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Cloud Hosted vs. On-Premise vs. Self Hosted vs. Private Cloud PMS: All Platforms Have Advantages; Which is Right for You? | By Warren Dehan -…

A great deal has been written over the years about the viability of moving a hotel's property-management system (PMS) to the cloud to take advantage of the latest technologies, but hoteliers need to realize that it's not the only viable option. All platforms have advantages, including self-hosted, private cloud and on-premise solutions that leverage the latest mobile, contact free and web-based technologies. Independent operators can still enhance the digital guest experience, support personalized and mobile check-in, deploy contact free technologies, and secure hotel/guest data even if their PMS does not reside in the cloud. It should not be a question of "Cloud or On Premise?" but rather "Does the PMS solve your business objectives in both technology and service?"

A hotel can invest in the latest software on the market with the most attractive user interface, but if the solution doesn't do what that property needs it to do to run the business, it's not a wise or practical investment. Some high-end luxury full-service hotels and resorts are in the middle of nowhere. Internet connectivity is spotty at best, and hoteliers are often plagued with constant outages. For those operating in remote areas, the cloud is the wrong platform for that environment. Furthermore, for properties that want their own autonomy on when and how version upgrades to the software are deployed, or have their own IT teams to take ownership of the system, self-hosted or private cloud may be the better option.

Contrary to popular belief, a hotel can do anything on premise or self-hosted that it can do in the cloud; data can still be backed-up on site (and simultaneously in the cloud if desired), and the same level of contactless and mobile capabilities, along with integration to third-party cloud services, can be achieved regardless of the hosting platform. Whether the server is in the cloud, in a private cloud, a managed data center, or in the hotel's IT room, as long as it has a connection to the Internet (generally firewall secured between an internal and external network) it can support a web browser based PMS with touchless, contact free, mobile, and third-party technologies.

Here's a quick comparison of the most common types of PMS platforms:

Any computer infrastructure will have associated costs. While a cloud solution generally has a lower cost of entry, there can be higher long-term costs over the life of the solution (when comparing like for like products). After all, the company providing the hosting is expecting to turn a profit. Self-hosted and on-premise systems will have higher upfront costs due to direct hosting and/or hardware related fees and the staff expense for IT administrators to manage the infrastructure, but costs will be lower in the long term if the property can use its own IT staff. If this role is served by the same inhouse group that is providing local network management at the property for all the local IT needs of the hotel, there may only be a small incremental cost to manage this inhouse, which may be a consideration for those property groups interested in securing their own data and maintaining system ownership.

One of the biggest arguments for moving PMS to the cloud centers around system maintenance and security. While hotels will always have to maintain their local network and equipment on site regardless of whether they use a cloud-based or on-premise PMS, operating in the cloud will enable them to avoid dealing with application and database server equipment renewal and upgrades as this is generally done, and costs absorbed, by the hosting provider. A cloud solution also affords the hotel the ability to focus on their operation and not worry about data center servers, firewalls, load balancers, database servers etc., but that comes at a higher operational cost over an inhouse system. For some clients, they have additional concerns over where their data resides, how secure it is and how accessible it is to the property group.

Since prior to and during the onset of COVID-19, my team has been fielding calls from independent hoteliers who are frustrated because they are being pushed by their PMS provider to migrate to their latest cloud versions purportedly in order to take advantage of the latest web based and contact free technologies. Imposing a PMS change to the cloud often motivated by providers sunsetting theirlegacy software does not provide hoteliers with the ability to choose what is best for their operation. Today, operations are in flux, and leaders need to be reactive to their guests' needs. A one-size-fits-all or cloud-first mentality isn't right for everyone; nor should they be forced into incurring additional expense to go to market for a new system just to get the latest tools to keep them current. It's important to work with a PMS partner who gives you options in deployment, offers the latest innovations, secures your investment with included upgrades and services, and who's offering ultimately meets your hotel's business objectives.

Also, verify that the platform can support today's in-demand touchless integration tools, and that the PMS solution is backed by proven customer service. Look for a provider that offers 24/7 call center support; free version upgrades; on demand live one-on-one training; in application live chat and direct email support, an online e-learning center, complimentary live webinars; and professional productivity audits to maximize your investment.

