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Modern application platform announces new resources for developers ahead of Cloud Innovation Summit with AWS

BOSTON– May 10, 2023 —

Digital Identity Verification: Provide an onboarding experience with identity verification workflows, including face matching for opted-in users, which compares a photo or selfie with an identifying document such as a driver’s license, built on Amazon Rekognition and Amazon Simple Storage Service (Amazon S3).

Video Call Validation: Deliver video engagement for a variety of use cases, including identity verification during customer onboarding, or field services support using Amazon Kinesis or Chime.

Self-Service Chatbot: Reduce pressure on call centers by providing AI-powered chatbots and the ability to escalate to a human support agent as required, powered by Amazon Lex and Amazon Comprehend.

Customer and Employee Engagement Virtual Personal Assistant (VPA): Offer new ways to engage with customers and employees using voice and VPAs such as Amazon Alexa.

Multilingual Chatbot: Provide chatbots that are able to communicate in any language, using Amazon Translation Services, Amazon Polly, and Amazon Transcribe.

Multilingual Video Interaction: Deliver real-time video interaction to support new customer engagement use cases, powered by Amazon Kinesis, Amazon Translation Services, and Amazon Transcribe.

Personalized Streaming Experience: Provide superior workplace innovation experiences such as employee onboarding and training, built on Amazon DynamoDB and Amazon S3.

“OutSystems Cloud Accelerators are built upon our existing relationship with AWS to help every organization innovate through software,” said Patrick Jean, OutSystems CTO. “The past year has put tremendous stress on businesses and compounded decades-old software challenges, hastening the need for innovation. We’re launching these capabilities to provide developers across all company sizes and industries with an accelerated path to building modern cloud applications fast, right, and for future change.” “OutSystems has an ongoing commitment to arm development teams with the best capabilities to build modern applications in the cloud,” said Paulo Silva, Partner at everis, an NTT DATA Company. “As a global partner with over 350 OutSystems-certified professionals, we’ve experienced first-hand the combined power of the OutSystems development platform and AWS services to simplify digital transformation. Expanded resources like the Cloud Accelerators will help us as we continue delivering projects to our global customers and further address complex business requirements across many industries and use cases.”

BOSTON– May 10, 2023 — OutSystems , a global leader in modern application development, today announced the launch of new components and resources called Cloud Accelerators for Amazon Web Services (AWS) aimed at accelerating innovation as fast as business imperatives change. Announced ahead of the OutSystems and AWS Cloud Innovation Summit , these Accelerators enable developers to leverage the power of AWS in the OutSystems platform for key digital transformation initiatives. OutSystems is initially delivering seven Accelerators that target crucial areas of digital transformation: customer experience transformation, workplace innovation, process optimization, and technology modernization. The Accelerators combine components, samples, and training to help developers quickly and seamlessly build and evolve scalable applications that leverage key AWS services to support the following use cases:“OutSystems Cloud Accelerators are built upon our existing relationship with AWS to help every organization innovate through software,” said Patrick Jean, OutSystems CTO. “The past year has put tremendous stress on businesses and compounded decades-old software challenges, hastening the need for innovation. We’re launching these capabilities to provide developers across all company sizes and industries with an accelerated path to building modern cloud applications fast, right, and for future change.” “OutSystems has an ongoing commitment to arm development teams with the best capabilities to build modern applications in the cloud,” said Paulo Silva, Partner at everis, an NTT DATA Company. “As a global partner with over 350 OutSystems-certified professionals, we’ve experienced first-hand the combined power of the OutSystems development platform and AWS services to simplify digital transformation. Expanded resources like the Cloud Accelerators will help us as we continue delivering projects to our global customers and further address complex business requirements across many industries and use cases.” Cloud technologies are a critical part of any organization’s digital transformation journey, and these Accelerators combine the power of AWS and the OutSystems platform to drive scale, resilience, security, and flexibility in every step of the software lifecycle. For more information on OutSystems Cloud Accelerators, please visit: chúng tôi About OutSystems – OutSystems was founded in Portugal in 2001 with the mission to give every organization the power to innovate through software. The OutSystems modern application platform’s high productivity, connected, and AI-assisted tools help developers rapidly build and deploy a full range of applications anywhere the organization requires. With more than 435,000 community members, more than 1,500 employees, 350 partners, and active customers in 87 countries and across 22 industries, OutSystems has achieved global scale while helping organizations change the way they develop applications.

