Friday, 8 October 2021

DIGI CURE 365 (Cloud Solution for Hospital, Clinics & Medical Facilties)


Introducing DIGICURE 365 a cloud solution for hospitals ,clinics, and medical.

facilities. Next update coming soon.....

 

Contact Us for more details  : Latviktechnologies@gmail.com

WhatsApp : +919568767863


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Best Regards ,


Latvik Blog Team
LATVIK TECHNOLOGIES ™ 



 

Saturday, 14 March 2020

Email is your biggest security risk. Is your business safe?

Protect email from common threats & malicious attacks with Proofpoint



Proofpoint email protection acts as an additional line of defense in your cyber security arsenal. Use it to help safeguard your email from spam, phishing and malware while simultaneously ensuring compliance and business continuity. With the ability to control, secure and monitor inbound and outbound messages, Proofpoint makes it easy for businesses to take a proactive approach towards cyber security.

Secure your email



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Best Regards ,


Latvik Blog Team
LATVIK TECHNOLOGIES ™ 

Sunday, 6 October 2019

ENDPOINT PROTECTION and why is it required


Another study revealed how cyber attacks grew by 328% over the course of 2017—in other words, the average computer faced more than three attacks per month. When considered from an organizational perspective, this could translate to multiple attacks per day across hundreds of endpoints.


What Constitutes a Good Endpoint Protection Plan?
With 60% of cyber attacks originating from devices inside your organization, your current infrastructure should provide advanced endpoint protection to ensure the safety of data.
With multiple endpoint security options available, it is important to remember that comprehensive protection involves much more than just installing anti-virus software.
Here are four features that are crucial to a good security plan:



1. Policy Management

Effective endpoint protection allows organizations to define a set of rules regarding who gets to access the company server, the permissions for each user, and exceptions for overriding these protocols. Additionally, it should also provide you with the option to customize policies for every device and set guidelines for special cases requiring greater access.
In case of a protocol override, the ideal endpoint solution should have several measures in place, such as alarms and alerts. Moreover, it should provide an audit trail that allows administrators to trace unauthorized access to the compromised endpoint.
To round it off, a good endpoint solution should have a policy management component comprising:
  • The option to customize device policies.
  • The option to customize user policies.
  • Policies in place for protocol overrides.
2. Patch Management
Patches are used to fix potential system vulnerabilities that, if exploited, could pave the way for unauthorized access and potential loss of data.
The ideal endpoint solution should include a patch management component that resolves such weak areas in your network, allowing you to repair each vulnerability as it’s detected.
Here are the components of comprehensive patch management:
  • Support for the discovery of vulnerabilities in various endpoint operating systems and apps.
  • Guidelines for creating and deploying patches to remote devices.
  • Patch deployment process.
  • The ability to schedule and prioritize patches.
3. Centralized Management and Configuration System
The key aspect of managing every network endpoint is to have centralized control over every connected device. This comes in very handy, particularly in the case of an emergency in case you may need to lock down or shut off a device.
With a single security management dashboard, administrators can create and edit policies, get timely alerts about suspicious activity, schedule mass updates, and analyze the usage history for each endpoint. Other features include:
  • Management for exceptions.
  • Control over applications.
  • Live security updates.
  • Remote installation and updating of security software.
  • Controls to manage scalability.
4. Advanced Device Control

Once you’ve admitted an endpoint device to the system, your work is half done. Securing the endpoint already entails tracking it—but what about external devices connected to the endpoint?
Advanced device control allows organizations to monitor external devices, such as those connected through USB ports. Some systems may also provide the capability to monitor local disks, CD drives, Bluetooth connections, and cloud storage.
This means that you can grant system access to certain types of devices, such as a USB-connected mouse but not a USB-connected hard drive.
Also, such control supports the encryption of data that is exported outside trusted devices. Without the encryption key, hackers can’t actually access the data they stole, essentially rendering it useless. Advanced device control includes:
  • Support and monitoring of multiple devices.
  • Enforcing access control over USB-mounted devices.
  • Enforcing company policies across all workstations and endpoints.
  • Allowing for the transfer of encrypted data outside the network.
  • Support for logging endpoint device activity, even when a device is offline.
Endpoint Security in a Nutshell

For MSPs, protecting their client’s endpoints is key to keeping their data secure. As hackers continue to target confidential company data, it is important to secure every device connected to the central network to avoid data breaches.

