Category Archives: Cloud Servers
CDC: Natural Immunity Offered Stronger Protection Against COVID Than Vaccines During Delta Wave | Jon Miltimore – Foundation for Economic Education
On Wednesday, the US Centers for Disease Control and Prevention (CDC) provided new research showing that, during the recent Delta wave, individuals who had previously contracted COVID-19 had more protection against the virus than those who had been vaccinated.
Before the Delta variant, Covid-19 vaccination resulted in better protection against a subsequent infection than surviving a previous infection, CDC epidemiologist Benjamin Silk told the Wall Street Journal. When looking at the summer and fall of 2021, when Delta became predominant in this country, however, surviving a previous infection now provided greater protection.
Both vaccinated individuals and those who had recovered from the virus showed significant defense, scientists added. (The CDC released its findings to reporters, but its research was not yet available online as of Thursday morning.)
Previous research suggests receiving vaccination after a COVID infection can offer additional protection against the virus.
Recent research, the Mayo Clinic says, suggests that people who got COVID-19 in 2020 and then received mRNA vaccines produce very high levels of antibodies that are likely effective against current and, possibly, future variants. Some scientists call this hybrid immunity.
The findings are significant and dovetail with recent scientific research out of Israel that showed previous infection from COVID-19 conferred longer-lasting and more robust protection than vaccines against the Delta variant.
Following the Israel study, prominent scientists argued that the fact that natural immunity offered more protection than vaccines made mandatory vaccination unscientific and unethical.
Prior COVID disease (many working class) provides better immunity than vaccines (many professionals), so vaccine mandates are not only scientific nonsense, they are also discriminatory and unethical, wrote Harvard Medical School professor Martin Kulldorff, an epidemiologist and biostatistician.
The CDCs findings were released days after the Supreme Court ruled that President Joe Bidens vaccinate-or-test requirement for businesses with more than 100 employees was unconstitutional.
The high courts decision prompted some businesses, including Starbucks, to scrap their vaccine mandates for employees.
"We respect the Court's ruling and will comply," John Culver, COO and group president for North America at Starbucks, told employees on Tuesday.
Despite the protection offered by previous COVID infection, many public officials and countries have been reluctant to recognize natural immunity.
Novak Djokovic, the worlds top-ranked tennis player, recently had his visa seized by Australian authorities when he arrived (unvaccinated) to play in the Australian Open, even though he was initially granted a medical exemption because of a recent COVID infection. Meanwhile, Austrias conservative government recently announced it will make vaccination compulsory for adults, who will face steep finesup to 3600 eurosif they fail to comply, even if they have already had the virus.
In the United States, universities have been inclined to expel students not considered fully vaccinated, which in some cases reportedly includes students whove had multiple vaccine shots, have previously had COVID, and have received a medical exemption from a physician.
Recent evidence, however, suggests the reluctance to treat individuals whove had COVID as fully vaccinated may be waning. The NCAA, for example, recently announced in its winter guidelines that athletes who previously had COVID will be considered fully vaccinated if the infection took place within three months.
The CDCs announcement that previous infection offered more protection than vaccination against the Delta variant is likely to fuel calls to end vaccine mandates, particularly for individuals whove already been infected.
Harvard Epidemiologist Says the Case for COVID Vaccine Passports Was Just Demolished
Stanford Epidemiologist Says COVID Vaccination Is Primarily a Matter of Personal Health, Not Public Health
Stunning New Study Undercuts the Case for Vaccine Mandates
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CDC: Natural Immunity Offered Stronger Protection Against COVID Than Vaccines During Delta Wave | Jon Miltimore - Foundation for Economic Education
Blackline Safety : What is the cloud and why should businesses care about cloud-connected safety? – marketscreener.com
WHAT IS THE CLOUD?
'The cloud' is a term used to describe a global network of remote servers that are connected together to share and exchange information and facilitate digital services. Nowadays, most businesses have adopted cloud-hosted software in some form, as almost all IT tools, including email services and website hosting, are able to leverage the cloud. From data sharing between computers in an office to various web apps, the cloud makes it easier for businesses to focus on the work at hand, rather than deploying, managing and maintaining software.
Cloud-hosted software and services are delivered by power-house businesses including Google, Apple and Netflix, through to financial institutions, healthcare, entertainment companies and industrial safety service providers, including Blackline Safety.
