We just celebrated 24 years of Viget. That’s two dozen years! This year, our Spring TTT in celebration of “Viget24” was a virtual extravaganza. We’ve put on a lot of virtual events over the years. Some with really strong themes and swag bags; some that focus on simple, meaningful time together; and others that let us enjoy learning something new as a team. Regardless of the rest of the experience, a key component of all of our virtual events is joy, achieved often through intentional levity. We think it’s important to laugh together! We see laughter as a way to expedite connection, and connection leads to rapport which makes us better at collaborating — and in turn leads to more quality products for our clients. 

Experimenting and iterating is a critical way we try to continually get delight right. We’re pretty pleased with one of our experiments from Viget24 that we called “Lovely Spring Day”.

A Lovely Spring Day

As we were brainstorming for this TTT, we thought about how to throw some joyful levity pizzazz into the pieces of our virtual events puzzle that have become pretty standard. How do we add lots of delight without adding lots of time to the action-packed schedule? We zeroed in on the virtual backgrounds we’ve been creating for every event — they add a layer of specialness. Of place. This isn’t any old virtual meeting. This is a TTT! 

Another key consideration for our team is figuring out creative ways to tie in inspiration from our industry and our work. AI has been an obvious contender —  we’ve discussed it and tied it in to some extent for the past several TTTs. But this time, we wanted to see how we could use AI for delight — marrying it with virtual backgrounds felt obvious. And so, a ”Lovely Spring Day” was born. 

The TL;DR is that we generated custom virtual backgrounds for every Viget employee that encapsulates their “ideal spring day.” We then played a 15-minute guessing game where people tried to guess who the background “belonged to.” Then, people had access to the full folder of AI-generated virtual backgrounds to look through. Vigets could then choose the background that spoke to them most and set it as their background. 

Read on for more on how we put this together!

Pre-Event Survey

To support all of our TTTs, we send out thoughtful pre-event logistics surveys 2-3 weeks before the big day. The survey lets us know where folks are joining from (where can we send their activity + snack packages?) and gives folks a chance to provide input on how the People Team can help folks enjoy and be present for TTT. This time, we also snuck in three questions, just “for giggles.”

• In one sentence, describe your ideal spring day.
• List three things that spark joy.
• What color do you think suits you best?

We did not share why we asked these questions. Sneaky, sneaky! When it’s low-key like this, the element of surprise is often a quick way to level up the delight.

Asking for a Friend

With rich data in hand about what makes people happy in spring, we were ready to generate the backgrounds. I was stoked! I’ve been experimenting with ChatGPT for some time, so it was fun to be able to use the DALL-E 3 side of OpenAI’s GPT-4 model. 

Who knew Prompt Engineering would be part of my role as a recruiter-who-helps-support-TTT-planning? I played around with a couple different prompts to generate these background images. Ultimately, my goal was to create backgrounds that were meaningfully different from one another but still felt good (i.e., something you might feasibly want to set as your virtual background and nothing freakily AI, like uncanny valley hands).

Here are the prompts I landed on that got me to our set of virtual backgrounds:

• Please generate an image (dimensions of a virtual meeting background) that encapsulates the vibe of a day with [ BLANK ].
• Please generate an image (dimensions of a virtual meeting background) that features [ BLANK ].

In the blanks, I wrote the things people included in their surveys. Those blanks were filled with everything ranging from dogs, cats, and friends to beverages, specific temperatures, yard games, carbohydrates, hammocks and more! Sometimes, I’d include a detail I knew about that person myself, even if it wasn’t in their survey. Yes, I occasionally editorialized for both clarity and whimsy! This was for delight purposes, but also helped serve my goal of having the backgrounds be “meaningfully different from one another.” It’s amazing how many people’s ideal spring day is as simple as having 1) moderate temperatures and 2) no pollen!

I generated 55 images. Throughout the process, DALL-E nailed it. I only needed to regenerate 2 or 3 images with clarifiers (and only because they included AI-specific outliers like disembodied hands). Huzzah!

Here are some of my favorites, along with their prompts in the captions. Can you guess who they belong to?

IRL

Ok, so for the actual activity we had the images ready to go in a private Google Folder. I took twelve of the images and put them in a very simple deck. I shared my screen, introduced the activity, and invited people to guess who they think each image belonged to in Slack. It was so fun seeing people throw out guesses and then narrow in with any verbal hints I gave!

