Business IT 101
Business IT 101 is your go-to resource for learning the fundamentals of technology every small and mid-sized business needs. From understanding IT support basics and cybersecurity essentials to preventing downtime and protecting your data, these guides are designed to help business owners make smarter technology decisions.
Most small businesses know that they need IT infrastructure, but what they often forget is that you also need documentation. Documentation makes incident response, auditing, updates, configurations, and training much easier for everyone, including your IT support people. You might need to know where to start and what should be documented, so this guide will help you document your IT and get started with a review of your infrastructure. Audit of IT Assets Before you start, you should audit your environment. An IT audit helps with several future IT documentation and roadmaps, including risk assessments, cybersecurity strategies, incident response documentation, disaster recovery plans, and scalability designs when you need more infrastructure to support additional workforce staff. Documentation is something many people put off until the last minute when it’s absolutely necessary, but being proactive will reduce your overhead when it needs to be done. Here are a few ways IT audit documentation can help: Cybersecurity and Network Management In any cybersecurity scenario, you will hear that the first step is documentation. Documentation helps IT professionals identify risks and track new devices on the network. Shadow IT is an issue where a user might add infrastructure to the environment and use it to steal data. If devices are documented, you can more quickly identify when a rogue device is present on the network and disable it. Another reason to document infrastructure is to track user personal devices. Most businesses allow users to access work resources using their own laptop or smartphone. This often leads to better productivity, but it opens your network to potential threats. Businesses can allow devices on the network and monitor them for threats while still being flexible with employee device choices to do their work. For network management, IT documentation should track user account policies. As the business grows, you might lose track of user accounts. Leaving user accounts active across the environment even after they leave the company is a huge security risk. Any account that isn’t tracked could be a security risk, but this risk is reduced when you document accounts. When employees leave the company, you can forward email to their supervisor and deactivate the account. The account deactivation should be across the entire environment, especially cloud applications where the user could potentially access these applications from a remote location. Account tracking is tedious, so IT support for network management is a benefit for small businesses that don’t have the resources to track this type of activity. Disaster Recovery Plans and Incident Response Every business should document their disaster recovery plan. A disaster recovery plan is a document that tells IT support and stakeholders what happens if an incident affects your environment. A disaster recovery plan could be put into action from a cyber-incident where a threat stole data from your network, a user fell for a phishing email, or a case of physical destruction from events like a flood or fire. It can also help with what to do after a physical break-in at your office location. You’ll see that many of the other IT documentation items fit into a disaster recovery plan. Here are a few items: Asset Configuration and Patch Management As your IT environment grows, you have more configurations to manage. You must also patch hardware and software with the latest security patches and updates to keep it secure from new threats. This step too can be tedious, especially for small businesses where they don’t have any dedicated staff to manage changing IT configurations. Monitoring configuration changes might seem unnecessary, but it will help when new staff is onboarded and must manage any issues as an IT support person. You can also have an easier time onboarding a managed service provider when the provider remotely monitors your network. Documenting network configuration changes also helps with disaster recovery. For example, a configuration change can cause an outage and must be rolled back to resume productivity as soon as possible. When a new security patch is available, it should be applied to avoid leaving vulnerabilities on the network. Having an audit and documentation of the environment configurations also helps with patching. Staff or a managed service provider can avoid common pitfalls when they have documentation of the configurations. For example, a configuration might be reset during a patch installation. The person in charge of IT infrastructure can then reconfigure the resource to ensure that service is not disrupted. Who Can Help with IT Documentation Most small businesses don’t have the time to document their environment. That’s where a managed service provider can help. Corporate Technologies can go through your network, document what’s needed, and then help with an IT roadmap to help your business scale. Contact us today to find out how we can help. FAQs