Such businesses that deliver software and services to a global user-base often leverage the benefits of cloud-hosted infrastructure. Cloud hosting makes it easier for businesses to focus on creating high-quality applications instead of worrying about managing individual on-premise servers or how services are distributed through networks to its users. For cloud users, software is typically delivered through a browser or mobile app, making it easy to access the functionality it provides.
Behind the scenes, cloud-hosted service providers take advantage of world-class virtual server infrastructure and software services. These can include networking, security, data storage, application development, machine learning, visualization and a broad range of other services.
Amazon is a household name for their mainstream e-commerce platform, warehousing and logistics services. However, they are also considered a world-leader in cloud with Amazon Web Services (AWS). Its comprehensive platform includes more than 165 services for developers, provided by globally-distributed Regions that are made up of many data center clusters. With millions of active customers, developers trust AWS to power their infrastructure and deliver high-quality services to the world.
Blackline leverages AWS to receive, process, store and manage data streamed from Industrial Internet of Things safety wearables.
Unlike any of our competitors, Blackline has deep roots in connected safety. Many of our leadership, product development and manufacturing team members helped build BW Technologies into one of the most successful personal gas detection companies in the world (now part of Honeywell Analytics). While at BW, our team pushed the limits of what was possible for traditional gas detectors. Now at Blackline, we started a second revolution in gas detection with connectivity and 'big data' front and center.
For 15 years, we have been developing web-based software.12 years ago,we created the industry's first industrial-focused safety wearable for lone worker monitoring. In 2017, we forever changed the gas detection industry when Blackline certified and began shipping G7, the first comprehensive safety wearable. For the first time, every business can afford to run a world-class gas detection program with automated compliance reporting and can now proactively manage expectations for gas detection and safety monitoring technology.
We began migrating our web-based software to Amazon Web Services from a previous hosting provider in 2012. AWS provides a suite of incredibly powerful tools that we leverage to deliver highly-available services. This capability streamlines our efforts, enabling our software development teams to focus their time on building sophisticated user experiences that support every facet of world-class safety monitoring and gas detection programs.
While competitor offerings are now beginning to include connectivity as an option for certain products, every one of Blackline's safety wearables is deliberately designed with connectivity and location technology at its core.
We deliver complete real-time situational awareness to every client so they can respond to emergencies instantly. Each employee-worn device has its own dedicated internet connection through either a built-in cellular radio or through a satellite uplink. All data seamlessly streams to our cloud-hosted software where we centralize the data, trigger notifications, provide advanced data analytics and enable businesses to keep their personnel safe.
Blackline has always delivered monitoring software through a web interface to customers, providing a broad range of benefits to end customers:
Since migrating to AWS, we've revolutionized what cloud-hosted software can do. Our gas detection and lone worker solutions are constantly generating and streaming data, and that data is stored safely, securely and is available whenever our customers need to access it. At any moment, our customers can view alerts, usage, gas exposures, health events and gas detection regulatory compliance data.
Blackline Safety is committed to providing its customers and their employees with world-leading safety monitoring technology. We take the care and management of client data very seriously and have put policies and procedures in place to safeguard such information. Coupled with our own secure development practices, AWS provides a range of services that, together offer world-class data security.
Our G7 products report all information to the Blackline Safety Cloud, powering the world's leading data analytics system for safety wearables. Many businesses struggle to obtain data from their teams' day-to-day activities and countless solutions available today fail to provide their users with this situational data. We believe that by leveraging this valuable data, businesses can solve these information gaps and make the ultimate difference for their workers.
The safety technology space is rapidly changing, and because we've been cloud-native for many years, we're able to develop new technologies at a rapid pace. All of our products are designed in-house, from software development through to manufacturing, and AWS helps our in-house software team focus solely on application development, data quality and scaling.
As our product line grows, AWS's 21 Regions help ensure that we can deal with global growth. That's why our product portfolio is completely turn-key and connected. We push every software update through the cloud, so customers never have to experience device downtime or manage updates and maintenance themselves.
With AWS, our teams manage large volumes of data, allowing for sophisticated data analytics that we then deliver to our customers. Instead of having to focus on how to integrate cloud-hosted technology into our existing product line, our teams spend that time investing in technology research to create the innovative products that create a better future for our customers.