A good MSP security offering should include endpoint protection alongside other solutions, such as a backup and disaster recovery program. Not only does this fortify the network against unauthorized access, but it also ensures that you have a secure backup that can minimize losses in the event that a data breach occurs.



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Best Regards ,


Latvik Blog Team
LATVIK TECHNOLOGIES ™ 
www.latvikhost.com | https://latviktechnologies.blogspot.com
www.facebook.com/latviktechnologies

Saturday, 29 June 2019

What is ITaaS?


Cloud computing has completely transformed the way organizations deal with IT and software services. There’s been a sharp decline in conventional and one-time, fee-based IT solutions, signaling a change in the IT landscape. We’re now moving toward a more advanced solution: ITaaS, or IT as a service.

What Is IT as a Service (ITaaS)?

IT infrastructure forms the backbone of any organization. However, the increasingly expensive upfront costs and complex maintenance processes of traditional IT solutions are a serious obstacle for most organizations.
Thus, greater demand for the latest technological features, lower costs, upgraded security protocols, and dedicated customer service has led to the rise of ITaaS solutions.

Put simply, IT as a service provides immediate and direct access to IT solutions while affording customers the convenience of having to only pay for what they actually need.

Want to learn more about what it’s like to work with a cloud partner that guarantees your success? 

ITaaS providers now have a catalog of solutions for collaborating, communicating, computing, hosting, connecting, using professional services, improving business capabilities, and providing service support.
Overall, it’s safe to say that demand for ITaaS is on the rise. For example, according to a McKinsey report, 77% of organizations primarily used traditionally developed IT systems for a minimum of one workload in 2015; by 2018, this number witnessed a sharp drop to 43%.

A Golden Opportunity for MSPs
The increasing demand for ITaaS has positioned MSPs at the forefront of this industry-wide change. In short, passing up this opportunity is the equivalent of handing out customers to your competitors.

Consider this: Only 10% of global enterprises relied on ITaaS for their primary workloads back in 2015. Fast forward to 2018, and the number increased to 51%!

Modern-day organizations depend upon information and data for survival. This has led to a rising emphasis on applications that provide solutions for a wide range of problems, such as increased load on IT infrastructures and threats to uptime.

Research by IDC found that 71% of businesses in the United States are faced with an average downtime of approximately 10 hours per year. For small- or medium-sized businesses, this loss in productivity can result in up to $125,000 in lost revenue; for larger enterprises, that number can be as high as $17 million.

As a result, organizations are increasingly opting for ITaaS-based solutions, which is evident in the 12% increase in ITaaS adoption rates from 2015–2018.

Research shows that large enterprises have also increased allocation of their off-premises workloads to ITaaS providers. Large enterprises have also exhibited a marked interest in trusting hyperscale providers such as Google, Amazon, or Microsoft. Overall, 48% of large enterprises have handed their IT services to one of these three hyperscale providers, and it’s predicted that this number will rise to 80% in 2019.

What Differentiates ITaaS from Other Alternatives?
As a rapidly growing alternative to conventional organizational IT solutions, ITaaS has several differentiating factors that have been instrumental in its rising popularity. Let’s take a look at what distinguishes ITaaS from other options.

A Subscription-Based Model
The concept of subscription-based IT services is one of the key factors that sets ITaaS apart from the traditional IT service model. ITaaS providers typically charge a monthly fee based on the number of users and the number of solutions required. This means that small businesses, despite their size, can have unrestricted access to high-quality services. As those businesses scale, their subscriptions can be upgraded or downsized to suit their needs. For large organizations that rely heavily on IT, this means that they have a direct line to an expert and a reliable vendor—thus reducing, if not outright eliminating, extended downtimes and productivity loss.

