The tantalizing aroma of food from everyone’s favorite UMBC alumni-founded restaurant, Ekiben, wafts through the air of the Albin O. Kuhn Library and Gallery. People are drawn in by the steamed buns and tofu nuggets and stay for the community, including a Q&A with Ekiben co-owner Steve Chu ’12, economics, and Mark Padoongpatt, associate professor and director of the Asian and Asian American Studies Program at the University of Nevada, Las Vegas. The discussion, part of the Reframing Global Asias Conversation Series and led by UMBC’s Global Asias Initiatives postdoctoral fellow Mika Thornburg, dives into Padoongpatt’s book, Flavors of Empire, with Chu providing support using his own experience creating community through food.

Mika Thornburg: Tell us a little about your personal history and how you came to work with food. 

Steve Chu: When my family immigrated from Taiwan to the U.S., most decided to go into the restaurant business. All my aunts and uncles had restaurants at one point in time, so I grew up with it. I understood the work hours behind it, the work ethic. When I was 13, I read Anthony Bourdain’s Kitchen Confidential. I told my mom that this is what I wanted to do, and she was like, “No, you’re going to college.”

So I came to UMBC, studied economics, and every paper I did was about food. I did a paper on Taco Bell, did a paper on Chipotle, and around sophomore year I was like, alright, this is getting kind of silly. So I decided to get my first job in a restaurant and work and go to school full time. That’s when I started diving into this industry and I haven’t really looked back since.

Mark Padoongpatt: Growing up as a Thai American, you get associated with food even if you have no professional relationship to food at all. I didn’t want to perpetuate that stereotype, so I avoided even thinking about food until graduate school. And that’s when I realized Thai people are so visible through food. Thai food comes to stand in for Thai people and there’s really nothing else we know about Thai people.

So instead of talking about the community outside of food, I thought maybe I should just think about that. How did we come to this point where Thai food comes to stand in for Thai people? Since then, I’ve been thinking about food as a very dynamic way to study communities.

Steve Chu ’12, left, and Mark Padoongpatt, right.

Thornburg: Our event theme is about food and community. Can you speak a little bit about your perspective on the relationship between these two things from your respective position?

Chu: Food brings people together. You see that at this event, you see that at Costco with the free sample line. When we opened Ekiben in Baltimore City, we realized that it was a very polarized city, so we built a space where people from all walks of life could come, afford the food, and sit next to someone that they typically wouldn’t be sitting next to. On any Saturday, you’ll have a squeegee kid sitting next to a Jewish grandmother listening to Cardi B on the speakers, eating some fried chicken. It’s things that you normally wouldn’t put together. Food is a really, really powerful tool to build a community.

Thornburg: What role can food play in changing culture and relationships between different groups of people, whether they be individuals, local communities or entire nations?

Padoongpatt: Food culture is incredibly transformative. Just look at European empires. How did they grow? Through food commodities. They created political and economic systems that were around food and food production. And so in terms of nation building, the evidence is all there in terms of the significance of food and the role that food can play.

The Thai government for the last 15 years has been pouring a lot of effort, time, and energy into this through a kind of gastro diplomacy so that more people will come to Thailand. I think it is a great way to stimulate curiosity and human connection, but just the eating of the food itself is not enough.

Chu: What I find really cool is if you grew up in a very diverse community, chances are you’ve had a very diverse group of friends and you’ve tried a very diverse group of foods. And that helps break down walls and allow for understanding and the building of community. One of the coolest things about coming to UMBC was how diverse a group of friends I was able to meet.

After UMBC, I went to New York and worked as a line cook, and I brought back a lot of creativity with me. I sat down with my two future business partners, [Ephrem Abebe ’13, information systems, and Nikhil Yesurpriya ’13, M.S. ’16, biological sciences]. I said, “Hey, bring me all these random ingredients that your moms aren’t using in the pantry.” And so they bring me all this stuff, and over time we just learned how to incorporate it into our core menu. Honestly, there wasn’t a lot of thought behind it—except, “that tastes good.”

Learn more about the Global Asias Initiative and follow along with their events.

Please be advised that Southwest Airlines has announced several upcoming service changes that will begin taking effect in 2025 and continue into 2026. These changes may impact university travelers, including faculty, staff, and students who fly Southwest for official business or personal travel. We are sharing this information to help the UMBC community plan accordingly and avoid potential disruptions.

The following service updates have been confirmed:

• Baggage Fees: Effective May 28, 2025, Southwest will begin charging fees for checked baggage. Specific pricing and allowances have not yet been announced.