Blackline Safety is the world leader in connected safety technology. Many businesses are undergoing a digital transformation and connected safety is a key component. How can we help you progress your safety and gas detection programs?
I've worked with a broad range of technologies and have practical experience with cloud architectures at an enterprise scale in a variety of industries. I also have over 18 years of experience leading teams and delivering new products to the market.
At Blackline, I manage the software department and I love to build products that solve the most difficult customer problems while building teams that love what they do. I enjoy working with business and technical stakeholders inside and outside of the organization.
John Mortimer, Director, Software Development and Operations at Blackline Safety
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Blackline Safety : What is the cloud and why should businesses care about cloud-connected safety? - marketscreener.com
DataHEALTH, Inc. Begins Notification of Cybersecurity Incident – PRNewswire
AUSTIN, Texas, Jan. 20, 2022 /PRNewswire/ -- DataHEALTH, Inc. ("DataHEALTH"), a cloud hosting, cloud backup, data storage and recovery service provider for the health care industry that provides services to health care providers throughout the country, today announced that it experienced a criminal ransomware attack on some of its servers that contain health care providers' information. DataHEALTH is providing this notice on behalf of impacted health care providers.
Upon learning of the incident on November 3, 2021, DataHEALTH immediately took measures to contain the threat, launched an investigation, and third-party cybersecurity forensic experts were engaged. DataHEALTH also notified federal law enforcement. The investigation determined that DataHEALTH was the target of a criminal ransomware attack on its cloud hosting services. DataHEALTH cloud backup customers were not impacted.
As a result of the investigation, DataHEALTH learned that the unauthorized party accessed and acquired files containing patient data from a limited number of DataHEALTH's servers.The threat actor appearsto have been able to gain access by using compromised credentials for third-party software that some DataHEALTH health care provider customers utilize. Currently, DataHEALTH has not found evidence that any DataHEALTH-specific accounts or credentials were compromised, nor has it found evidence that any of DataHEALTH's encrypted databases were accessed.
While the investigation is still ongoing, due to the nature of the attack and the information involved, DataHEALTH has not been able to rule out potential access to certain health care providers' patient information if it was not in DataHEALTH's encrypted databases. DataHEALTH's investigation determined that any customers who receive cloud backup services were not impacted by the ransomware incident. Only certain health care providers that receive DataHEALTH hosting services were actually or potentially impacted.
On December 15, 2021, DataHEALTH began notifying health care providers whose data files were on the threat actor's list of exfiltrated files based upon searches performed for those files on DataHEALTH servers. On January 20, 2022, DataHEALTH began notifying impacted individuals.Because DataHEALTH has not been able to rule out potential access in all instances, DataHEALTH sent additional notification to potentially impacted health care providers on January 11, 2022 and is engaging with those providers to identify additional individuals who may need to be provided notification.
At this time, DataHEALTH has no reason to believe the compromised data was used inappropriately by the unauthorized party and has not received any reports of identity theft associated with this incident. Impacted individuals are being notified directly via U.S. mail either by DataHEALTH or by its customers, at their discretion.
DataHEALTH has implemented additional security protocols and continues to evaluate further steps that may be taken. In addition, DataHEALTH is continuing to support federal law enforcement's investigation.
In an abundance of caution, DataHEALTH has taken steps to ensure that any impacted individuals receive complimentary credit monitoring and identity protection services. For more information, questions may be directed to (855) 618-3165, Monday through Friday, between 8:00 a.m. and 5:30 p.m. Central Time.
SOURCE DataHEALTH
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DataHEALTH, Inc. Begins Notification of Cybersecurity Incident - PRNewswire
Data Centers Must Rethink Interconnection in Order to Evolve – Data Center Frontier
An illustration of the DataBank ATL-1 data center, part of the Coda mixed-use development in Atlanta's Technology Square. (Image: DataBank)
This week we conclude our special reportseries on virtual interconnection by exploring why data centers must rethink interconnection to evolve.
Data centers must evolve to become points of connectivity between cloud servers, endpoint devices and partner ecosystems. Software-defined IT infrastructure can meet the demands of new applications at the edge. Automated provisioning and management reduce the burden on existing IT staff and smoothly accommodate changes to the business.
In the digital business age, networks must be 100% available and able to accommodate unpredictable capacity needs. Virtualized networks are evolving to incorporate application awareness features that automate traffic routing decisions based on the needs of the application rather than the decisions of human operators.
