That’s the TWIC

Steps can be taken to ensure airport security magically complies with federal mandates

FACED with the prospect of security threats and ever-changing federal regulations, many airports have been stymied in the quest to enhance the safety of air travel. Fortunately, the evolution of the Transportation Worker Identification Credential program provides a useful guide that airports can confidently follow without fear of technology obsolescence.

TWIC’s objective is to improve security through better identity management; using end-to-end credentialing, identity proofing and identity vetting. Under TWIC, the Transportation Security Administration is issuing a uniform credential to transportation workers to tighten security and eliminate the need for multiple, redundant background checks. TWIC uses an interoperable template, which allows organizations to purchase readers from virtually any vendor, as long as the template generator and matcher conform to TWIC guidelines. In other words, adopters of TWIC will not be locked into a particular product or vendor. If users decide to switch manufacturers, they can purchase readers from a different vendor without having to reissue cards.

Likewise, TSA is planning to certify biometrics for airport use without requiring a specific credential. Airports can be proactive about security and adopt TWIC standards while retaining the interoperability and flexibility of their security systems.

There are a number of factors to consider when dealing with airport security. Some of the following measures are a direct result of mandates, such as TWIC, while others are best practices to ensure the overall safety of passengers and employees of various airports.

Carefully evaluate new processes. Often when looking at new regulations, people tend to focus too much on the technology and too little on the processes required to put technology to its best use. In the case of TWIC, it’s important to bind individuals to their identities. To that end, no one entity should have the ability to issue a credential. This way, there is a high level of trust that the process for producing and receiving the credential is secure.

For example, an employee can be required to present an I-9 document, photograph, employee record and fingerprint, which would all be digitally encrypted by a “trusted agent.” That packet would then go to a central system where background checks are conducted. Once the package is reviewed and the individual is verified, the package is sent to a secure facility where the card is printed and encoded. Once credentials are issued, individuals require three factors to verify their identities: something they have (a photo ID), something they are (a biometric fingerprint) and something they know (a PIN). Following such stringent procedures helps ensure integrity of credential issuance, provisioning and use.
Enable systems to communicate. Integration is a critical factor in airport security. Security teams are vastly more efficient when the security tools at their disposal—from access control systems to video surveillance—are able to communicate with one another.

Establish peer-to-peer relationships. Airports would be well-served to learn from the experiences of their peers. Some smaller airports, such as Little Rock, Ark., National Airport, have been using biometric technology for years. Leveraging the knowledge and experiences from others like this can help avoid costly pitfalls.

Allow for multiple security roles. In an airport environment, system integration can be challenging since different organizations are responsible for different areas. For example, the airport is responsible for securing doorways to airfields, while TSA handles passenger checkpoints. Having role-based security systems in place helps ensure that this clear delineation of duties will not be compromised. For example, security systems can be configured to make sure individuals have access only to information needed to fulfill duties.
Also, it is useful to consider systems that can be configured to adapt instantaneously to different threat levels. This involves automatically locking certain doors or sending an alert to all security personnel to revise screening practices. Taking proactive measures ensures in the event of a potential hazard, the entire facility and security team will be prepared to avert crises.

Proactive security
Surveillance is an important aspect of airline security. However, having personnel simply staring at a group of monitors is not enough. Airlines should employ proactive tools, such as video analytics, that catch and instantly alert security to any suspicious activity.
Choose an experienced partner. Select a reputable integrator well-versed both in airport regulations and enterprise security systems. Airports are much like campuses because the facility involves multiple zones and buildings, as well as various types of personnel. It is imperative to have partners with experience in installing and deploying expansive systems.

TWIC will initially be applied for credentialing and background checks on civilians at seaports. However, these common sense practices will help airports and other organizations navigate as they establish strong technologies and operating procedures to confirm the identity of their workers. The end result will be safer travel and a more secure environment for passengers and employees.

Featured

  • Brivo, Eagle Eye Networks Merge

    Dean Drako, Chairman of Brivo, the leading global provider of cloud-native access control and smart space technologies, and Founder of Eagle Eye Networks, the global leader in cloud AI video surveillance, today announced the two companies will merge, creating the world’s largest AI cloud-native physical security company. The merged company will operate under the Brivo name and deliver a truly unified cloud-native security platform. Read Now

  • Security Industry Association Announces the 2026 Security Megatrends

    The Security Industry Association (SIA) has identified and forecasted the 2026 Security Megatrends, which form the basis of SIA’s signature annual Security Megatrends report defining the top 10 factors influencing both near- and long-term change in the global security industry. Read Now

  • The Future of Access Control: Cloud-Based Solutions for Safer Workplaces

    Access controls have revolutionized the way we protect our people, assets and operations. Gone are the days of cumbersome keychains and the security liabilities they introduced, but it’s a mistake to think that their evolution has reached its peak. Read Now

  • A Look at AI

    Large language models (LLMs) have taken the world by storm. Within months of OpenAI launching its AI chatbot, ChatGPT, it amassed more than 100 million users, making it the fastest-growing consumer application in history. Read Now

  • First, Do No Harm: Responsibly Applying Artificial Intelligence

    It was 2022 when early LLMs (Large Language Models) brought the term “AI” into mainstream public consciousness and since then, we’ve seen security corporations and integrators attempt to develop their solutions and sales pitches around the biggest tech boom of the 21st century. However, not all “artificial intelligence” is equally suitable for security applications, and it’s essential for end users to remain vigilant in understanding how their solutions are utilizing AI. Read Now

New Products

  • EasyGate SPT and SPD

    EasyGate SPT SPD

    Security solutions do not have to be ordinary, let alone unattractive. Having renewed their best-selling speed gates, Cominfo has once again demonstrated their Art of Security philosophy in practice — and confirmed their position as an industry-leading manufacturers of premium speed gates and turnstiles.

  • AC Nio

    AC Nio

    Aiphone, a leading international manufacturer of intercom, access control, and emergency communication products, has introduced the AC Nio, its access control management software, an important addition to its new line of access control solutions.

  • HD2055 Modular Barricade

    Delta Scientific’s electric HD2055 modular shallow foundation barricade is tested to ASTM M50/P1 with negative penetration from the vehicle upon impact. With a shallow foundation of only 24 inches, the HD2055 can be installed without worrying about buried power lines and other below grade obstructions. The modular make-up of the barrier also allows you to cover wider roadways by adding additional modules to the system. The HD2055 boasts an Emergency Fast Operation of 1.5 seconds giving the guard ample time to deploy under a high threat situation.