Around-the-Clock Prioritized Support
Another hallmark of high-quality ITaaS solutions is the prioritized expert advice that enterprises can tap into anytime. In a first-line capacity, the service desk serves as the main point of contact between the IT solution provider and the client for technical faults, answers to queries, or other such issues. In the case of a larger company, priority support can be extended to an in-house team.

While most organizations operate from 9 to 5, ITaaS support is available 24/7, around the clock. With the growing focus on remote working and global business models, prioritized support has emerged as one of the defining points in favor of ITaaS.

Active Monitoring
Proactive monitoring dedicated to identifying IT problems enhances the security of an organization’s core servers and network. ITaaS utilizes monitoring platforms that track utilization and network health metrics and conduct in-depth trend analysis. This continuous monitoring results in vastly improved uptime. Most importantly, active monitoring leads to a significantly reduced mean time taken to repair (MTTR) in the event that a bug is discovered in the system.

Enhanced Performance and SLA-Bound Performance

Unlike in-house IT experts, an ITaaS contract is governed by a service-level agreement (SLA) that sets out certain standards of service that the customer can expect. SLAs also inlcude specific factors such as hours to immediate response, prioritization of faults, and the time required to fix bugs. The scope of the SLA is typically aligned with the organizational expectations of individual IT departments, which greatly benefits both parties invested in providing their clients with the best-possible alternatives, MSPs are now focusing on providing ITaaS solutions. As we move towards a specialized economy, and enterprises look to allocate resources more efficiently, there is a vast potential for MSPs to emerge as the principle IT support providers.

In short, making sure you can offer the best possible services to your customers is one of the simplest ways to, not only keep them happy and satisfied, but also grow your business. Contact us today to learn more about how a partnership with LATVIK can help you.



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Best Regards ,


Latvik Blog Team
LATVIK TECHNOLOGIES ™ 
www.latvikhost.com | https://latviktechnologies.blogspot.com
www.facebook.com/latviktechnologies

Sunday, 2 June 2019

Why are Businesses Shifting to Hosted Desktop solutions?

What Actually are Hosted Desktops ??

A hosted desktop looks, feels and behaves exactly like a regular desktop PC, while the data and applications used are all hosted
in our data-centre, on a high availability network.

The desktop can be accessed from anywhere in the world using an internet enabled PC or laptop, or for maximum benefit, a specialized low cost computer known as a thin client can be used.
The hosted desktop experience of the end-user will not be noticeably different to that experienced when using a standalone desktop PC. Not only will it match the applications that can be run, but it will also provide similar performance levels. Once logged onto their remote hosted desktop, the user can use the full range of options provided by the Windows OS to customize their desktop and the applications they use upon it.

Why are Businesses Shifting to Hosted Desktop solutions?
Hosted desktops are luring more and more businesses and public sector organisations to make the leap from a physical desktop infrastructure to the virtual, all thanks to a game-changing and money-saving opportunity. It’s the chance to move past the endless tide of ditched PCs, faulty updates, burned money and wasted time and embrace the speed, security and efficiency of the cloud.

Evolving beyond the buy, use and replace cycle
Organisations with hosted desktops can forget about the costly and time-consuming process of buying new desktops and laptops, only to replace, them again a few years later. Then there’s the constant process of patching, updating and maintenance to deal with, and that’s without even mentioning the complexities of a network infrastructure.

Switching to hosted desktops means that there’s no replaceable hardware on site and software is managed centrally by the provider. Latvik Technologies hosted desktop support enables users to use thin clients – essentially a monitor, mouse and keyboard connected to the web, without the need of a hard drive – or they can turn any device into a client, removing the need for unnecessary hardware upgrades.