Major cloud computing providers are rolling out edge strategies, but most are not yet able to support a global network of local data centers. They will rely upon interconnection services provided by local colocation providers and telecommunications providers for some time to come.
Local availability zones provide access to fiber networks and carrier-neutral interconnection hubs to connect metro regions to each other and to link local zones to those in other regions.
Regional providers already have the facilities and relationships to support edge build-outs and interconnection. Their data centers can scale to meet capacity demands and, in most cases, are fully compliant with local regulations. Local availability zones provide access to fiber networks and carrier- neutral interconnection hubs to connect metro regions to each other and to link local zones to those in other regions.
Hyperscale cloud providers and large enterprises looking to build out distributed networks should look for the following features:
Interconnection virtualization will be an increasingly vital part of distributed infrastructure. It will permit such capabilities as limitless scale, automated workload migration between data centers and cloud services, the flexibility lets customers choose the best service providers for each use case scenario, instantly upgradable bandwidth, automated initiation of connections with new partners and services, data exchange at the edge without the need for round- trips to a central cloud and a managed services framework that combines all these features into a platform deployed with cloud-like simplicity.
The organizations that lead the Great Decentralization of business will be those that can most swiftly effectively free themselves from the shackles of legacy infrastructure and embrace data-driven decision-making. Interconnection and virtualization will support the agility they need to build the platforms upon which ecosystems can flourish.
Download the full report, How Virtual Interconnection Supports Distributed Digital Business, courtesy of DataBank for exclusive content on the short-comings of legacy IT infrastructure when it comes to accommodating the fluidity needed by distributed organizations.
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Data Centers Must Rethink Interconnection in Order to Evolve - Data Center Frontier
Onlive Server Launched Canada VPS Hosting with Upto 48 CPU CORE and Cloud VPS Control Panel – Digital Journal
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Onlive Server Launched Canada VPS Hosting with Upto 48 CPU CORE and Cloud VPS Control Panel - Digital Journal
IBM is selling off its Watson Health assets – Boston News, Weather, Sports | WHDH 7News
(CNN) IBM said Friday that it will sell off the healthcare data and analytics assets housed under its Watson Health unit to private equity firm Francisco Partners.
The deal signals that IT giant IBM is stepping back from its ambitions in the healthcare space as it focuses on building hybrid cloud computing capabilities, an effort that has accelerated since Arvind Krishnatook over the CEO position in 2020.
IBM stood up Watson Health as a separate business unit in 2015 with the goal of using data to help doctors, researchers and insurers solve some of healthcares biggest problems. The company invested in a series of deals to acquire healthcare data, and took on challenges ranging from improvingdiabetes careto overhauling cancer treatment.
But the bold bet didnt pan out. The Wall Street Journalreported nearly a year agothat Watson Health generated around $1 billion in annual revenue and no profit, and that IBM was considering selling the business.
The healthcare tech space has also become increasingly competitive. Google in 2019confirmed a partnershipwith Ascension, one of the nations largest nonprofit health systems, to collect and analyze patient health data. Last April, Microsoftspent $16 billionto buy healthcare AI developer Nuance to pair with its Microsoft Cloud for Healthcare business. And last month, Oracle said it would acquire healthcare software firm Cerner for $28.3 billion.
The Watson Health sale has been anticipated for quite some time, Paddy Padmanabhan, CEO of healthcare and tech advisory firm Damo Consulting, said in an email. IBM was clearly not gaining much traction in the healthcare market while others such as Google and Microsoft have pulled ahead.
Watson Health was borne out of IBMs largerWatsoneffort, which aims to use artificial intelligence to solve a range of problems for businesses and consumers fromcreating a computer that can debate humanstogetting sports fans engaged in big events. IBM remains committed to its other Watson projects, Tom Rosamilia, senior vice president of IBM Software, said in a statement.
Under Krishna, IBM has been working to transform itself from a legacy IT services provider to a modern cloud business, a strategy boosted by its 2018 acquisition of open source software provider Red Hat, which Krishna helped broker. The company is making a big play in hybrid cloud a setup wherein companies may use multiple clouds in addition to on-premises servers. In late 2020, IBM announced it hadset aside $1 billionto invest in getting other companies onto its hybrid cloud platform. A month later, IBMannounced the spin-offof a quarter of the company to focus on the cloud.