If you’re familiar with fast IT infrastructure, any performance issues are probably noticeable to you. For people used to slow IT, it might not be as noticeable. Unfortunately, slow IT is ignored as something that happens, but it doesn’t have to be that way. You can make small changes to your IT to speed up performance. Faster performance means more productivity, fewer mistakes, and more manageable applications. Cost is the Primary Reason to Avoid Upgrades The primary reason for disregarding slow network performance is money. IT infrastructure costs money, especially when shortages in specific hardware occur. Memory shortage makes the cost of computer and network equipment skyrocket. Having hardware on-premises is generally expensive, but you don’t need to host it in-house. Cloud computing cuts the high costs of having IT infrastructure hosted in-house. You pay for the equipment that you use rather than buy the hardware outright. For example, a new server could cost thousands in hardware, but it might only cost a few hundred dollars a month if you spin up a virtual machine in the cloud. The cost of the hardware isn’t the only expense, so a few hundred dollars a month for a virtual machine is much more affordable than hosting the hardware, finding the real estate, and keeping staff to support it. Finding Staff Can Be Difficult and High Cost When you have a very small office with just the owner and a couple staff members, you can host your own hardware without the need of any support. As you grow, you will come across issues where you can’t figure out how to properly configure hardware or remediate a technical error. You need IT support staff to help. IT staff are expensive, so many businesses avoid upgrading to high-performance equipment to stick with the infrastructure that they are already familiar with. You need IT staff to manage more advanced infrastructure, and more than one staff member is often needed if your business grows. The cost of staff and the requirement to build a new department for IT often makes business owners apprehensive about upgrading their IT infrastructure. At some point, businesses need someone to manage their IT and support user questions, which is an expensive addition to their corporate budgets. Inexperienced Businesses Might Think Slow is Normal Not everyone knows what 50Gbps internet access feels like, so a slower network environment might seem normal to some businesses. The cost to upgrade to a faster internet plan is often negligible, but the cost to upgrade network hardware can be expensive. As people continue to work with the slower infrastructure, it becomes the norm and employees think that slow performance is not an issue. The fact is that these slowness issues can interfere with productivity. Harm from performance issues is one of those hidden productivity hindrances. For example, suppose that you have slow applications from older network hardware. Your customer service people take more time to look up customer issues and research into their problems. The performance issues with your network environment could be reducing the number of customers an employee can manage during their daily activities. The longer it takes to handle a customer issue, the angrier customers can get. The domino effect from slow network performance can be hidden as other issues. Apprehension with New Technology If you haven’t worked with new technology or migrated to the cloud, you might be apprehensive to make changes without knowing if you will struggle to work with your new infrastructure. Many people keep their original hardware and software to avoid disruption from changes. Employees need training to learn new technology, and this can seem like too much of a burden for small businesses. It’s especially difficult when small businesses are extremely busy and employees are already overworked. Most small businesses stick with what they already know, but new technology can speed up productivity, make it easier for employees to handle their daily activities, and help with business continuity. For example, data backups and disaster recovery will keep the business running even after a natural disaster or cyber-incident. Choosing New Infrastructure Requires a Professional If you don’t know how to fix performance issues, you probably don’t know what hardware and software to buy. Even if you decide to work with cloud computing, you still need to know what to deploy. Deploying new resources for your business requires a professional, either as a full-time employee or a consultant to give you guidance. You might even need onsite support from IT consultants if you don’t have the onsite stuff to help deploy the right infrastructure. Poor performance often requires scaling resources horizontally, meaning that you need more servers and hardware to support your business. Professionals will ensure that these resources can be scaled with your business. You shouldn’t need to continually upgrade your infrastructure after a short amount of time. Instead, your infrastructure should scale dynamically, which is one of the benefits of using the cloud. Delaying Change The need for infrastructure is often put off for another day. Small businesses have several expenses to think of as their business grows, so IT is often put on the back burner. This can be a mistake when infrastructure gets so out-of-date that it poses productivity limitations and keeps the business from growing. You don’t want your infrastructure to be the cause of your business being unable to grow, so it’s time to build a plan and deploy upgrades. Instead of delaying your business growth from your infrastructure, you can engage with professionals that can help you build an IT roadmap, plan out your infrastructure deployment, and maintain your IT so that it runs at peak performance. You also need professionals to monitor your environment to identify any ongoing issues and solve them before you suffer from downtime. If you need help with an IT roadmap and know that your performance is hindering productivity, contact us today to find out how Corporate Technologies can help. FAQs
