The Naked Truth: Is Hotel WiFi Spying on You?
The question of whether hotel WiFi tracks you is a common concern for travelers, touching on fundamental privacy worries. In short, hotel WiFi networks can and often do collect data about your online activities to varying degrees. This tracking isn't always malicious; it can be for network management, security, or even service improvement, but the potential for more extensive monitoring exists, making awareness crucial for every guest connecting to a public network.
- Hotel WiFi can monitor your online activity.
- Data collection is often for network management and security.
- Privacy concerns are valid due to potential monitoring.
- Understanding is key to protecting your data.
Imagine settling into your hotel room after a long journey, laptop open, ready to catch up on emails or stream your favorite show. You connect to the 'HotelGuest' network, perhaps with a simple password or a room number login. It feels as secure as your home network, but the reality is often quite different. The infrastructure behind that seamless connection is designed with specific purposes, and those purposes can sometimes extend into observing user behavior. It's less about a clandestine spy operation and more about the inherent capabilities and common practices of network administration in shared, public environments.
The core of the issue lies in how these networks are set up and managed. Unlike a private home network where you control every device and setting, a hotel network is a shared resource managed by the hotel or its third-party provider. This centralized control means that traffic flowing through the network can be intercepted, logged, and analyzed. The primary motivations are usually legitimate: ensuring network stability, preventing misuse, and providing a reliable service to all guests. However, the technical means for such oversight also open the door to broader data collection, which naturally raises privacy flags.
Network Management vs. Data Harvesting
When hotel operators monitor your internet usage, it’s not always for the purpose of peeking into your personal life. Often, the data collected is anonymized and aggregated to understand traffic patterns. This helps them identify bandwidth hogs, detect potential security threats like malware or unauthorized access attempts, and ensure that the network remains functional and performant for all users. For instance, if a particular website or service is causing network congestion, administrators can identify it and potentially implement traffic shaping or, in rare cases, block it to preserve overall service quality. This is akin to a city monitoring traffic flow to optimize road usage.
However, the lines can blur. While basic network management might focus on traffic volume and type, the infrastructure enabling this can also capture more granular details. This can include the websites you visit, the duration of your visits, and the amount of data transferred. The crucial distinction often lies in whether this data is linked back to your specific identity (room number, name) or if it's stripped of personal identifiers and used purely for statistical analysis. The absence of clear, transparent policies from many hotels regarding their data collection practices fuels the suspicion that more than just network stability is being monitored.
The underlying technology used by many hotel networks, such as captive portals (the login pages you see), can also act as a point of data capture. These portals often require you to agree to terms and conditions, which, if read carefully, might disclose the extent of data collection. Even without explicit agreement, the act of connecting and logging in grants the network administrator visibility into your online journey, at least while you are connected to their system.
The primary driver behind hotel WiFi monitoring is typically network health and security, but the technical capability for deeper tracking is present.
When considering the potential for tracking, it's important to distinguish between different types of data. Network administrators can see the IP addresses of devices connected to their network, and they can often see the domain names of websites you visit (e.g., google.com, facebook.com) through DNS requests. However, if you are using a secure connection like HTTPS, the content of your communication – the specific pages you view within a site, the messages you send, or the files you download – is encrypted and generally unreadable to them, unless they engage in more sophisticated, and often illegal, man-in-the-middle attacks. The level of detail observed is critical to understanding the privacy implications.
What Data Might Hotel WiFi Collect?
The data collected by hotel WiFi networks can range from basic connection details to more specific browsing habits, depending on the network's configuration and the provider's policies. Understanding this spectrum is key to grasping the potential privacy risks associated with using public hotel internet.
At its most fundamental level, a hotel network logs connection metadata. This includes the device's MAC address (a unique hardware identifier), the IP address assigned to your device, the time you connect and disconnect, and the amount of data you consume. This is essential for managing network resources, preventing unauthorized access, and troubleshooting connectivity issues. Think of it like a logbook at a shared office space noting who entered and exited and how long they stayed.
Beyond basic connection logs, many networks can track the domain names of websites you visit. When you type a web address or click a link, your device sends a request to a Domain Name System (DNS) server to translate that human-readable name into an IP address. The hotel's network can see these DNS requests. So, they might know you visited 'example-news-site.com' or 'social-media-platform.net', but not necessarily the specific article you read or the post you viewed if the site uses HTTPS encryption.