Save time and money

Those involved in IT provision or decision making will know the drawbacks of having to implement an infrastructure replacement, an office-wide hardware upgrade, or just having to endure the daily drudge of updates and difficult-to-apply patches. More generally, it’s hard to work in any part of a modern business today without being aware of the constant hold-ups and disruptions that come as a result of on-site IT infrastructure. A big part of the lure of hosted desktop solutions is that all of this goes away.
Financial decision makers will be aware too of the ever-increasing cost of throwing away one lot of hardware as it becomes obsolete or stops being supported, only to replace it with new machines. With thin client devices and cloud-based desktop systems, these costs disappear, along with much of the cost of IT personnel.

A significantly reduced environmental impact
Around 70% of a computer’s total CO2 output over its lifetime is caused during its creation (more for desktops, slightly less for laptops). That means the buy, use and replace cycle is terrible for the environment, as well as for the wallet.

Because hosted desktop systems handle all processing and memory centrally, there’s no need for PCs with hardware that rapidly becomes obsolete, such as processors and RAM. That in turn means far fewer replacements and a more sustainable company. Sustainability in itself has become a major business goal, as it reduces the cost of waste disposal, comes with potential tax reductions due to a decreased carbon footprint, and ensures that your business is working in an environmentally friendly way.

Benefits to the End User (Hosted Desktops)

















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Best Regards ,


Latvik Blog Team
LATVIK TECHNOLOGIES ™ 
www.latvikhost.com | https://latviktechnologies.blogspot.com
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Saturday, 25 May 2019

Cost of Server Ownership: On-Premise vs. IaaS

Take a good look at those servers sitting in that closed room at the end of your office hallway. They’ve probably given you a lot of good service during the last few years. Think of all the data you’ve processed and stored there, not to mention the applications that ran on them every day. Have you ever stopped to wonder how much time and money you’ve invested to keep those machines running? You might be surprised by the numbers if you did. There’s a lot of talk about cloud server solutions these days and you might be tempted to take the leap. But, before you make any kind of decision, you should have a clear idea of what you’re spending now and how it compares to the price of cloud solutions.


The first thing you have to do is look beyond the initial costs of an in-house solution vs. the monthly cost of the cloud. The real picture of what’s cheaper goes far beyond the cost of a new in-house server or an annual subscription to cloud servers or Infrastructure-as-a-Service.
Look at ongoing costs instead. What are you really paying to operate, maintain and upgrade an on-premises solution over its lifetime (usually a five-year period)? What other costs are involved in a cloud solution? Only then will you be able to make a sound decision. Need to know the total cost of your infrastructure right away.


How to calculate total cost of ownership of servers
The best way to calculate the cost of ownership is to take a look at all your costs: direct, indirect or hidden. Here’s a breakdown, in case you’re wondering what we’re talking about. Direct costs are linked to any of the hardware required for an on-premises solution. This can range from your actual servers to the server room where you store them. It also includes electricity and HVAC (heating, ventilation and air-conditioning). On the other hand, indirect costs are related to the salaries you pay your System Administrator and any other IT staff member who maintains your hardware or fixes software bugs. And hidden costs? Lost productivity due to downtime is a good example.

How much does it cost to move to the cloud?
No matter which costs you want to analyze, our cost calculator tool can help. It evaluates all the factors involved in building your own solution and compares that with the overall cost of the cloud.

How much vCPUs, RAM and disk space do you need to run your operations? Using our cost calculator tool, we entered sample amounts of resources that most SMBs would use every month (2 vCPUs, 8GB of RAM, 512GB of disk storage). Then we played with the uptime target numbers to reflect a typical SMB situation. We looked at availability and what this meant for downtime hours each month. The numbers vary. Some providers offer 98.0% of availability, which equals about  14.4 hours of allowed downtime per month.