Migration to the cloud is necessary if you want to build a business with scalability and affordable IT costs. Any large change to your network environment brings risks of downtime, data loss, and data corruption. Data migration requires a plan, and with that plan a step-by-step guide on the data to migrate, how it should be done, and testing afterward to ensure that your staff can continue production. The main goal of a migration plan is to limit disruptions, so here are some steps for protecting your data and productivity. Create an IT Roadmap An IT roadmap is the first step to data migration. The IT roadmap will include all steps to new infrastructure integration including your cloud infrastructure. To integrate cloud infrastructure with your local environment, you need to move data with a plan. The plan includes migration steps, the applications using the data, where the data will be located in the cloud, and what steps are necessary for testing the move. It’s likely that you won’t move all data to the cloud. You will have some local data and applications, so the IT roadmap should cover how local applications will work with cloud data. For example, you might decide to migrate your database activity to the cloud and store files on an AWS S3 bucket. The roadmap includes migration of data to the bucket and cloud database and the applications that will connect to it. Use Tested Automation Tools Instead of manually migrating data, the steps to migrate it can be configured into automation tools. Automation tools aren’t for convenience alone. They are also to avoid mistakes. Let’s say that you need to configure a cloud component before moving data. You don’t want to forget this step, so you use automation tools to ensure that every step in the migration process is covered during the move. Reducing human error using automation will make the entire migration process far less buggy and cause far less downtime. Still, automation must first be programmed by professionals. Automation tools configured incorrectly will still cause migration errors and bugs, so it’s best to have professionals manage your cloud infrastructure, automation process, and migration of critical corporate data. Determine the Virtual Machines for Server Migration If you have servers on-premise, you will probably use virtual machines to replace them in the cloud. Virtual machines act like dedicated servers, but you’re using resources on a shared server. You might be able to consolidate servers into a single virtual machine to save on IT costs. All of these decisions can be done when you audit your environment and determine what you need in the cloud to support your organization. The migration plan must include the infrastructure to connect virtual machines with other servers in your environment. You might have several virtual machines in the cloud connected to applications and they might connect to local servers for private applications. However you decide to architect your hybrid cloud, you must include it in your migration plan. In addition to deploying virtual machines, you must also determine resources necessary to run applications. Memory, disk space, and CPU are three resources that determine productivity and speed. Too few resources and your applications will run extremely slow and reduce productivity and performance. Too many resources and you waste IT budgets. A professional can help assess the right resources without wasting money. Migrate During Off-Peak Hours Unforeseen downtime can be limited, but you will need to take down some resources while performing the cutover. Cutover might be a weekend or the middle of the night. Some businesses prefer to perform a cutover on a Friday night so that they have the weekend to smooth out any bugs and test the current setup. Don’t forget to let users and employees know that systems will be down. Data migration can interfere with public-facing web applications, mobile applications, and possibly phone systems. You want to ensure that customers are aware of the potential downtime and performance issues. The same notice should be sent to employees, especially if these employees work from remote locations. If the migration process doesn’t cause any downtime, the data transfer to the cloud will eat up bandwidth and cause performance degradation. Migrate a Test Environment and Sync Production Data To know if your new cloud environment can support your business, a subset of data is sent to the cloud and a mirrored environment runs alongside the production environment. This step uncovers unforeseen bugs and potential pitfalls. At this step in the process, you can discover inefficiencies to add resources or add infrastructure that could eliminate issues. A test environment will run several weeks alongside the production environment. Stakeholders can choose to test the new environment during production hours. By testing it during production hours, professionals in charge of your cloud migration can identify any issues before the final cutover. Create a Rollback Strategy Rollback is the final strategy should a critical error happen during data migration. You don’t want to perform a rollback, but it’s important for business continuity should an unforeseen issue cause permanent disruption of your production environment. A rollback plan usually involves a copy of data and previous configurations. Most rollbacks require permission from executives, so if you are leading a data migration you’ll need to know who to contact to reverse the data migration.Initiating rollbacks can be a stressful situation, so the process should be well documented. Some businesses choose to test a rollback plan as well as test the new production environment. Finding the Right Professional Help Data migration to the cloud is much more difficult than a simple data transfer. You need professionals who can create a plan, follow the plan, and monitor your network environment after the migration is finished. These professionals will greatly reduce your risk of downtime and long-term bugs that could plague your applications and production environments. To find out how Corporate Technologies can help with your data migration plan, contact us today. FAQs