The terms of IBMs agreement with Francisco Partners were not disclosed. Watson Healths current management team is expected to remain in place at the new entity, according to the two companies.
The-CNN-Wire & 2022 Cable News Network, Inc., a WarnerMedia Company. All rights reserved.
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Gartner: IT spending forecast points to skills rebalance – ComputerWeekly.com
Behind the figures in Gartners latest forecast for worldwide IT spending, there are a number of trends that suggest a shift in the way the IT function operates.
The headline figure from Gartner is that worldwide IT spending is projected to total $4.5tn in 2022, an increase of 5.1% from 2021.
Driven in part by the Covid-19 pandemic, within the enterprise application software market in 2020, spending on cloud-based enterprise software was larger than on-premise enterprise software, said Gartner, and by 2025 the anayst expects it to be double the size of the non-cloud market.
Gartner said spending on cloud-based services is responsible for nearly all of the 11% of spending growth within the enterprise software segment in 2022 as organisations focus on upgrading their software stack to software as a service (SaaS) to support continued flexibility and agility.
John Lovelock, distinguished research vice-president at Gartner, described 2022 as a return to the future for CIOs. They are now in a position to move beyond the critical, short-term projects over the past two years and focus on the long term, he said.
This will lead to a shift in spending, said Lovelock, and over the next three years, spending on IT infrastructure software is set to grow more quickly than applications. Such IT infrastructure provides the tools to enable IT leaders to build new systems, and for Lovelock, CIOs need to reassess which systems they can buy off the shelf, and which need to be built in-house.
Although business software spending is set to increase by 11.1% in 2022 and by 11.9% in 2023 to hit $753bn, CIOs are likely to continue the ongoing debate over whether to build or buy enterprise systems, said Lovelock, adding: No company differentiates by using a better payroll system.
Digitisation is not a commercial packaged application, he said. You cant buy software to differentiate your business. Airbnb, Amazon and eBay transformed how money is made. Creating these internet successes would not have been possible if their founders relied solely on commercial off-the-shelf enterprise software, Lovelock added.
One of the interesting trends highlighted by Gartner is the way spending on servers is shifting. Datacentre systems spending increased by 11.4% in 2021 and is set to rise by 4.7% in 2022 to reach $226bn. In 2019, business bought more servers than the hyperscalers, said Lovelock.
Gartner forecast that enterprise users will spend $53.8bn on servers in 2021, he said, adding: Businesses will never spend that much ever again on servers.
Gartner has forecast that in 2022, businesses will spend $53.7bn on servers, which will decline during the following years to $53.2bn then $53.1bn. By 2025, the hyperscalers will be buying twice as many servers as enterprises, said Lovelock.
This means the hyperscalers and cloud service providers are set to spend $80bn on server hardware compared to enterprise users, which are forecast to spend $50bn on server hardware, he said. But the decline in enterprise server sales is not enough to stymie growth in on-premise datacentres over the next few years.
However, more and more server workloads will be deployed on IT infrastructure operated by service providers and the major public cloud operators, said Lovelock.
With more workloads being pushed into the cloud, CIOs will need to assess what skills they retain in-house and what can be outsourced.
Gartner forecast that the IT services segment which includes consulting and managed services is expected to have the second-highest spending growth in 2022, reaching $1.3tn, up 7.9% from 2021. Through to 2025, organisations will increase their reliance on external consultants, as the greater urgency and accelerated pace of change widen the gap between organisations digital business ambitions and their internal resources and capabilities, said Gartner.
This will be particularly poignant with cloud as it serves as a key element in achieving digital ambitions and supporting hybrid work, said Lovelock. Gartner expects the vast majority of large organisations to use external consultants to develop their cloud strategy over the next few years.
Lovelock said that staff skills gaps, wage inflation and the war for talent will push CIOs to rely more on consultancies and managed service firms to pursue their digital strategies. Cloud computing has driven up demand for IT skills, he pointed out, and the industry has not been able to train people at the pace needed to meet this demand.
We have too many open positions and too few people to fill them, said Lovelock. Gartner found that half of all tech vacancies have been open for six months or more.
Gartners findings on the growing skills crisis are mirrored by Adrian Bradley, a partner in KPMGs technology practice specialising in cloud transformation. Talent is the number one challenge of the IT sector, he said. There are not enough people with cloud skills to meet demand.
