Category Archives: Cloud Hosting

uMotif and Veramed Partner to Offer Advanced Biostatistical Data … – PR Web

"By working with Veramed, we can offer customers significant increases in the benefit they get from collecting and analyzing huge volumes of solid eCOA/ePRO data, for any therapeutic area, geography, or patient population." -uMotif CEO Steve Rosenberg

BOSTON (PRWEB) May 08, 2023

uMotif one of the clinical trial technology markets fastest growing companies continues to redefine how eCOA/ePRO data is collected, reported, visualized and analyzed with the announcement of a strategic partnership with advanced biostatistics consultancy Veramed.

The highly-scalable uMotif eCOA/ePRO platform combines the industrys most innovative eCOA/ePRO technology with an unmatched focus on true patient centricity. The modern platform consistently achieves greater than 90 percent compliance, generating double the expected volume of data in real-world studies.

Veramed brings people, innovation, and technology together to accelerate evidence generation and advance patient health, with end-to-end biometrics and engaging data visualizations that help organize large amounts of data and speed decision making for key stakeholders. Verameds in-house analysis and visualization platform seamlessly pulls together and compares data collected in clinical trials for a number of different treatments, performing network meta-analysis with the click of a few buttons.

Together, uMotif and Veramed generate high quality, actionable insights to drive quantifiable improvements in clinical research. Through the partnership with Veramed, sponsors get the unique advantages of the industrys most advanced data analysis and visualization support on top of uMotifs market-leading platform for ePRO/eCOA data capture, reporting, and analytics.

During ISPOR 2023, May 7-10 in Boston, uMotif (Booth #923) and Veramed (Booth #1225) will demonstrate an example of their combined capabilities with a must-see data visualization of the large-scale 100 for Parkinsons study which engaged more than 4,200 participants to capture ePRO, symptom, device and motor-testing data over 100 days.

Matt Jones, Veramed Co-founder and CEO, commented, Working with a partner like uMotif enables us to help customers understand and act on massive volumes of quality eCOA/ePRO data in ways that were not possible before.

uMotif CEO Steve Rosenberg (LinkedIn) said, By working with Veramed, we can offer customers significant increases in the benefit they get from collecting and analyzing huge volumes of solid eCOA/ePRO data, for any therapeutic area, geography, or patient population.

About VeramedVeramed is a people-focused clinical research organization and certified B Corp that provides its clients with the assurance and close collaboration across mid-stream, analysis and reporting, as well as post-reporting and submission stages of the clinical trial process. Headquartered in London, we serve clients around the world from offices in the UK, US, EU, and Ukraine. http://www.veramed.co.uk

About uMotifPutting patients first is in uMotifs DNA. The uMotif eCOA/ePRO platform delivers faster, quality clinical trials and real-world studies by putting patients at the core of research. Through cloud hosting in the US, Europe and China, the GCP, 21 CFR Part 11 and GDPR-compliant platform supports any study or trial, from Clinical Phase I, II and III studies through to decentralized or virtual real-world studies. Find out how uMotif can improve your clinical research programs and real-world studies at http://www.umotif.com

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7 Ways to Implement Smart Robotics in Public Safety – BBN Times

From crowd control and surveillance to security and traffic management, there are many ways law enforcement can use smart robotics in public safety.

The technology enables them to respond more efficiently and effectively.

With technology taking over every sector, it is no surprise that law enforcement is also leveraging technological advancements to ensure public safety. One of the latest trends is implementing smart robotics in public safety and security. In fact, a study shows that thesecurity robot market is expected to grow by almost 13.4%between the years 2023-2028.

One main reason law enforcement invests in smart robotics is that they enhance security and safety. Smart robotics plays an important role in public safety as it has multiple features that can help prevent, respond to and mitigate emergencies as well as disasters.

There are many ways in whichsmart roboticscan help improve public safety, such as providing fast, accurate and efficient responses to emergencies and disasters. By leveraging their capabilities, law enforcement can better protect people's lives and property and reduce the risk of injury and loss of life.

Here are seven ways smart robotics can contribute to public safety:

Smart robotics can be used by law enforcement to search for and rescue citizens in areas that are unsafe for humans, such as collapsed buildings or hazardous environments. This helps in reducing the risk of injury and loss of life.

Many times, industries/businesses dispose of hazardous materials without taking proper precautions. Law enforcement can use smart robotics along with other advanced technologies to identify these hazardous materials and make a plan to dispose of them safely. This reduces the risk of human injury and prevents any possible health concerns.

Managing crowds can be difficult, especially in a populated urban city. To make this task easier, law enforcement can use smart robotics to monitor and manage crowds. They are well-equipped with technologies that help them to respond to potential safety threats, such as identifying suspicious packages and activities or monitoring signs of violence.

There are many times when a fire gets out of hand and is too dangerous for human firefighters. Smart robotics in these situations can be extremely helpful as they can extinguish fires that are too dangerous, such as in chemical plants or oil rigs.

Smart robotics provides law enforcement with real-time monitoring and alerts in high-risk areas, such as public transportation hubs, stadiums, airports and more. This feature of smart robotics helps law enforcement with constant surveillance and security.

With vehicles increasing drastically, the need to manage traffic is even more important. Here, smart robotics can prove to be beneficial as it helps with managing traffic flow, monitoring for accidents and other safety hazards and responding to any emergencies on the road.

Smart robotics can prove to be extremely helpful during natural disasters. Law enforcement can use them to respond to natural disasters by assessing the damages caused, locating survivors and providing emergency supplies to those affected by the disaster.

To sum it all up, implementing smart robotics in public safety can provide law enforcement with fast, efficient and accurate responses to numerous public safety challenges and emergencies. They can help not only with monitoring and surveillance but also in protecting the lives and properties of citizens. This would improve the overall safety and security of communities worldwide.