Regardless of which implementation model a hotel chooses to support its business objectives today, management should be able to switch to a different option tomorrow without going to market for a new system provider and incurring additional licensing fees. Migrating from on premise to cloud hosted or vice versa should be a painless transition with the right PMS partner. The takeaway is to choose a deployment option that provides a sophisticated solution with the right feature set and the latest innovations to keep hoteliers competitive with the freedom to move to any new environment as future business demands dictate.

Having one's head in the clouds isn't a bad thing if you take advantage of the inspiration you find while you're there. But putting one's system in the cloud just because everyone is doing it or because your PMS provider says you should, can be a costly mistake, especially if guest satisfaction and business goals suffer.

Maestro is the preferred cloud and on-premises PMS solution for independent hotels, luxury resorts, conference centers, vacation rentals, and multi-property groups. Maestro's PCI certified and EMV ready enterprise system offers 20+ integrated modules on a single database including web and mobile apps to increase profitability, drive direct bookings, centralize operations, and enable operators to engage guests with a personalized experience. For over 40 years Maestro's Diamond Plus Service has provided unparalleled 24/7 North American based support and education services to keep hospitality groups operational and productive. Click here for more information on Maestro.

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Cloud Hosted vs. On-Premise vs. Self Hosted vs. Private Cloud PMS: All Platforms Have Advantages; Which is Right for You? | By Warren Dehan -...

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Capital One to pay $80M penalty over 2019 data breach – Banking Dive

Dive Brief:

Capital One will pay an $80 million penalty for last years data breach involving more than 106 million accounts, regulators said Thursday.

The Office of the Comptroller of the Currency (OCC) said its consent order is based on the bank's "failure to establish effective risk assessment processes prior to migrating significant information technology operations to the public cloud environment and the bank's failure to correct the deficiencies in a timely manner."

Capital Ones data breach was one of the largest to hit a financial services company, affecting about 100 million people in the U.S. and another 6 million in Canada, the bank announcedlast year.

That hack occurred after a former employee of Capital Ones cloud hosting company, Amazon Web Services, gained access to the banks customer data by exploiting a misconfigured web application firewall.

The data, connected to credit card applications filed between 2005 and 2019, included names, postal codes, birth dates and self-reported income. The breach also exposed credit scores, credit limits, balances, payment history and fragmented transaction history from 2016 to 2018.

In its consent order, the OCC said the McLean, Virginia-based bank "failed to establish appropriate risk management"and "failed to identify numerous control weaknesses and gaps in the cloud operating environment."

The regulator said the banks board "failed to take effective actions to hold management accountable"and said the bank "engaged in unsafe or unsound practices that were part of a pattern of misconduct."

The OCC, however, said it "positively considered"the bank's customer notification and remediation efforts following the hack.

"Safeguarding our customers information is essential to our role as a financial institution," a Capital One spokesperson said. "The controls we put in place before last years incident enabled us to secure our data before any customer information could be used or disseminated and helped authorities quickly arrest the hacker.

"In the year since the incident, we have invested significant additional resources into further strengthening our cyber defenses, and have made substantial progress in addressing the requirements of these orders," the spokesperson added. "We appreciate our regulators recognition of our positive customer notification and remediation efforts, and remain committed to working closely with them to ensure that we meet the highest standards of protection for our customers."

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Capital One to pay $80M penalty over 2019 data breach - Banking Dive

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All PMS Platforms Have Advantages, But Which One is Right for Your Hotel? | – Hotel Technology News

All platforms have advantages, including self-hosted, private cloud and on-premise solutions that leverage the latest mobile, contact free and web-based technologies.By Warren Dehan, President of Maestro - 8.4.2020

A great deal has been written over the years about the viability of moving a hotels property-management system (PMS) to the cloud to take advantage of the latest technologies, but hoteliers need to realize that its not the only viable option. All platforms have advantages, including self-hosted, private cloud and on-premise solutions that leverage the latest mobile, contact free and web-based technologies. Independent operators can still enhance the digital guest experience, support personalized and mobile check-in, deploy contact free technologies, and secure hotel/guest data even if their PMS does not reside in the cloud. It should not be a question of Cloud or On Premise? but rather Does the PMS solve your business objectives in both technology and service?