Small businesses need an IT roadmap to guide them through the growth process. It’s a common mistake for small businesses to wing it, which leads to expensive oversights, changes to incompatible legacy systems, and chaos in their network environment. Instead of unorganized IT, building an IT roadmap gives much more efficiency to IT budgets and provides scalable systems. Decide Why You Need IT This point might seem obvious, but it’s an important first step to organize your goals. You might already have IT for authorization and sharing files, but you might need additional IT infrastructure if you want to build an application for customers to book appointments, check their orders, or communicate with your staff more efficiently than email messages. The purpose for your new IT infrastructure depends on your business goals, but it will help you decide what infrastructure you need. You might need help with infrastructure deployments, but you can identify your future business goals. These goals are then tied to IT. Goals tied to IT can then determine the right architecture, software, and hardware necessary to complete your goals. Some goals might require the rollout of cloud infrastructure. For example, the use of AI requires cloud computing for affordability. You can tie in AI infrastructure with your applications for intelligent predictions and analysis. To determine goals, you might need to involve all stakeholders. If you are the founder and sole stakeholder, build a plan that sees your business goals aligned with IT for the foreseeable future. It’s expensive to change to another strategy, especially with IT infrastructure. You want to go over all goals so that your future infrastructure is scalable. Scalability also requires the ability to change as your business grows, so taking this first step saves you money in the long-run. Want to reduce downtime and make IT predictable? Download the 3-Year IT Roadmap Checklist (PDF) Audit Your Current Infrastructure Every environment has its own current hardware and software, so you must audit it for several reasons. The first is to drive your future infrastructure choices. For example, if you prefer Windows, maybe you prefer having Windows servers and Azure as a cloud platform. Windows infrastructure integrates more easily with other Windows products, but it’s not an absolute requirement. Your IT roadmap needs to consider integration with current infrastructure. Auditing your current environment also helps with discovery of gaps where you could be missing critical components. For example, small businesses often have gaps in cybersecurity infrastructure. These gaps give attackers opportunities to exploit them and steal data. A data breach can ruin your business reputation and cost enough to bankrupt it. A good audit will help you discover these types of gaps. You’ll see the term SWOT (Strengths, Weaknesses, Opportunities, and Threats) referenced as you look into an IT roadmap. If you hire a professional to help you with an audit, SWOT is part of the process. Using a SWOT strategy, you will get an overall picture of your environment so that you can identify the right new infrastructure to add to it. A final component in an audit is identifying areas of improvement for speed and productivity. If you haven’t had a professional managing your IT infrastructure, then it likely has bottlenecks. A network that just works is different from an inefficient network harming productivity. The audit will identify these issues as well and build a plan to remediate them. Determine Your Budget and Prioritize Efforts The first plan is your ideal wish list, but you probably have a budget that limits what can be deployed initially. This is why a priority list is important. Your budget must match the priority list, so you can determine the infrastructure to roll out initially. Later, as the business grows, additional infrastructure can be added. A professional will help you decide on critical infrastructure versus what can wait. For example, if you want to work with AI but don’t have the application built yet, you might wait for AI infrastructure and save on costs initially. The initial deployment can be limited to only the necessities to save on costs. Scalable infrastructure might cost a bit more, but it’s necessary for your future. You need scalability to ensure that IT is not your business growth bottleneck. As an example, you must deploy enough storage space to ensure that your applications can continue to run without issues. Running out of disk space can be devastating to business growth, especially if it’s not monitored. Network monitoring is one way to ensure that you stay scalable as well. It will let your administrators know when it’s time for an upgrade. Deployment and Migration After you audit and budget your costs, you then build a deployment and migration plan. This plan should be step by step instructions on deploying new infrastructure and connecting it to the current environment. Usually, the time is set up based on your office hours and low-volume customer activity. You likely want your current data migrated to your new environment, so a migration plan is also necessary. Whether it’s migration to new onsite infrastructure or to the cloud, you need a plan before it happens. The migration plan will protect from data loss and corruption and eliminate potential bugs from the environment after new infrastructure is deployed. Testing and Bug Fixes After migration, you need a plan for testing and bug fixes. A professional will always have a test plan for you to avoid any long-term revenue consequences. Testing is performed across all new IT infrastructure and monitored for any unforeseen bugs. Stakeholders responsible for productivity might be included with testing to ensure that the new environment runs as expected. After testing, the professionals can monitor the environment for any issues including cybersecurity incidents. If you don’t have professionals to monitor your environment, you can work with a managed service provider to monitor it for you. If you need help building an IT roadmap or monitoring your environment, contact us to see what we can do for
