How Secure Is Your Digital Content?

A robber holding a computer

How Secure Is Your Digital Content?

Data security is – or should be – a top priority for businesses both big and small. With data breaches increasing, it is imperative to implement security measures at every level. So, what should organizations do to streamline and secure their digital workplace and content? Our DocuServe team offers information about essential tools, trends and advice – especially for web developers who use WordPress.

Collaboration in the cloud – the advent of the CCP

Every business knows that a migration to the cloud is necessary. The productivity gains of going paperless and the sheer speed of a digitally-integrated workflow are only possible with a well-implemented content collaboration platform (CCP) solution.

As defined by Gartner, the CCP market covers a range of products and services that enable content productivity and collaboration. CCPs are aimed at individuals and teams, inside or outside an organization. Additionally, CCPs increasingly support lightweight content management and workflow use cases.

Why does your digital workplace need a CCP?

If you want to improve productivity and teamwork, you need to devise secure ways for content sharing and collaboration with your employees and colleagues both inside and outside your organization. According to Gartner’s content collaboration magic quadrant, 50 percent of midsize and large organizations in mature regional markets are expected to use a CCP by 2022 to improve productivity and collaboration and implement document workflows.

CCPs not only empower and connect people, but also enable a new level of productivity, collaboration and efficiency. Just as importantly, it covers security and compliance issues, in addition to helping meet business goals. As outlined by Gartner, the core functionalities of CCPs include:

  • Mobile access to content repositories.
  • File synchronization across devices and cloud repositories.
  • File sharing with people and applications, inside or outside an organization.
  • Team collaboration with dedicated folders.
  • A content repository, which can be cloud-based or on-premises, native to the CCP platform or based on other file servers or repositories.

Using these workplace apps separately and out of context of a CCP platform is difficult and trying for employees to use to perform specific tasks. Also, managers and employees perceive these workplace apps in a different light. When you opt for a CCP, you can eliminate most of these problems because they offer different levels of support for the following:

  • Data protection and security
  • Usability
  • Mobility
  • Simplicity
  • User productivity
  • File manipulation
  • Content management
  • Collaboration
  • Analytics
  • Workflow
  • Data governance
  • Integration
  • Management
  • Administration
  • Storage

What to avoid

KIssflow’s Employee Experience Survey was conducted to assess the day-to-day interactions of the employees and leaders of various industries with workplace software – and the extent to which the workplace software affects the overall employee experience. Findings revealed the following:

  • The opinion is different among employees and leaders on how much workplace software they use.
  • Employees are less satisfied with the software they use than the leaders.
  • Employees are less likely to believe than their leaders that workplace technology empowers them to do their jobs in a better way.
  • When it comes to using workplace technology to their advantage, employees face several obstacles. Some of these obstacles are inadequate training, confusing and complex interface, and lack of guided learning tools.

According to Kissflow CEO Suresh Sambandam, “We can’t build enterprises as we did a decade or so ago, but the problem is, we’ve started working for the tools we’ve implemented, instead of the tools working for us. Each time a tab is switched, productivity goes down and some momentum is tossed away.

“With a digital workplace, enterprises are providing a radically new experience so that working is easy and fun, and not a burden to fathom all the things that are going on in 6-7 different applications running as siloed tabs on people’s browsers.”

CCPs offer complete data protection and uninterrupted service, and can be extremely useful for start-ups that have small teams and need to work closely with external teams on different projects. With a CCP in place, you can communicate efficiently to complete projects which need collaboration. It keeps your business organized and help you avoid workplace silos.

Keeping your digital content secure

As previously mentioned, information security is a serious threat to organizations worldwide. Your data is a major investment – as is your website. Because 25 percent of websites are powered by WordPress, it should not be surprising that hackers frequently target WordPress sites.

Fly Plugins offers crucial tips for keeping your digital assets safe and secure.

Make sure your foundation is strong – When you talk of security, you need to ensure that your foundation is secure. And, a secure foundation starts with your laptop or desktop computer. Should the hackers compromise your device, you can’t do much by securing WordPress.

Use a strong password – Not to be rude, but you’re probably not as clever as you think you are. Don’t use a password that has a personal meaning you believe no one will ever guess, or assume that no hacker would try anything as obvious as “password 123” or “password.” Don’t keep a text file or spreadsheet of your password. Never use a sticky note on your laptop that has all of your passwords.