The Role of Captive Portals
Captive portals, the gateways through which you often access hotel WiFi, are significant points of data collection. These are the splash pages that require you to log in, often with your room number and last name, or by accepting terms and conditions. During this process, the hotel can record the credentials you provide. This directly links your online activity to your identity as a guest. Furthermore, the terms and conditions you agree to, even if rarely read, can explicitly state what data is collected and how it's used.
Some hotel networks might go further by inspecting unencrypted (HTTP) traffic. While most major websites now use HTTPS, older sites or certain applications might still transmit data in plain text. In such cases, a hotel network operator could potentially see the content of your browsing, including usernames, passwords (if not otherwise secured), and the actual pages you visit within a site. This is why it's always recommended to look for the padlock icon in your browser's address bar, indicating an HTTPS connection.
The data collected often includes connection times, data usage, and visited domain names.
Additionally, some advanced network management systems might employ techniques to monitor application usage. For instance, they might identify if you are using bandwidth-heavy applications like streaming services or peer-to-peer file-sharing software. This is primarily for traffic management, but the visibility into application use is a form of tracking.
It's also worth noting that the terms of service you agree to when connecting can grant the hotel permission to use your data for marketing or service improvement purposes. This could involve analyzing your browsing habits to tailor advertisements or understand guest preferences for future amenities. While this may not involve direct surveillance of private communications, it's still a form of data utilization that might surprise unsuspecting guests.
Always review the terms and conditions presented by the captive portal before connecting to hotel WiFi. Look for clauses regarding data collection, usage, and privacy, even if they seem lengthy.
The depth of tracking is highly variable. A small boutique hotel might have a very basic setup, while a large chain with a dedicated IT department and third-party network provider could implement more sophisticated monitoring tools. Without explicit disclosure, it's prudent to assume a moderate level of tracking is possible.
Why Hotels Monitor Your Internet Activity
Hotels monitor guest internet activity not typically out of a desire for personal intrusion, but rather for practical and operational reasons that benefit both the establishment and its clientele. Understanding these motivations helps demystify the process and alleviates some of the privacy anxieties.
The most prominent reason for monitoring is network performance and management. Hotels provide WiFi as a core amenity, and maintaining a stable, fast, and reliable connection for potentially hundreds or thousands of devices simultaneously is a significant technical challenge. By monitoring usage, administrators can identify bottlenecks, detect devices consuming excessive bandwidth, and ensure fair usage policies are maintained. This prevents one guest's heavy downloading or streaming from degrading the experience for everyone else. It’s about ensuring the service they sell is delivered effectively.
Security is another paramount concern. Public networks are inherently vulnerable to cyber threats. Hotels have a vested interest in protecting their network infrastructure from malware, viruses, and hacking attempts. Monitoring allows them to detect suspicious traffic patterns that might indicate a compromised device or an external attack. If a guest's device is infected and broadcasting malware, network administrators can identify it and take steps to isolate it, preventing it from spreading and affecting other guests or the hotel's internal systems. This is a proactive measure to safeguard all users.
Guest Experience and Service Improvement
Beyond technical operations, data gathered from network usage can inform service improvements. By understanding which websites or services guests frequently access, hotels can gauge demand and potentially offer enhanced services. For example, if many guests are using the WiFi for streaming, the hotel might invest in higher bandwidth or partnerships with streaming providers. If guests are consistently struggling with certain types of online activities, the hotel can seek solutions or provide better support. This data, when anonymized and aggregated, provides valuable insights into guest behavior and preferences.
Furthermore, monitoring can help in enforcing acceptable use policies. Hotels often prohibit illegal activities, the distribution of malicious content, or the use of their network for commercial purposes that violate agreements. Monitoring helps ensure that the network is not being misused in ways that could lead to legal liabilities for the hotel or disrupt service for other guests. This is a standard practice for managing any shared public resource.
Network performance, security, and guest satisfaction are key drivers for monitoring.
Some hotels, particularly larger chains, may also use network data for marketing and loyalty programs. While this is a more sensitive area, aggregated and anonymized data about guest browsing habits could theoretically be used to offer targeted promotions or personalize services. However, reputable hotel groups usually have clear privacy policies outlining such practices, and many countries have regulations that govern how such data can be collected and used.