A hotel can invest in the latest software on the market with the most attractive user interface, but if the solution doesnt do what that property needs it to do to run the business, its not a wise or practical investment. Some high-end luxury full-service hotels and resorts are in the middle of nowhere. Internet connectivity is spotty at best, and hoteliers are often plagued with constant outages. For those operating in remote areas, the cloud is the wrong platform for that environment. Furthermore, for properties that want their own autonomy on when and how version upgrades to the software are deployed or have their own IT teams to take ownership of the system, self-hosted or private cloud may be the better option.

Contrary to popular belief, a hotel can do anything on premise or self-hosted that it can do in the cloud; data can still be backed-up on site (and simultaneously in the cloud if desired), and the same level of contactless and mobile capabilities, along with integration to third-party cloud services, can be achieved regardless of the hosting platform. Whether the server is in the cloud, in a private cloud, a managed data center, or in the hotels IT room, as long as it has a connection to the Internet (generally firewall secured between an internal and external network) it can support a web browser based PMS with touchless, contact free, mobile, and third-party technologies.

Heres a quick comparison of the most common types of PMS platforms:

Any computer infrastructure will have associated costs. While a cloud solution generally has a lower cost of entry, there can be higher long-term costs over the life of the solution (when comparing like for like products). After all, the company providing the hosting is expecting to turn a profit. Self-hosted and on-premise systems will have higher upfront costs due to direct hosting and/or hardware related fees and the staff expense for IT administrators to manage the infrastructure, but costs will be lower in the long term if the property can use its own IT staff. If this role is served by the same inhouse group that is providing local network management at the property for all the local IT needs of the hotel, there may only be a small incremental cost to manage this inhouse, which may be a consideration for those property groups interested in securing their own data and maintaining system ownership.

One of the biggest arguments for moving PMS to the cloud centers around system maintenance and security. While hotels will always have to maintain their local network and equipment on site regardless of whether they use a cloud-based or on-premise PMS, operating in the cloud will enable them to avoid dealing with application and database server equipment renewal and upgrades as this is generally done, and costs absorbed, by the hosting provider. A cloud solution also affords the hotel the ability to focus on their operation and not worry about data center servers, firewalls, load balancers, database servers etc., but that comes at a higher operational cost over an inhouse system. For some clients, they have additional concerns over where their data resides, how secure it is and how accessible it is to the property group.

Since prior to and during the onset of COVID-19, my team has been fielding calls from independent hoteliers who are frustrated because they are being pushed by their PMS provider to migrate to their latest cloud versions purportedly in order to take advantage of the latest web based and contact free technologies. Imposing a PMS change to the cloud often motivated by providers sunsetting their legacy software does not provide hoteliers with the ability to choose what is best for their operation.

Today, operations are in flux, and leaders need to be reactive to their guests needs. A one-size-fits-all or cloud-first mentality isnt right for everyone; nor should they be forced into incurring additional expense to go to market for a new system just to get the latest tools to keep them current. Its important to work with a PMS partner who gives you options in deployment, offers the latest innovations, secures your investment with included upgrades and services, and whos offering ultimately meets your hotels business objectives.

Also, verify that the platform can support todays in-demand touchless integration tools, and that the PMS solution is backed by proven customer service. Look for a provider that offers 24/7 call center support; free version upgrades; on demand live one-on-one training; in application live chat and direct email support, an online e-learning center, complimentary live webinars; and professional productivity audits to maximize your investment.

Regardless of which implementation model a hotel chooses to support its business objectives today, management should be able to switch to a different option tomorrow without going to market for a new system provider and incurring additional licensing fees. Migrating from on premise to cloud hosted or vice versa should be a painless transition with the right PMS partner. The takeaway is to choose a deployment option that provides a sophisticated solution with the right feature set and the latest innovations to keep hoteliers competitive with the freedom to move to any new environment as future business demands dictate.

Having ones head in the clouds isnt a bad thing if you take advantage of the inspiration you find while youre there. But putting ones system in the cloud just because everyone is doing it or because your PMS provider says you should, can be a costly mistake, especially if guest satisfaction and business goals suffer.