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Youtube Launches 4 New Features For Video Creators

YouTube announced the launch of 4 new features designed to help creators enhance their videos and moderate their channel.

Each of the new features were previewed in the latest edition of the company’s ‘Creator Insider’ videos.

Some are available now, while others are rolling out over the next few weeks.

Here’s more about the new features for video creators.

Know When Your Audience is Online

One of the new features YouTube is rolling out was initially launched last month in a limited preview.

Now it’s being rolled out to 100% of channels.

For the first time ever, YouTube is giving creators access to data which lets them know when their audience is online.

This data will pinpoint which hours during the week a channel’s audience is most active.

Here is an example of what the data will look like for creators when viewed in YouTube Studio:

YouTube recommends using this data to determine the best times to broadcast live streams.

Channels may also choose to schedule the publishing of videos when most of their audience is online.

However, YouTube says there’s no conclusive evidence indicating that’s a good tactic.

See: YouTube to Show Creators What Time of Day Their Audience is Online

Review Inappropriate Comments

Creators will see a message in YouTube Studio when the setting has been enabled for their channel.

The setting is available to all channels already, and it can be turned on or off at any time.

Over the past two years since the feature launched there have been teams focused on expanding it to cover 13 languages, as well as improve its accuracy.

Scheduling Community Posts

The ability to schedule community posts is now available on the desktop web main app.

This feature allows creators to draft community posts ahead of time and specify a future publishing date.

YouTube stresses that it’s listening to creator feedback, as this was a heavily requested feature.

Video Chapters

In a few weeks, all creators will be getting access to the new video chapters feature.

This allows creators to break down their videos into different chapters that the viewer can jump through.

In order to utilize this feature, all you have to do is add timestamps to the video description and ensure the first one starts at “0:00”.

Also, the video must have at least 3 chapters, with each chapter being 10 seconds or longer.

Here’s an example from YouTube’s own video:

If creators want to opt out of this feature, but still offer timestamps in their video descriptions, use anything but “0:00” as the first timestamp.

For more information about any of these features, see the video below:

Related: YouTube for Beginners: How to Set up Your Channel

Top 10 Cloud Storage Services For Business

10 Cloud Storage Services for Business

While there are many cloud hosting services to consider, there are a few that rise above the rest. Here are 10 cloud storage providers small and medium-sized businesses may want to consider.

Amazon Web Services

Amazon Web Services (AWS) offers a variety of tiers, including a 12-month free usage tier for new users of its Simple Storage Service up to 5GB and Elastic Block Storage up to 30GB. The web service also provides 100GB of free cloud storage per account with an optimized data transfer as well as a 5GB shared file storage service free for 12 months for Amazon EC2 subscribers. The breadth of options is largely why AWS is considered a leading public cloud provider.

Box

Box’s business plan offers $15 a month for a minimum of three users. Box boasts more than 1,500-plus integrations like Slack, Microsoft Suites and Google Workspace to name a few. The Enterprise plan is $35 a month for a minimum of three users with unlimited storage. Enterprise plan owners can also enjoy uploading files up to 50GB, unlimited external collaborators and technical support during local business hours.

Carbonite

Carbonite focuses primarily on backup solutions. It has several plans to choose from, including ones that offer additional antivirus packages and backups of both external hard drives and video automatically. Carbonite’s basic package starts at $83.99 per year. Its Prime package featuring a courier delivery of recovered files.

Dropbox for Business

Dropbox for Business offers plans benefitting all kinds of organizations, from growing teams to independent employees. These plans include file locking, sharing controls and account recovery. The Professional Plan starts at 16.58 per month and most plans include a free trial.