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Why top business performers are adopting cloud computing – Open Access Government

Cloud computing is undoubtedly on the rise, with global end-user spending on public cloud services alone estimated to reach over $590 billion this year a 20.7% year-on-year increase. Despite the waves of economic uncertainty experienced these past few years, adopting cloud computing is seen as an opportunity to foster resilience, innovation, growth and scalability.

As such, large enterprises are striving to migrate 60% of their digital infrastructure to the cloud by 2025, including both private and public hosting setups.

Adopting cloud computingbrings a host of benefits, including facilitating long-term and secure remote work, reducing the total cost of ownership, and building the organizational agility needed to support sustained growth. However, until recently, the cloud conversation often eschewed one of its key benefits: serving as an enabler of advanced technologies.

Intelligent automation is one of the technologies ideally suited for adopting cloud computing and scaling within the cloud environment. It combines artificial intelligence, robotic process automation (RPA), business process management, etc., to reengineer processes and drive business outcomes. The pandemic induced accelerated digital transformations around the world, with RPA experiencing massive year-over-year growth. Increasingly, businesses shifted from focusing solely on RPA to combining other advanced technologies to enable intelligent automation to meet the growing pressures for more digital transformation.

The pandemic induced accelerated digital transformations around the world

While most organizations have begun their automation journeys, many are not yet maximizing their automation capacity. This is inspiring a drive for combinatorial solutions innovations across multiple trends to meet growing digitalization needs and demands.

By adopting cloud computing, organizations can more easily scale their automation across the enterprise, create the capacity to incorporate more advanced automations, and add intelligence to their digital workers faster and securely.

Using a cloud intelligent automation platform provides organizations with a suite of advanced automation technologies at their fingertips, without having to invest to build their own infrastructure and deploy and integrate automation software. Companies can lower the total cost of ownership by leveraging a providers solution as a service instead of building and maintaining that for themselves.

In addition to fiscal savings, organizations save the extensive time demands managing and operating an intelligent automation platform requires, freeing management and IT teams to focus on other strategic areas, like innovation, while the provider manages the cloud intelligent automation platform.

Organizations dont have to worry about integrating advanced technologies into their platform or keeping up with the latest tech because their cloud platform offers these ready-to-use technologies. The cloud setup ensures companies have access to the latest updates, advancements, and capabilities, which is helpful in a space that continues to see rapid development and change.

Companies can customize their intelligent automation strategy to meet their unique needs. If a business needs more digital workers specializing in robotic process automation (RPA) than business process management (BPM), a cloud-based intelligent automation platform can accommodate these needs.

It can also be modified to meet changing needs. For example, in the airline industry, seasonal-based adjustments are necessary. Christmas and summertime are peak seasons, so more digital workers are needed to support human workers, but they dont need to maintain this supply of digital workers year-round. With a cloud-enabled intelligent automation platform, airlines can adjust the number of digital workers they use on a seasonal basis.

A cloud-based platform is also able to accommodate unexpected changes in need. For instance, when the Covid-19 pandemic began, there was an influx in demand as passengers around the world suddenly had to cancel their flights. With a cloud-enabled intelligent automation platform, organizations could rapidly scale up their digital workforce to support their human workers with the surge in enquiries.

This flexible approach is much more cost-effective than buying on-premises digital workers and not using them all at full capacity or leaving some idle on the shelf throughout the year.

While most organizations have recognized the need for advanced technologies and adopting cloud computing, RPA tends to be the most commonly deployed.

But in order to gain the full benefits of digital transformation, complementary advanced technologies, which include AI and machine learning, need to be used in tandem. This approach enables organizations to automate more end-to-end processes, which facilitates automation at scale and drives overall better business outcomes.

A cloud-enabled intelligent automation platform connects all these technologies, allowing businesses to achieve transformative change faster. Companies benefit from their providers economies of scale, skills, and experience, which saves investing their own resources into developing such capabilities. For organizations with an established Center of Excellence (CoE), a cloud-based intelligent automation platform allows for focus on automation without waiting for IT teams to build and develop the needed infrastructure for each advanced technology.

By utilizing a providers cloud-based services, CoEs no longer have to deal with execution bottlenecks due to infrastructural challenges. This drastically reduces time to value, empowering organizations to drive their overall transformation plans and make their operations increasingly competitive.

Businesses should start by looking at the bigger picture and making sure their cloud adoption goals are aligned with overall company and digital transformation goals. This type of vision requires high-level executive sponsorship to champion these objectives and visions across the organization.

At the end of the day, nothing will slow down a digital transformation initiative more than an unsupportive work culture. You also need people to look at cloud adoption across the organization and ensure the transformation is coordinated, aligned, and efficient. Similarly, senior team members need to look beyond tasks to end-to-end processes and how cloud-enabled technologies can automate these processes to support workers and customers.

Nothing will slow down a digital transformation initiative more than an unsupportive work culture

Done right, the cloud is an important enabler of true digital transformation, providing all the tools needed for rapid and transformative digitalization. The infrastructure offers the customizability needed for businesses to devise automation plans that will have the greatest impact on their operations. Adopting cloud computing with flexible deployment options has also opened up this facilitator of transformation to historically hesitant sectors, like healthcare and financial services. With solutions today, organizations can adopt a private or hybrid cloud model to meet investor and regulatory requirements.

Automation at scale better supports workers to tackle complex tasks, allows processes to operate more efficiently, gives more time to valuable resources, fosters innovation, and improves returns on investment.

Across 2023 and beyond, the cloud will play a central role in empowering organizations with the power of intelligent automation at scale.

This piece was written and provided by Adam Lawrence, VP Cloud Solutions, SS&C Blue Prism.