Warren Dehan is the President of Maestro, the preferred cloud and on-premises PMS solution for independent hotels, luxury resorts, conference centers, vacation rentals, and multi-property groups. Maestro was first to market with a fully integrated Windows PMS and Sales & Catering solution and is continuing that trend with leading edge web and mobile based solutions. Platform and deployment independence present Maestro as an investment that will continue to grow and adapt as new technologies emerge.

Are you an industry thought leader with a point of view on hotel technology that you would like to share with our readers? If so, we invite you toreview our editorial guidelines and submit your article for publishing consideration.

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16 reasons why you should move your backup to a NZ-hosted solution – IT Brief New Zealand

A core tenet of enterprise IT wisdom is thatenterprise backups should be kept in several locations typically a combination of on-premise, cloud, and remote site backups.

Many enterprises usecloud hosting for their backups but where are those backups really being kept?

1. Low latency. With the equipment being physically closer, your backups and recovery are simply faster with less latency.

2.Sovereignty. Your data is stored in New Zealand and protected under New Zealand law. This is particularly important with recent changes in Australia and the United States which give authorities permission to access data for a variety of reasons.

3. Lower cost of data transfer. Transferring data nationally is cheaper than international data transfer.

4. New Zealand generates almost 100% of its electricity from renewable sources, while Australia, Singapore and the United States still use fossil fuels. By using New Zealand hosting, you are quite literally saving the planet.

Companies that provide New Zealand-based hosting include Actifio, Catalyst Cloud, and Katana Technologies. The three companies collaborated on a solution called Actifio Multi-Cloud Data Management by Katana Technologies - Powered by Catalyst Cloud.

"This is an exciting time to be supporting a true local cloudwith Catalyst Cloud," Katana Technologies founder Steve Rielly says, "and to combine that with a clear market leader such as Actifio, with the local team of Joe Hassell and Kosala Atapattu who have been amazing with their guidance and support to make this a reality.

"Partners and clients will be able to ensure their critical information, including intellectual property and personally identifiable information will be safe and secure residing on New Zealand shores, on top of the already proven performance and cost benefits.

Find out more about how Actifio, Catalyst Cloud & Katana Technologies protect New Zealand's data here.

5. Only pay for what you use - unlike other options that make a customer commit to a specific compute or storage requirement in advance (no need to allocate a block)

6. No charge for API access - Unlike foreign public cloud options there is no charge for API usage. This can add up significantly when keeping backups up to date

7. No additional costs for data retrieval over and above the internet data traffic charges and no inbound data traffic charges

8. Cheaper total cost of operation than AWS. Also, Catalyst Cloud prices its services in New Zealand dollars so unlike foreign service fees, Catalyst Cloud prices dont fluctuate with the exchange rate

9. Greener energy than Australia - Catalyst Cloud only buys power for their three local data centres from power providers who generate renewable energy

10. Catalyst Cloud is 100% New Zealand owned and operated - so your data is fully protected byNew Zealand data and privacy laws and all profits remain in New Zealand so you are supporting the local economy.

Catalyst Cloud chief growth officer Igor Portugal, says, Our low-cost object storage gives New Zealand businesses a much cheaper way to store their data safely in New Zealand and eliminates the price as the reason to take their data offshore.

If geo-replication isnt as important to you, but youre looking for a cost-efficient and safe way to store and retrieve your data within New Zealand, then our single-region object storage service could be for you. Actifio makes this affordable service even more accessible for any enterprise by simplifying both the backup and the recovery.

Find out more about Actifio Multi-Cloud Data Management by Katana Technologies - Powered by Catalyst Cloudhere.

11. Infrastructure & application agnostic: any application, any platform, any cloud

12. Comprehensive, single pane of glass platform for multi-cloud data management, resiliency, agility and mobility.

13. Instant recovery from any tier of storage, including object

14. Rich application integration with most databases, hypervisors, filesystems and cloud platforms

15. API based integration with data masking to ensure secure test data management throughout the data lifecycle

16. Easy setup, monitoring and maintenance.

"Actifio is excited to extend support for our Virtual Data Pipeline solution to Catalyst Cloud alongside Katana Technologies. With Actifio, enabling a locally based cloud vendor allows NZ businesses to leverage a true multi-cloud strategy for their data and ensure data and workloads are suitably located, says Actifios NZ sales director Joe Hassell.

