Unified Communication as a Service (UCaaS) powers video and voice collaboration and communications on platforms like Microsoft Teams and Zoom, among others. These two popular platforms offer video conferencing, file sharing, and even telephony, which can help with collaboration and which require a strong network. Read on to learn more about what these solutions have to offer, and how you can prepare your company’s network.
Platforms for a Hybrid Workforce
Zoom and Microsoft Teams are both good platforms for a remote or hybrid workforce. They both allow workers and groups of workers to communicate and collaborate, with Teams allowing as many as 10,000 participants in one meeting. Each offers its own benefits, and both allow workers, customers and vendors to stay in touch all over the world. Whichever option is best for your organization depends on your company’s needs. Microsoft Team offers communication tools like videoconferencing, along with integration with MS 365. Zoom offers videoconferencing and chat, and can integrate with Microsoft Teams. In terms of security, Microsoft Teams offers end-to-end data encryption and multi-factor authentication as part of its package, and end-to-end encryption is also an option with Zoom. Both platforms can operate on a cloud-based UCaaS basis, integrating different modes of communication and making licensing simpler.
Preparing Your Network for UCaaS
Unified Communications as a Service can help your employees collaborate and get work done easily; however, it requires a strong network, with Internet connection points and sufficient bandwidth. A good first step is auditing your network, to determine its capability to handle traffic and stay connected to the cloud. Endpoints–devices like laptops and phones–need to be connected to the cloud service provider’s network, ensuring the ability to effectively communicate and collaborate. Along with connectivity, your company needs to have enough bandwidth to support high call volumes and videoconferencing with multiple participants. One way to ensure sufficient bandwidth is spending more on wide-area networking (WAN), purchasing more bandwidth. Or your company can connect directly to a cloud service provider’s network, with the UCaaS provider being a part of the network. Using Software-Defined Wide-Area Networking offers a broadband solution to transmit data (such as in file sharing) and provide uninterrupted voice and video connectivity.
Using UCaaS for communication and collaboration offers many benefits, and requires consideration of the strength of your network. For assistance in preparing your network or assessing its readiness, contact us today.
More than ever, your employees are working outside the office; this trend is expected to continue. Therefore your company needs the flexibility, reliability and security of a virtual connection. Read on to learn about Desktop as a Service (DaaS) and how it can help you keep your business running smoothly.
Make Desktop as a Service (DaaS) Work for You
Desktop as a Service (DaaS), with its flexibility, reliability and security, is invaluable for businesses with remote workers. Workers can access systems, data and applications via the cloud, with just an Internet connection and a web browser. The service provider furnishes the infrastructure, network resources and storage in the cloud, and users’ computers are connected to the virtual desktop, and can access data and applications. Rapid deployment means that a new device can be connected to the virtual desktop, and later disconnected if needed; this will help businesses cope with fluctuating demand at different times of the day or year. If demand on one server is too great, all machines can be migrated to a different server. Remote IT support can be given by the service provider, preventing downtime and keeping your systems running.
Desktop as a Service is Affordable and Secure
Desktop as a Service can be affordable by managing consumption during peak business hours and the cloud subscription model allows companies to pay just for the resources they use. Service providers can help manage consumption by reducing available resources during off-peak hours. When it comes to security, IT service providers can quickly create a new desktop in case of a ransomware attack, so that data and applications are not accessed via the affected device.
Considerations for Desktop as a Service
While Desktop as a Service is a secure model for remote work, considerations remain. First, workers need to know best practice security procedures–both cybersecurity and physical security. Maintaining strong passwords, awareness of social engineering, and even guarding their device from non-business use–all of these still apply. On a management level, companies need to ensure that their Cloud service provider meets industry standards for regulatory compliance as required.
Desktop as a Service, a flexible and affordable cloud offering, can help keep your remote workers busy and your company secure. To learn more about DaaS, contact us today.
Many companies realized the benefit of remote employees working from home. With companies competing to be the employer of choice, ability to work remotely has become a benefit many job hunters are looking for. With remote work becoming even more popular, technologies like cloud, software-defined wide-area networking (SD-WAN) and more have helped to provide a fast, secure and connected work environment. Read on to learn more about how cloud-based technologies support the remote-work experience
Take Advantage of the Cloud
Since it’s unlikely for remote workers to have IT infrastructure at home, the cloud supports remote access to a company’s applications and data. With just an Internet connection and a web browser needed to access a virtual desktop, remote workers can easily communicate, collaborate and complete tasks. Data and applications reside within the cloud, accessible to workers in their home offices. Better yet, SD-WAN can help keep traffic moving and business running smoothly.