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What is cloud hosting and how do you use it? – TechRadar

With the continuous rise of technology and the need for businesses to establish an online presence, the best web hosting (opens in new tab) services have become an essential aspect of the digital world.

Among the many types of hosting services available, cloud hosting has proven to be a reliable option for millions of businesses worldwide. However, many people still do not fully understand what cloud hosting is and how it works.

Let's explore the basics of cloud hosting and its benefits, as well as provide steps on how to use it effectively.

Cloud hosting is a service where a website or application is hosted on a network of interconnected servers, known as the cloud, instead of being hosted on a single physical server. The hosting provider manages the cloud infrastructure, which enables you to have access to a range of computing resources, such as CPU, RAM, storage, and bandwidth.

When you sign up for cloud hosting, you can choose the amount of resources you need and pay for only what you use. The hosting provider then allocates the necessary resources from the cloud infrastructure and creates a virtual server instance for you. This virtual server instance can be easily scaled up or down as per your requirements, without the need for any physical hardware modifications.

You can then access your virtual server instance using remote login credentials and manage your website or application, install software, and perform other tasks. The hosting provider takes care of the server maintenance, security, backups, and updates, which helps you focus on your business goals rather than worrying about IT infrastructure.

The cost of the best cloud hosting (opens in new tab) services can vary depending on several factors such as the cloud provider, the type of hosting plan, the amount of resources required, and the location of the data center. Most cloud providers offer a pay-as-you-go pricing model where you only pay for the resources you use, such as storage, bandwidth, and computing power. This can be a more cost-effective option for businesses that have varying needs throughout the year.

The cost of cloud hosting can range from $10 per month for a basic plan with limited resources to $200 or even thousands of dollars per month for enterprise-level plans with advanced features and dedicated resources.

It's important to note that while cloud hosting can be a cost-effective solution, it's essential to carefully consider your needs and choose the right plan for your business to avoid overspending. Also, you should keep an eye out for any additional charges such as data transfer fees, storage fees, or add-on services that may increase the overall cost.

Cloud hosting is a type of web hosting that utilizes a network of remote servers to store, manage, and process data, whereas VPS hosting (opens in new tab) is a type of hosting that uses virtualization technology to create a dedicated server environment on a shared server.

With cloud hosting, resources like CPU, RAM, and storage are distributed across multiple servers, whereas with VPS hosting, a portion of the physical server's resources is allocated to each VPS instance.

Cloud hosting is highly scalable and can easily accommodate sudden spikes in traffic by automatically adding resources as needed. On the other hand, VPS hosting is less scalable as the amount of resources allocated to each VPS instance is fixed.

Web hosting is a type of hosting service where a website or web application is hosted on a physical server that is dedicated to serving that website or application. In web hosting, the website or application is hosted on a single server, and all the resources such as storage, memory, and processing power are shared among the websites hosted on that server. Web hosting is typically used for small to medium-sized websites that do not require a lot of resources.

Cloud hosting, on the other hand, is a type of hosting service where a website or web application is hosted on a network of servers that are interconnected and work together to provide hosting services. In cloud hosting, the website or application is hosted on a virtual server that is created by combining the resources of multiple physical servers.

This allows cloud hosting providers to offer a high level of scalability, reliability, and performance to their customers. Cloud hosting is typically used for larger websites or web applications that require a lot of resources and high levels of availability.

There are many cloud hosting providers available in the market such as Amazon Web Services, Microsoft Azure, Google Cloud Platform, and many more. Choose a provider that offers the features and services that match your requirements.

Cloud hosting providers offer a variety of hosting plans to choose from. You can select the plan that suits your needs in terms of storage, bandwidth, and other resources. Once you have chosen your hosting plan, you can set up your cloud server by following the instructions provided by your hosting provider. You will need to create an account, choose your server location, and configure your server settings.

You can install your software or application on the cloud server using the control panel or command line interface provided by your hosting provider. Next, you will configure your server settings such as security, firewall, and backup options to ensure your website or application is secure and available at all times.

It's important to monitor your cloud server regularly to ensure it's running smoothly and to identify any issues. You can use monitoring tools provided by your hosting provider or third-party tools to monitor your server performance, uptime, and other metrics.

Here are some benefits and risks of cloud hosting:

Benefits

Scalability: Cloud hosting services offer scalability, which means that resources can be easily scaled up or down as per the changing demands of the user.

Cost-effective: Cloud hosting services can be cost-effective as you only pay for the resources you use, and there is no need for upfront investment in hardware.

High availability: Cloud hosting services offer high availability, meaning that you can access your data and applications at any time and from any location with an internet connection.

Security: Cloud hosting providers usually have advanced security measures in place, including encryption and firewalls, to protect your data.

Flexibility: Cloud hosting services offer a high degree of flexibility as you can access your data and applications from any device with an internet connection.

Risks

Reliance on internet connection: Cloud hosting services rely on an internet connection, which means that if the internet connection goes down, you may not be able to access your data or applications.

Security risks: While cloud hosting providers have advanced security measures in place, there is always a risk of data breaches or cyber-attacks.

Limited control: Cloud hosting services limit the level of control you have over your data and applications.

Compliance concerns: Some industries have specific regulatory requirements that may be difficult to comply with when using cloud hosting services.

Vendor lock-in: It can be difficult to switch cloud hosting providers once data and applications have been migrated to a particular service, which can create a vendor lock-in situation.

Cloud hosting can benefit a wide range of users, including individuals, small businesses, large enterprises, and even government agencies.

Here are some specific use cases where cloud hosting may be particularly beneficial:

Startups: Cloud hosting can be an ideal choice for startups that need to scale their operations quickly and efficiently without investing heavily in infrastructure.