The technical means available mean that hotels have the potential to collect more data than is strictly necessary for basic network management. While the intention might be to provide a better and safer experience, the capability for more extensive tracking means guests should always remain aware of their digital footprint on public networks.
The hotel's perspective is that they are providing a complex service and need tools to manage it effectively. They are responsible for the network's integrity and ensuring it's available. This often necessitates a degree of visibility into how the network is being used. For the guest, however, this visibility can feel like an invasion of privacy if not handled transparently and ethically.
How to Protect Your Privacy on Hotel WiFi
When connecting to hotel WiFi, taking proactive steps to secure your data and maintain online privacy is highly recommended. The inherent vulnerabilities of public networks mean that a layered approach to security is your best defense against potential tracking and cyber threats.
The most powerful tool in your arsenal is a Virtual Private Network (VPN). A VPN encrypts all the internet traffic leaving your device, routing it through a secure server before it reaches its destination. This means that even if the hotel network can see that you are connected, they cannot decipher the content of your communications, the websites you visit (beyond the VPN server's IP address), or your online activities. It effectively creates a private tunnel through the public network, making your data unreadable to the hotel's network administrators.
Choosing a reputable VPN service is crucial. Look for providers with a strong no-logs policy, robust encryption standards (like AES-256), and a wide server network. While many VPNs offer free versions, these often come with limitations on speed, data, or security, and some may even log user activity themselves. Investing in a paid, trusted VPN service provides the most reliable protection.
Secure Your Devices and Connections
Beyond using a VPN, ensure your devices themselves are secured. This means keeping your operating system and applications updated with the latest security patches, as these often fix vulnerabilities that hackers exploit. Use strong, unique passwords for all your online accounts, and enable two-factor authentication (2FA) wherever possible. This adds an extra layer of security, making it much harder for unauthorized individuals to access your accounts even if they somehow obtain your credentials.
Limit the use of sensitive applications or websites while on hotel WiFi, especially if you are not using a VPN. Avoid online banking, making financial transactions, or accessing highly confidential work documents. If you must perform such activities, ensure the website uses HTTPS and consider using your mobile hotspot instead.
Using a VPN is the most effective way to encrypt your traffic and protect your privacy.
Disable file sharing on your devices before connecting to public WiFi. On Windows, this is often found under Network and Sharing Center settings, while on macOS, it's under System Preferences > Sharing.
Turn off automatic WiFi connection on your devices. Many smartphones and laptops are configured to connect to known or open WiFi networks automatically. This can inadvertently connect you to a malicious network or a network that tracks your activity without your explicit consent. Manually select the network each time you connect.
Consider using your mobile hotspot if you have sufficient data. While it uses cellular data, it offers a more private and secure connection than most public WiFi networks, as your traffic is routed through your mobile carrier's infrastructure, which is generally more secure and less prone to the types of monitoring found on public networks. This is especially relevant for devices like the Amazon Fire Stick or Chromecast, where compatibility with hotel networks can be an issue, and a hotspot provides a direct, personal connection.
Finally, be mindful of what information you share on captive portal login pages. Only provide the minimum required information, and be wary of any requests for excessively personal data. If the login process seems unusual or asks for details beyond what's expected, it might be a sign of a phishing attempt or an overly invasive data collection policy.
The Long-Term Implications of WiFi Tracking
The practice of monitoring internet usage on public networks like hotel WiFi, while often presented as a necessary operational tool, carries long-term implications for user privacy and the evolution of digital surveillance. Understanding these broader consequences helps frame the importance of individual vigilance and industry accountability.
One significant long-term implication is the normalization of data collection. As more services, public spaces, and businesses implement tracking mechanisms, users may become desensitized to the constant monitoring of their digital lives. This gradual acceptance can lower expectations of privacy over time, making it harder to push back against more invasive forms of data collection in the future. What starts as network management can subtly shift towards pervasive profiling.
Furthermore, the aggregation of data from various sources, including hotel stays, can contribute to detailed user profiles. While a hotel might only see your browsing habits during your stay, this data, when combined with information from other online activities, loyalty programs, or even location services, can paint an incredibly comprehensive picture of your lifestyle, interests, and habits. This comprehensive profiling has implications for targeted advertising, personalized services, and potentially even more sensitive applications like insurance rates or credit assessments, though regulatory frameworks aim to prevent such misuse.