Keep Things Moving with SD-WAN
A software-defined wide-area network, or SD-WAN, keeps bandwidth moving in order to give workers and customers a seamless and enjoyable user experience. Based on criteria that are set up ahead of time, SD-WAN can direct traffic in the most efficient way; if one route is bottlenecked or down for some reason, traffic gets redirected efficiently and your employees remain productive. Unlike traditional wide area networking, SD-WAN provides users a direct route to cloud resources. Not only is SD-WAN fast, it is secure even with transmission of great amounts of data. With such robust technology, workers can communicate and collaborate even more effectively.
Collaborate Using Unified Communications
Another technology supporting efficient remote work is Unified Communications (UC). With Unified Communications numerous communication and collaboration applications–VoIP, chat, customer relationship management and videoconferencing–are streamlined and available via a single Internet interface. Little or no hardware is needed(reducing capital expense), and even vast amounts of data can be transmitted between workers and with customers. Costs are reduced, and resources are scalable according to fluctuations in demand. Workers and customers are treated to an enjoyable user experience.
Technology that facilitates productivity and enhances the user experience are invaluable to remote work. To learn how to harness the power of cloud computing to speed remote work and keep your business running, contact us today.
In the last year, changes forced by COVID have introduced even more vulnerability into computer systems due to the increase in remote work. With cyber attacks, it’s a matter of when, not if. Therefore, many companies are taking a more proactive stance toward protecting technology assets. Read on to learn more about layered security and how to protect your network on multiple fronts.
Multiple Layers of Protection
Layered security can be defined as using multiple strategies to protect a company’s network, instead of one single strategy. This approach takes into account technology, processes and people and how they interact with each other. The National Institute of Standards and Technology (NIST) has established a framework including the following 5 elements; Identify, Protect, Detect, Respond and Recover. These elements provide a structured representation of layered security that has global adoption.
For example, a remote worker seeking to access their company’s system may use a virtual private network to log into their company’s network using an encrypted password along with a secondary form of authentication to access resources based on role and function. Network monitoring can be used to determine who is seeking authentication from which IP address and when to detect a malicious intrusion. Previous training in cybersecurity can keep a worker alert to social engineering (“phishing”) emails, and keep them from clicking on a suspicious link or know how to respond if they feel they have been compromised. In the case of a compromise, local or cloud backup could be used to rapidly recover. In the case where data may be leaked or lost, having an incident response plan helps to inform stakeholders as needed.
Relying on multiple layers of security is your best defense against cyber attack. In a layered security system people, technology and processes combine to keep your computer network safe from intrusion. For help with developing a layered approach to security, contact us today.
In our digital age, gathering information online is anything but difficult. It is imperative for both to keep information from landing in the wrong hands. Read on to learn about the crucial need to keep data safe, the threats to data privacy, and what to do about it.
The Importance of Data Privacy
A basic definition of data privacy is keeping confidential data confidential online and on computer systems. Privacy of information applies to collected personal information including medical and financial records, customer payment data, and customer data obtained from websites. Medical and financial data especially are subject to stringent regulations on access and security, and many companies indicate on their website how they use customers’ data in the course of business (if they don’t, they should). Personally identifiable data can be kept safe through encryption, and multi-factor authentication–for example, a password and at least one security question.
Awareness of Threats to Your Data
Ideally, basic measures to keep data private would be enough. But both existing and new threats continue to increase. For example, in recent years automated calls (“robocalls”) have proliferated, increasing more than tenfold in the last few years. Of the three to five billion robocalls each month, at least 40% are thought to be fraudulent. And phone calls are just one way bad actors attempt to steal your data. Phishing schemes via text or email can also be a way to get unsuspecting recipients to give up personal data that can be used for fraud or even penetrating company computer systems with malware. According to CompTIA, phishing scams account for more than 80% of security incidents, and users are often the “weak link” that allow the attacks to happen.
How to Protect Your Data
Even with threats escalating, you can protect your company’s data, customers and reputation. The FCC has recently addressed robocalls with STIR/SHAKEN, a technology framework designed to reduce fraudulent robocalls including ones using “spoofing” to mimic a legitimate phone number. Fraudulent calls will be designated as “potential spam,” which helps keep recipients from being tricked into giving up personal information. Along with STIR/SHAKEN, making your staff aware of phishing emails and texts can keep them and your business from possibly giving fraudsters valuable information. Phishing emails can often appear as urgent requests for help or information, or threaten consequences if the recipient doesn’t act. These emails should be reported, and then deleted, to remove the danger of clicking a dangerous link and introducing malware into your computer system.