In addition:

  • The physical security of your laptop is of utmost importance. Make sure that you keep it in a safe place to prevent theft.
  • Always use an antivirus program – add a firewall for additional security.
  • Always use a secure Wi-Fi connection.
  • If your organization has a bring-your-own-device (BYOD) policy, take the appropriate security measures. Our blog post on the topic covers what you need to know.  

Select a secure web hosting service – Server-level security is also of utmost importance. When you select a web hosting service provider, perform your due diligence so that you know in detail the level of security it provides.

Set up WordPress correctly from the start – Do not use ‘admin’ as the primary administrator account. Ensure that you do not begin your database table names with ‘wp.’ Again, use strong passwords for the admin account, and use multilevel authentication.

Keep yourself updated –Keep current on all security updates, as well as WordPress, themes, and plugins. Have a staging site so you can test the updates before using them on your live site.

Also, ensure that you only install plugins you trust. In most cases, the plugins available on the WordPress site are safe. You need to be careful with free plugins. It is important to go through the reviews before installing them. Never download a free premium plugin.

Secure the goods – You can install the free Sucuri plugin, which performs all the necessary security monitoring and malware detection, and has tools that harden your WordPress site. The Sucuri scan feature can clean your site, and its primary features include security activity auditing, file integrity monitoring, remote malware scanning, blacklist monitoring, effective security hardening, post-hack security actions, security notifications and website firewalls.

No matter what platform your company uses to meet its unique needs, DocuServe specializes in offering industry-leading solutions for keeping your digital content safe. Our secure document and rich media sharing app can reduce the risk of data exposure. With DocuServe, you can easily control content distributed to employees, vendors, and potential customers. Contact us to learn more.

 


Video Streaming Encryption

Can Streaming Video be Encrypted?

Our blog post – “Video Encryption – How to Secure Your Digital Content” – we covered the basics of the vulnerabilities video content is susceptible to, and available encryption techniques. With the increasing prevalence of streaming video content, a more in-depth look is now in order.

Streaming video is widely used in online education, from universities to specialty schools. Because such organizations charge tuition, videos that are used in the curriculum are school property – and as such, need to be kept out of the hands of non-students either looking for free instruction or to copy the streaming video and sell it for their own profit. The same applies to corporate training videos and webinars, which can give competitors an advantage if they gain access. And did we mention gaming?

But first, the bad news. There is no way to prevent someone with the determination and skills to access your streaming video from doing so. If videos can be accessed and viewed online, they can be stolen. The best you can do is add protective technology to make your streaming videos more difficult to steal. It’s basically the rationale that law enforcement agencies use when telling people to secure the doors to their home with more than the just the handle lock. Additional measures such as deadbolts and a security system will act as sufficient deterrents for most burglars, who’ll tend to pass up more secure homes for one that’s easier to enter.

What is video encryption?

Anthony Romero described it best for IBM Watson Media, so here it is in its entirety:

“At its essence, video encryption is the process of hiding video from unintended audiences. When working appropriately, it protects data so that it’s watched and accessed just by intended parties. Usually this goes hand-in-hand with other methods to restrict access to content, be it password protection to just placing an embed restricted version of the asset to your site. This is done through encrypting the asset in some manner in order to prevent snooping attacks where access to video could be compromised through a network tap and sniffer technologies.

“It can also include encrypting stored content, going as far as to protect assets in the event of a physical hard drive or database being compromised on location.

“There are a couple of different ways to encrypt content, and several different states that data can be in as well. For the topic of video storage, the common state for these assets is data at rest and also data in transit during delivery to an end viewer.”

What is data at rest?

Very briefly, data at rest is essentially information or assets that aren’t moving through a network. This includes content stored locally, like a video saved on a laptop, and assets that might be saved on databases.

What is data in transit?

Data in transit is information flowing over a network. In the context of video, it’s the delivery of video to an endpoint for playback. It is different from data in use, which is data that might be in the process of being generated, updated or removed.

So, how can you best protect streaming video from being stolen?

When it comes to encrypting video data at rest or in transit, one solution is by using the Advanced Encryption Standard (AES) – a symmetric block cipher that can be implemented in software, hardware and other processes to encrypt sensitive data. It’s the successor to DES (Data Encryption Standard), developed by researchers at IBM in the early 1970s.

How does AES work?

To safeguard assets, AES takes a key and some data (plaintext) as an input and then transforms that into something random, known as ciphertext. This can be anything from part of a document to part of a video asset. Now to get something meaningful out of that ciphertext, AES and the same key used to transform it are required to turn it back into plaintext.