With subscription pricing and scalable modular architecture, this solution can be used to deliver everything from small test data management projects to meeting petabyte-scale long term cloud backup and archive requirements.

Find out more about Actifio's Virtual Data Pipeline here.

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16 reasons why you should move your backup to a NZ-hosted solution - IT Brief New Zealand

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Bare metal vs dedicated servers: which is the better web hosting option? – ITProPortal

If youre trying to get the best performance out of your dedicated server hosting, you will have to choose between traditional dedicated servers and modern bare metal options. But whats the best way to choose, and what should you base your choice on? In this article, weve aimed to clarify the difference between the two options, touching on a few common industry myths at the same time.

Technically speaking, theres a lot of similarities between bare metal and dedicated servers. For example, they are both physical machines, rather than virtualized servers composed of a collection of resources.

In actual fact, the bare metal name originates from the absence of any virtualization or a hypervisor layer. Basically, bare metal servers provide full access to the machines hardware, allowing you to configure things as required.

Both dedicated and bare metal servers only host one client at a time. In short, this means that you will have full access to your processor, storage, and memory without having to worry about it being impacted by other users. With both options, you, and only you will be able to draw on your machines power, and your performance wont ever be affected by other users.

Now, understand that both traditional and bare metal servers offer a form of dedicated hosting. When compared side-by-side, bare metal servers tend to have more advanced hardware than their traditional alternatives. Usually, they include the latest in computing technology, such as Intel Xeon CPUs and DDR4 RAM.

Similarly, bare metal servers tend to use the best in storage technology, often featuring NVMe SSD storage thats miles ahead of traditional HDD and SATA SSD storage options. Connectivity is another major consideration, and both options are equally capable here with high-speed connections up to 1GB per second.

The chances are that if youre looking for a high-quality server that will deliver maximum performance, you already know exactly what youre going to use it for. The performance of dedicated physical servers (both traditional options and bare metal servers) is unbeatable, which means that they are often the only viable choice for high-traffic sites, complex portals, and specific applications such as video rendering, VoIP, online gaming, SaaS, and more.

On top of this, all dedicated servers can handle extremely high visitor numbers, transaction processing, and more when using an enterprise-level eCommerce CMS (such as Magento or WooCommerce). Similarly, they can be configured to provide extremely low latency for online gaming and other applications where speed is a priority. And compared to shared hosting, which can be unreliable at times, you can rest assured that you will always have full access to the hardware resources that youve paid for.

Finally, traditional and bare metal dedicated servers offer unparalleled security and control. Theres little to differentiate the two here, as both options allow you to select an operating system, install server-wide applications, and deploy your own hypervisors. You will also have full root access so you can customize the hosting experience as required.

The primary difference between traditional and bare metal dedicated servers is their price structures. In general, bare metal servers offer the same or better performance than traditional alternatives and are billed using a flexible, hourly-billed model. With a traditional server, you will usually have to pay for a monthly or yearly contract, while a bare metal server can be run for as long or as short a time as you want without being locked into any contract. This means that they are a great choice for sites or apps that experience traffic spikes at specific timesfor example, during sales or on certain holidays.

As youre probably beginning to realize, bare metal and traditional dedicated servers are therefore designed for different use cases. The traditional option is designed to be used over the long-term, while bare metal servers are a great choice for situations where such a high level of performance is only required for a short time.

In general, its possible to integrate both types of dedicated server with other types of hosting. For example, many companies host their main website on a cloud or VPS server, re-routing traffic through a dedicated server when their main hosting cant handle it. Similarly, many applications are first tested on virtual machines without the need for high-end performance specs before being transferred to a dedicated server.

In these and other similar cases, bare metal servers are almost always the best option. Since they are designed both to operate individually and as nodes in a larger network of servers, they come with additional tools to make configuration and network linking that much easier. Its extremely easy to connect dedicated bare metal hardware with VPS or VMs, and management is often possible through a single cloud-based control panel.

And whats more, things have advanced significantly when it comes to deployment of dedicated servers. In the past, they were manually provisioned, which often took some time. Nowadays, most providers use automated provisioning, allowing you to get online much faster and with significantly fewer delays.