Medical institutions deal with life-threatening issues, so it’s imperative that their IT systems suffer no downtime, cybersecurity events, or hardware malfunctions. IoT is also common in healthcare. The machines that diagnose and treat patients need internet connectivity for many of their operations. IT support and maintenance are priority for hospitals, so their IT costs are high compared to businesses that can absorb issues without human casualties. Even though IT costs shouldn’t be the main priority, it doesn’t mean that you can’t manage them without affecting the resiliency of your digital infrastructure. According to the Medical Group Management Association (MGMA), medical businesses can expect to spend 2-3% of their revenue on technology and IT expenses. Many of the resources you’ll need to support your IT infrastructure is cybersecurity. For example, you need monitoring, disaster recovery, VPN, and staff training to stay HIPAA compliant. For medical practices, you might need a rundown on where IT costs should be prioritized. We put together a small list of critical infrastructure medical practices need to stay scalable while protecting patient data. Virtual Private Network (VPN) for Remote Access After COVID, many businesses adopted the practice of remote work. Of course, a medical business also has local staff always on-premises, but you might have contractors, customer service, and emergency medical personnel available remotely. These staff members need a way to remotely access patient data and business applications. To safely remote into any system containing medical data, you need a VPN. A VPN encrypts all data traveling from a user’s device to the internal network, and then from the internal network back to the user’s device. This functionality is especially important when a remote worker connects to the local environment from public Wi-Fi. For instance, a doctor might be at a conference in a hotel but remote into the business office. Public Wi-Fi is a perfect attack environment for eavesdroppers. With VPN, the doctor’s device communication would be safe from eavesdropping and man-in-the-middle (MitM) attacks. VPN is also a requirement for HIPAA compliance. Any IT people remoting into the network from their homes or remote connections to data center servers must be protected from eavesdropping. A VPN protects the server environment from outside attackers. Any connection from a remote device to the internal network should be encrypted using VPN. Disaster Recovery and Backups Patient data is a vital component of a successful medical business, so disaster recovery is critical for your business continuity. Imagine if you lost patient data and had no way to recover it. Lost data could be life-threatening, so you need a way to restore it from backups. Backups are just one part of disaster recovery, but they are also important in HIPAA compliance. A disaster recovery plan details the steps, procedures, and recovery options during a critical outage. For example, if your network suffers from a ransomware attack, disaster recovery goes into effect. You might need to switch to pen-and-paper registration and patient management, but you will eventually recover your data. Using the ransomware attack example, a disaster recovery plan identifies stakeholders and alerts them during downtime. Professionals detect, contain, and eradicate the threat from your environment, and then they collect evidence for local law enforcement. Disaster recovery professionals might be an extra cost unless you have a managed service provider managing your IT infrastructure. Backups provide a solution for data recovery. It’s usually the last step in disaster recovery after a threat is eradicated from the environment. Backups must happen frequently, and they must be stored in a safe location away from threats. Usually, businesses keep backups in the cloud to keep them out of the read of ransomware and other threats. For example, ransomware will specifically target backups to leverage data theft over the targeted business. Without valid backups, businesses are forced to pay the ransom. Network Monitoring You need to know when a compromise happens to contain a threat immediately. Constant monitoring is necessary for HIPAA and the safety of your patients. Intrusion detection and prevention require specific infrastructure, so you might need help with the setup from professionals experienced with deployment and configuration. One wrong configuration could mean a compromise of your data, so it must be done right. As an example, suppose that a ransomware threat is introduced to your environment from a phishing email. A user downloads a script from the email that then installs the ransomware on the network. Intrusion detection and prevention immediately contains the threat to limit its damage to your environment. Immediate containment gives your incident response team the ability to perform forensics and understand where cybersecurity infrastructure failed. It could have been a failure from lack of education, or your email filtering software returned a false negative. Containment is key to investigation without harming the medical business environment. Where to Get Help with IT Costs IT infrastructure has its own costs, but managing it is much more costly. You need help for your medical practice, and a managed service provider is a good first step. Professionals at a managed service provider lower costs of having onsite staff, and they can deploy the right infrastructure to protect your environment. Whether it’s cybersecurity infrastructure or expanding the network to support additional patients, a managed service provider ensures that your buildout is configured right. If you need to set up your medical practice infrastructure, contact us to see how Corporate Technologies can help. FAQs