In relation to video in transit specifically, the content is encrypted in a way so that access requires being decoded by authorized players in browsers where the stream is delivered using HTTPS (HTTP over SSL/TLS). This is done through symmetric-key algorithm, which again requires the same key to be used for both encrypting and decrypting the data to get something meaningful from it.

The key is actually a number, and functions as a security method because of the huge amount of different combinations that it could be. The number of combinations depends on what key length or size is used: 128, 192 or 256 bits. The naming conventions relate to each key’s potential number of combinations.

Using a true streaming server provides even greater protection. The big advantage here is that the file is not actually downloaded to the user’s computer – it is seen only as a real-time stream and there is no file left on the user’s hard drive.

A streaming media or streaming video server is a specialized application which runs on an internet server. This is often referred to as “true streaming”, since other methods only simulate streaming.

True streaming has advantages such as:

• Handling much larger traffic loads.

• Detecting users’ connection speeds and supply appropriate files automatically.

• Broadcasting live events.

There are two ways to have access to a streaming server:

• Operate you own server (by purchasing or leasing)

• Sign up for a hosted streaming plan with an ISP (Internet Service Provider)

However, Media College warns that true video streaming in any form can be an expensive business. Unless you really have a need for it, you are probably better off starting with basic HTTP streaming.
Obviously, regardless of the solution you consider, streaming video encryption is not a DIY project. DocuServe provides robust data encryption solutions for a wide variety of industries. Learn about all we offer, then contact us to keep your intellectual property secure.


Enterprise Security

What is Enterprise Security?

With the threat of cyberattacks looming large in organizations of every size, it is imperative for companies to have foolproof security in place to keep their data safe and secure. But enterprise security is a challenging and broad issue. To reduce and eliminate the risk of unauthorized access to information technology systems and data, you need to have a comprehensive strategy that secures all entry and end points.

Enterprise security comprises the strategies and techniques that companies undertake to reduce the risk of unauthorized access to data, IT systems, and information. The activities in enterprise security include the institutionalization, advancements, change and evaluation of a firm’s enterprise risk management (ERM) and security methods.

Enterprise security administration entails different business units, staff, personnel and officials to work together to secure a company’s digital assets, ensure data loss prevention and safeguard the company’s reputation. Enterprise security activities should be in line with the organization’s compliance requirements, culture and administration strategies. Enterprise security activities include conducting vulnerability and risk analysis tests that are intrinsic to the organization’s business.

Enterprise security is also about devising procedures and strategies that can safeguard the company’s physical assets.

Dealing with the human factor

Though all technological help should be put in place to keep cyber attacks at bay, it is also vital for organizations to understand the human angle in dealing with the security issue.

Humans have broken many barriers when it comes to technology. However, people have a habit of experimenting with technology that at times goes beyond the original intent. Experimentation with technology is good, but this is also the point where security problems begin. As organizations embrace technology, it is becoming increasingly difficult for companies to predict all the threats and vulnerabilities that come to fore in the process. This is what makes enterprise security reactive by nature, and that is why protecting the system or asset becomes extremely difficult.

Also, security has become a problematic issue because of economic reasons. The market these days has become extremely saturated and fragmented. Enterprise security companies claim to offer almost identical solutions to everyone in the market. In addition, buyers are more interested in getting a solution that helps them meet their compliance norms rather than address their security problems. Also, buyers are ready to purchase solutions that are not effective, and sellers continue to market their product as if their product is infallible. Both buyers and sellers are operating in an environment of uncertainty, which adds to the enterprise security problem.

Two of the other issues that further complicates enterprise security are the cloud and the internet of things (IoT) because they expand the total attack surface.

How can companies approach security at a strategic level?

The fact is that there are countless moving parts in enterprise security. Since the challenge of enterprise security is so dynamic, pledging technological, organizational and financial resources to one specific strategy can prove counterproductive. Despite the fluid condition that governs the market forces and recent developments in IT/OT infrastructure, one factor that remains constant throughout is that all the cyber attacks are carried out by human beings.

Irrespective of the motives and methodologies of the attackers, be it rogue actors, industry competitors, corporate insiders, organized crime syndicates or nation-states, they can only operate within limits dictated by human behavior.

To effectively address potential insider threats, organizations should have full visibility into every employee, customer, and contractor. And, to address external threats, organizations should proactively try to identify attackers and their recognized patterns of behavior.