Ecommerce websites: Online retailers can leverage cloud hosting to handle sudden surges in traffic during peak shopping seasons like Black Friday and Cyber Monday.

Mobile app developers: Developers can use cloud hosting to host their backend infrastructure and easily scale up or down as needed to handle fluctuations in user traffic.

Content creators: Bloggers, podcasters, and other content creators can use cloud hosting to store and distribute their content globally, ensuring high availability and fast delivery to their audience.

Enterprises: Large businesses with complex IT infrastructure needs can use cloud hosting to reduce costs, increase scalability, and improve their disaster recovery and business continuity capabilities.

Cloud hosting has revolutionized the way some businesses store and manage data. With its flexibility, scalability, and reliability, it provides a better alternative to traditional hosting. By choosing a cloud hosting provider and configuring your resources, you can take advantage of the benefits of cloud hosting and improve your business's web presence.

TechRadar created this content as part of a paid partnership with Hostinger. The contents of this article are entirely independent and solely reflect the editorial opinion of TechRadar.

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The Impact of Blockchain on the Hosting Industry – Finextra

The hosting industry has been around for decades, providing businesses and individuals with the storage and computing power they need to run their websites and applications. However, with the rise of blockchain technology, this industry is being disrupted in new and exciting ways.

In this article, we will explore the impact of blockchain on the hosting industry. We will look at how blockchain is disrupting the industry, the benefits it brings, the challenges it poses, and the potential for future growth.

What is Blockchain?

Before we dive into this topic let's first define what blockchain is. Blockchain is a decentralized digital ledger that allows for the secure and transparent storage and transfer of information. It uses a network of nodes to verify transactions and ensure that the ledger is accurate and tamper-proof.

The most famous use case for blockchain is cryptocurrency, which uses the technology to create a decentralized digital currency. However, blockchain has many other potential applications beyond cryptocurrency, including in the hosting industry.

The Hosting Industry

The hosting industry is a multi-billion dollar market that includes a variety of different services, such as web hosting, cloud hosting, and dedicated hosting.

The global web hosting services market is projected to grow from USD 83.99 billion in 2021 to USD 267.10 billion in 2028 at a CAGR of 18.0%.

These services allow businesses and individuals to store and run their websites and applications on remote servers, providing them with the computing power and storage they need without having to invest in expensive hardware.

The hosting industry is dominated by a few major players, including Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform. These companies offer a range of hosting services, from simple shared hosting plans to complex cloud computing solutions.

The Impact of Blockchain on the Hosting Industry

Blockchain is disrupting the hosting industry in several ways, from creating decentralized hosting networks to improving security and reducing costs. Let's take a closer look at some of these impacts.

Decentralization

One of the key benefits of blockchain technology is its ability to create decentralized networks that don't rely on a central authority. This is particularly relevant to the hosting industry, where many users are concerned about relying on a single hosting provider.

Blockchain-based hosting solutions can create decentralized networks where users can store and share data without relying on a central server.

This could be particularly useful for applications that require high levels of security and reliability, such as financial applications and healthcare systems.

Security

Another benefit of blockchain technology is its ability to improve security. Blockchain uses cryptographic techniques to verify transactions and ensure that the ledger is accurate and tamper-proof.

This makes it an ideal solution for hosting providers who need to ensure the security and integrity of their services.

For example, blockchain-based hosting solutions could use smart contracts to create more transparent and efficient hosting agreements.

Smart contracts are self-executing contracts that use blockchain technology to automate the terms of an agreement.

This could make hosting agreements more transparent and efficient, reducing the risk of disputes and improving overall security.

Cryptocurrency Payments

Blockchain-based hosting solutions can also provide a more secure and efficient way for users to pay for hosting services.

Traditional payment systems rely on intermediaries, such as banks and payment processors, to process transactions. This can add unnecessary complexity and cost to the payment process.

Blockchain-based payment systems, on the other hand, can allow users to pay for hosting services directly using cryptocurrency. For example there are many hosting providers that accept Ethereum, Bitcoin and even Monero as payment methods. Bitnewsbot, has a comprehensive list of these hosting providers - if you want to have a look.

This can reduce the cost and complexity of payment processing, while also providing users with a more secure way to pay for services.

Reduced Costs

Finally, blockchain-based hosting solutions can reduce costs for both hosting providers and users.

By eliminating intermediaries and reducing the need for expensive hardware, blockchain-based hosting solutions can provide a more efficient and cost-effective way to store and run websites and applications.

For example, blockchain-based cloud hosting solutions could allow users to rent out unused computing power on their own devices, creating a decentralized network of computing power.

This could reduce the cost of hosting for users while also providing them with greater control over their computing resources.

Similarly, blockchain-based hosting solutions could allow hosting providers to reduce costs by eliminating intermediaries and automating processes. This could lead to lower prices for hosting services, making them more accessible to small businesses and individuals.

Challenges and Limitations

While blockchain technology has the potential to disrupt the hosting industry, there are also challenges and limitations to consider.

One of the biggest challenges is the lack of standardization and interoperability in the blockchain space.

Different blockchain networks use different protocols and standards, which can make it difficult to create interoperable solutions.

Another challenge is the scalability of blockchain networks. While blockchain technology has been proven to be secure and reliable, it can also be slow and resource-intensive.

This could limit the ability of blockchain-based hosting solutions to compete with traditional hosting providers, particularly for applications that require high levels of computing power.

Finally, there is also the challenge of regulatory compliance. The hosting industry is subject to a range of regulations, particularly around data privacy and security.

Blockchain-based hosting solutions may need to comply with these regulations, which could add complexity and cost to the development and implementation of these solutions.