Each image took about a minute. Then, we shared access to the Google Folder, gave folks a couple minutes to choose a background that called to them (their own image or someone else’s), and set it as their background. It felt like a magical moment to witness people finding and resonating with their own image or delighting in the ridiculousness of their coworkers’. We saved about 5 minutes for this piece, which felt right.

The whole Lovely Spring Day activity took just over 15 minutes! It was a perfect way to transition from a long meal break into our next grouping of content. And, we got to see the different backgrounds throughout the rest of the meeting.

Oh, the humanity!

I think this activity was successful for a couple of reasons.

1. People laughed! 

2. People felt seen. Some of these backgrounds were incredibly on point. Some of that was due to key folks having well-documented interests and a Slack-Famous Dog. 

But some of it was due to the People Team knowing about our people — our coworkers — beyond the sentence they wrote in. This uniquely human involvement helped me call an audible as needed and tweak prompts slightly to make the backgrounds feel even more relatable.

3. We could commiserate about our eventual AI overlords. (Did you notice that I say “please” in my prompts?!) Listen, Viget has plenty of practical, healthily skeptical people who are dubious about AI. GenAI is not always a fun, lighthearted thing. But using it in a fun, lighthearted way to do something it’s really good at was a nice use case and thought-provoking exposure even for people who are not into it.

4. We could see where we all align, and where we differ! It was amazing to see just how many people love picnics, covet their caffeine, and appreciate a bike ride. It was also cool to see some unique folks who simply crave a rainy spring day, or some beloved Buc-ee’s. What a rich tapestry of individuals — literally!

Authentication! What a hassle!

Self-Hosting

Integrations

Customization

Conclusion

This summer, I was the Application Developer Intern at Viget. This being my first internship, I was pleasantly surprised by how much I learned. Rather than being tasked with fetching coffee or doing busy work, the internship focused primarily on our growth and development as interns. As my time at Viget comes to a close, I wanted to reflect on ten key things I learned during my experience here.

Following the real-world development cycle

Going into this internship, my development process involved me sitting down and coding until the feature was completed, and that's it. During this internship, I learned and practiced the development cycle used at Viget. For each feature, I created a Branch. Then, I submitted a Pull Request once it was completed. After that, my advisor reviewed my code and gave feedback. Once I had completed the requested changes (if any), I would rebase and merge into the main branch. This cycle made the code cleaner, and the feedback on my code always ensured I was going in the right direction.

Maintaining a clean git history

During my development process at Viget, my advisor ensured I took the necessary steps to maintain a clean git history in my projects. I put the corresponding issue number next to each git commit and pull request. This made it much easier to see which commits belonged to which feature when reviewing git history. I also learned to always use “rebase and merge” rather than “create a merge commit” when merging a pull request. This helped when reviewing git history as merge commits make it much more difficult to understand what’s going on, and rebase and merge provided a clean git history.

Getting introduced to DevOps

Nevin Morgan hosted a MicroClass where he went over the basics of DevOps. Going in, I didn’t know much about DevOps, but the class gave me a solid understanding of the basics. DevOps is a combination of philosophies, practices, and tools designed to improve the speed of development. Their responsibilities include:

• Keeping Communication clear for development teams
• Making sure teams continue collaborating
• Ensuring deployments are quick and reliable

I also got the chance to pair with Nevin when he set up AWS deployment for one of my projects, and when he was setting up Grafana for Viget. Getting to see DevOps in action gave me a good idea of what goes into being part of the DevOps team.

Learning to work with clients

At the start of our intern group project, Nathan Long gave us a presentation on what it's like to work with clients. He covered the typical client project cycle, client presentations, and how to handle client feedback. For our project, we simulated a client relationship with Viget as our client. They provided us with their requirements, and me and the other interns planned out the details of what we would deliver. Throughout the process, we gave several client presentations, received valuable feedback, and iterated on our product. Two weeks later, we had a finished product, which we presented to the client in a live demo. This whole process was designed to mimic what Viget goes through with real clients, and seeing the different perspective required when working with clients was really eye-opening for me.

Exploring digital accessibility

Nathan Schmidt hosted a MicroClass for the interns on Accessibility. He gave us an overview of what digital accessibility is and who it impacts. I learned that digital accessibility is the lens through which we ensure that people of all abilities, and particularly those with disabilities, are able to engage with the digital world. Every website is graded to a level set from the Web Content Accessibility Guidelines (WCAG). These guidelines include video captions, text size, color contrast, and many more requirements. It is the industry standard to follow these WCAG guidelines so that your website can be accessible to a broad range of consumers.