The future of enterprise security

Mobile security has always been an issue with enterprise security and will remain so in 2019 as well. The future of enterprise security vis-à-vis mobile presents a characteristically scary scenario. Mobile threats are on the rise and businesses need to be mindful of this development. Here is a complete lowdown of mobile security threats – present and future.

According to David Slight, president of Quora Consulting in North America, security, security, and security will dominate enterprise mobility in 2019.

Some of the main security problems that mobilized enterprise will face in 2019 are:

WPA-3 – WPA-2 which has been in use for over a decade has encountered vulnerabilities in the last two years; hence WPA-3 was introduced last year. The standard rollout of WPA-3 will take place this year which means a lot of work needs to be done that includes an upgrade to the 192-bit encryption in WPA-2. An enterprise will have to update its RADIUS service to use this enhancement. For public networks, WPA-3 will use a new encryption format called OWE which prevents snooping and session hijacking. But Wi-Fi access points need to be upgraded to support the WPA-3 which is what will make a mobile device secure.

Home office security is a big problem – In 2019, the home will become a more popular attack vector. The problem on this front is escalating because of the rise in the popularity of smart devices and home offices. As these devices are used for both private as well as business purposes, it makes the devices insecure which will be a big challenge to tackle in 2019.

The 5G network rollout will be a challenge – 2019 will see the rollout of 5G. And, like with every new technology, security will remain the main concern. Though the 5G mobile devices will not be widely available in 2019, securing these devices is going to be challenging and expensive. As more 5G IoT devices will connect to the 5G network directly without a Wi-Fi router, it will make devices more vulnerable to direct attack.

The IoT also poses threats – There are billions of endpoints in the IoT. Onboard security is often compromised to keep down the cost of each endpoint and to power them. What worsens the problem is that the IoT devices are available to hackers readily. Since IoT offers several loopholes because the systems are primeval and vulnerable to attacks, it is advisable to hire outside penetration companies to identify the weak spot to avoid breaches.

Attackers think globally, but act locally – Too many employees have a careless attitude towards workplace security, which makes the job of an attacker easy. The threat is likely to come from the network (compromising a single Wi-Fi connection) or phishing.

Does bring your own device (BYOD) affect enterprise data security?

Though security professionals are increasingly becoming open to embracing BYOD policies, yet businesses are not too confident when it comes to the data security of employees’, laptops, tablets, and personal phones. A recent Bitglass study reveals that out of the 400 IT experts surveyed, 30% were hesitant to embrace BYOD because of security concerns like data leakage, shadow IT, and unauthorized access to data. With GDPR or General Data Protection Regulation and other data privacy mandates kicking in, it has become vital for the organizations to monitor and protect their data.

There is a growing acceptance of personal devices in the enterprise – Using personal devices for work was not the norm just a few years back. Though employees used their personal computers and laptops to access company networks, as a concept BYOD was not prevalent in organizations back then.

Mobile threats are on the rise, yet security has not changed much – Since the mobile devices are relatively insecure, it is not surprising that criminals target is so often and with precision. It is not difficult for criminals to gain access to both corporate data as well as personal data from an easy-to-breach mobile device. Mobile device management tools and remote wiping, basic security precautions, are put in place only by 50% of those surveyed in the Bitglass study. Also, many security teams don’t have clear visibility about the apps used on personal devices.

Though the federal government’s use of mobile technology is improving, many communication paths remain insecure which makes the whole ecosystem vulnerable to attacks (a U.S. Department of Homeland Security (DHS) study).

Similar security loopholes are present in the private sector as well. Mobile devices are considered the riskiest point of intrusion to corporate networks.

Put in place smart policies for BYOD security – You need to ensure that your employees use personal devices safely and securely. BYOD is a beneficial yet risky practice. Before a company adopts BYOD, it should put in place a smart BYOD policy so that their data remains safe and secure. When it comes to BYOD, here is what you need to do to keep your enterprise data safe and secure:

Find out whether your employees need to use personal devices for doing their work. Those who don’t need regular access to networks or employees who work remotely should be left out of the BYOD program because it is difficult to monitor their devices.

Next, encourage your employees to update their operating systems and security software regularly. Make it mandatory for employees to use corporate security software on personal devices. And, if they are connecting their devices to the enterprise network, they should follow the company’s security protocols.

As you can see, enterprise security is a complex goal to achieve. DocuServe has the industry experience and solutions to protect company data to ensure that all your data remains safe and secure. From securing your data in the cloud and protecting your corporate secrets to keeping your mobile devices safe, DocuServe is a one-stop shop. Contact us to learn more about our industry-leading solutions.


