The Evolution of IT
How has the role of IT changed in recent years? K&M Communications CEO Robert Lane talks about the major changes in IT and the opportunities businesses have today with a more connected network.
How has the role of IT changed in recent years? K&M Communications CEO Robert Lane talks about the major changes in IT and the opportunities businesses have today with a more connected network.
As the name suggests, access control technology aids in enabling or disabling access to a physical or virtual space, in an effort to increase security and deter individuals with malicious intent. As workplaces have shifted from primarily in-person office buildings to hybrid or even remote environments, and as cybercriminals have increased their sophistication, access control technologies and policies have had to adapt as well. How has access control improved recently?
On-site access control provides a layer of security to occupants and data or equipment housed within a building by controlling who is allowed to enter and recording entry and exit activities through access logs. Unfortunately, this is not a foolproof system. If an access code or key is stolen, it can be used to access the facility, creating a security threat. By combining physical access control systems with security cameras, teams can better monitor activities on the premises.
For the team at My Brother’s Table, a nonprofit soup kitchen located in Lynn, Massachusetts, ensuring the safety and well-being of their employees, volunteers, and visiting families is a top priority. When they experienced degradation in their analog cameras and intercoms, these systems stopped functioning altogether — so they reached out to the team at K & M Communications for help. The team upgraded their network wiring to better support the new and existing devices. As shared by Mike Coffey, Operations Manager of K & M, “We replaced their old cameras with new Axis M-line HDTV megapixel cameras and added cameras to areas that weren’t covered before. To improve door security, we swapped out their old intercoms with new Axis network video intercoms and linked them to AXIS Camera Station Secure Entry which allows them to control their video and access control systems within a single platform. We also installed Axis keycard readers at designated doors for credentialed volunteers and service providers to use for entry into the facility.” As a result of the upgrade, the staff at My Brother’s Table saw an immediate impact in maintaining civility, safety, and security.
Integrating cameras into physical access control systems can provide the level of security needed to combat common risks. For example, with the use of both systems, teams can subvert attempts to access the building by disgruntled former employees or vendors, as well as potential tailgaters or unaccounted-for visitors. As the folks at My Brother’s Table also learned, the extra visibility provided by the integrated cameras aided in monitoring activity such as deliveries and parking issues.
Cybersecurity is a growing problem across all industries today. The cost of a cyberattack that results in a data breach can be tremendous, not only to a company’s finances, but also to its reputation and stability among customers. According to IBM, the average cost of a data breach in 2021 was a hefty $4.24 million.
As more businesses proceed with hybrid or remote workplaces, the threat of cyberattacks increases. To add an extra layer of security for virtual access control, many teams are implementing a zero-trust policy and multifactor authentication (MFA) protocols. A zero-trust policy treats incoming requests as if they originated from an untrusted source, requiring every interaction to be validated through an authentication process. In 2021, the White House released an executive order related to improvements to cybersecurity and their commitment to a zero-trust policy, stating, “The Federal Government must adopt security best practices; advance toward Zero Trust Architecture; accelerate movement to secure cloud services, including Software as a Service (SaaS), Infrastructure as a Service (IaaS), and Platform as a Service (PaaS); centralize and streamline access to cybersecurity data to drive analytics for identifying and managing cybersecurity risks; and invest in both technology and personnel to match these modernization goals.”
Multifactor authentication is an effective method to ensure online security by restricting access to only those individuals who are able to provide multiple forms of evidence to their identity. This may take the form of inputting a password followed by entering a code that the individual receives via text message to their smartphone.
Access control and security systems should be integrated for optimal performance and visibility. The ability to access security information, including entry and exit data, software access, visual information from cameras, and more can provide an all-in-one protection plan for a possible breach, whether it be physical or virtual.
Additional security features that should be considered include:
The Internet of Things, or IoT, is a hot topic in today’s tech world. The benefits of IoT technology for businesses are well documented. Claims of increased efficiency and futuristic automations may be true, but they overlook a few things. As businesses implement IoT, there are some security risks to consider.
IoT is an interconnected web of electronic devices, each of which communicates with others to create a system that can vary in size depending on your needs. For example, a small business may incorporate a connected network of security technology, such as smart locks to manage building access, security cameras to monitor activity, and temperature and climate control devices to monitor storage rooms filled with sensitive materials — all of which can be accessed and managed from any device.
For an enterprise business, connected devices can number in the hundreds, or even thousands. While IoT is undoubtedly useful for improving efficiency and communication across any network, it isn’t without risks. Every device is a potential point of access to the entire system.
