Plan Might Have a Weakness

Plan Might Have a Weakness

Cybercriminals can cause a security breach for unprepared organization

Cybersecurity and physical security no longer exist in two different worlds. Each now supports and depends on the other as part of a comprehensive risk and liability management program. Criminals can exploit weaknesses in either area of security to enable a breach, and cause potentially catastrophic consequences for an unprepared organization.

When the conversation is centered on cybersecurity, often the focus is on hardening the network, creating better passwords, avoiding malware and strengthening the firewall. These are all vital components of cyber hygiene and should be maintained to the fullest extent at all times. But alone, they are not enough to keep your data safe from hackers.

The surprising reality is that one of the most common ways for a hacker to gain access to an organization’s data is by walking through the entrance to your facility. Once inside, they can steal a laptop or server for data or access to the network, plug into a network port to create a backdoor network entrance they can use whenever they want, or pop a flash drive into a computer to download files and folders containing sensitive financial information— or to upload malware.

This vulnerability at the entrance can be a tremendous weakness, and one that is too easily overlooked when planning for optimal cybersecurity. As long as there is the possibility of an unauthorized person entering the premises, you are at a much higher risk for a cybersecurity breach.

Because building and perimeter entrances are key points for physical security, much of the technology for physical security devices has been developed to protect entrances. Even as new technologies have emerged, they have mostly been a variety of protections for standard swinging doors, which have long been used to enter and exit buildings. The use of doors has typically and traditionally been an architectural decision, with door styles selected for their design aesthetic or user convenience with little consideration for security.

Generally, the biggest security concern considered when installing an entrance was compliance with fire codes and other emergency exit guidelines. While it is still important to consider these factors, it has now become necessary to consider the entrance as a primary factor in cybersecurity best practices.

Installing standard swing doors at any location in a facility presents risk, as their design does not prevent unauthorized intrusions. Once a swing door is open, even if it has been unlocked using authorized credentials, an unlimited number of people can enter. What is often considered basic politeness—holding the door for the person behind you—can in fact be an enormous security risk. Unless there is a guard at the door, there is no prevention for tailgating (additional people following someone through the door). Worse, unless it has special alarms, a door can be propped open and left that way indefinitely.

Even the presence of trained security officers is no guarantee of keeping cybercriminals out of your facility. For them, it can even become something of a sport to get past guards—in fact, there is even a name for this: social engineering. You can read virtually unlimited articles and blogs about this online. Many hackers openly discuss the tactics they use to get through even the most stringent officer-manned entrances, and tell stories about some of their biggest achievements. Fortunately, most of the exploits that are being written about were done in the name of penetration testing, which looks for an organization’s vulnerabilities so that they can address them—but the ease with which they are able to enter secure facilities shows that this is almost certainly happening, unsanctioned, on a regular basis.

Once a cybercriminal is inside your facility, you have lost most of the battle to protect your data. At that point it is quick and simple for them to plug into an IP port, access your network, and perform whatever actions they want. If they walk in and out without having been noticed, you may not even know that there has been a breach until data turns up corrupted, operations cease to function properly, or the stolen data is utilized or ransomed back to you—at which point the damages only multiply.

The bottom line is simple: to keep your data safe, you need to address physical security and you must have a fully secure entry. Security entrances offer a unique level of protection as they not only fully prevent tailgating, one of the greatest risks presented by standard swing doors, but also verify the identity of every individual entering a facility. They cannot be compromised in the way that a security guard can through social engineering, and they cannot be fooled or tricked. When integrated with access control systems, they reliably deter and detect unauthorized entry attempts. Certain types can even prevent unauthorized entry without supervision. And, they also enable accurate monitoring of who is in the building at all times.

Security entrances work well both against lone actors and organized hacker groups. They enable access to authorized individuals who need to be in your facility while keeping unwanted visitors, including those who are intent to steal your data, out of your facility.

Security entrances come in a wide range of assurance levels, as well. For example, they can take the form of waist high turnstiles for controlling high volumes of traffic, to full height turnstiles, to optical turnstiles, to security revolving doors and mantrap portals that make it close to impossible to tailgate into your facility, with sensors that recognize shapes, size and volume and stop entry.

One additional point must be made about the vulnerabilities presented to cybercriminals at the entrance. Today, any device on the IoT—from a smart fish tank to an elevator system—could be used by hackers as an entry point to the network. The same is true for physical security products from surveillance cameras to Wi-Fi locks. The moment a device is connected to the network, it becomes a potential attack surface for a hacker to use to reach the network, from which they can implant malware, steal data or cause many other sorts of mayhem that disrupts business operations. Every IoT-connected device used in your organization must be properly hardened to prevent this from happening.

For that reason, it is important to take all possible measures to harden your networked security entrances against hacking. There are several protocols you can easily implement to accomplish this.

1. Performing third-party penetration testing is essential across your digital networks, and security entrances should be included in the process. It’s recommended that this testing be conducted on a regular basis, as hackers are constantly updating their tactics.

2. Lock down the control panel to authorized users only, and lock it away entirely at the end of the day so that it is out of the hands of anyone looking to get inside.

3. Make sure that physical and cybersecurity personnel are in communication and agreement as to both physical security protocols and cyber security updates.

4. Limit the number of users that have access to the security system, including entrance operation.

The boundaries between physical security and cybersecurity are disappearing, as each is an essential component of the other. Savvy cyber criminals often attempt to gain entrance into a facility in order to access data, steal intellectual property and otherwise cause harm to an organization. The risks and liabilities can be catastrophic—so it is important to ensure you are as prepared as possible.

This article originally appeared in the July/August 2019 issue of Security Today.


  • Progressing in Capabilities

    Progressing in Capabilities

    Hazardous areas within industries like oil and gas, manufacturing, agriculture and the like, have long-sought reliable video surveillance cameras and equipment that can operate safely in these harsh and unpredictable environments. Read Now

  • A Comprehensive Nationwide Solution

    A Comprehensive Nationwide Solution

    Across the United States, manufacturing facilities, distribution centers, truck yards, parking lots and car dealerships all have a common concern. They are targets for catalytic converters. In nearly every region, cases of catalytic converter thefts have skyrocketed. Read Now

  • Planning for Your Perimeter

    Planning for Your Perimeter

    The perimeter is an organization’s first line of defense and a critical element of any security and surveillance program. Even if a building’s interior or exterior security is strong, without a solid perimeter surveillance approach any company or business is vulnerable. Read Now

  • The Key Issue

    The Key Issue

    It is February 2014. A woman is getting ready in her room on a cruise ship when she hears a knock on the door; it is a crewmember delivering breakfast. She is not presentable so she tells him to leave it by the door. Read Now

Featured Cybersecurity

New Products

  • Tyco Kantech EntraPass security management software

    Tyco Kantech EntraPass security management software

    Johnson Controls, the global leader in smart, healthy and sustainable buildings, and architect of the Open Blue digital connected platforms, has released the newest version of the Tyco Kantech EntraPass security management software. 3

  • SecureAuth


    The acceleration of digital transformation initiatives as a result of COVID-19 has created a lasting impact on how businesses empower their workforce and engage customers. 3

  • ComNet CNGE6FX2TX4PoE

    The ComNet cost-efficient CNGE6FX2TX4PoE is a six-port switch that offers four Gbps TX ports that support the IEEE802.3at standard and provide up to 30 watts of PoE to PDs. It also has a dedicated FX/TX combination port as well as a single FX SFP to act as an additional port or an uplink port, giving the user additional options in managing network traffic. The CNGE6FX2TX4PoE is designed for use in unconditioned environments and typically used in perimeter surveillance. 3