About AWS MediaConvert Vs AWS Elemental MediaLive

About AWS MediaConvert Vs AWS Elemental MediaLive

Right now, video streaming dominates the globe, and every industry is eager to adopt it. Not all businesses, though, can use this to increase their operations. Many issues arise from the absence of encoded videos, necessitating the use of AWS Elemental MediaLive. The lack of video file processing and on-demand videos also adds to the difficulties.

Does faulty video streaming affect your company as well? As an entrepreneur, you can require the assistance of both media live and AWS Elemental MediaConvert. It will improve a company’s ability to transmit encrypted videos, live and online streaming, and high-quality videos, among other things.

How does AWS Elemental MediaConvert work?

Elements of AWS Broadcast-quality features are available through the transcoding tool MediaConvert. Video-on-demand (VOD) content creation is a specialty of AWS. It also enables your company to share multimedia material widely. MediaConvert is completely dependable and straightforward to use with pay-as-you-go pricing.

AWS Elemental MediaConvert DRM may be necessary for your company to encrypt video material. To provide content encryption, Digital Rights Management (DRM) delivers keys to the AWS MediaConvert service. AWS Elemental MediaConvert offers three implementation options, including DRM.

Key Features of AWS Elemental MediaConvert

  • Flexibility: MediaConvert supports a wide range of video codecs, containers, and formats, giving you the flexibility to create content optimized for various devices and streaming scenarios.
  • Scalability: With AWS MediaConvert, you can process multiple files simultaneously, making it a suitable choice for high-volume video processing tasks.
  • Customization: It offers a rich set of options for customizing video and audio settings, allowing you to achieve the desired quality and compression levels.
  • Automated Workflows: You can integrate MediaConvert into your workflows using AWS Step Functions, enabling automated video processing pipelines.
  • Content Protection: AWS Elemental MediaConvert supports content encryption, watermarking, and DRM (Digital Rights Management) to secure your content.

What is Amazon Web Services Elemental MediaLive?

AWS Elemental MediaLive is a useful video processing solution that aids in producing high-quality video streams. Encoding online/live video streams is how this comprehensive AWS solution functions. Additionally, it is advantageous for your company to reduce the movie size into smaller copies for proper dissemination. You can use it to set up and manage live streams or channels that are active 24/7/365.

Modern technology is constantly growing and improving. In a similar vein, 2022 has seen a significant surge in video streaming. AWS Elemental MediaLive RTSP is now accessible to businesses like yours. AWS media live service is currently supported by this Real-Time Streaming Protocol (RTSP).

Key Features of AWS Elemental MediaLive

  • Real-Time Encoding: MediaLive provides low-latency encoding for live video streams, making it suitable for applications that require minimal delay, such as live sports or news broadcasting.
  • Adaptive Bitrate Streaming: It supports adaptive streaming formats like HLS and DASH, ensuring optimal quality for viewers on varying network conditions.
  • Integration: MediaLive seamlessly integrates with other AWS services like AWS Elemental MediaPackage and AWS Elemental MediaConnect, creating a comprehensive live video workflow.
  • Statistical Multiplexing: MediaLive uses statistical multiplexing to optimize bitrate allocation, improving video quality while conserving bandwidth.
  • Channel Management: You can create and manage multiple channels for different live events, each with its own encoding settings.

Difference Between AWS Elemental MediaLive and AWS Elemental MediaConvert?

AWS Elemental MediaLive and AWS Elemental MediaConvert are two distinct services offered by Amazon Web Services (AWS) for video processing and transcoding. While they both play roles in video workflows, they serve different purposes and have different features. Here’s a breakdown of the key differences between AWS Elemental MediaLive and AWS Elemental MediaConvert:

  • Primary Purpose:
    • AWS Elemental MediaLive: MediaLive is primarily designed for live video encoding and streaming. It is used to create high-quality live video streams for delivery to various devices and platforms in real time. Common use cases include live broadcasts, sports events, webinars, and live streaming of events.
    • AWS Elemental MediaConvert: MediaConvert, on the other hand, is focused on file-based video transcoding and processing. It is used for converting video files from one format to another, applying various transformations, and preparing videos for on-demand playback. Common use cases include video-on-demand (VOD) services, video editing, and content preparation for distribution.
  • Input Source:
    • AWS Elemental MediaLive: Typically takes a live video input source, such as a camera feed or a live event stream.
    • AWS Elemental MediaConvert: Accepts file-based input sources, which can be video files stored in Amazon S3 or other sources.
  • Output Formats:
    • AWS Elemental MediaLive: Primarily outputs live video streams in various formats suitable for real-time streaming, including adaptive bitrate streaming formats like HLS and DASH.
    • AWS Elemental MediaConvert: Supports a wide range of output formats for on-demand video playback, including different video codecs, containers, and packaging options.
  • Real-time vs. Batch Processing:
    • AWS Elemental MediaLive: Operates in real-time and is optimized for low-latency live streaming applications.
    • AWS Elemental MediaConvert: Performs batch processing, making it suitable for offline video transcoding and more complex video processing tasks.
  • Content Packaging:
    • AWS Elemental MediaLive: Typically doesn’t handle packaging for on-demand delivery; it focuses on live streaming. Packaging may be handled by other AWS services like AWS Elemental MediaPackage or AWS Elastic Transcoder.
    • AWS Elemental MediaConvert: Can generate packaged content for on-demand delivery, including creating adaptive bitrate streaming formats
  • Integration with Other Services:
    • AWS Elemental MediaLive: Often integrated with AWS Elemental MediaPackage, AWS Lambda, and AWS CloudFront for end-to-end live streaming solutions.
    • AWS Elemental MediaConvert: Works seamlessly with other AWS services, including Amazon S3, Amazon CloudFront, AWS Step Functions, and AWS Lambda, for creating comprehensive video processing workflows.
  • Pricing Model:
    • AWS Elemental MediaLive: Typically billed based on the number of channels and the duration of encoding, with separate charges for data transfer.
    • AWS Elemental MediaConvert: Billed based on the duration of video processing, the resolution of outputs, and any additional features or add-ons used.


In general, a number of AWS services are required for faultless live or online broadcasting. AWS is useful for everything from video encoding to compressing it for delivery. AWS Elemental MediaConvert and media live are also helpful in offering the best streaming option.

Your business still has to be improved, regardless of whether you have a fast website or a feature-rich application. Here, you will benefit from utilising the outstanding AWS services. To speed up video streaming, you must choose between AWS MediaConvert and Elemental MediaLive. Instead, employing both of them ensures perfect video streaming.

Why Should You Use AWS to Run SAP Workload?

Why Should You Use AWS to Run SAP Workload?

Choosing a hyperscaler for your SAP environment is akin to selecting a business partner, and it’s a decision that will have a big effect on your company’s growth in the future. Numerous cloud providers give numerous benefits such as worldwide scale, knowledge, and creativity.

There are some factors to consider when selecting the correct hyper-scale for your business, including financial elements, business and technical assistance, security, and amount of customization. Most significantly, it must be constantly developing additional data centres and changing to match a company’s evolving needs.

Why Is Amazon Web Services (AWS) The Best Cloud Solution For SAP?

AWS provides a one-of-a-kind blend of flexibility, agility, safety, flexibility, and durability. According to a Forrester analysis, transferring SAP ECC to AWS EC2 can result in a 103 per cent return on investment in three years, $1.5 million in reduced data centre costs, and up to 500 per cent performance gains, among other advantages.

“When SAP was on-premises, certain recurring orders could take hours to generate during peak demand periods.” AWS generates the same orders in 30 to 45 minutes.” Consumer products IT director and enterprise architect

Amazon is already the cloud of choice for over 5000 SAP clients, and it is used by world leaders and cutting-edge startups to support a variety of operations such as data processing and warehousing, storage, and archiving.

The Top 6 Factors to Operate SAP on AWS, According to Activate

There are many reasons why AWS is the best cloud platform for SAP services; we’ll go over Winklix’s top six arguments:

  • Routine security checks are automated by AWS.
  • Effectiveness – Amazon Web Services (AWS) offers a dependable cloud infrastructure.
  • Cost Savings That Have Been Confirmed
  • Scalability
  • Analyze – Discover Obtaining deep insights from your data
  • Services and Features Available

1. Security – AWS performs routine security checks automatically.

With its multilayer security controls and automated systems continuously monitoring, validating, and testing the environment’s defences, AWS security surpasses the security capabilities of any on-site data centre.