An internet connection is critical to the success of schools, especially during standardized testing. Administrators need the system optimized and running without any bugs, or it could interfere with student testing. Think of the massive backlash from parents and problems for graduating students if a testing center failed. Important days like this can be stressful for school network administrators forced to ensure that nothing from their end disrupts operations. You can monitor the environment to reduce the chance of issues. This article gives you practical advice for monitoring and intrusion detection. Install Web Content Filters Web content filtering catalogs the internet into categories. You then blacklist categories inappropriate for students and administrators. School administrators might have access to more categories. For instance, they might have access to local restaurant websites, but students might be blocked. Unless necessary for research or teaching, network administrators can block sites known to host malware or phishing. By blocking content, you filter out many of the sites that could introduce malware to your network. Kids and administrators can be tricked by “drive-by” download sites. These sites often have pirated software with hidden malware. For example, a site might promise free gaming currency to kids in exchange for downloading malware. Administrators might download malware thinking it’s legitimate software. Phishing is also an issue, although mainly for administrators. Kids can be tricked into divulging private information, but administrators can be tricked into divulging network credentials. With these credentials, attackers could gain access to the environment. Good web content filters block these sites and send notifications to administrators if too many requests from malicious content come from a single user. Features you should consider for an effective web content filter: Configure Firewalls to Block Inappropriate Traffic A firewall blocks incoming traffic, but outgoing traffic can also be a sign of malware or inappropriate applications. Malware like ransomware communicates with a central server to let an attacker know that a machine is available. Some malware allows attackers to remotely control the local machine. Blocking this type of traffic on a firewall inhibits an attacker’s ability to further disrupt network operations and steal data. If you have internet at home, your ISP runs a firewall to block all incoming traffic unless you specifically whitelist protocols. The same should happen with your school firewall. Incoming traffic should be blocked, especially from accessing a private network segment for testing. Outgoing requests should be mainly blocked unless an application needs a specific port. Monitor outgoing traffic to detect any anomalies, and some ports might need manual blocking. For example, it might be best to block application ports used for entertainment purposes with no work-related activity. A few other configurations to consider: Require SSL/TLS Traffic Without encrypted traffic, all users are vulnerable to man-in-the-middle (MitM) attacks. A MitM attack can be conducted by a trusted user on the network. The trusted user intercepts traffic using an application like Wireshark and relays it to the intended recipient. All activity is invisible to the user, but any data shared during communication with the third-party server can be stolen. Data eavesdropping using a MitM attack requires software and a physical connection to the network, so it often happens from insider threats. Network administrators can monitor for this kind of activity, but trusted users physically inside the environment aren’t often monitored for malicious activity. Insider threats can be from a malicious user or from malware unknowingly installed on a user’s device. Encrypted traffic doesn’t fully protect from MitM attacks, but it greatly increases the complexity of an attack. Administrators can further protect the testing environment by configuring all applications connected to the internet with SSL/TLS connections. Applications and the remote server must be configured to accept SSL/TLS traffic, but most modern software developers know to work with encryption especially over the internet. Monitoring Software and Notifications You have several monitoring applications on the market to choose from. Some applications monitor bandwidth and file usage while others monitor for uptime. Cloud providers have their own proprietary solutions for network monitoring. Logging software keeps track of any malicious behavior on the network, and artificial intelligence is often included to detect suspicious network activity. Intrusion detection and prevention (IDS and IPS) will actively detect and block malicious threats. Detection is followed with notifications so that system administrators can review the issue. Cloud-based monitoring also has similar features. If you have a third-party managed service provider, they might have 24/7 monitoring and deal with issues when you are not in the office. Installing a monitoring service requires a professional, so a managed service provider can help. Look for a few features to ensure data protection of your testing environment: Work with a Managed Service Provider A managed service provider (MSP) can help monitor your testing environment and take a lot of stress away from local network administrators. MSPs install monitoring software, secure the network, configure infrastructure, and work with local administrators on the overall security of the environment. Cloud-based platforms have their own monitoring, but you still must configure and manage it for monitoring to be effective. An MSP is also available 24/7 to receive notifications and deal with issues rather than having local administrators receive overnight calls. The latter can have a long delay in remediating an incident. To have your school testing environment monitored, contact us to find out what Corporate Technologies can do for your security and operations. FAQs