• Seat Selection: Assigned seating and premium seating options are expected to become available beginning in early 2026. Further details are forthcoming.

• In-Seat Power: New 737 MAX 8 aircraft will include in-seat power ports. Southwest plans to retrofit existing 737-800 and -8 aircraft as well.

• Enhanced WiFi: Onboard WiFi systems are being upgraded to provide faster and more reliable internet access across the fleet.

• Larger Overhead Bins: Newly delivered aircraft will include larger overhead bins to improve carry-on capacity.

• Updated Cabin Seating: Redesigned seats will be introduced starting in 2025 to enhance comfort during flight.

• Digital Enhancements: Improvements to Southwest’s mobile app and website will include features such as digital bag tracking and expanded self-service tools.

These changes represent a significant shift from Southwest’s traditional policies and may influence decisions about travel logistics and budgeting. Travelers are encouraged to review these updates and consider them when making future travel arrangements.

For additional details, please refer to the attached presentation.
If you have any questions about UMBC travel procedures, please contact Business Services at TravelServicesAP@umbc.edu

Written by Richard Forno, principal lecturer in computer science and electrical engineering, UMBC

Reports that prominent American national security officials used a freely available encrypted messaging app, coupled with the rise of authoritarian policies around the world, have led to a surge in interest in encrypted apps like Signal and WhatsApp. These apps prevent anyone, including the government and the app companies themselves, from reading messages they intercept.

The spotlight on encrypted apps is also a reminder of the complex debate pitting government interests against individual liberties. Governments desire to monitor everyday communications for law enforcement, national security and sometimes darker purposes. On the other hand, citizens and businesses claim the right to enjoy private digital discussions in today’s online world.

The positions governments take often are framed as a “war on encryption” by technology policy experts and civil liberties advocates. As a cybersecurity researcher, I’ve followed the debate for nearly 30 years and remain convinced that this is not a fight that governments can easily win.

Understanding the ‘golden key’

Traditionally, strong encryption capabilities were considered military technologies crucial to national security and not available to the public. However, in 1991, computer scientist Phil Zimmermann released a new type of encryption software called Pretty Good Privacy (PGP). It was free, open-source software available on the internet that anyone could download. PGP allowed people to exchange email and files securely, accessible only to those with the shared decryption key, in ways similar to highly secured government systems.

Following an investigation into Zimmermann, the U.S. government came to realize that technology develops faster than law and began to explore remedies. It also began to understand that once something is placed on the internet, neither laws nor policy can control its global availability.

Fearing that terrorists or criminals might use such technology to plan attacks, arrange financing or recruit members, the Clinton administration advocated a system called the Clipper Chip, based on a concept of key escrow. The idea was to give a trusted third party access to the encryption system and the government could use that access when it demonstrated a law enforcement or national security need.

Clipper was based on the idea of a “golden key,” namely, a way for those with good intentions – intelligence services, police – to access encrypted data, while keeping people with bad intentions – criminals, terrorists – out.

Clipper Chip devices never gained traction outside the U.S. government, in part because its encryption algorithm was classified and couldn’t be publicly peer-reviewed. However, in the years since, governments around the world have continued to embrace the golden key concept as they grapple with the constant stream of technology developments reshaping how people access and share information.

Following Edward Snowden’s disclosures about global surveillance of digital communications in 2013, Google and Apple took steps to make it virtually impossible for anyone but an authorized user to access data on a smartphone. Even a court order was ineffective, much to the chagrin of law enforcement. In Apple’s case, the company’s approach to privacy and security was tested in 2016 when the company refused to build a mechanism to help the FBI break into an encrypted iPhone owned by a suspect in the San Bernardino terrorist attack.

At its core, encryption is, fundamentally, very complicated math. And while the golden key concept continues to hold allure for governments, it is mathematically difficult to achieve with an acceptable degree of trust. And even if it was viable, implementing it in practice makes the internet less safe. Security experts agree that any backdoor access, even if hidden or controlled by a trusted entity, is vulnerable to hacking.

Competing justifications and tech realities

Governments around the world continue to wrestle with the proliferation of strong encryption in messaging tools, social media and virtual private networks.

For example, rather than embrace a technical golden key, a recent proposal in France would have provided the government the ability to add a hidden “ghost” participant to any encrypted chat for surveillance purposes. However, legislators removed this from the final proposal after civil liberties and cybersecurity experts warned that such an approach would undermine basic cybersecurity practices and trust in secure systems.