Data Security Risks and Breaches
The longer data is stored, the higher the risk of it being compromised. If hotels or their third-party providers maintain extensive logs of guest internet activity, these databases become attractive targets for cybercriminals. A data breach could expose sensitive information about thousands or millions of guests, including their browsing history, which could be used for identity theft, blackmail, or other malicious purposes. The long-term storage of such data amplifies the potential damage from a single security failure.
The evolution of tracking technologies also presents ongoing challenges. As network analytics become more sophisticated, the ability to infer personal information from seemingly innocuous data increases. For instance, patterns in online activity might reveal health conditions, political leanings, or financial struggles. The long-term trajectory of this technology suggests that the boundaries between network management and intrusive surveillance will continue to be tested and potentially eroded.
The normalization of data collection can erode privacy expectations over time.
This trend raises questions about digital sovereignty and the right to privacy in public and semi-public spaces. As our lives become increasingly intertwined with digital connectivity, the control over our personal data becomes a critical aspect of personal freedom. The practices employed by hotels and other public WiFi providers contribute to the broader societal discussion about how much access corporations and institutions should have to our online lives.
Moreover, the lack of transparency surrounding data collection practices in many instances fosters distrust. If users are not clearly informed about what data is collected, why, and for how long it's retained, it undermines confidence in the services they are using. This can lead to a situation where users feel powerless against opaque systems, discouraging them from utilizing essential digital services out of privacy concerns. The long-term effect is a potential chill on legitimate online activity and a widening gap between service providers and consumers regarding data governance.
The commitment to privacy by organizations providing public WiFi services will shape the future digital landscape. A proactive approach that prioritizes transparency, user control, and robust security will foster greater trust and ensure that technological advancements serve users rather than exploit them.
Specific Devices and Hotel WiFi Compatibility
While the core question of tracking applies universally, certain devices and their intended uses can introduce unique challenges or considerations when connecting to hotel WiFi. Understanding these nuances can help you make informed decisions about how and if to connect your gadgets.
Devices like streaming sticks (e.g., Amazon Fire Stick, Roku) and gaming consoles (e.g., PlayStation Portal, Xbox) often present compatibility issues with hotel networks. Many hotel WiFi systems use captive portals that require browser-based authentication, which these devices typically lack. They are designed to connect directly to a network without needing to navigate a login page. This often means they won't work out-of-the-box. For instance, does Amazon Fire Stick work in hotels, or does Chromecast work with hotel WiFi, often depends on the specific network setup.
To overcome this, some travelers resort to using their mobile hotspot, as it provides a direct, personal internet connection that bypasses the hotel's captive portal. Others might use a travel router that can connect to the hotel's WiFi and then create a private, personal network for their devices, often with its own password. This not only solves the connectivity problem but also adds a layer of security, as all your devices connect through the router, which then communicates with the hotel's network, and crucially, a VPN can be configured on the travel router for added protection.
Smart Home and Health Devices
Devices like smart home hubs or health trackers (e.g., Nanit baby monitors) can also pose questions. Does Nanit work on hotel WiFi? Generally, such devices require a stable, always-on internet connection, and the intermittent nature or restrictive policies of hotel WiFi can make them unreliable or unusable. Moreover, connecting these devices, which often contain personal or sensitive data, to a public network requires extreme caution. A compromised hotel network could potentially expose data from your smart home devices, leading to privacy breaches or even physical security risks.
For devices like the PlayStation Portal, which is designed for remote play, a stable and low-latency connection is paramount. Hotel WiFi, often characterized by variable performance and high latency, is rarely suitable for an optimal gaming experience. While it might technically connect if the network allows it, the quality of the gaming session would likely be severely degraded. Does PS Portal work on hotel WiFi? It might connect, but the experience is unlikely to be satisfactory without significant network improvements or bypassing the hotel network entirely via a hotspot.
Many dedicated devices struggle with hotel WiFi's captive portal authentication.
The underlying issue for many of these devices is their design for simpler, more direct network access. They are not built to navigate the complexities of public, shared networks that often require user interaction via a web browser. This means that even if the hotel WiFi is technically functional, these gadgets may simply not be able to establish a connection without workarounds.