Google Workspace

Google Workspace is the perfect suite for integrating other Google tools into your business’s data. All Workspace plans include collaboration tools with Gmail, Calendar, Meet and Chat. The most popular plan is the Business Standard, which starts at $12 per month, per user, including 150 participant video meetings and recordings and 2TB storage per user, although businesses can upgrade plans to improve their storage up to 5TB.

Microsoft OneDrive

OneDrive, similarly to Google Workspace, has unique integrations with many Microsoft Suite applications. Basic and Standard Microsoft 365 Business plans provide 1TB of storage per user and file sizes up to 100GB.

OpenDrive

OpenDrive boasts a multi-OS cloud storage system that can backup and sync files on Linux, Mac or Windows. Plans start at $7 per month with $1 per user for each additional user and include 500GB of online storage and 25GB of bandwidth.

SpiderOak

SpiderOak is a unique cloud hosting service that boasts high security and encryption for all of your files. Plans start as low as $6 per month, per user, for 150GB across unlimited devices.

Syncplicity

Syncplicity offers unlimited devices and file sizes per user. The paid plans offer SyncDrive, the modern file-sharing replacement. All plans offer a free 30-day trial, and the business plans start at $5 per month, per user.

Zoolz

Zoolz has great cloud backup features and archiving usage within its service that boasts partnerships among many servers and locations. Starting at $15 per month, each user has 100GB of cloud storage.

Security Concerns With Cloud Storage Services

Security is always a concern when it comes to putting confidential and competitive information in the hands of a third party. Data breaches and, worse, outages that result in data loss, are always a risk, no matter whether your data is housed in the cloud or a server next to your office. Arguably, it might be safer in the cloud. The data that gets stored in the cloud gets placed across several locations with strict security protocols to protect your data from cyberattacks.

Unfortunately, there is a small chance of experiencing a malicious program or an outage. Although outages are considered extremely uncommon, there have been times when cloud centers have lost service temporarily. However, most cloud storage providers do have safety systems built in place to prevent loss.

Hackers can also attempt to breach security protocols on cloud storage providers, so look for a cloud storage service that includes strong encryption services with great customer support available to help if problems arise.

Almost all cloud providers offer some free storage, but these are aimed primarily at consumers. Free trials are usually available, however. In addition to basic storage, most cloud storage services include:

Web-based dashboards to access data files

Mobile apps

Data backup and archive

Encryption

Usage reports

Drag-and-drop file transfers

Email and live support

FYI

Although there have been reports of cyberattacks into cloud-based hosting services, it is extremely rare for data breaches to occur.

What are the benefits of cloud storage?

Cloud storage is readily available and easily accessible — all you need to do is connect to the internet. With cloud storage, you’ll never have to fear losing your work with backup data. Additionally, you can remotely sync, update and share files. Cloud storage keeps remote work simple while keeping your files encrypted.

Cloud services buy a large amount of storage and can offer their customers savings. In addition, using cloud services ends the need for you to purchase hard drives for storage needs. These services also reduce the need for hardware onsite and the management and monitoring of that equipment.

Cloud services can be more affordable because of their tiered pricing structure. You can select the plan that meets your needs based on how fast you store information and how often you back up that information. Services can provide you with storage for short-term and long-term needs. Those needs may determine what type of storage you need. If you determine that your current plan is no longer working, you can move to a different plan easily.

Aws Lambda – Function In Python

AWS Lambda – Function in Python

In this chapter, we will create a simple AWS Lambda function in Python and understand its working concepts following detail.

Before proceeding to work on creating a Lambda function in AWS, we need AWS toolkit support for Python. For this purpose, follow the steps given below and observe the corresponding screenshots attached −

Step 1

Step 2 Step 3

Now, save the changes and the test the code to see the output. You should see the following output and logs when you test it in AWS console using the test button from the UI.

