many benefits and secured  physical atmosphere to your server. Colocation web services offers all the added features and also secures the data from any natural calamity disasters. Colocation is a type of web hosting, whereby customers who have their own server can host it at a purpose built Data Center (or Colocation Center). Customers rent rack space where they keep their server, while maintaining control of it themselves.

There are numerous benefits which can be classified as follows:

Cost effective :

The colocation service is considered as one of the cost effective solutions for your servers to maintain. Basically you don’t need to build and maintain the in-house requirements that your server demands can cost you valuable capital in facilities, Internet connectivity and maintenance personnel. The colocation hosting providers has such kind of full facility available with their infrastructure.

Reliable Uptime :

Uptime is always a major concern for the server owners. With colocation facility one can be rest assured that his server is getting proper uptime. Within colocation facility everything is redundant so that if anything goes down the colocation customers server and network equipment will not even notice it as there are redundant systems in place that automatically replace those that went down. This may include the air conditioning systems, UPS (uninterruptible power systems), power generators, utility power, network routers, redundant Internet backbones with plenty of extra capacity, and redundant onsite network engineering staff.

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Planning For a DR Site?

 

Planning for a DR site?

A waiting inquiry in the brains of most CIOs while arranging a DR site (auxiliary site) is the thing that ought to be the perfect separation between their essential and optional destinations. An inquiry that deserves due diligence and thought, undoubtedly. My response to this inquiry is that ‘It Planning For a DR Site?‘. There is no hard and fast rule governing the distance between your primary and secondary (DR) data center site from the way that both these locales ought to be sufficiently far from each other. The reason – when some unanticipated debacle strikes the primary site, the secondary (DR) site ought to have the capacity to connect to and begin running so that there is no business interruption.

Both the destinations can’t be located near each other just on account of the way that a characteristic cataclysm or a man-made calamity ought not to have the capacity to influence both the locales. In any case, how far will be sufficiently far… Give me a number I can consider.

The outline beneath gives a genuinely smart thought about organizations arranging their DR locations in 2007 and 2010. An intriguing perception here is that somewhere around 2007 and 2010, review respondents reported shorter separations in the middle of the primary and secondary datacenter. In 2007, 22% of respondents reported that the separation between their essential datacenters and most distant backup datacenter was more prominent than 1,000 miles, while in 2010, just 12% claimed this distance. In 2013, 13% guaranteed that the distance between their primary datacenter and most remote backup datacenter was more noteworthy than 1,000 miles, a number same as the previous year.

So what do every one of these outcomes show? Is far away truly better? Not so much, consider the accompanying actualities:

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WHAT DO YOU KNOW ABOUT BROKEN AUTHENTICATION AND SESSION BREACH?

As we are covering OWASP top 10 vulnerabilities,broken authentication is one of it. Broken Authentication itself suggests the breach in the authentication procedure of a web application. Session management is the rule which checks for the interactions amid a web application and end-users. A web session is actually a transactional chain of HTTP commands and responses made by the client to a server. HTTP/HTTPS is the protocol to communicate between the website and the browser.

So, in broken authentication, hackers find the exposures where the breach could be done to dodge or seize the authentication functions.

Following are the ways where the authentication breach could happen –

• Probable login credentials.
• Exposed session IDs in the URL (e.g., URL rewriting).
• Vulnerable session IDs to fixation attacks.
• Unprotected user authentication credentials.
• Session IDs, passwords, and other identifications sent over unprotected and unencrypted connections.
• Non-rotated or Unshuffled session IDs after successful login.
• Undestroyed or not invalidated session values after logout.

Such attacks aim to get access to more than one account and gain all the privileges of the user which is attacked. These privileges let the attacker do whatever he wants.

EXAMPLES OF AUTHENTICATION AND SESSION BREACHES

Example #1: Probable login credentials

It is a matter of common sense that you should not keep the values of usernames and passwords so easy that everyone can predict them. The credentials should not be the ones which are used very frequently. Attackers can get a hold of this with ease. You should always use strong credentials.

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Input Validation Errors: The Core of Website Security Evils

In the past few years with the rise of technological innovations, there has been an increase in the number and sophistication of security breaches. Poor input validation has turned out to be the root cause of these embarrassing data breaches reported in the last few years. While compiling the code, the developers create input fields for the users to enter whatever they wish. The website is secure until the unchecked input fields are not used for hacking.

Let’s see why input validation is crucial for website security

What Is Input Validation?

Websites processing input data from users or a wide range of systems should ensure that it is valid. Validation is carried on a variety of levels ranging from simply verifying the input types and lengths i.e. syntactic validation to ensuring the inserted values are valid in the application context i.e. semantic validation.

For websites, input validation is nothing but verifying the values inserted in the input field ensuring date, email address and other details inserted in the field are valid. This is the initial step for client-side validation performed directly in the browser and submitted values are verified on the server-side.

Input Validation is a commonly used method to check potentially dangerous inputs ensuring they are safe to be processed within the code. 

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Top 4 Security Threats to Disrupt Your Online Presence

In this digital era, businesses have incurred huge losses due to the sophistication of cyber-attacks and a growing number of security breaches. Maintaining pace with the threat landscape is a common pain point the cyber experts are facing. According to a survey, Data breaches exposed 4.1 billion records in the last six months. Website security continues to be a major concern with the rapid growth of businesses relying on IT infrastructure.

Let’s have a look at the security trends ready to disrupt your online presence:

• The Rising Threat of Data Breach

Since the business data has enormous value in the black market, it remains the prime target of hackers. The increasing graph of data breaches has shaken the business world with website security turning out to be a major concern for businesses.  A data breach in your organization will incur a huge loss to your business with the loss of customer loyalty, revenue downfall, and negative brand reputation.