In Bradleys experience, it is hard to reskill people who have worked exclusively operating on-premise enterprise IT hardware. Outsourcing is the easiest way to achieve this, but there is a need to have sufficient management skills to oversee it, he added.
The challenge across the IT sector is that as more enterprises turn to IT professional services to fill the cloud computing skills gap, it will become increasingly difficult to hire IT people with the right skills, and CIOs are likely to be competing on vacancies with the largest IT professional services firms.
Smaller IT service providers are also likely to struggle to find the right technical skills to support their customers, said Lovelock, who urged CIOs to rebalance the type of work technical employees do by providing training and outsourcing IT commoditised tasks.
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Why COVIDtests.gov worked where HealthCare.gov stumbled – FedScoop
Written by Paul Smith Jan 20, 2022 | FEDSCOOP
The Biden Administration launched COVIDtests.gov this week, and by most accounts, the site has performed well. While apartment dwellers have reported difficulties entering their information, these sorts of bugs are expected and dont point to fundamental problems. It has exceeded expectations for a government website, handling large, nationwide demand and absorbing intense interest from a public eager for more resources to combat the ongoing coronavirus pandemic.
As of writing, there appears to have been, at least from publicly available indicators, no downtime or outages of the service, even as many hundreds of thousands of users accessed the site simultaneously.
That the site would stay up amidst widespread attention was not a given. Many observers noted the parallels to the 2013 debut of HealthCare.gov: launching a new, high-profile, health-related website into a pressure-filled context with enormous scrutiny and public skepticism. (Disclosure: I was a member of the team that helped turn HealthCare.gov around and am now a contractor working on HealthCare.gov with the Centers for Medicare & Medicaid Services.)
So why did COVIDtests.gov work where HealthCare.gov stumbled? In these past eight years, the U.S. government has gained more experience building these kinds of services. Agencies have brought in the kind of guiding technical talent that can advise leadership, and teams are exercising better judgment around launches and operating websites.
Its not perfect nor as widely spread as wed like, as various government sites continue to struggle, but the U.S. Digital Service, 18F, a new crop of CIOs, and a cadre of modern vendors have imbued agencies with fresh perspectives and playbooks. In this case, it looks as though the web team at the U.S. Postal Service (USPS) has also learned the right lessons and deserves much of the credit.
What do we know about this new site? I took a deep dive into the architecture of COVIDtests.gov, and what I learned was that the team at USPS did not use their existing web properties, but built a new site for this purpose. They used products from Amazon Web Services (AWS), including content delivery networks for high-performance serving, reliable file storage for HTML and images, an API built with so-called serverless functions, and a database that automatically scales with demand.
What this means is that the site is designed entirely with well-known components that are proven to handle heavy loads. This is the same infrastructure that the largest platforms on the web use. The value of managed services such as these is that there are fewer knobs to turn and fewer visible moving parts to break. This reduces almost all of the burden for keeping things up and running, freeing the team to focus on providing the best user experience. Clearly, the team managing this launch planned for outsized demand, well above what a typical government site experiences, and made technology choices accordingly.
Its also a remarkably simple site from a user-experience perspective. The user goes directly from the landing page to the order form. A few moments of entering information, a confirmation dialog box, and the order is submitted. The UI simplicity and architecture reinforce each other.
Contrast this with HealthCare.govs initial launch, which architecturally looked more like enterprise software than a modern digital service. Even though AWS and similar cloud hosting providers had been around by that point for years, the site was hosted in a single private data center, where members of a subcontractor team had to manage individual servers and network connections. When things got operationally dicey, it was a challenging environment in which to recover and scale. Hosting in the cloud removes this pain point.
Additionally, the UI was complex, and users were required to navigate a challenging account sign-up and an application for eligibility before they could browse health plans. This required many back and forth interactions with the servers, and many individual custom components to support, all of which created opportunities for things to go wrong.
HealthCare.gov is the website for a means-tested program, and covidtests.gov is available to a much wider swath of the public, which does make for a simpler implementation. We cant necessarily compare government programs apples-to-apples. However, were HealthCare.gov built from scratch today, its design would more resemble covidtests.gov than not.