In general, traditional and bare metal dedicated servers are much more similar than they are different. Neither option is clearly better than the other in all situations, which means you should make your choice based on your needs and deployment goals.

Overall, the things youre planning to use your server for and your overall budget will largely dictate which option you go for. In most cases, bare metal servers are the best option for running alongside other hosting services. They can be integrated together using any one of a range of tools.

Finally, you should always go for a bare metal server if you need top-of-the-range hardware. They usually come with the absolute latest and greatest technology, with the best memory, storage, CPU, control, and connectivity possible. If you need the fastest, most flexible, and most powerful hosting option possible, go for a bare metal server.

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Bare metal vs dedicated servers: which is the better web hosting option? - ITProPortal

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Help For Caregivers Coming to St Cloud VA – KNSI Radio

Jennifer Lewerenz | Aug 6, 2020 AT 6:30 pm

(KNSI) - The St Cloud VA Health Care System has announced that they will be hosting a virtual Caregiver Support Resource Fair on August 24th, from 9 a.m. to noon, and a Caregiver Support Summit and Training seminar, scheduled on the same day from 1 to 4 p.m. Participants are invited to join these seminars via phone, computer or most hand-held devices.

The Veteran Caregiver Resource Fair will include the following topics:

9 a.m. Welcome and Caregiver Support Introductions

9:15 a.m. VA Local Recovery Coordinator

9:45 a.m. Veterans Justice Outreach

10:15 a.m. Intimate Partner Violence & Military Sexual Trauma Programs

10:45 a.m. Spinal Cord Injury & Disorder Clinic

11:00 a.m. Vision Impairment Services Team

11:15 a.m. Minnesota Senior Linkage Line

To register for the Caregiver Support Resource Fair go to https://tinyurl.com/yyltstco or contact Alicia at 320-255-6323 for assistance.

Then in afternoon, the Caregiver Support Summit and Training seminar is offered to help increase awareness of VA Caregiver Support services, while providing education on critical caregiver issues. Training times and topics include:

1 p.m. Leadership welcome

1:15 p.m. Overview and updates for VAs Caregiver Support Program

2 to 4 p.m. Education Offering: Suicide Prevention for Caregivers

To register for the Summit & Training go to: https://tinyurl.com/yx9gh18 or contact Alicia at 320-255-6323 for assistance.

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[Webinar] eDiscovery In The Age of Cloud Applications: How To Collect From Slack – August 20th, 1:00 pm – 2:00 pm ET – JD Supra

August 20th, 2020

1:00 PM - 2:00 PM ET

With workplaces becoming digitalized with an increase in remote work, organizations are relying more heavily than ever before on cloud tools like Slack to get work done efficiently. As a result, legal teams want to know how to proactively prepare for eDiscovery.

Onna helps organizations collect, process, and store their Slack data for eDiscovery, compliance, and information governance. Curious to find out how? Register for our upcoming webinar today. Bring your questions - well be hosting a live Q&A session.

In 60 minutes, well talk about:

Speakers:

Adam SeitzmanAccount ExecutiveOnna

Adam Seitzman is on the Enterprise Solutions team at Onna. He helps clients evaluate how to improve and streamline their eDiscovery and Compliance workflows. Prior to Onna, Adam was on the enterprise solution teams at Dropbox and Oracle. Adam holds a BA in History from the University of Texas at Austin.

Allison KeaneEnterprise Success LeadOnna

Allison Keaneis an Enterprise Success Lead at Onna. She acts as a trusted advisor to her clients, helping plan and implement Onnas software for eDiscovery, Compliance, and more.Prior to Onna, Allison was leading a Client Onboarding Team at software company, Updater.Allison holds a BA in Communications from Fordham University.

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[Webinar] eDiscovery In The Age of Cloud Applications: How To Collect From Slack - August 20th, 1:00 pm - 2:00 pm ET - JD Supra

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What is On-the-Fly Memory Encryption? – Electropages

The importance of hardware security is ever-growing, and designers are continually developing new ways to implement such measures. What is on-the-fly RAM encryption, and what problems can it solve?