When planning travel with such devices, it's always wise to research their specific connectivity requirements and consider alternatives like mobile hotspots or travel routers. These solutions not only address compatibility issues but also significantly enhance the security and privacy of your online activities, regardless of the network you're connecting to.
For instance, does Firestick work in hotels often depends on whether the hotel has implemented specific compatibility measures or if a travel router is used. Without such measures, the device might connect to the network but be unable to complete the login process, rendering it useless for streaming.
When Does Hotel WiFi Make Sense?
Despite the privacy concerns and technical hurdles, hotel WiFi remains a critical amenity, and in many situations, it serves its intended purpose effectively. Understanding when it's appropriate to use and when to be cautious is key to navigating the digital world while traveling.
For basic tasks that don't involve sensitive information, hotel WiFi can be perfectly adequate. Browsing general news websites, checking social media feeds, sending non-confidential emails, or looking up directions are all activities that can typically be performed without significant risk, especially if the sites use HTTPS. The convenience of not having to rely on potentially expensive or spotty mobile data can make it an attractive option for these routine online needs.
When the hotel provides a robust, secure network with clear privacy policies, it can be a reliable service. Some higher-end hotels invest heavily in their WiFi infrastructure, offering high speeds, broad coverage, and advanced security features. In such cases, the network is designed to be both functional and reasonably secure for guest use, making it a viable option for a wider range of activities.
Using Hotel WiFi for Work or Leisure
For business travelers, the decision often hinges on the sensitivity of the data being accessed. If your work involves accessing confidential client information, proprietary company data, or conducting secure financial transactions, relying solely on hotel WiFi is generally not advisable, even with a VPN. The added security of a dedicated work network or a reliable mobile hotspot is often preferred for these high-stakes activities.
However, for less sensitive work tasks, such as responding to emails, participating in non-confidential conference calls, or conducting general research, hotel WiFi might suffice. The key is to always use a VPN and to be aware of the network's security posture. If the connection feels unstable or the network seems poorly managed, it’s best to err on the side of caution.
Leisure activities like streaming movies or music are often where hotel WiFi proves most useful. While some networks might struggle with the bandwidth demands of high-definition streaming, many are capable of handling it, especially if the hotel has invested in sufficient capacity. As mentioned, devices like Firesticks or Chromecasts might require workarounds, but once connected, they can provide hours of entertainment, saving your mobile data allowance.
Hotel WiFi is suitable for non-sensitive browsing, general communication, and entertainment.
It's also important to consider the geographical context. For example, does Cuba have WiFi in hotels? Access to internet services can vary dramatically by region and country, and in places with limited connectivity, hotel WiFi might be the only option available, making its use essential despite potential drawbacks. Travelers need to adapt their expectations and security measures based on local conditions.
Ultimately, hotel WiFi is a tool. Like any tool, its utility depends on how it's used and the precautions taken. For everyday browsing and entertainment, it can be a convenient and cost-effective solution. For activities requiring high security or privacy, or when dealing with specific device compatibility issues, it’s wise to have backup plans, such as a mobile hotspot or a secure VPN, to ensure your digital life remains protected.
The question of is hotel WiFi good enough for gaming, for instance, is usually answered with a 'no' for serious gamers due to latency. However, for casual games that are less demanding on connection speed, it might be acceptable, especially if combined with a VPN to stabilize the connection.
The Evolution of Hotel Network Security
The landscape of hotel network security and guest privacy has been steadily evolving, driven by increasing awareness of cyber threats, growing demand for reliable internet, and evolving technological capabilities. What was once a simple login screen has become a more complex ecosystem, with both improved security measures and amplified potential for data collection.
Early hotel WiFi systems were often rudimentary, sometimes even unsecured open networks. This created significant vulnerabilities, making guests' data susceptible to interception by anyone on the same network. As the internet became more integral to travel, and cyber threats grew, hotels began implementing more robust security protocols. This included password protection, basic firewalls, and the introduction of captive portals for managing access and user authentication.
The rise of mobile devices and the expectation of seamless connectivity have pushed hotels to offer faster and more reliable WiFi. This has led to investments in better hardware and higher bandwidth. However, the pressure to provide this service often means outsourcing network management to specialized third-party providers. These providers have the expertise to manage large-scale networks but also bring their own data handling policies and technologies, which may not always be fully transparent to the end-user.