Step 4

Now, you can write code inside any editor or an IDE for Python. Here, we are using visual studio code for writing the code. You should later zip the file and upload in AWS console.

Here, we have zipped the code and using it AWS console.

Step 5

Now, select Upload a .ZIP file option as shown below −

Handler Details for Python

Note that the handler has to be name of the file followed by name of the function. In the above case, our file name is chúng tôi and name of the function is my_handler; so the handler will be hellopython.my_handler.

Once the upload is done and changes are saved, it actually shows the details of the zip file in the online editor in AWS Lambda console. Now, let us test the code to see the output and logs.

Now, let us understand the details of the Lambda function using the following sample code −

def my_handler(event, context): return "aws lambda in python using zip file"

In the above code, the function name my_handler is having 2 params, event and context.

Context Object in Python

Context object gives details like the name of the Lambda function, time remaining in milliseconds, request id, cloud watch group name, timeout details etc.

The methods and attributes available on context object are shown in the tables given below −

Sr.No Method Name & Description

get_remaining_time_in_millis()

This method gives the remaining time in milliseconds until the lambda function terminates the function

Sr.No Attribute & Description

function_name

This gives aws lambda function name

function_version

This gives the version of aws lambda function executing

invoked_function_arn

This will gives ARN details.

memory_limit_in_mb

This shows the memory limit added while creating lambda function

aws_request_id

This gives the aws request id.

og_group_name

This will give the name of the cloudwatch group name

log_stream_name

This will give the name of the cloudwatch log stream name where the logs are written.

identity

This will give details about amazon cognito identity provider when used with aws mobile sdk. Details given are as follows −

identity.cognito_identity_id

identity.cognito_identity_pool_id

client_context

This will details of the client application when used with aws mobile sdk. The details given are as follows −

client_context.client.installation_id

client_context.client.app_title

client_context.client.app_version_name

client_context.client.app_version_code

client_context.client.app_package_name

client_context.custom – it has dict of custom values from the mobile client app

client_context.env – it has dict of environment details from the AWS Mobile SDK

Let us see a working example in Python which outputs the context details. Observe the code given below −

def my_handler(event, context): print("Log stream name:", context.log_stream_name) print("Log group name:", context.log_group_name) print("Request ID:",context.aws_request_id) print("Mem. limits(MB):", context.memory_limit_in_mb) print("Time remaining (MS):", context.get_remaining_time_in_millis()) return "aws lambda in python using zip file"

The corresponding output of the code shown above is given below −

Logging using Python

To log info using Python, we can use print or logger function available. Let us use the above example of context and check inCloudWatch to see if the logs are printed. Observe the following code −

The output of this code in CloudWatch is as shown below −

Observe the following example to understand about using logger to print logs to CloudWatch −

import logging logger = logging.getLogger() logger.setLevel(logging.INFO) def my_handler(event, context): logger.info('Using logger to print messages to cloudwatch logs') return "aws lambda in python using zip file"

The output for this will be as shown in the screenshot given below −

Error Handling in Python for Lambda function

In this section, let us see a working example which shows how to handler errors in Python. Observe the piece of code given here −

def error_handler(event, context): raise Exception('Error Occured!')

The log display is as shown in the image here −

What Is Kubernetes On Aws?

Google Labs created Kubernetes, a container management platform, to manage containerized applications in many settings, including physical, virtual, and cloud infrastructure. It is open-source technology that aids in developing and controlling application containerization. Kubernetes can automate the distribution, scaling, and management of application containers across clusters. It can build infrastructure that is centered around containers. Running applications on clusters of physical and virtual machine infrastructure is one of Kubernetes’ core features. It is also capable of running apps on the cloud. It aids in the transition to infrastructure focused on containers rather than hosts.

Kubernetes enables you to create sophisticated containerized apps and operate them efficiently over a server cluster.

Kubernetes provides portability and quick, easy deployment. Businesses may expand without redesigning their infrastructure by utilizing various cloud service providers if necessary.