Building confidence in public speaking

When the summer began and I learned that I would need to present to the entire company, I felt intimidated. Public speaking has always been a source of anxiety for me, but I had numerous opportunities to work on this skill. Throughout the summer, I became increasingly confident. First, my fellow interns and I presented our group project to everyone at Viget at the company-wide all hands meeting known as TTT. I presented my personal project to the Dev team, discussing the libraries I used and walking through my code. The most significant presentation I delivered was my final one, where I spoke to everyone at Viget about my Gap Year through a Viget Tradition known as LabShares. Public speaking is a skill that improves with practice, and the various opportunities I had greatly boosted my confidence in this area.

Diving into Vanilla JavaScript

Going into this summer, I had never written a line of JavaScript in my life. I quickly learned that JavaScript is essential if you’re going to work in web development. On my personal project, which was an audio sharing social media app, I had a for you page, and I wanted to make the page update as soon as the user went to the next sound. This would require me to write JavaScript. I went through and wrote Vanilla JavaScript to update all the necessary information from the server's response. Although it was a challenging and tedious process, it significantly enhanced my understanding of how websites work and the role of JavaScript in web development.

Getting my feet wet with Rails

For the first half of the internship, I got my foothold in Ruby on Rails. This was my first time writing in Ruby, so there was a bit of a learning curve. I started with the Rails tutorial and then made a Hacker News clone. This exposed me to a broad range of the application stack and got me prepared for the Intern project, where I also used Rails. I found Rails’ Model, View, Controller setup to be very intuitive, so the learning process was relatively painless.

Discovering the benefits of Tailwind

Being the only Application Developer Intern, my focus throughout the internship was primarily on the back-end. However, I did have the chance to use Tailwind for the first time during my personal project. The biggest thing that stuck out to me was how it was convenient to not have to go through and change the stylesheets myself. With Tailwind's utility-first approach, you can quickly apply predefined classes for spacing, colors, typography, and more, without having to write custom CSS. This makes it much faster to prototype and iterate on designs, as you can see changes immediately by simply adjusting the class names in your HTML.

Exploring the Basics of React

Chris Manning hosted a MicroClass on React. I had never actually used React, but he made the class very beginner friendly. React is a JavaScript library, whose main strength is how dynamically it responds to user input and cascades UI changes. Chris went over JSX and React components, props, children, and state memory. I didn’t have time to actually write any React this summer, but I appreciate that Chris hosted this class after I said React was something I was interested in!

Reflecting on what I’ve learned here at Viget, I realize how invaluable this experience has been for both my personal and professional growth. From learning Rails and JavaScript, to understanding the intricacies of client relationships, I've gained a wealth of knowledge that extends far beyond technical skills. The opportunity to work alongside experienced professionals and receive constructive feedback has been a huge source of development for me. As I move forward, I am excited to apply these lessons and continue exploring the world of Software Development, confident in the foundation this internship has provided.

This week we will bid farewell to our fifteenth cohort of summer interns. Ciel Park (UI Developer Intern), Faye Stover (Product Designer Intern), and Paul McKissock (Application Developer Intern) joined our team ten weeks ago and have been hard at work learning and growing, teaching and sharing, and iterating ever since – and so have we. 

At Viget we are committed to fostering curiosity and drive both for budding engineers and designers but also for our team of full-timers who are eager to learn themselves and flex their mentorship muscles. As we’ve shared over the years, the internship is one of our favorite traditions and while a lot has changed in fifteen years, that commitment remains the same. 

Here’s a quick look at three core aspects of the Viget internship that remain flexible. 

Cohort size and available roles.

We are not married to a specific number of interns. We recruit for and match interns with available mentors who serve as our interns’ dedicated advisors.

Working location. 

This summer our interns primarily worked from our Falls Church, Virginia headquarters. We required interns to work in the office for the first three weeks of the program and the last. During weeks four through nine they were able to work remotely two to three days a week. In the past the internship has been fully in-person and fully remote. 

Cross-discipline internship project. 

Interns can expect cross-discipline collaboration during their time at Viget but how exactly that takes shape remains flexible. In years past interns spent 8 weeks coming up with, designing and building a working product. This year, with our smaller cohort of interns, we opted for a smaller approach to the group project. The project was pre-defined, scoped by our advisors, and happened over just two short weeks.   