Regular security audits secure your online presence from a data breach. Vulnerability and compliance management will continuously monitor your IT assets to identify gaps and security misconfiguration in your physical and virtual environments. Allowing your security team to understand the security risks of the working environment will help you to proactively mitigate the data breach.

• IoT Vulnerability

Over the years, we have seen mobiles being vulnerable to attacks. In the present scenario, with the increasing proliferation of the Internet of Things, organizations relying on IoT devices are even more at risk. They offer a plethora of potential vulnerabilities like insecure Wi-Fi networks, hard-coded credentials, and unencrypted data. A compromised router serves a platform to launch a massive number of attacks through IoT devices. The organizations automating their processes with the Internet of Things need to secure their web assets. 

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What is the Importance of Scanning a Website and How to Choose a Scanner to Do That?

 

As technologies are increasing every moment, so we also desire to have more securities related features. The reason for craving more security is that the attackers are getting clever and even their techniques are getting advanced. So, there are pros and cons whenever we improve any technique. This situation is similar when it comes to protecting websites. Every website is prone to attacks through various methods. If you have a website then you will truly want to protect your and consumers’ data. The responsibility increases when your site is an e-commerce site. Whenever there are payments in your site’s scenario, your customers trust you and hence you need to keep up with their trust! Therefore, you require to scan your website without any arguments.

Nowadays, digital and online marketing is in a boom and everyone is out there, creating content for their blogs, products or services. Though it may seem simple it is not that easy. Many people use WordPress for their blogging as it is the most popular and easy one. Yet, the security of the site is the vital thing to maintain.

Easiness of any platform can help you in creating content but, you have to be proactive in tuning and fixing any problems with your site. To solve the problems, you must be knowing them. There exists various threats in this online world and attackers or hackers are constantly searching for vulnerable sites. If Facebook was hack-able, so where do you feel your site stands on the level of security. Now, you get why it is your duty to protect your website. So, what you can do and how to do? Let’s figure it out.

There are several kinds of bugs, malware, phishing attacks, DDoS attacks, injection attacks and the many more from which you need to protect your site. So, let’s check out the ways through which you can up the level of your site’s security-

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Disasters…Are you prepared for it?

 

Disaster Recovery

Disaster recovery is one of the most important aspects for a business for its long term survival. Calamity let it be natural or man-made can happen anytime anyplace & thus, it can have a massive impact on the valuable assets of the organization. Data can be lost to technical failures, disasters, outages etc. protecting business applications against these disasters is an organization’s top priority. But it is very difficult for every enterprise to have their own DR sites. Managing, maintaining and monitoring In-house DR site is very difficult as it requires lot of CAPEX and man-power.

Hereby I will try and elaborate certain DR issues faced by every organization irrelevant to small or large

Current DR Issues:

Planning for the worst case scenario is a must in today’s competitive market. Data is the soul of any business organisation. Loss of any asset can have a massive impact on the organization’s fate.

• Over 60% of organizations don’t have Disaster Recovery plan
• 40% of organizations under a survey are rated as poorly protected against Disasters.
• Almost 75% of companies fail from a disaster recovery standpoint
• Around 36% of companies need DRaaS but can’t afford it.

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Cybersecurity in the BFSI Sector Has Stepped Up Get to know why?

 What is Cybersecurity?

Cybersecurity may be defined as the act of securing every computing hardware as well as software that are connected by the means of an Internet connection or even cloud, in recent times. The cloud is gaining more popularity in line with positive business outcomes, it has also become prone to malicious entities and attackers who’re always looking to steal valuable user information.

Cybersecurity is a more technical term that corresponds to the physical security of systems present in data centers or any other computing system. Thus, there has been an increased demand for securing valuable user information. Cyber-attacks have now evolved into major threats for the BFSI Sector.

What Cyberattack Means in BFSI?

A cyber attack in the BFSI Industry opens doorways for malicious attackers along different channels. This could be a singular event where one person is targetted and his large amount of money or data is stolen using credit/debit card information, net banking, etc. If the attacker looks to target banks, then it is considered as a huge heist by the means of DDoS attacks, spear-phishing, ransomware, malware taking place on mobile devices to name a few. Governments across the world have emphasized heavily on strict security protocols and technology to stop these data breaches.

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PILLARS FOR EFFECTIVE CLOUD SECURITY

 Businesses today operate a massive volume of sensitive data and also perform various operations with this data. Data breaches are getting too familiar in today’s time. A successful operation in the cloud demands for diversified mechanisms and procedures compared to an on-premise cloud computing solution. An online analysis done by the Gartner states that- by 2020, 80% of the cloud breaches will be caused due to customer misconfigurations, wrongly-managed credentials, or even insider thefts. However, cloud breaches will not be a result of the cloud provider’s vulnerabilities.

 Operating in a secured cloud-based solution demands for different mechanisms and ways as compared to an on-premise deployment. An on-premise cloud solution, however, will not work effectively in the cloud. Also, the cloud-based infrastructures house several security services that are to be included.

Cloud Security Pillars

A successfully performed migration to any cloud security framework is dependent on the pillars that follow a sequential cycle. In this sequential cycle, every pillar is dependent on the pillar, just preceding it. Any business organization that follows this methodology is successfully able to create a framework that can support cloud strategies as well as optimize the complete security of the cloud. 

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Determining Why SOC Services is important for your business

 Having the correct SOC Services Provider will help you in enhancing your business's cyberseurity posture and also providing real-time insights on various cybersecurity threats.