Future Outlook

Despite these challenges, the future looks bright for blockchain-based hosting solutions. As the technology continues to mature and evolve, we can expect to see more innovative solutions that address the challenges and limitations of existing blockchain networks.

One potential area of growth is in the development of interoperable blockchain networks that can work together seamlessly. This could create a more flexible and scalable ecosystem of blockchain-based hosting solutions, making them more competitive with traditional hosting providers.

Another area of growth is in the development of more user-friendly blockchain-based hosting solutions. As blockchain technology becomes more mainstream, it will be important to create solutions that are easy to use and accessible to non-technical users.

Conclusion

The impact of blockchain on the hosting industry is clear. Blockchain technology has the potential to create decentralized hosting networks, improve security, reduce costs, and provide a more efficient and cost-effective way to store and run websites and applications.

While there are challenges and limitations to consider, the future looks bright for blockchain-based hosting solutions.

As the technology continues to mature and evolve, we can expect to see more innovative solutions that address these challenges and drive growth in the hosting industry.

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How to Deploy an Express.js REST API on Render: An Alternative to … – MUO – MakeUseOf

At the end of 2022, Heroku discontinued its free tier option resulting in the removal of the previously available free subscription plan for web hosting and other cloud services in its ecosystem.

Free tiers are particularly handy and cost-effective if you intend to deploy and host applications for a short period. Luckily, there is an alternative cloud platform that, like Heroku, offers a free tier for its cloud services among other perks.

In this article, we'll explore how to deploy an Express.js REST API on Render, a cloud-based hosting platform.

Render is a cloud hosting platform that provides a seamless and hassle-free way to deploy and manage static websites, fully-fledged web applications, backend APIs, or databases on the cloud. The features include:

Like the other cloud platforms, Render has its perks and drawbacks. But how does it compare to popular cloud solutions like Heroku?

To get started, header over to Render's website and sign up and log into your account.

Render makes it easy to deploy and manage backend APIs by offering built-in support for popular programming languages and web services that streamline the deployment process.

This guide will make use of its web services feature to deploy an Express.js REST API. To follow along, you will need to first set up a PostgreSQL database instance on Render.

On the overview page, click on the New PostgreSQL button to set up a new instance.

Next, fill in the name of your database, and click on Create database. Finally, copy the Internal Database URL provided. You will use it to configure the connection between your Express REST API and the PostgreSQL database.

Essentially, the Internal Database URL is used to establish a connection between applications running on Render's servers such as a deployed API or a fully-fledged web application.

Nonetheless, if you only want to utilize the PostgreSQL database from an application deployed on another platform, you can use the External Database URL to configure the database connection.

Go ahead and create an Express.js web server. Next, install the following packages:

To set up the connection between the Express.js API and Render's PostgreSQL instance, in the root directory of your project folder, create a db.js file and add the code below.

module.exports = db;

Next, open the index.js file, and add the code below that implements a simple REST API with four routes.

app.use(express.json())app.use(express.urlencoded({ extended: true }))

app.get('/', (req, res) => res.send('Hello World!' ))

app.get('/users', async (req, res) => {try {const users = await db.select().from('users')res.json(users)} catch (error) {console.error(error)res.status(500).json({ message: 'Error retrieving users' })}})app.post('/users', async (req, res) => {try {const user = await db('users').insert({ name: req.body.name }).returning('*')res.json(user)} catch (error) {console.error(error)res.status(500).json({ message: 'Error creating user' })}})

app.delete('/users/:id', async (req, res) => {try {const { id } = req.paramsconst user = await db('users').where({ id }).delete().returning('*')res.json(user)} catch (error) {console.error(error)res.status(500).json({ message: 'Error deleting user' })}})

app.listen(PORT, () => console.log(`Server up at PORT:${PORT}`))

Create a new folder, scripts, in the root directory of your project, add a new file, migrate.js, and finally, add the code below:

This code will create a new users table in the database with two columns: an auto-incrementing primary key field and a name field.

Finally, add these commands to your package.json file.

Lastly, in order to create the user's table on the database, you need to run the migrate.js file as a script on your terminal using the command below.

However, before running the command, make sure to retrieve the External Database URL from Render's PostgreSQL instance settings information, and paste it into the db.js file as the connection string.

This will establish a connection with the database instance from your local machine, allowing you to create the table before deploying the API. Once the table is created, you can then head over to your Render's PostgreSQL instance, retrieve the Internal Database URL, and update the db.js file accordingly.

First, create a new repository on GitHub and push the project code. Next, log into your Render account, click on the New+ button, and select the Web Service option from the drop-down menu.

Finally, access your GitHub account, select your project's repository, and connect to it on Render.

On the web service settings page, provide a name for the new service, specify the root directory of the project, the build and start command, and finally, click on Create Web Service. Once the deployment process is complete, copy the provided URL to test the endpoints on Postman.

Postman is a popular tool for developing and testing APIs. To get familiar with Postman, learn how to use it to test an API.

To test the deployed API, make a POST request to the /users endpoint to store data in the PostgreSQL database.

Finally, make a GET request to retrieve the stored data.

Render provides a straightforward setup process, and seamless integration with popular version control systems making it a good alternative cloud hosting platform.

Moreover, its competitive pricing model and built-in support for popular development tools make it a reliable and user-friendly option for both side projects and large commercial applications.

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Cloud Profits May Be Slowing at Microsoft and Amazon – Slashdot

"Once-booming demand for cloud-computing services is slowing..." reports Bloomberg. "When Microsoft and Amazon report results next week, analysts are anticipating the slowest revenue growth for their cloud-computing businesses since the firms started breaking out performance last decade."For years, demand for cloud-computing services has steadily driven growth at both Microsoft and Amazon... Microsoft's Intelligent Cloud unit, which is home to its Azure cloud-services business, accounted for 38% of its revenue and 39% of operating income in 2022. Amazon Web Services was the fastest-growing of the Seattle-based company's major businesses last year and generated $22.8 billion in operating income. The rest of Amazon's businesses combined posted a $10.6 billion operating loss.