While threats continue to grow, there are ways to protect your business. For help in protecting your confidential data, contact us today.
While moving to the cloud can be a cash-saving step–in the sense of shifting capital expense for infrastructure to an operational expense–the issue of managing cloud spending remains. Read on to learn more about aligning your company’s cloud spending to overall business goals.
Align Cloud Spending to Business Goals
According to a CompTIA whitepaper, companies often first migrate an existing system to the cloud, and then learn about things like integration and data security in the process. But what if your business is considering or reconsidering how to better plan its technology spend, with the use of cloud taking center stage? Cloud computing, with its benefits, can introduce complexity into management of Cloud use and resource consumption.
Your organization might want to re-evaluate its strategy with cloud, looking at the bigger picture of your goals and strategies and how your cloud consumption fits within them. For example, an organization might not need to keep cloud workspace running around the clock when employees only work eight hour shifts. And what if your company is considering new technology initiatives, extra cloud spending might be necessary to support digital transformation. There are ways to monitor and manage your cloud consumption, so that you know you’re spending where it will do the most good.
Monitor Your Cloud Consumption to Spend Effectively
In other words, the issue may not be spending more for the cloud, but spending more effectively. One way to do this is monitor how much cloud resources your company is using–overall and for specific applications. According to Gartner, “cost in the cloud is tied directly to ongoing consumption, so managing utilization is inextricable from managing expenses.” Simply monitoring cloud usage can include detecting and evaluating unusual spending, projecting future costs based on previous trends, and redirecting spending toward mission-critical applications while removing apps you no longer use. Businesses may be in the position of defining their goals, since cost management may have not been a consideration upon migration to the cloud. Cloud service expense management (CSEM) tools are available to track your company’s cloud usage, with the goal of better cloud budgeting.
Effective use of cloud computing, aligned with overall cloud and business strategies, can help you direct cloud consumption most effectively. For help with your cloud strategy, contact us today.
As the last year has shown us, we don’t know exactly what the future holds. However, with manmade and natural disasters like cyber attacks and power failures from storms, it’s a matter of when, not if, your company is faced with a situation that could threaten its operations. Read on to learn more about protecting your business with a business continuity plan.
Building a Comprehensive Business Continuity Plan
In its broadest sense, a business continuity plan is a proactive strategy to keep your business up and running during and after a disaster. That disaster could be a storm causing a power outage, or a ransomware attack like the ones affecting major companies in recent years. These can cause costly downtime that can hurt your company’s revenue and reputation. While data protection is part of the business continuity framework, business continuity plans go beyond to consider the relationships between people, processes and technology. A solid plan will take into consideration individual departments and their operations as well as how these departments work with the others. Risk management means evaluating likely threats, and the impact they’ll have on your business.
Important Questions to Ask Your Technology Advisor
Developing a business continuity plan starts with asking questions about each department. What are their functions, and who carries out which functions? What processes do they use to carry out these functions, and what data and applications do they use in these processes? What are the mission-critical functions, and what infrastructure is needed? Then, consider how the departments work together, including the IT and security teams. Consider looking at your plan through the lens of resiliency, recovery, and contingency. Will your company be nimble enough to handle different threats? What are objectives for recovery, and what are your contingency plans for unexpected situations? The more specific your company can be in planning, the better. Appropriate testing, with evaluation of results and refining your plan, is also critical.
More than ever, your business needs to be nimble in their response to any disaster. For help in developing a comprehensive plan for your company’s response, contact us today.
No question about it, cloud computing is here to stay. Considering migrating to the cloud is just the beginning, however. Three models to consider–IaaS, PaaS and SaaS–offer varying levels of shared responsibility between provider and customer. Read on to learn more about the three models, and to get an idea which is the best for your business.
Cloud Service Models–Benefits and Responsibilities
Infrastructure as a Service, or IaaS, requires the cloud service provider to establish the network and its connections. With this model, a company can have their provider maintain and operate the infrastructure; the client will still need to keep their operating system current, configure their platform to meet requirements, and control how information is handled and stored. A company using IaaS will have more flexibility, but will need more technical and security expertise and assistance. Moreover, the company needs to take on administrative roles for system level security.
The Platform as a Service (PaaS) model provides hosting and tools on which applications can be developed, and the provider is responsible for furnishing a user interface. The client is responsible for controlling administrative access to certain portions of computing resources, and also oversight of applications built on the platform. Also, the client needs to keep the platform current with operating system patches, and implement a cloud security strategy to protect their applications.