Earlier this summer we hosted an internship alumni panel and invited Hayley McMillon (2022 Summer Cohort), Andrea Brucculeri (2019), Gabriel Kay (2019), and Vigenesh Gopalan (2018) to discuss lessons learned at Viget, life after Viget, underrated skills worth developing, tips for remote collaboration and more. The event was open to all and both current staff and other alums sat in on the moderated panel discussion. It was awesome, and everyone – long-timers and interns alike – left feeling inspired. This is my favorite aspect of the internship, our alumni network, and how our interns graduate to be active contributors.

I’m looking forward to staying in touch with Ciel, Faye, and Paul and I cannot wait to see all the wonderful things they accomplish. 

Does this sound like an experience you want to be a part of? We’ll host our 16th cohort of college students and recent grads next summer. Bookmark our internship page to keep an eye on future opportunities. 

When we open an app or website, we do so to accomplish a task or find information. A well-designed user experience ensures users can achieve their goals efficiently. But what keeps us engaged beyond basic functionality? What differentiates a mundane interface from an exciting one? In my opinion as an up and coming UI developer, one key element is motion.

During my summer internship at Viget, I had the opportunity to dive deep into the world of agency work. From getting the chance to contribute to client sites to participating in a hackathon and pursuing a personal project, I seriously leveled up my stack and gained valuable development experience. Not to mention the amount I learned from exceptional, dedicated mentorship and micro-classes on everything from React to SQL to business models. 

However, coming into the internship, I had the specific goal of learning how to add motion to my web projects. I walked in on day one with no idea where to start, and now I’m leaving my last week with a complex knowledge of Rive, canvas elements, JavaScript animation, GSAP, and more. Here’s how… 

Spinet

In this two week hackathon project, I worked alongside Faye and Paul, the Product Designer and App Developer interns, to create a spinning wheel name picker. During the first week, I took on branding and visual design work. 

I spent the second week implementing wireframes. Through this project I learned how to transform client specifications into design directions, a style guide, and ultimately, UI components.

For this app, the motion of the spinning wheel was critical to the experience. Initially, client feedback indicated that the spin felt too uniform. I adjusted the motion parameters by extending the slowdown time and changing the easing function from linear to cubic, which increased feelings of suspense at the end of the spin animation. 

To add a level of joy and celebration to the winner announcement popup at the end of a spin, I incorporated confetti animations. In doing so, I discovered the world of JavaScript animation libraries that make implementing animations as easy as simple as adding the script to my HTML and adjusting the timing and placement of the animation object. Finally, we had ultimately decided on a modern, clean-cut video game aesthetic for the branding, and pulled this in through inspired sound effects, the logo design, and a 3D button component with a click animation accomplished entirely through Tailwind. 

Luna chatbot

After the hackathon, I got the chance to work on a personal project of my choice: an AI mental health chatbot inspired by tools like Woebot and EarKick. I was motivated by the question of what could make conversational AI feel less intimidating and more empathetic. My answer was an AI support companion with an animated avatar to enhance feelings of emotional connection and understanding. 

To get started, I experimented with various chatbot APIs and found that the Llama3 model was the best at following system prompts and offered the most natural interactions. A huge part of this project was the chatbot’s expression animations. I surveyed several popular tools and found Rive was the best fit for this, offering intricate animation capabilities, easy web integration, and a state machine for managing overlapping states and complex transitions.

The first step of animating in Rive is to create a design. Luckily, Rive has a vibrant open-source community, and I learned a lot from examining and remixing community files. The second step was learning to create the animations themselves. This was my first time animating anything, but the concept of keyframes was relatively intuitive, and the UI reminded me of video editing software, like iMovie, I’d used in the past.

The third and most challenging step for me was making all the animations work together in a state machine. 

This is the logic that connects animations together, taking input values that determine when to transition between states. Getting smooth animations between emotional states required a lot of rewiring and experimenting. Finally, embedding the Rive file in my project and linking the emotion data from API responses to the animation inputs was relatively straightforward using vanilla JavaScript. 

In conclusion

Animations, whether simple or complex, add a layer of interactivity and visual interest to digital products. Over a short 10 weeks, my internship projects allowed me to explore UI development, modern animation tools, and motion using CSS and JavaScript.