Advancements in Monitoring and Encryption
On the security front, there's been a push towards better encryption standards and network segmentation. Modern hotel networks might employ WPA2 or WPA3 encryption, offering a stronger defense against unauthorized access compared to older methods. Network segmentation is also crucial, separating guest networks from the hotel's internal systems to prevent any potential compromise from spreading. This means that even if a guest's device is infected, it's less likely to impact the hotel's operations or other guests' devices.
Simultaneously, the tools for network monitoring have become far more sophisticated. What was once basic traffic logging has evolved into deep packet inspection (DPI) and advanced analytics. While these tools are invaluable for identifying complex threats and optimizing network performance, they also increase the granularity of data that can be collected about user behavior. The technical capacity to analyze patterns, identify applications, and even infer user intent has grown significantly.
Technological advancements have improved both network security and the potential for data analysis.
This evolution presents a dual-edged sword for guests. On one hand, networks are generally more secure and stable than they were a decade ago. On the other hand, the sophisticated tools used by network administrators mean that more data about your online activities can be collected and analyzed than ever before. The challenge for hotels is to balance operational needs and security with guest privacy, which requires clear communication and robust data protection policies.
The trend is moving towards greater awareness and demand for privacy. As users become more educated about cybersecurity and data privacy, they are increasingly likely to question how their data is used. This is prompting some travel companies and hotels to be more transparent about their practices, and in some regions, regulatory bodies are enforcing stricter data protection laws, such as GDPR or CCPA, which influence how guest data can be handled. The ongoing evolution is a push-and-pull between technological capability, business needs, and user rights.
Your Digital Footprint in Hotel Rooms
Every time you connect to a hotel's WiFi, you leave behind a digital footprint, a trail of data that maps your online journey during your stay. Understanding the nature and extent of this footprint is the first step toward managing your privacy effectively.
Your footprint begins the moment you connect. The network logs your device's unique MAC address and assigns it an IP address. This initial handshake establishes your presence. From there, every website you visit, every search query you make (if not encrypted end-to-end), and every application you use contributes to this digital trail. Even if the content is encrypted via HTTPS, the metadata – the destination domain, the time, and the duration of the connection – remains visible to network administrators.
This footprint can reveal a surprising amount about your habits and interests. For instance, frequent visits to travel booking sites might indicate you're planning future trips. Extensive use of streaming services could signal your entertainment preferences. If you're researching health conditions or financial products, that information, even if anonymized, contributes to a profile of your concerns and needs. While hotels might claim this is for service improvement, the potential for misuse or breach looms large.
The Importance of Encryption
The role of encryption, particularly HTTPS, cannot be overstated in minimizing your digital footprint on hotel WiFi. When you visit an HTTPS-secured website, your browser establishes a secure, encrypted connection with the website's server. This means that while the hotel network can see that you connected to a specific domain (e.g., 'your-bank.com'), it cannot see the specific pages you navigated within that site, nor can it read the data you sent or received, such as your login credentials or transaction details. This is why prioritizing websites with the padlock icon is a fundamental aspect of online safety.
However, even with HTTPS, some metadata remains visible. The fact that you visited a particular domain can be logged. For truly private browsing, a VPN is indispensable, as it encrypts not only the content of your traffic but also masks the destination domain from the local network administrator, showing only a connection to the VPN server itself. This significantly obscures your digital footprint.
Your digital footprint on hotel WiFi includes connection details and visited domains.
Consider the implications for devices that are always connected, like smartwatches or fitness trackers. While they may not be actively browsed, their background communication with servers can also be observed. If these devices transmit sensitive personal health data, the risk of exposure on an unsecured network is considerable. Therefore, disabling auto-connect and disabling background data for non-essential devices while on public WiFi is a prudent measure.
The accumulation of these digital footprints over time, across various hotel stays and locations, can build a comprehensive profile of an individual's travel habits, professional activities, and personal interests. This data, if collected, stored, and analyzed, could be used for targeted advertising, market research, or potentially more intrusive purposes. Being aware of your digital trail empowers you to take steps to limit its scope and protect your personal information from being unnecessarily exposed or exploited.
The choices you make—whether to use a VPN, which sites to visit, or even which devices to connect—directly influence the size and sensitivity of your digital footprint. Treating every public network with a degree of suspicion and implementing consistent security practices is the most reliable way to safeguard your privacy while traveling.