For the longest time, attacks on devices often came from a software point of view whereby an attacker would use code exploits, or bugs in an OS to gain access to sensitive data. While hardware attacks have existed for as long as hardware has been around, they were far rarer than their software counterparts. A classic example of a simple hardware attack on older Windows machines is when an attacker can reboot the machine, gain entry into the Windows boot menu, and start-up in an admin account with full privileges. While some may consider this an OS exploit (which it is), it requires access to the physical computer. This type of attack is known as a side-channel attack as it bypasses security measures without needing to interact with them.

However, the increase of IoT devices sees a whole new range of hardware attacks thanks to poor design and high payoffs. But hardware attacks are often about gaining entry to protected data or taking control of software via the use of hardware. These types of attacks are particularly difficult to stop as software-based security can do very little against them. Software is not real and cannot affect the world outside it, whereas hardware is real. As a result, designers have begun integrating hardware security into CPUs, SoCs, microcontrollers, and boards to protect devices from hardware attacks.

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The hardware security field is still in its infancy (when compared to software security), but has already made leaps and bounds. The most basic form of hardware security comes in the form of tamper pins which detect when an attacker has attempted to demount an IC. Once identified, a software subroutine can be called, which could be made to wipe all internal data. Another form of hardware security comes in the form of cryptographic accelerators which are special units that perform specialised encryption algorithms. These units are immutable, and as a result, can defend against hardware attacks that may try to monitor buses. But one emerging technology that could see use in the future is the use of on-the-fly RAM encryption. What does this do, and what attacks can it defend against?

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Random Access Memory, or RAM, is an area of memory in a computer that is used to hold temporary data. However, the term temporary is incredibly loose, as RAM is used to keep everything from running programs to sensitive data. Because of this, many CPUs deploy privilege levels that prevent an application from accessing the RAM of other processes. Therefore, an operation launched by an attacker cannot peek into the RAM contents of a bank app and obtain usernames, passwords, and additional personal information. However, RAM is incredibly weak against hardware attacks, and attackers can get around privilege levels using such an attack.

When RAM is turned off, it loses the contents of its memory, but this can take minutes depending on its temperature. To make matters worse, most processors do not wipe RAM when rebooting which means that a computer which is quickly turned off and on forces it to reboot, but preserves the contents of RAM. Therefore, an attacker can reduce the temperature of RAM (using compressed air), increase the longevity of the memory, load a custom OS on a flash drive, and have it dump the contents of RAM (which are now entirely unprotected), and store it into a text file. Since RAM can be used to hold private keys, passwords, and much more, the attacker has a wealth of potentially sensitive information with minimal effort. How can such a system be protected against?

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One method to protect against such an attack is to implement on-the-fly RAM encryption. While this is still incredibly rare in the industry (but does exist), the contents of RAM are encrypted meaning that even if an attacker can dump the contents into a file, the results would be encrypted. Specialised cryptographic accelerators can load bytes from RAM and decode them in real-time for the CPU to read.

The use of memory encryption requires the use of a private key that should change on each boot of the CPU. Storing this key in RAM would be counter-intuitive, which is why such a system could utilise internal registers instead. The advantage of this is that most CPUs reset all their registers when they first boot meaning that an attacker could not retrieve the encryption key used to encrypt the RAM. However, on-the-fly encryption does have its shortfalls; the strong the encryption the longer it takes to read from RAM. This is also problematic for systems needing DMA as all data needs to be encrypted/decrypted before being transferred.

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On-the-fly encryption of RAM could provide future systems with high-degrees of security that not only prevent processes from accessing areas of RAM that they shouldnt but wouldnt even be able to decode the data if they did. However, it may be a form of protection that is far too complex for most applications, including IoT, where price and size are essential.

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What is On-the-Fly Memory Encryption? - Electropages

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Blue Canyon Technologies Tapped to Build QETSSat Encryption Satellite – Via Satellite

Artist Rendering of the BCT YAM-4 (Photo: BusinessWire)

Loft Orbital awarded a contract to small satellite manufacturer Blue Canyon Technologies (BCT) to develop and build the YAM-4 spacecraft bus for the Canadian Space Agency (CSA) and Honeywells Quantum Encryption and Science Satellite (QEYSSat) mission, BCT announced August 5.