If you’re interested in bringing ideas to life and sparking joy through motion design, then diving into a passion project, seeking inspiration from the community, and exploring tools like Rive and GSAP will definitely kickstart your journey!

Behavioral analytics are a great way to get a sense of what users are or are not doing on your website or app. While behavioral analytics may not provide insights into why users are behaving a certain way, this method does provide a quick and cost-effective way to see what your users are currently doing at scale. Knowing how your users are engaging with your website or product can help you make informed decisions that have a positive impact on engagement and conversions.

Here at Viget, we use behavioral analytics data for a number of use cases:

1. Our client has a specific question about a certain aspect of their website or app (e.g., a specific user flow or content type) and wants to learn more about how and when users are engaging. 
2. We are redesigning a client’s website and want to get a sense of where the current experience is excelling or falling short.
3. We are conducting an annual analysis to help clients keep an eye on potential areas of growth or stagnation. 
4. We are reviewing behavioral changes on a site or app after launching a new experience or feature to assess performance.

But what kind of insights can you expect to find from behavioral analytics data? 

It ultimately depends on the website or app, the users, and the kinds of questions you are asking, but let’s go through a few different examples of what kind of information you can gain from behavioral analytics tools.

Who is using your website or product?

Understanding who is using your website can provide helpful context on your user base and potentially unlock growth with new user groups you may have been unaware of. To investigate this, we may look at geographic location, language, device type, and any other demographic information that may be available. Sometimes this kind of data provides what I like to call descriptive information—information that often doesn’t feel immediately actionable but can become more useful relative to other data points. This could come from comparing your data to last year, to industry standards, to other content on the website, or it might come from comparing it to an assumption that an individual or organization holds. 

Here are some examples of findings that shed light on who was using the website or product:

How do users get to your website or product?

Knowing how users navigate to your website or product can highlight what traffic sources are particularly effective in driving conversions, but it can also help to provide important context on user expectations or goals. To understand this, we look at both the source/medium that brought them to the website as well as the first page they viewed. 

For example, users might:

• Come from google and land on a blog article
• Go directly to your home page
• Come from an email referral to a donation page 
• Learn about you from ChatGPT and land on your About page

From there, we might look at engagement rate, conversion rates, or other metrics to get a sense of what these users are doing and whether anything stands out as particularly effective or ineffective. 

Here are some examples of acquisition insights that informed our understanding and approach:

What content or features do users engage with?

Here is where we start to get to the meat of what your users are actually doing on your website or product. Knowing what users are doing and what they’re not using can help to establish priorities and inform decisions. You might be surprised to learn that users are actually engaging with specific features or content quite a bit, but others are barely used. If the content or feature is surprisingly popular, then we likely don’t want to outright remove it and may instead consider iterating or leveraging that offering more. If users aren’t engaging with content or a feature, it may be worth considering the effort to maintain and iterate on that offering. 

Here are some examples of engagement insights that helped us identify opportunities related to content or features:

What is the user journey or path?

Another major area of investigation is the sequence of steps users take when viewing content or completing certain actions. This could be perusing content on the website, going through a signup funnel, or checking out to make a purchase. 

This helps us identify:

• the actual paths that lead to conversions (which is not always the path we assume it is) 
• areas where users drop off at key points in the funnel
• moments where users have to “turn around” in the journey, because the path laid before them doesn’t align with their needs 

This information can help you build towards a frictionless experience that encourages users to sign up, complete a purchase, or find the resources they need.

Here are some examples of user journey insights that helped us understand where there were existing points of friction for users:

What “turning around” in the user journey can look like:

What dropoff can look like at different stages:

The Ecosystem at Large

Some clients have a larger ecosystem of products or services, and it’s important to look at how users engage with and navigate across the ecosystem. This might include subdomains for a shop, a marketing site versus the product site, help documentation, etc. By looking at the larger ecosystem we can reveal important connections that are missing or connections that could be strengthened.

Here are some examples of insights that demonstrated a need for changes in those ecosystem connections:

Here at Viget, there are a wide variety of insights we may discover for any one project through behavioral analytics. These insights can help to identify new user groups, help to prioritize content or features maintenance and updates, or bring to attention moments in the user journey that are causing friction. These opportunities can help you bring in new users and retain your existing users, by providing an experience that aligns with their needs, whether that is finding resources, getting involved in a community, or making a purchase.  

If you’re interested in making your website or application more effective for your users by leveraging the power of behavioral analytics data, we’d love to hear from you.