Cybersecurity Degree Programs, Cybersecurity Masters Degree, Degree in Cyber Security, Online Security, Internet Security

Interested in Internet Security? Get a Cybersecurity Masters Degree!

Cybersecurity Degree Programs, Cybersecurity Masters Degree, Degree in Cyber Security, Online Security, Internet Security

No one can forget the infamous Sony Pictures security breach of 2014, where confidential information was released courtesy of computer hackers who called themselves the “Guardians of Peace.”

Cybersecurity attacks are becoming more frequent, and the demand for jobs is reaching a fever pitch. A new report out from Cybersecurity Ventures estimates there will be 3.5 million unfilled cybersecurity jobs by 2021, up from 1 million openings last year.

Employment figures from the U.S. and India highlight the cybersecurity labor crisis.

In 2017, the U.S. employed nearly 780,000 people in cybersecurity positions, with approximately 350,000 current cybersecurity openings, according to CyberSeek, a project supported by the National Initiative for Cybersecurity Education (NICE), a program of the National Institute of Standards and Technology (NIST) in the U.S. Department of Commerce.

Most IT security jobs require at least a bachelor’s degree in a computer related field however many colleges are expanding to have cybersecurity master’s degree programs, and here are some of them…

 

American Military University Logo_Cybersecurity Masters Degree Programs

American Military University (Charles Town, W.Va.) – The Master of Science in Cybersecurity Studies program takes a broad, multidisciplinary approach to preventing and responding to large-scale cyber threats and cyber attacks. The first half of the online, two-year program provides a foundation in network security, information assurance, cyber crime and digital forensics. The second half focuses on the issues, policies, practices and perspectives of various sectors, critical infrastructures, agencies and disciplines, such as national security, intelligence, criminal justice and emergency management.

 

Carnegie Mellon University_Cybersecurity Masters Degree Programs

Carnegie Mellon University (Pittsburgh)—In 16 or 20 months, the Master of Science in Information Security enhances a technical education in computer systems and security with research/development opportunities and the option to take additional courses in areas complementary to security. Graduates may pursue doctoral degrees or positions as security experts equipped to manage the growing complexities associated with securing data, networks and systems. This graduate degree program meets the criteria for the NSF-funded CyberCorps Scholarship for Service Program (SFS). U.S. citizens who are accepted may be eligible for a full scholarship and stipend from the federal government.

 

Fordham University_Cybersecurity Masters Degree Program

Fordham University’s School of Professional and Continuing Studies (Bronx, N.Y.)—Fordham’s Master of Science in Cybersecurity program is a combination of weekend, online and hybrid courses is designed for completion in 12 months over three semesters. Students learn how to identify solutions to global cyber threats while mastering legal, ethical and policy issues using methods in computing and informational science, engineering and social science. Program highlights include small classes taught by academia and industry experts, intensive lab experience in a dedicated cybersecurity research lab, and networking opportunities and career support.

 

George Washington University_Cybersecurity Masters Degree Programs

George Washington University (Washington, D.C.)—The Master of Science in Cybersecurity in Computer Science program was created to respond to the large and fast-growing need for technical cybersecurity experts nationally and internationally. Students acquire up-to-date knowledge and skills in cybersecurity and get a firm grounding in requisite core knowledge in computer science, as well as the ability to take courses in related disciplines. GWU also offers the Master of Engineering in Cybersecurity Policy and Compliance (online).

 

Indiana University_Cybersecurity Masters Degree Programs

Indiana University (Bloomington, Ind.)—The Master of Science in Secure Computing offers an interdisciplinary focus that combines coursework in mathematics, protocol analysis, and system and network security, with business and economics, social engineering, human-computer interaction, and other disciplines. The Master of Science in Cybersecurity Risk Management program will bring together cybersecurity courses from law, business and computer science. The degree offers integrated coursework from the School of Informatics and Computing, the IU Maurer School of Law, and the IU Kelley School of Business.

 

Northeastern University_Cybersecurity Masters Degree Programs

Northeastern University (Boston)—The Master of Science in Information Assurance and Cybersecurity program enables students to gain the broad knowledge needed to make strategic decisions to combat information security threats, including identity theft, computer malware, electronic fraud and cyber attacks. The program explores key issues in information security and how technology can help resolve them. It combines an understanding of IT with relevant knowledge from law, the social sciences, criminology and management.