 A respectable on-premises solution is also around that previous percentage, so when you compare to switching to the Cloud, you can start with that data as your guaranteed uptime. On the other hand, other providers give their customers a service-level agreement of 99.9% of availability. This means only about 44 minutes of downtime a month. After all, downtime is a hidden cost for your business. When your site is down, your data is unavailable. In 2017, every hour of downtime cost organizations $100 K 000 on average. In May of that same year, a power system in British Airway’s data center failed. The result was a loss of approximately $68 million in fare refund followed by a drop of 2.8% in stock prices. The higher the percentage of availability, the better up time your site has and ultimately, the better it is for your business.

In our scenario, and using our tool, we took into account the recommended hardware refresh rate for an on-premises server (generally 3-5 years). As part of our price comparison for cloud servers, we set the refresh rate to 48 months. Most in-house servers would start to lose their ability to adapt to increasing workloads after four years. However, with a cloud server, you can scale your resources up or down to suit your needs. Finally, we entered another important indirect cost: the average annual salary for a system administrator or technical employee. For this example, we used an average number of $61,000. That number was rounded off from a researched by Payscale.com

The tool calculated that the average cost for this on-premises configuration would be $1,476.31 a month. In contrast, the monthly cost for a cloud server with the same configuration is $313.90. This translates into an average monthly saving of 79%.  The total cost of ownership tool also displays tables and graphs which compare this on-premises solution to a cloud solution proposed by LATVIK.
























Five-year price comparison

Let’s assume that you refresh your infrastructure every five years. You’ll buy your new server in the first year and as we mentioned, you’ll replace it in the fifth year. Our tool calculated that over this five-year period, a company would save an average of 79% in its IT budget by opting for a cloud solution.

Back to our calculations. In the first and fifth years of the cycle, your expenses include server installation, configuration, initial maintenance and support. But, if you have a cloud server, your staff would spend little to no time dealing with these tasks. That’s why in our example, the company saves 90% in the first and fifth years with a cloud solution. For years 2-4, the costs for both on-premises and cloud solutions are limited to maintenance and support. The costs linked to hardware, such as HVAC, aren’t necessary with a cloud solution. Consequently, the company saves up to 58% with cloud servers.




TCO: Understanding the big picture

A number of key elements should be included in your decision-making process, such as system uptime, technical support, redundancy in case of power failure and the costs involved in refreshing your servers. Most companies replace their on-premises servers every five years. Wait any longer and you might regret it. It could be more difficult to find spare parts or do necessary upgrades. Or, your server might become too slow and inefficient to deal with spikes in demand. Electricity is also a major factor. As we mentioned earlier, power is a direct cost, and an important one at that! +

recent article by ZDNet showed that in the U.S., it costs about $731.94 per year to run an average server. If you have several on-premises servers, that could translate into a big expense. Price is one thing, but it’s also important to factor in the value you’ll get on top of the price tag.
What other things should you consider? All the gravy that is provided by cloud servers that you don’t necessarily get with an on-premises solution. With Infrastructure-as-a-service, the data centers hosting your solutions are usually better maintained, updated and upgraded compared with what you’re running in an on-premises environment. 

Next up is security. Most data centers running cloud solutions are Tier 3+ and subject to stringent security regulations. In other words, your data will be the safest it can be. Your closest won’t even compare! We’ve talked a bit about hardware and software, but here’s the deal. The platforms used in cloud solutions are regularly updated to conform to industry standards. That’s another thing your business won’t have to worry about. You don’t even need to pay the System Admin doing the work, it’s all included in your price. And if you have any questions? Most providers offer free technical support.

So, crunch those numbers. If you don’t understand what your five-year TCO looks like, you’ll never be able to make a valid comparison of in-house vs. cloud solutions. Our TCO calculator below will help you get a grasp on your numbers.

Want to find out more about the total cost of ownership for cloud servers? Download our free cloud cost estimator here. Do the math yourself and make the right decision for your business!



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Best Regards ,


Latvik Blog Team
LATVIK TECHNOLOGIES ™