Liam McGregor
liammcgregor.com©2026
Notes2023 Dec
Filed
2023 Dec

What does The Algorithm look like?

Building Marriage Pact, I’ve spent a lot of time thinking about how our technology might mediate our relationships.

But recently, some design questions have been nagging at me.

I took Sunday night to explore one: what does The Algorithm look like, and how do I interact with it?

Broadly, our work falls into two camps:

we make it easy to invest in your existing meaningful relationships, and

we help you find new ones.

I think of Marriage Pact as Relationship Company.

Plate 1

We have some decent traction so far:

68,500,000 questions answered

1,800,000 friendships added

360,000 matches made

At Stanford, after 4 years, you’re more likely to have done the Marriage Pact (99%) than you are to have graduated (76%)

Our approach, right now, is to

use insights learned from creating the Marriage Pact match event (450,000 participants at 86 schools)

to design new experiences that anyone can use⁠—like Checkmate, which lets you see your relationship score with anyone (183,000 peak MAUs)

At the center of all of these products is The Algorithm. It predicts the quality of different relationships and makes the best matches possible.

We can do that with decent accuracy because of our high-signal dataset of questions, answers, and relationship outcomes.

Plate 2

Here are a few interesting design questions that have been nagging at me:

What does The Algorithm look like, and how do I interact with it?

Can we kill static profiles?

How do people feel match quality?

How do you express what matters to you?

I took Sunday night to explore question 1: What does “The Algorithm” look like?

There’s some interesting precedent for what AI, algorithms⁠—or in this case, matchmakers⁠—can look like.

Plate 3

They can be a character

Plate 4

Or a medium

Plate 5

They can be anthropomorphized

Plate 6

And they can evoke strong emotions

“you look lonely”

Plate 7

They can appear all-knowing

Plate 8

They can be bio-integrated

Plate 9

Or they can be interacted with via mouse & keyboard

Plate 10

In my opinion, the best results seem to come from exploring the beautiful tension between analog and digital

Plate 11

but we care about what The Algorithm, specifically, might look like.

What distinguishes An Algorithm from technology in general?

In our case, it has agency: making proactive introductions and facilitating your meaningful connections.

How might we convey agency, capability, credibility?

Plate 12

Looking at precedent, many beautiful ideas so far have been bio-inspired, mixing radial geometry and visual complexity with technology.

(although this Algorithm turns out to be the bad guy)

Plate 13

Some Algorithms offer proofs of concept

Plate 14

While other Algorithms become reality

Plate 15

How does The Algorithm look and feel when you interact with it?

Most are uninspired.

Plate 16

And there’s a disconnect between visibility and capability:

The most beautiful assistant of 2015-25 wasn’t capable of anything…

Plate 17

… while the most powerful algorithms are often felt, but not seen.

Plate 18

What might Our Algorithm look like?

Design principle 1. Balance Complicated and Uncomplicated

from Perception for IBM Debater (2019)

Plate 19

Design principle 2. Marry analog and digital

Marriage Pact internal design principle (2020), mood board (2023)

Plate 20

closeup on Apple’s Proximity Pairing because I love it so much:

Plate 21

Design principle 3. Bridge “science fiction” and “science fact”

from Territory for Dune (2022)

Plate 22

(those “science fact” controls help sell the (science fiction) ornithopters)

Plate 23

Idea 4. A particular font could distinguish The Algorithm’s voice and give it character

Plate 24

We’ve used patterns, before, that mixed analog & digital…

Halftones offer a very technical (nearly digital) deconstruction of images, and they take on beautiful imperfections of the physical

… but this is, on its own, insufficient to be The Algorithm

Plate 25

Idea 5. Perhaps patterns can create a medium to suggest The Algorithm’s presence

Marriage Pact brand pattern (2022)

Plate 26

Patterns can be subtle⁠—or bold

Plate 27

Idea 6. Movement (and scale) can convey that the algorithm is weighing myriad possibilities

Plate 28

Idea 7. Or we can add bloom to evoke the warm glow of vintage monitors and film

Marriage Pact brand pattern (2023)

Plate 29

Idea 8. We can explicitly call attention to The Algorithm’s presence

UI for Checkmate (2023)

Plate 30

UI for Wavelength (2024)

Plate 31

Idea 9. Or we can use loading screens and liminal moments to let users feel its presence

Marriage Pact email (2021)

Plate 32

So, what might The Algorithm look like, and how do I interact with it? Top ideas so far:

Complicated ∩ uncomplicated

Analog ∩ digital

Science fiction ∩ science fact

Weave it into a medium

Use liminal moments

Sometimes, call explicit attention to its presence

What comes next? I don’t know⁠—but here’s what we’re wondering:

What do interactions look like?

How expressive⁠—or neutral⁠—is The Algorithm?

How present or absent does it feel?

How might we use motion expressively?

How might it exude agency, capability, credibility?

And there are many more. Right now, I think there are still more Questions than Answers.

If you want to explore these questions and more, join our team.

Plate 33

We’re hiring product designers with a particular focus on brand and interface design. The most impactful design decisions happen in a room with fewer than 10 people in it. Email me personally and I’ll respond.

References

Yente from Fiddler on the Roof (1971)

HAL 9000 from 2001: A Space Odyssey (1968)

The Matrix (1999), work by Animal Logic

Ava from Ex Machina (2014), work by DNEG

Joi from Blade Runner 2049 (2017), work by Territory

The Entity from Mission: Impossible – Dead Reckoning (2023), work by Territory

The sonar machine from The Dark Knight (2008), work by BUF

Batman’s contact lens from The Batman (2022), work by Territory

Severance (2022)

The map projected by R2-D2 in Star Wars: The Force Awakens (2015), work by ILM

Jarvis inside Iron Man’s suit from Iron Man 3 (2013), work by Cantina Creative

Proximity Pairing, Apple (2016)

IBM Watson on Jeopardy! (2011)

The OS from Her (2013) and the AI Pin from Humane (2023)

Suggested posts on Instagram, and the presentation of ChatGPT

The presentation of Siri (2016) and the presentation of the algorithm behind YouTube, or TikTok

IBM Debater (2019), work by Perception

Dune (2021), work by Territory

And a variety of designs from the team at Marriage Pact

Set in Redaction from MCKL, Aether Mono from DDOTT and Berkeley Mono from U.S. Graphics Company. ©2026.liammcgregor.com