 

University of Southern California_Cybersecurity Masters Degree Programs

The University of Southern California (Los Angeles)—USC Viterbi’s Master of Science in Cyber Security Engineering program focuses on the fundamentals of developing, engineering and operating secure information systems. Curriculum fosters understanding in developing a security policy and how policy drives technology decisions. Students solve challenges and problems of secure operating systems, secure applications, secure networking, use of cryptography and key management. This program is also available online to professional engineers through the Distance Education Network.

 

University of South Florida_Cybersecurity Masters Degree Programs

The University of South Florida (Tampa, Fla.)—The Master of Science in Cybersecurity interdisciplinary program has four concentrations. The Cyber Intelligence concentration prepares graduates for entry-level or advanced positions as cyber intelligence or threat intelligence analysts. The Digital Forensics concentration helps students gain the skills needed to investigate computer, cyber and electronic crimes; analyze networks that have been attacked or used for illicit purposes; and properly identify, collect, secure and present digital evidence. The Information Assurance concentration provides a core foundation of knowledge and applied expertise in information security controls, the regulatory environment, and information risk management and incident response. The Computer Security Fundamentals concentration provides a core foundation of technical knowledge necessary to design and build secure computing systems, detect unauthorized use, and protect systems, resources and data that they store or access. All courses are fully online.

 

University of Washington_Cybersecurity Masters Degree Programs

The University of Washington (Bothell, Wash.)—The Master of Science in Cyber Security Engineering prepares students to protect cyber systems with the necessary technical and leadership skills. Students gain expertise and confidence in making difficult security trade-offs and carrying out essential changes to keep and maintain secure systems. They gain hands-on experience in a myriad of research areas, such as penetration testing, emerging technologies, vulnerability analysis, network security, human-computer interaction, wireless security and cryptography. The degree is designed to meet the needs of working professionals. Enrollment is either part-time or full-time, with courses meeting in the evening two or three times a week. Most students complete the program in just over two years.

 


What is SAAS

What is SAAS? How Can SAAS Improve Your Business? Is SAAS Safe?

What is SAAS?

SASS stands for Software as a Service. It is a category of cloud computing. Like all cloud computing categories, with SAAS your information is not stored on a traditional digital hard drive, but digitally over offsite servers. SAAS is unique from other forms of cloud computing because it is a system where you are essentially renting software monthly.

Instead of buying a license for the software and spending the money lump sum you pay on an ongoing basis and the software is updated for you automagically and in most cases support for software is included as well,” said Nadeem Azhar, the owner of PC.Solutions.Net.

How does SAAS benefit businesses?

For some companies the initial cost of software is a barrier to entry. As are the demands of additional staff and infrastructure needed to run a traditional server. SAAS allows such companies to obtain software easily, without costly onsite infrastructure, and with a time saving easy install.

SaaS benefits companies in several ways, said Steven Benson, the founder of Badger Maps. “First, SaaS software tends to be a lot cheaper than it was in the past. You’re usually paying for it on a monthly basis, so you pay exactly for what you need. It also tends to be very easy to deploy compared to old-school software because you don’t need to spin up servers. When I worked at IBM, the customer would need to run servers and integrate the software with a bunch of other devices just to use it. This was a far more complicated process. But with SaaS, the service 
is delivered through the browser and is much easier to try out for the 
customer to see if it’s a good fit. Free trials were very complicated to do 
in the past, but now you can just set up someone’s account in a few 
minutes, and help them make a better buying decision.”

Is SAAS Secure?

Yes, SAAS is considered by technology experts to be more secure than traditional data methods.

Many of today’s SAAS companies run on the most trusted and secured
infrastructure in the world. There are procedures in place to make sure SAAS systems remain secure and safe.

“Standard practices need to be followed when designing a SAAS infrastructure,” said Azhar. “Any and every connection should be encrypted, information while at rest should be encrypted and of course the platform should be hosted at a data center that already has security certifications specific to the industry the software serves.”

What are the SAAS trends for the future?

SAAS continues to be a growing field. As people use more and devices, the need for cloud based systems has grown. So has the interest SAAS systems from investors.

“…Private equity money has become more and more interested in the SaaS space and that is a trend I believe will continue,” said Benson.  “I think over the next 5 to 10 years more private equity will flow into the space to helpcapitalize it better, and provide cash resources for growth.”

Learn more about SAAS and other secure cloud services with DocoServe

DocuServe is a cloud based digital protection service that can keep your business’s documents safe and secure. We also offer training for corporations through our service EServe, so your corporation can be update in the latest cooperate technology trends and services.


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