Kubernetes handles high availability both at the application and infrastructure levels; when properly configured, Kubernetes aids in keeping your applications up and running even if one Kubernetes node is offline.

How Kubernetes Works

According to the available compute resources and the resource needs of each container, Kubernetes manages a cluster of compute instances and schedules the execution of containers on the cluster. You may operate and scale one or more containers together as a pod, a natural grouping for containers.

The control plane software for Kubernetes determines when and where to launch your pods, controls traffic routing, and scales your pods depending on usage or other criteria you designate. According to their resource needs, Kubernetes launches pods on your cluster automatically and restarts them if they or the instances they are executing fail to deliver. Kubernetes uses the IP address and unique DNS name assigned to each pod to link your services to one another and outside traffic.

Kubernetes installation on Amazon EC2 Machines

An Amazon EC2 instance is virtual server that executes applications on the AWS architecture in Amazon’s Elastic Compute Cloud (EC2). Using Amazon EC2, you may deploy as many or as few virtual servers as you want, set up secure networking, and control storage. The user doesn’t need to predict traffic since Amazon EC2 lets you scale up or down to manage shifting demands or popularity spikes.

Without utilizing Amazon’s managed container services, you must first establish the requisite Amazon EC2 instances before installing the Kubernetes distribution on AWS. Users are in charge of provisioning the VMs and installing and administering Kubernetes because Amazon offers virtual machines to host your Kubernetes nodes.

Kubernetes with Amazon EKS

Elastic Kubernetes Service (Amazon EKS) is a managed service that makes it simpler to operate Kubernetes on AWS. Organizations may use EKS to operate Kubernetes without setting up and maintaining a control plane or worker nodes. To put it simply, EKS makes it incredibly easy to administer and maintain highly available Kubernetes clusters on AWS.

The two major elements of each EKS cluster are −

Control Plane − There are three Kubernetes primary nodes in three distinct availability zones that make up the Control Plane (AZs). The network load balancer serves as the gateway for all incoming traffic to Kubernetes API (NLB). It functions on Amazon’s virtualized private cloud. The Control Panel is entirely handled by AWS and cannot be managed by the company directly.

Worker Nodes − The Amazon EC2 instances host the Worker Nodes. As a worker node, you may utilize any AWS instance. Provisioning these worker nodes or connecting them through SSH manually is possible. The control plane oversees and keeps track of where and when containers are started, while a cluster of worker nodes maintains and executes the containers for an organization. AWS sets up, grows, and securely administers the Control Plane, while worker nodes are provided using EKS with only one command in the EKS GUI, CLI, or API.

The AWS administration console may be used to set up a new Kubernetes cluster using EKS quickly. Following that, containerized apps may be scheduled in the new cluster in the same manner as in any other Kubernetes setup. You don’t have to install Kubernetes, administration or monitoring tools, or supply your nodes if you use EKS. To upgrade to newer versions of Kubernetes as they become available, you will still need to carry out certain manual activities.

Conclusion

Running Kubernetes on AWS will free up time for your company to focus solely on the core product while saving you the hassle of managing the infrastructure. It would also assist to reduce the need for additional IT staff by enabling your product to satisfy the steadily growing demand from your user base.

Spacex Successfully Launches A Falcon 9 Booster For A Record Seventh Time

SpaceX has launched another Starlink assignment, including 60 more Starlink satellites into its low-Earth orbit constellation.

That is fantastic news because of its attempts to blanket the world in high-speed broadbandand now’s flight is much greater news because of its equally significant ambition of creating more aerodynamic aircraft systems, because the first-stage booster which helped launch the current Falcon 9 rocket created a record-breaking seventh trip.

SpaceX struck its reusability recordings of six flights to get a reused first-stage rocket element, and it recovered the booster using a controlled landing with its own drone flight at the Atlantic Ocean, so it could possibly break this document with another upcoming flight for this exact same booster.

Now’s launch took Away from Cape Canaveral Air Force Station in Florida, lifting off at 9:13 PM EST (6:13 PM PST).