If a company chooses Software as a Service (SaaS), they will have more responsibility for maintaining user security and may take on some administrative roles for the application. While the provider handles the infrastructure, keeps the software applications up to date and provides hardware and software tools over the Internet, many security considerations remain with the customer. Your company will need to train employees in awareness about keeping the network secure, implementing a strong password policy and possibly a zero-trust environment where each log-in to the network is verified.
Whichever model your company chooses will depend on your budget, level of staffing and ability to take on certain responsibilities for maintaining a strong, healthy network. For more guidance in choosing the most appropriate model, contact us today.
Late last year, as well as more recently, two major cyber attacks occurred–one at SolarWinds via their software platform in December of 2020, and one at Colonial Pipeline just this month. These attacks are even more serious than one performed by a lone attacker, and signal how vulnerable networks can be. Not only do businesses need to use tools to protect their own computer networks, but to share information with other companies. Read on to learn how your company can protect itself against cyber attacks.
Recent Cyber Attacks a Wake-up Call
Last December, IT management company SolarWinds was attacked by hackers who inserted malicious code in what seemed a normal software update. What’s ironic is that the very platform used to monitor threats, was the one targeted. The bad code allowed the perpetrators to hack numerous government agencies and private companies, possibly stealing untold amounts of data. The company’s platform was used in this sophisticated attack, and the software update was downloaded by some 300,000 users. Through the download, the perpetrator was able to penetrate deep into companies’ and agencies’ networks. More recently, Colonial Pipeline was targeted in a potential attack on electrical supply to the East Coast via the gas pipeline. While investigations are still underway in each incident, foreign state actors are thought to be responsible. Both these attacks show how vulnerable companies can be. Could there have been a way to prevent the attacks, to see them coming? In spite of all the precautions companies take to shield their networks, cyberattacks seem almost inevitable.
Ways to Protect Your Company Against Ransomware
Of course, companies should continue doing things like remote network monitoring, maintaining current anti-virus and anti-malware definitions and training their staff to recognize possible attacks. Commonly hackers try to get into a system by phishing–trying to trick the recipient of an email into clicking a link, providing the attacker a way in. Employees need to be trained to recognize a phishing email by telltale signs (spelling errors in the email) and to inform a supervisor about the email. Yet there’s another step to take. This involves people–sharing information with other companies about attacks and threats of attacks. Commonly and unfortunately, there is a stigma to experiencing a cyber attack; a company doesn’t want to be considered weak. But think how much stronger companies could be when they depend on each other to be aware of new threats, and can band together against cyber crime. Along with this practice, a company can continue educating their staff to recognize phishing attacks and to be careful with passwords (making them difficult to guess, and changing them frequently). Every device connected to the network needs to be monitored, and ones suspected of being attacked, quarantined (disconnected) to keep the network secure.
Tools and technology like malware protection and network monitoring should always be a part of your cybersecurity plan. People can also play a role, by reporting possible attacks and sharing information. To learn more about refining your strategy for network security, contact us today.
Cyber threats are nothing new. We’ve been hearing of their prevalence and their aggressiveness for a long time. For example, ransomware is an attack designed to block access to your computer unless you pay a sum of money as a ransom. In recent years, ransom payouts have greatly increased. Read on to learn more about current and emerging cyber threats and how to guard your network from them.
Cyber Threats to Watch Out For
Cybercriminals find various ways to get into company’s computer networks, often by tricking users into giving confidential information. Social engineering schemes, also known as “phishing” attacks, seek to trick users into clicking a link or into believing the email is from their supervisor. Malware and viruses then have a way to enter networks and steal confidential information as well as infect an entire network. Attackers are using some of the very same emerging technologies–artificial intelligence and machine learning, for instance–to find ways into networks and to evade detection when doing so. This can result in costly downtime for the organization, costly ransom requests and more. How, then, can these attacks be prevented?
Defending Your Network Against Ransomware Attacks
One common attack is ransomware. Ransomware can get into your system by social engineering (“phishing”), including dangerous attachments. This malware can encrypt or lock your computers, making data and applications inaccessible. To get data and applications back can be costly, with an average payout of $13,000, according to CompTIA. Having current anti-virus and anti-malware definitions along with operating system patches is just a start. Your company can also do real-time backups to the cloud, so you won’t have to pay the ransom. Finally, you can train your employees to recognize ransomware sources like phishing emails and to report them. For example, they can be trained to note tip-offs for a phishing attack, like typographical errors. If something happens, they need to know who to inform so that the attack can be mitigated.
Cyber threats are always with us. However, there are ways to protect your company from attacks that both steal vital information from, and introduce harmful viruses into, your network. For help in developing a plan, contact us today.