In 2025, the U.K. government secretly ordered Apple to add a backdoor to its encryption services worldwide. Rather than comply, Apple removed the ability for its iPhone and iCloud customers in the U.K. to use its Advanced Data Protection encryption features. In this case, Apple chose to defend its users’ security in the face of government mandates, which ironically now means that users in the U.K. may be less secure.

In the United States, provisions removed from the 2020 EARN IT bill would have forced companies to scan online messages and photos to guard against child exploitation by creating a golden-key-type hidden backdoor. Opponents viewed this as a stealth way of bypassing end-to-end encryption. The bill did not advance to a full vote when it was last reintroduced in the 2023-2024 legislative session.

Opposing scanning for child sexual abuse material is a controversial concern when encryption is involved: Although Apple received significant public backlash over its plans to scan user devices for such material in ways that users claimed violated Apple’s privacy stance, victims of child abuse have sued the company for not better protecting children.

Even privacy-centric Switzerland and the European Union are exploring ways of dealing with digital surveillance and privacy in an encrypted world.

The laws of math and physics, not politics

Governments usually claim that weakening encryption is necessary to fight crime and protect the nation – and there is a valid concern there. However, when that argument fails to win the day, they often turn to claiming to need backdoors to protect children from exploitation.

From a cybersecurity perspective, it is nearly impossible to create a backdoor to a communications product that is only accessible for certain purposes or under certain conditions. If a passageway exists, it’s only a matter of time before it is exploited for nefarious purposes. In other words, creating what is essentially a software vulnerability to help the good guys will inevitably end up helping the bad guys, too.

Often overlooked in this debate is that if encryption is weakened to improve surveillance for governmental purposes, it will drive criminals and terrorists further underground. Using different or homegrown technologies, they will still be able to exchange information in ways that governments can’t readily access. But everyone else’s digital security will be needlessly diminished.

This lack of online privacy and security is especially dangerous for journalists, activists, domestic violence survivors and other at-risk communities around the world.

Encryption obeys the laws of math and physics, not politics. Once invented, it can’t be un-invented, even if it frustrates governments. Along those lines, if governments are struggling with strong encryption now, how will they contend with a world when everyone is using significantly more complex techniques like quantum cryptography?

Governments remain in an unenviable position regarding strong encryption. Ironically, one of the countermeasures the government recommended in response to China’s hacking of global telephone systems in the Salt Typhoon attacks was to use strong encryption in messaging apps such as Signal or iMessage.

Reconciling that with their ongoing quest to weaken or restrict strong encryption for their own surveillance interests will be a difficult challenge to overcome.

This article is republished from The Conversation under a Creative Commons license. Read the original article and see more than 250 UMBC articles available in The Conversation.

We know it’s a busy time — but your voice matters!

As finals approach, we understand you're juggling a lot. If you can spare just 20 minutes, we’d love to hear your thoughts on how UMBC communicates with students. Your feedback will help us make important improvements — and as a thank you, you’ll have a chance to win $25 in Retriever Dollars by entering our raffle!

The survey is anonymous unless you choose to enter the raffle, and your responses will remain confidential.

Take a break, share your voice, and maybe win some Retriever Dollars complete the STUDENT COMMUNICATIONS SURVEY.  

Thank you, and good luck with finals!

As part of our ongoing commitment to security, the Unix Infrastructure group will be conducting its quarterly system patching on Thursday, May 22nd and Saturday, June 7th.  While many of the systems will be patched without any service disruption, there are some systems which require the downtime of key services.  The schedule below outlines which key services will be offline and for how long.

Thursday, 05/22/2025 between 5pm and 10pm (most systems will only be down for a short period during this time):

• Access to Cyrus (legacy) email (accounts not migrated to UMBC Gmail)
• All mail will be queued up and delivered after the server is patched
• All HFS (afs) servers - gl.umbc.edu home directories will be offline
• Between 9:00pm and 10pm only: Certain software licenses will be unavailable (autodesk, cadence, idl, schrodinger, xilinx, mathematica). 
• Between 9:00pm and 10pm only: The web hosting environments (virthost) will be partially unavailable (pages will be available but any database calls will not work)
• Between 5:00pm and 6:30pm only: LDAP-Master and Webadmin will be taken down for system maintenance.  During this time account creations and password changes will be unavailable.  Account authentication and logins will not be affected.

• myUMBC lite page will be up resulting in reduced myUMBC functionality