For both companies, cracks are starting to appear. In the first three months of 2023, growth for Microsoft's Azure unit and Amazon Web Services is expected to fall to 31% and 14%, respectively, excluding currency fluctuations, according to the average of analyst estimates compiled by Bloomberg. A year ago, Azure sales expanded 49% and Amazon Web Services 37%.

In a shareholder letter released last week, Amazon said AWS "faces short-term head winds" related to the economic backdrop that will "soften" the growth rate. This echoed what it said in its most recent results. Microsoft also warned of a slowdown in cloud software sales last quarter. Wall Street has been getting more cautious. UBS lowered growth estimates for Azure last week, warning "customer efforts to optimize/trim their cloud spend will be deeper and last longer than most think...." Jefferies [financial services company] sees slowing cloud demand as "a key concern" for Amazon. Analyst Brent Thill said that because AWS generates so much of Amazon's operating income, "a stabilization in cloud is crucial for shares to outperform."

For Alec Young, chief investment strategist at MAPsignals, Microsoft and Amazon remain attractive despite the slowdown, which he expects to be a temporary pause before growth re-accelerates. "There's still a lot of runway ahead for cloud computing, so I don't think investors should obsess too much over the level of growth over a couple quarters," he said.

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Cloud Computing Market Segments, Opportunity, Growth and Forecast By End-use Industry -2028 – openPR

The Cloud Computing Market size is expected to be valued at US$ 405,295.8 million in 2022 and reach US$ 1,465,818.2 million by 2028. The cloud computing market share is expected to grow at a CAGR of 23.9% from 2022 to 2028.

The demand for trustworthy and affordable cloud-based solutions and services has led to the emergence of various cloud-based service providers. These providers offer solutions that help organizations select the most cost-effective architecture that can deliver optimal performance. With the increasing popularity of multi-cloud environments, the market for third-party cost optimization is expected to grow during the forecast period.

Third-party cost optimization services focus on providing high-quality analytics that maximize cost savings without compromising on performance, offering multi-cloud management consistency, and cloud provider independence. Optimization is crucial in the early stages of cloud migration projects. Therefore, early identification of cost-cutting opportunities, the use of operational data analysis tools, and the establishment of skills and processes can benefit third-party cloud solutions. The increasing competition and government investments in developing cost-effective cloud-based products have attracted many enterprises to adopt cloud computing, contributing to the growth of the cloud computing market.

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The List of Companies - 1.Amazon Web Services2.Microsoft Corporation3.SAP SE4.IBM Corporation5.Salesforce.com, inc.6.Google LLC7.Oracle Corporation8.Alibaba Group Holding Limited9.Adobe10.Workday, Inc.

Furthermore, cloud providers are strengthening their market positions by investing heavily in developing their product portfolio. Some of the recent developments in cloud-based products are as follows:

On February 21, 2022, NxtGen plans to invest US$ 172.81 million (Rs 1,300 crore) in India to establish new data centers.

In November 2021, startup Digiboxx raised US$ 1.5 million in pre-series A funding for file storage, sharing, or cloud storage services. The company will invest these funds to expand its cloud-based product portfolio.

In July 2021, Wipro planned to invest US$1 billion in cloud-related capabilities over the next three years, including acquisitions and partnerships. Wipro also announced the launch of its 'Wipro FullStride Cloud Services".

The North America cloud computing market has experienced significant growth due to several factors, including favorable government policies, prominent cloud computing vendors, and strong internet infrastructure. Over the past few years, the demand for cloud computing has increased, which has had a positive impact on internet penetration rates. As a result, many foreign direct investments (FDIs) have been made in this region, contributing to the growth of the cloud computing market in North America.

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Furthermore, due to increasing security concerns, numerous organizations have adopted cloud computing to ensure the security of their business operations and run their businesses smoothly and effectively. Although many enterprises are worried about the cost of maintaining and hosting on-premises cloud solutions, the growing competition and shift in various business models toward digital transformation have encouraged many to adopt cloud computing.

Enterprises are now more concerned about staff expenses, electricity costs, and downtime issues, leading them to adopt cloud computing. With the continued adoption of the cloud, enterprises can reduce operational costs and enhance their customer experience. The pay-as-you-go cloud computing model, which enables businesses to expand the cloud for further usage, has made startups and SMEs the leading consumers of cloud computing solutions. The cloud's benefits, such as on-demand availability and low cost, are significantly attracting these consumers, resulting in lower infrastructure and storage costs and a higher return on investment.

The US offers numerous profitable opportunities due to its endorsement of Cross Border Privacy Rules (CBPR), which has enticed numerous investors to invest in Information Technology. This has led to many US-based companies maintaining a robust international market presence to expand their business. As a result, cloud service providers are collaborating, resulting in a formidable presence in the global market. For example, in September 2021, Salesforce launched Health Cloud 2.0, a connected platform that allows the company to provide improved safety to its employees and customers through various modules like Contact Tracing and Dreampass.

Moreover, Amazon HealthLake was introduced in December 2020 as a new product from Amazon Web Services, targeted towards healthcare and life sciences customers. The service helps organizations gather, categorize, organize, and structure data from different sources and uses machine learning capabilities to derive insights from it. Additionally, the Trans-Pacific Partnership (TPP) involving 12 countries, including the US, and the contribution of US-based cloud tech companies in implementing several multi-national agreements are likely to create new business prospects for cloud computing in North America. It is worth noting that over 90% of Canadians have internet access.

