Big data refers to massive complex structured and unstructured data sets that are rapidly generated and transmitted from a wide variety of sources.
Big data refers to massive complex structured and unstructured data sets that are rapidly generated and transmitted from a wide variety of sources. These attributes make up the three Vs of big data:
Volume: The huge amounts of data being stored. Velocity: The lightning speed at which data streams must be processed and analyzed. Variety: The different sources and forms from which data is collected, such as numbers, text, video, images, audio and text.
These days, data is constantly generated anytime we open an app, search Google or simply travel place to place with our mobile devices. The result? Massive collections of valuable information that companies and organizations need to manage, store, visualize and analyze.
Traditional data tools aren't equipped to handle this kind of complexity and volume, which has led to a slew of specialized big data software and architecture solutions designed to manage the load.
Cloud migration is when an organization transfers applications and associated data from on-premises data centers to the cloud.
Cloud migration is the process of moving data, applications or other business elements to a cloud computing environment.
There are various types of cloud migrations an enterprise can perform. One common model is the transfer of data and applications from a local, on-premises data center to the public cloud. However, a cloud migration could also entail moving data and applications from one cloud platform or provider to another -- a model known as cloud-to-cloud migration. A third type of migration is a reverse cloud migration, cloud repatriation or cloud exit, where data or applications are moved off of the cloud and back to a local data center.
Benefits of cloud migration
Businesses tend to spend quite a lot when it comes to software development and deployment. But cloud migration offers a variety of methods to choose from, and they can be used to access SaaS at a much lower cost while safely storing and sharing data.
Maintaining and managing a physical data center can be costly. But cloud migration allows curtailing operational expenses since cloud service providers like SaaS or even PaaS takes care of maintenance and upgrades of these data centers for a minimal upfront cost.
In addition to the direct cost savings in comparison to maintaining your own data centers, cloud migration provides indirect benefits for cost savings in the form of not requiring a dedicated technical team. Another benefit is that most licensing requirements are taken care of by the service provider.
Cloud migration facilitates upward or downward business expansions based on its necessities. Small scale businesses can easily scale up their processes into new territories, and large scale businesses can expand their services to an international audience through cloud migration.
This flexibility is possible in terms of expanding horizontally through globally distributed data centers as well through integrating hybrid cloud solutions such as AI, Machine Learning (ML), and image processing.
It also provides the ability for users to access data and services easily from anywhere and on any device. And companies can outsource certain functionalities to service providers so they can focus more on their main processes.
Cloud migration allows for maintaining better interactions and communications within business communities due to the higher visibility of data. It also facilitates quick decision making since it reduces the time spent on infrastructure. Organizations can extend their ability to integrate different cloud-based solutions with other enterprise systems and solutions. This capability, in turn, ensures the quality and performance of the systems.
Updating systems can be a tedious task, especially for large scale companies, as they can require prolonged analysis. With Cloud migration, companies no longer need to worry about this as the infrastructure is off-premises, and cloud service providers are likely to take care of automatic updates. Ready-to-go software updates are part of most cloud computing plans and are available at a fraction of the cost of usual licensing fees.
Many studies have proven that data stored in a cloud environment is more secure compared to data in on-premise data centers. Cloud vendors are experts in data security and secure data proactively by updating their mechanisms regularly. Moreover, the cloud offers better control over data accessibility and availability, allowing only authorized users access to data.
Ensuring Business Continuity
Businesses often need to set up additional resources for disaster recovery. Cloud migration provides smart and inexpensive disaster management solutions. It ensures that applications are functional and available even during and after critical incidents, ensuring business continuity.
Cloud service providers take serious care of their data centers and ensure that they are protected both virtually and physically. This security, along with the availability of geographically dispersed locations, makes it convenient to set up robust Disaster Recovery and Business Continuity plans.
An algorithm is a set of rules to be followed when solving a problem. The speed of the volume of data that can be fed into algorithms is more important than the "smartness" of algorithms.
A critical source of business value—when done right
AI has long been regarded as a potential source of business innovation. With the enablers now in place, organizations are starting to see how AI can multiply value for them. Automation cuts costs and brings new levels of consistency, speed and scalability to business processes; in fact, some Accenture clients are seeing time savings of 70 percent. Even more compelling, however, is the ability of AI to drive growth. Companies that scale successfully see 3X the return on their AI investments compared to those who are stuck in the pilot stage. No wonder 84 percent of C-suite executives believe they must leverage AI to achieve their growth objectives.
Define your business value
There are countless ways to use AI. How do organizations decide what to focus on? To scale successfully, start by defining what value means to your business. Then assess and prioritize the various applications of AI against those strategic objectives.
Rework your workforce
The growing momentum of AI calls for a diverse, reconfigured workforce to support and scale it. Despite early fears that artificial intelligence and automation would lead to job loss, the future of AI hinges on human-machine collaboration and the imperative to reshape talent and ways of working.