Ultimately, the proof will be whether the USPS can fulfill all the orders and deliver them to the public who are anxious for more tools to help get them through yet another high-stress period of the pandemic. This website, while necessary to get right, is only one part of how the public will experience the governments pandemic-related services. As the Administration implements other tenets of the recent Customer Experience Executive Order, theyll need to build upon reliable digital services approaches like this to improve the publics perception of government.
Paul Smith is chief technology officer and co-founder at digital services consultancy Ad Hoc. He was a leader of the team that fixed HealthCare.gov after its troubled launch, and before that worked on the 2012 re-election campaign of President Obama as deputy director of technology of the DNC.
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Why COVIDtests.gov worked where HealthCare.gov stumbled - FedScoop
VTEX : 5 benefits of SaaS and a cloud commerce ecosystem – marketscreener.com
Despite the popularity of cloud computing, many established companies are still using their old-school, on-premise technologies. Unfortunately, those aging systems are draining your company's resources and devouring your IT budget.
This is why more and more companies are migrating to the cloud and adopting Software-as-a-Service (SaaS) solutions. SaaS technologies are hosted remotely by the vendor and all IT maintenance is handled by the service provider. This hands-off approach to managing software provides many advantages over on-premise systems.
In this post, VTEX will walk you through five benefits of SaaS technology.
With traditional software, you are responsible for deploying the system. To run a standard application, you must install the software on all your local servers and computers. Installing and configuring software on dozens or even hundreds of on-premise systems can take weeks to complete, leading to prolonged implementation time.
One of the top benefits of SaaS products is their ability to be deployed rapidly. Since they are hosted on remote servers, SaaS applications like the VTEX Commerce Platform have already been installed and configured. An internet connection, browser and login information are all you need to access our cloud commerce ecosystem, cutting deployment time to a few hours.
The low-cost benefit of cloud-based applications is contributing to the growing importance of SaaS technologies. Deploying on-premise software demands huge capital investment and high operating costs. From acquiring sufficient storage space and buying expensive equipment to maintaining an internal IT team, self-hosted software eats a large chunk of your business profits.
Eliminating the upfront costs of building an IT infrastructure and reducing operating expenses are measurable benefits of SaaS products. As SaaS providers are responsible for building and managing the IT infrastructure, adopting SaaS solutions can reduce your IT expenses by 20%.
Self-hosted software offers limited accessibility. Traditional applications must be installed on local hardware to be deployed, so you can only use them on the computers on which they are downloaded. This prevents your employees from accessing self-hosted business applications on their personal devices or off-site locations.
A popular characteristic and benefit of SaaS technologies like VTEX are their unparalleled accessibility. Using an internet connection and browser, you can gain instant access to our cloud commerce ecosystem from any device or location. With remote work and bring-your-own-device (BYOD) trends on the rise, SaaS applications can increase employee satisfaction and business productivity.
Running on-premise software makes you responsible for hardware upgrades, software updates and data backups. You're probably already familiar with how time-consuming routine backups and regular updates can be. Besides wasting valuable time, software update problems and data recovery issues can disrupt business operations, costing you significant revenue.
Another benefit of SaaS solutions is that the service provider does all the IT work for you. Your SaaS vendor will manage all the hardware/software upgrades and perform routine data backups to relieve you of these painstaking responsibilities. Along with ensuring uninterrupted access to the latest data and software, SaaS products also free up time to focus on higher-value tasks like actual ecommerce management.
On-premise systems don't provide the flexibility you need to grow. If you want to store more data or serve additional customers, you must keep buying new equipment to meet increasing demand. The need to constantly add new capacity is not only inconvenient but can compromise the reliability of your commerce ecosystem.
One of the most important benefits of SaaS solutions is their scalable architecture. This elastic architecture enables SaaS products like VTEX to scale up and down to adjust to dynamic business environments.
Cloud-based applications provide many benefits over on-premise systems. Not only are they more cost-effective but they also support business growth. If you're still relying on legacy applications and systems, you're doing your business a disservice. Contact us now to learn how you can enjoy the benefits of SaaS technology.
As a highly organized and metrics-driven senior marketing professional, Kristin has been working with both internal and external stakeholders on a global scale. She possesses a solid track record and a passion for content and digital marketing that positively impacts the bottom-line and business objectives.
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VTEX : 5 benefits of SaaS and a cloud commerce ecosystem - marketscreener.com