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The analysis of the cloud computing market is based on various factors such as service model, deployment model, organization size, industry vertical, and geography. With respect to the service model, the cloud computing market is categorized into three segments: Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). In terms of the deployment model, the cloud computing market is divided into public cloud and private cloud. Considering the organization size, the cloud computing market is segmented into small and medium-sized enterprises (SMEs) and large enterprises.

By industry vertical, the cloud computing market is sub-categorized into BFSI, IT & telecommunications, government & public sector, retail & consumer goods, manufacturing, healthcare & life sciences, and others. Geographically, the cloud computing market is segmented into five regions: North America, Europe, Asia Pacific, the Middle East & Africa, and South America.

TABLE OF CONTENTS1. Introduction1.1 Scope of the Study1.2 Research Report Guidance1.3 Market Segmentation1.3.1 By Service Model1.3.2 By Infrastructure as a Service (IaaS)1.3.3 By Platform as a Service (PaaS)1.3.4 By Software as a Service (SaaS)1.3.5 By Deployment Model1.3.6 By Organization Size1.3.7 By Vertical1.3.8 By Geography2. Key Takeaways3. Research Methodology3.1 Coverage3.2 Secondary Research3.3 Primary Research4. Landscape4.1 Market Overview4.2 PEST Analysis4.2.1 North America4.2.2 Europe4.2.3 APAC4.2.4 MEA4.2.5 SAM4.3 Ecosystem Analysis4.4 Expert Opinion5. Key Market DynamicsContinued

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Samsara Stock: Impressive Growth Trajectory But Limited Upside … – Seeking Alpha

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Samsara (NYSE:IOT) is a cloud-based company that monitors and manages fleet operations and has recently expanded to managing physical assets. Despite being a nascent company, Samsara has grown impressively, with an ARR of over $795M, and has a small market share. However, the market potential is significant, but competition is expected to increase as larger tech companies enter the market. The company's transition to focus on larger accounts may result in longer sales cycles and delays in achieving profitability. Hence, I currently maintain a hold rating on Samsara's stock.

Samsara has identified a Total Addressable Market (TAM) of $55 billion for 2021, expected to grow at a 21% CAGR to $96.9 billion by 2024. The majority of this market opportunity lies within the Connected Fleets segment, which has a TAM of $32.9 billion, while Connected Equipment and Connected Sites represent an additional $21.7 billion. The company expects the expansion of the Internet of Things (IoT) and artificial intelligence (AI), as well as increased regulation and environmental standards, to drive TAM growth.

Gartner estimates the Telematics market size to be around $33 billion in 2021, with a projected CAGR of 25% to reach nearly $64 billion in 2024, fueled by a greater emphasis on fuel efficiency and IoT growth. IDC predicts the number of connected devices will increase from 33 billion in 2021 to 55.7 billion devices by 2025, with over 400 million vehicles having embedded connected devices by that year. By tapping into existing sensors, Samsara can reduce hardware costs and expand margins while capturing more data.

Samsara

Samsara offers software solutions for physical operations across various sectors, including construction, field services, utilities and energy, wholesale, government, and more. These sectors represent almost half of the GDP, and no single industry dominates the company's customer base. Samsara began in 2015 with fleet management, providing customers with in-vehicle technology that connected to their cloud platform for compliance, safety, fuel management, navigation, and routing. The company's "plug-and-play" solutions are easy to install, with a customer success team available to assist with any issues. The company operates on a highly visible subscription model, with ~98% of revenue coming from 3-5 year average contracts.

Samsara's cloud platform is built on AI and machine learning and is capable of processing the six trillion data points collected by the company in FY23. The value lies in the analytics that Samsara provides to its customers. Despite being a relatively young company, Samsara has become one of the market leaders in the space, with over $795M in ARR reported in the last quarter. This implies only a fraction of the market share and high market fragmentation.

Samsara's solutions are designed to benefit industries that rely on transportation and logistics, making them highly relevant in today's world. Additionally, the company's broad customer base across multiple industries means that it is well-diversified and less likely to be impacted by any single sector's economic downturn. Overall, Samsara's success is based on its ability to offer easy-to-use, data-driven solutions that can help customers increase their operational efficiency and safety.

Samsara's "core" customers, who spend over $5K per year, account for around 95% of its ARR. When Samsara was a new player, it focused on acquiring non-core customers, with a large number of them currently paying less than $5K per year. However, as Samsara has grown, it is now prioritizing up-selling to its higher paying clients, resulting in natural churn of non-core customers through anticipated price increases during the contract renewal process. This natural churn is necessary to better utilize the time of the existing sales team. Currently, over 1K customers generate over $100K per year for Samsara, with at least 51 customers spending over $1M per year. The company is transitioning its focus towards bigger accounts, which may result in longer sales cycles (up to three years) and require up-front investment in hiring and training a capable sales team. Overall, Samsara's success relies on its ability to up-sell to existing customers while also attracting new high-paying clients.

Samsara

As Samsara's ARR has reached $795M in 4QF23, I believe the company's focus has shifted from customer acquisition to cross-selling products. Non-core customers, who contribute less than $5K of ARR per year, are expected to approach 0% of Samsara's customer base. In the early years, Samsara may have focused on acquiring small, non-core customers to establish credibility and receive feedback. However, as customer contracts typically span 3-5 years, low-paying non-core customers are expected to naturally churn out as Samsara proposes higher price points. Meanwhile, the number of high-paying customers is expected to continue expanding. As Samsara goes up-market, its sales cycle may also extend. Overall, Samsara's growth trajectory will depend on its ability to cross-sell to existing customers while attracting new high-paying clients.