Establish governance and ethical frameworks
Organizations must design their AI strategy with trust in mind. That means building the right governance structures and making sure ethical principles are translated into the development of algorithms and software.
Applying these factors successfully can help organizations unlock exponential value and stay competitive. AI is no longer simply a "nice to have", but is critical to a business’ future.
Cyber security is an area that covers how to defend devices and services from electronic attacks by nefarious actors such as hackers. While there can be offensive components to cyber security, most of today's professionals focus on determining the best way to defend everything from computers and smartphones to networks and databases from attackers.
Cyber security has been used as a catch-all term in the media to describe everything from identity theft to international digital weapons. These labels are valid yet fail to capture the true nature of cyber security for those without a computer science degree or experience in the digital industry.
Why Cyber Security is Important?
Today's cyber security industry is primarily focused on protecting devices and systemsfrom attackers. While the bits and bytes behind these efforts can be hard to visualize, it's much easier to consider the effects. Without cyber security professionals working tirelessly, many websites would be nearly impossible to enjoy due to ever-present denial-of-service attack attempts. Imagine not having access to Simplilearn's community of experts and certified professionals – no more tips, tricks, and advice to help you achieve your professional goals!
Without strong cyber security defenses, it would be easy to destroy modern-day essentials like the power grids and water treatment facilities that keep the world running smoothly. In May 2019, E&E News reported that an anonymous U.S. utility became the first to report a malicious "cyber event" that disrupted grid operations, an unfortunate milestone for our country's power sector. Power generation wasn't harmed, and there were no blackouts, but the impact could have been much costlier.
Blockchain technology is a structure that stores transactional records, also known as the block, of the public in several databases, known as the “chain,” in a network connected through peer-to-peer nodes. Typically, this storage is referred to as a ‘digital ledger.’
Every transaction in this ledger is authorized by the digital signature of the owner, which authenticates the transaction and safeguards it from tampering. Hence, the information the digital ledger contains is highly secure.
In simpler words, the digital ledger is like a Google spreadsheet shared among numerous computers in a network, in which, the transactional records are stored based on actual purchases. The fascinating angle is that anybody can see the data, but they can’t corrupt it.
Advantages of Blockchain
It uses a digital signature feature to conduct fraud-free transactions making it impossible to corrupt or change the data of an individual by the other users without a specific digital signature.
Conventionally, you need the approval of regulatory authorities like a government or bank for transactions; however, with Blockchain, transactions are done with the mutual consensus of users resulting in smoother, safer, and faster transactions.
It is programmable and can generate systematic actions, events, and payments automatically when the criteria of the trigger are met.
Virtual Reality (VR) creates incredible three-dimensional artificial worlds and immersive experiences for users. Augmented Reality (AR) creates amazing real world, life-like experiences. Together, these ‘extended reality’ technologies are hot property in the tech world right now and for good reason. AR and VR technologies are expected to generate up to $162 billion in market revenue by the end of 2020. Trend-setters like Nike are already investing millions to ensure AR and VR capabilities are creating immersive experiences for their customers.
AR and VR
Realize the marvels of augmented and virtual reality
Virtual Reality (VR) creates incredible three-dimensional artificial worlds and immersive experiences for users. Augmented Reality (AR) creates amazing real world, life-like experiences. Together, these ‘extended reality’ technologies are hot property in the tech world right now and for good reason.
Customers are now starting to look for next-gen customer experiences using AR and VR. In fact, it’s predicted that 100 million consumers will shop in AR and 30% of web browsing will be done without a screen by 2020. At a time when extended reality is evolving to redefine the future, ask yourself if you are ready to harness the power of AR and VR and become more innovative and disruptive. If not, our experts can help you develop, design and deploy unique AR and VR applications. Together, we can force open the door of next-level opportunities and accelerate your digital growth.
Creating quality VR marketing content requires a team of skilled professionals. You’ll need to work with a virtual reality agency that has in-depth knowledge of VR technology, camera gear, editing processes and specific distribution channels – each specialist areas in their own right. Contact us to find out more.
Everything you need to turn your dreams into 3D reality
3D Printers continue to evolve by the day, and are heralded as a revolution for manufacturing. Although they have been readily available for less than a decade, SOLIZE recognized the potential of 3D printers more than 30 years ago and introduced the technology to Japan. This made us the first service bureau for them in the country. Since then, we have worked to refine 3D printing technologies, and developed proposal competencies not seen outside of SOLIZE. SOLIZE will also continue this evolution into the future.
3d Technology Services
Guidance on choosing and using 3D printers
Exclusive 3D Printer workshops so that you can try before you buy
3D printer sales, installation, maintenance and training
3D innovation – briefing on what is new in 3D Print Technology
3D printing bureau services
Support – 3D printer parts, servicing, maintenance, accessories and consumables