AWS offers 230 security, compliance, and governance services and capabilities, as well as a comprehensive range of cloud security tools. It complies with 90 security protocols and regulatory certifications, and all 117 AWS services that contain client data can be encrypted. AWS is built to meet the security requirements of the military, banks, and other high-profile businesses around the world.

Firms that offer a wide range of security services to complement and enhance the protections available in the basic AWS environment are also part of the AWS Partner Network (APN). AWS Direct Connect for secure data communications and AWS Identity and Access Management (IAM) to limit data access to only authorized users are among the other AWS solutions available.

2. Reliability – AWS offers dependable cloud infrastructure.

Amazon Web Services (AWS) has created several Amazon Elastic Compute Cloud (Amazon EC2) instances tailored to certain workload requirements. In production environments on the AWS Cloud, SAP has certified X1 instances to run Business Warehouse on HANA (BW/4HANA), data mart solutions on HANA, Business Suite on HANA, and the next-generation Business Suite S/4HANA.

AWS monitors, updates, secures, and upgrades a company’s IT infrastructure, freeing up the tech group’s resources and time to focus on more strategic issues.

3. Cost Savings That Have Been Proven

By migrating SAP instances to AWS, businesses may boost their performance while lowering costs. Firms experience immediate savings in IT costs, hosting fees, and the operating costs of running data centres on-premise.

4. Scalability is number four.

AWS offers several computation and storage services that have been validated for SAP applications and SAP HANA workloads. SAP software running on Amazon Web Services (AWS) can quickly scale up and down compute, storage, and networking infrastructure to fit variable loads and service level needs, as well as reacting to other circumstances.

5. Analytics – Uncover deep insights from your data with analytics.

Within a corporate data lake, AWS allows firms to integrate SAP data with non-SAP data and apply analytics. With the widest and most comprehensive machine learning services, it also adds insight to SAP applications.

By migrating SAP operations to AWS, you can save up to 70% on Amazon S3 prices and take advantage of Amazon S3 intelligent tiering.

6. Provides a Wide Range of Services and Features

AWS offers additional features and services than any other cloud provider, ranging from infrastructure providers like computation, storage, and databases to new technologies like machine learning and artificial intelligence, data lakes and analytics, and the Internet of Things. This makes moving your existing apps to the cloud and building practically anything that you can imagine faster, easier, and more cost-effective.

The list of reasons why we think you should consider AWS for your SAP systems goes on and on, so if you want to learn more and figure out how to take the next step and exploit AWS, schedule a free consultation with one of Winklix’s AWS and SAP specialists.

How is NFC different from other payment mechanisms?

How is NFC different from other payment mechanisms?


We have heard a lot about Apple Pay and Google Pay. However, does anyone know what they represent? They are nothing, but NFC mobile payment types. NFC happens to be a major technological breakthrough, which has given consumers the facility of tap-and-go. At the heart of every mobile action is a tiny microchip and radio antenna performing the tap-and-go functions that is near field communication (NFC). This encryption technology is changing the manner in which users are obtaining information, offering payments, and exchanging data across devices. This write up is nothing but a genuine effort to intimate people about the entire spectrum of the NFC mobile payments.

What do you mean by NFC?

This is nothing but a mechanism that permits contactless communication to facilitate data exchange between devices such as smartphones, tablets, and laptops. With NFC at your disposal, you can simply wave your phone in the direction of an enabled device and exchange information without the need of a connection. Given the ease and swiftness, the technology has become a widely used one.

Its way of functioning

It is very convenient to conclude that NFC is nothing but another form of Wi-Fi or Bluetooth technology. All the three work on the mechanism of wireless communication and data transfer, however there is a difference. The NFC functions by utilizing electromagnetic fields, but both Wi-Fi and Bluetooth rely on radio transmissions. NFC happens to be a section of RFID (radio-frequency identification), a technology that helps spot things via radio waves. RFID is not a new phenomenon, in fact, the technology has been in vogue for decades in the form of activities such as scanning things at grocery stores and luggage on baggage claims. The basics behind the technology are very similar, but the operation is restricted to the extent of proximity. For the majority of users the proximity control is an important security aspect considering the crucial part it plays in mobile payment.