The competition in the operations monitoring and management space is increasing, with established players shifting from hardware to a software-focused sales model. Major tech giants like Amazon are also showing interest in this space through their subsidiary AWS IoT FleetWise. Telecom companies like Verizon (through Verizon Connect) and AT&T (through AT&T Fleet Management) are also participating. Despite the competition, Samsara offers a superior solution with a wider range of services on a single platform, which is reflected in the higher starting price for its monthly fees.

The secular growth opportunity to modernize existing fleet management solutions and expand into equipment, sites, and more physical operations should provide a backdrop that allows Samsara to expand at a high pace. The company has been able to grow its topline at a CAGR of 52.6% over the past two years, driven by growth in customer count and adoption of additional modules by existing customers.

Samsara

I believe the company will be able to grow at a high double-digit rate over the next five years. I expect that will come with improving operating leverage, especially following fiscal 2023 after the company absorbs a full year of public market costs.

Samsara has been able to rapidly expand its gross margin in recent years, with a non-GAAP gross margin of 72.1% in 4Q22, up from 69.8% in FY21 and 59.7% in FY20. The cost of revenue is mainly due to hardware costs, including the amortization of IoT devices, cellular-related expenses, cloud hosting, and personnel costs. As the company expands into Sites and OEMs embed more sensors into their models, there will be a decreasing reliance on hardware. Samsara is also expected to renegotiate its cloud hosting fees with AWS as it becomes a larger customer. However, despite these factors, I anticipate a more tapered gross margin expansion in the future, with a projected gross margin of 73% by FY26. Overall, the expansion of Samsara's gross margin has been impressive, but its future growth may be impacted by changes in the market and its ability to adapt to those changes.

Y-Charts

Samsara is currently experiencing losses, but its potential for extensive top-line growth is attractive, given the low penetration of the industry. However, there are concerns about increasing competition and interest from major tech companies in establishing a greater IoT presence in the physical world. This may require Samsara to invest more heavily in its salesforce, increasing S&M expenses and potentially delaying profitability targets. Additionally, economic headwinds may lead to customers becoming more price sensitive, potentially driving down the average pricing for fleet management services. Overall, while Samsara has significant growth potential, it also faces challenges in a competitive and rapidly evolving market.

Samsara is a cloud-based operations monitoring and management company that specializes in fleet management. The company has recently expanded its offerings to include software solutions for the management of physical operations assets such as equipment and sites. Despite being a relatively young company, Samsara has achieved remarkable growth, with an ARR of over $795M, making it the fastest-growing company in the space. While Samsara's impressive results make it one of the largest players in the industry, the potential addressable market is huge, indicating that the company's market share is only 2%. However, competition in the industry is likely to intensify, as tech majors show increasing interest in the space, and there are only moderate barriers to entry. Samsara's business model may experience delays in turning profitable due to the competitive landscape and longer sales cycles resulting from the company's transition of focus towards bigger accounts. I maintain a hold rating on IOT and currently don't have a price target on the stock.

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Samsara Stock: Impressive Growth Trajectory But Limited Upside ... - Seeking Alpha

Jatin Narang, CEO – Verito Technologies Accepted into the Forbes … – EIN News

Jatin Narang, CEO of Verito Technologies - a leading cloud and managed services firm, has been accepted into Forbes Technology Council.

WILMINGTON, DELAWARE, U.S., April 26, 2023/EINPresswire.com/ -- Jatin Narang, CEO of Verito Technologies - a leading cloud and managed services firm, has been accepted into Forbes Technology Council. The council represents an invitation-only community for world-class CIOs, CTOs, and technology executives. Verito offers cloud hosting and managed IT solutions to various SMBs, including CPAs, accountants, and tax firms. In addition, their forte includes a gamut of tech offerings to increase cloud penetration in emerging markets/industries.

Jatin's profile was vetted and selected by a review committee based on the depth and diversity of his experience. Criteria for acceptance include a track record of successfully impacting business growth metrics, personal and professional achievements, and honors.

"We are honored to welcome Jatin Narang into the Forbes community," said Scott Gerber, founder of Forbes Councils, which includes the Forbes Technology Council. "Our mission with Forbes Councils is to bring together proven leaders from every industry, creating a curated, social capital-driven network that helps every member grow professionally and make an even greater impact on the business world."

As an accepted member of the Council, Jatin has access to various exclusive opportunities designed to help him reach peak professional influence. He will connect and collaborate with other respected local leaders in a private forum. Jatin will also be invited to work with a professional editorial team to share his expert insights in original business articles on Forbes.com and to contribute to published Q&A panels alongside other experts.

Finally, Jatin will benefit from exclusive access to vetted business service partners, membership-branded marketing collateral, and the high-touch support of the Forbes Councils' member concierge team.

About the opportunity, Jatin Narang said:

"I am quite excited to be selected as a prestigious Forbes Technology Council member and join an accomplished group of leaders from different industries. I look forward to contributing to the Council with my abilities to support businesses in the current thriving economy. In addition, I am sure my expertise in cloud technology and managed IT services can greatly help business transformation for fellow council members."

ABOUT FORBES COUNCILS

Forbes Councils is a collective of invitation-only communities created with Forbes and the expert community builders who founded the Young Entrepreneur Council (YEC). In Forbes Councils, exceptional business owners and leaders come together with the people and resources that can help them thrive.

For more information about Forbes Technology Council, visit forbestechcouncil.com. To learn more about Forbes Councils, visit forbescouncils.com.

ABOUT VERITO TECHNOLOGIESVerito Inc. offers comprehensive managed IT services and cloud hosting solutions for SMBs, tax and accounting firms. To learn more, click here.

Jatin NarangVerito Inc.+1 8555837486email us here

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Jatin Narang, CEO - Verito Technologies Accepted into the Forbes ... - EIN News