BCT will build the satellite using its new X-SAT Venus-Class bus design, which can carry payloads up to 90 kg. Financial details of the contract were not disclosed.

The CSA named Honeywell its prime contractor for QEYSSat in a $30 million dollar deal signed in June 2019. The QEYSSat mission aims to demonstrate the use of Quantum Key Distribution (QKD) encryption technology for secure online communications on Earth. QKD creates encryption codes that are designed to be unbreakable, allowing for more secure quantum computing.

Having a secure communication infrastructure is critical in this day and age. Our foundational support of the YAM-4 spacecraft will make the access to space for this type of demonstration less expensive and quicker to launch, allowing Canadian scientists to study how QKD behaves in space, BCT President and CEO George Stafford said in a statement.

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Blue Canyon Technologies Tapped to Build QETSSat Encryption Satellite - Via Satellite

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Encryption Software Market Report to Share Key Aspects of the Industry with the Details of Influence Factors- 2024 – Owned

TheEncryption Software Marketresearch report presents a comprehensive assessment of the market and contains thoughtful insights, facts, historical data and statistically-supported and industry-validated market data and projections with a suitable set of assumptions and methodology. It provides analysis and information by categories such as market segments, regions, and product type and distribution channels.

The report begins with a brief introduction and market overview, in which the Encryption Software industry is first defined before estimating its market scope and size. Next, the report elaborates on the market scope and market size estimation. This is followed by an overview of the market segmentations such as type, application, and region. The drivers, limitations, and opportunities are listed for the Encryption Software industry, followed by industry news and policies.

Our analysis involves the study of the market taking into consideration the impact of the COVID-19 pandemic. Please get in touch with us to get your hands on an exhaustive coverage of the impact of the current situation on the market. Our expert team of analysts will provide as per report customized to your requirement.

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Top Key Players involved in Encryption Software Industry are:Microsoft Corporation (U.S.)Sophos Ltd. (U.S.)CheckPoint Software Technologies Ltd. (Israel).Trend Micro Inc. (Japan)Symantec Corporation (U.S.)IBM Corporation (U.S.)SAS Institute Inc. (U.S.)Intel Security Group (McAfee) (U.S.)EMC Corporation (U.S.)WinMagic Inc. (Canada)

Regions & Top Countries Data Covered in this Report are:Asia-Pacific (China, Southeast Asia, India, Japan, Korea, Western Asia), Europe (Germany, UK, France, Italy, Russia, Spain, Netherlands, Turkey, Switzerland), North America (United States, Canada, Mexico), Middle East & Africa (GCC, North Africa, South Africa) , South America (Brazil, Argentina, Columbia, Chile, Peru).

The report includes an analysis of the growth rate of every segment with the help of charts and tables. In addition, the market across various regions is analyzed in the report, including North America, Europe, Asia-Pacific, and LAMEA. The report manifests the growth trends and future opportunities in every region.

Global Encryption Software market is presented to the readers as a holistic snapshot of the competitive landscape within the given forecast period. It presents a comparative detailed analysis of the all regional and player segments, offering readers a better knowledge of where areas in which they can place their existing resources and gauging the priority of a particular region in order to boost their standing in the global market.

The Global Encryption Software Market is gaining pace and businesses have started understanding the benefits of analytics in the present day highly dynamic business environment. The market has witnessed several important developments over the past few years, with mounting volumes of business data and the shift from traditional data analysis platforms to self-service business analytics being some of the most prominent ones.

By Type:CloudOn-Premises

By Application:Financial SectorHealthcarePublic Sector

The Global Encryption Software Market is gaining pace and businesses have started understanding the benefits of analytics in the present day highly dynamic business environment. The market has witnessed several important developments over the past few years, with mounting volumes of business data and the shift from traditional data analysis platforms to self-service business analytics being some of the most prominent ones.

For the future period, sound forecasts on market value and volume are offered for each type and application. In the same period, the report also provides a detailed analysis of market value and consumption for each region. These insights are helpful in devising strategies for the future and take necessary steps. New project investment feasibility analysis and SWOT analysis are offered along with insights on industry barriers. Research findings and conclusions are mentioned at the end.

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Encryption Software Market Report to Share Key Aspects of the Industry with the Details of Influence Factors- 2024 - Owned

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