Types of NFC devices

NFC devices are of two types: active and passive. Passive devices comprises things such as smart posters, merchandise beacons, and contactless POS terminals. These can make available information for active devices, but cannot obtain external information. As for Active devices, they can dispatch radio-frequency currents that communicate and get data from enabled hosts.

Not a mere digital wallet

NFC can be easily restricted to the aspect of mobile payment, but the reality is that it can be used in many other arenas apart from tap-and-go purchases. NFC can be a potent tool for interactive marketing. Armed with NFC, marketers can easily reach out to their target audience by using instant data and delivering personalized messages. With the help of NFC, it becomes easier to promote loyalty programs and cut out the possibility of gathering multiple rewards cards. The NFC’s ability to engage customers can be best illustrated with the real estate market. By tagging NFC on real estate, signs, or listings a buyer can be helped in various manners. Apart from providing details regarding a property, agents can also give images, floorplans, graphical representation of the whole property, and other things buyers would love to know. This type of interaction can be a very meaningful way to establish valuable connections between brands and their consumers.

Security Concerns

It can be worrisome for some people to perform transactions via mobile phones. After all, everyone desires safety of their data and money. Even with banks and credit card safety is of paramount significance. As far as electronic transactions are concerned there is a modicum of risk. However, payments made via NFCs are considered they are very safe and secure. The data in an NFC transaction is encrypted and dynamic, implying that it keeps on changing, dissimilar to the data on a swipe card, which happens to be static—data remains on the rear of your card. So, NFC is a mechanism that ensures secure monetary transactions.

The way of functioning of Dynamic Encryption

Instead of storing the credit card number of the device, mobile payments utilize something called tokenization. In case of Apple Pay, once a snap of a credit card is taken and loaded into their iPhone, Apple dispatches every particulars to the bank pertaining to the card or network. After this, banks and networks hide the bank details through a series of randomly generated numbers. The number is then sent to Apple, which programs it back into the phone of the user. This implies that the particulars of the account on a phone can’t be exploited by the scamsters. Whenever there is a transaction, the phone dispatches a short-term number to the point-of-sale and this can be used only for that particular transaction. This number is different for any new transaction. Thus the encryption process involved severely restricts the risk of manipulation or theft. On top of this security feature, Apple Pay is also fortified by Touch and Face ID, fingerprint technology of Apple. This means even if you misplace or lose your phone, nobody can do anything with Apple Pay. As it requires either your fingerprint or face to recognize your identity. This also explains why the Apple Pay functions only with the latest iPhone models, that comes with the added layer of protection like Touch ID.

Google Pay and HCE

Contrary to Apple Pay, Google Pay works with HCE, or host card emulation. Over here, the user’s physical card is imitated in a different manner as the account information is kept in the confines of the cloud, as against the device. In this payment mechanism as well a certain degree of tokenization comes into play as the payment data is kept safely in the cloud, however the tokenization method is also cloud-oriented, which according to a few is not that secure.


EMVCo enables worldwide interchangeability and availability of safe mobile payments. The organization is gradually progressing towards stating the architecture, specifications, needs, and type approval processes to complement the EMV mobile NFC payments. These include:

  1. Needs related to the sanctioning of product type
  2. Prime operational criteria for mobile devices
  3. Substantiation processes of a Cardholder
  4. Certification needs like a security assessment for the SE having the payment application
  5. Needs for recognizing EMV application on an equipment
  6. Conforming to a reference application activation user interface (AAUI) on the mobile phone

What future holds for NFC

In the times to come , NFC has a huge opportunity to eliminate every cash card in your purse. Considering the current scenario, the various digital technologies are quickening the prospect of a cashless society. NFC mobile transactions not only lessen the variety of surfaces we come into contact with (i.e., credit card, POS terminal, etc.), it is also very convenient, quick and safer. The time is ripe for companies to look for every possible way to integrate NFC into their mobile strategies. With NFC at your disposal, a safe, swift and smart money exchange environment is within your grip.