Defending a digital network from cybercriminals requires careful access point management. The very nature of IoT means it has more access points than a traditional computer network, and each must be properly secured against malicious actors.
Because IoT is still a relatively new technology space, it has a few blind spots in areas where more established networks are protected. Security is by far the most serious of these. Few people stop to think about the cybersecurity risks associated with conveniences like office lights turning on when they enter a room, or automated notifications from a security system, but when these systems are tied closely together, the risks can multiply. The novelty and efficiency benefits of IoT technology has it gaining market traction despite its vulnerability to cyberattack.
The IoT makes it possible to connect to the system from the outside, which creates an even bigger risk for a business network that allows hundreds of employees to connect with their personal devices. The addition of one outsider might be lost in a sea of verified users. Outsiders might not even mean to connect, but an unsecured wireless network plus a smartphone’s auto-connect feature allows for unintended connections. Even without malicious intent, an unauthorized connection is a cybersecurity risk.
IoT has already proven itself as a valuable tool to increase efficiency and make our lives easier. Its use will only amplify in the coming years, making it imperative for businesses to proactively manage the risks associated with this interconnected web of technology. While every IoT system is different, there are a few universal guidelines to follow, including:
Cybersecurity is one of the first things to consider with any new technology, and the Internet of Things is no exception. A large attack surface, numerous blind spots, and a tendency toward reckless adoption make IoT a risky investment when not managed properly. With the right implementation strategy that focuses on cybersecurity, IoT can become a powerful asset to any company.
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Technology is complex and always advancing. With recent surges in remote work, IT and facility management departments are run ragged keeping everything working smoothly and securely. Professional partnerships can support your teams and relieve some of their burden. Boost your business bandwidth, increase efficiency, and support IT and facility staff with partners ready to help your business resolve technology and infrastructure challenges.
Structured cabling is the foundation of technology expansion and digital transformation throughout business and industry. Structured cabling is defined by six factors that form a standardized framework for cable installation. These factors are derived from cable distribution guidelines issued by the American National Standards Institute and Telecommunications Industry Association (ANSI/TIA-568). They include:
These standards make installing and managing networks of cables cost-efficient, convenient, and easy to navigate. With everything organized, human error is less likely to contribute to unexpected downtime, and maintenance is easier to perform.
Structured cabling is also effective for systems integration. Integrated systems enhance visibility and are easier to navigate and maintain.
Security is a top concern for businesses. Integrating cameras with access control is the most efficient way to be proactive in monitoring a business. Live views, pre-determined alerts, and artificial intelligence (AI) help human security teams identify and locate potential security threats. With the ability to monitor security through a mobile or desktop app, teams can monitor real-time events and send alerts to other team members for review. In addition to cameras and access control, environmental sensors have increased in popularity and provide peace of mind with real-time alerts that equipment is functioning properly.
Voice over internet protocol (VoIP) is an internet-based communications system capable of managing all company communication, from phone calls to chat functionality. Most VoIP systems work with existing programs, such as Microsoft Teams and Zoom, enabling consistent, consolidated telecommunications. These systems can be on- or off-premises, or a combination of both, and can be easily configured to meet different needs. Often, cost savings are found during the exploratory phase of implementing a VoIP system.
VoIP can be customized to work anywhere and supports remote work models. It gives administrators more flexibility to make changes to the system rather than rely on outside vendors. Flexible, custom options help employees communicate more effectively and increase collaboration, productivity, and scalability.
With the technology demands arising from the pandemic, audiovisual (A/V) equipment transitioned from useful presentation tool to modern business necessity. Ongoing development of A/V solutions is largely focused on enabling virtual meetings and communications. As many employees continue to work remotely, so A/V equipment and software must increasingly apply to a dispersed workforce.
On-site A/V equipment continues to support in-person meetings and client presentations, and A/V technology development is expanding beyond presentation and communication to facilitate collaboration. Hotels are implementing A/V tools for conferences and other events, and schools continue to expand the use of interactive technology to engage students — and their mobile devices — in enhanced learning opportunities.
Constant innovation requires adaptivity and a forward-thinking approach to technology management, and these four areas — structured cabling, security, VoIP, and A/V — merely scratch the surface of technology management demand in today’s business world. It’s a lot for overwhelmed IT and facility management teams to handle without help.
Expert, certified partners support your company’s efficiency with fast technology solutions and instant relief for overworked IT and facility management teams.
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