Austin

Austin

Austin is where Optiver’s ambitions in machine learning, research infrastructure, and big data computing are being realized. Engineers and researchers build and scale systematic trading systems, turning data and models into systems that run in live markets.

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Building systematic strategies

Research-driven trading

Teams in Austin take a research-driven approach to trading, grounded in data, AI, and experimentation. Work follows a scientific process, where ideas are tested through large-scale backtesting and translated into live trading. Progress comes from iteration. Small improvements are measured, deployed, and scaled across markets, with research and engineering continuously improving performance.

Owning the full system

Our high-frequency trading team

The Austin office is a hub for Optiver’s high-frequency trading (HFT). Teams build and run systematic, machine learning-based trading systems across futures, equities, and fixed income markets globally, responding to live market conditions in real time. Engineers and researchers work closely to develop and refine strategies, with systems continuously evolving based on new data and research. Engineers take ownership of real parts of the system, working across the full stack from data and research pipelines to production applications.

Austin

“I was surprised by the opportunities to do a lot of different things. When I first started, I was putting my hand up for all sorts of things. There’s a culture where you can just pick things up and run with them.”

Software Engineer

“There’s a real focus on building things with a purpose. Nothing extra, every component has a reason.”

Hardware Engineer

Outdoors, Year-Round

The city’s mild climate also makes it easy to stay active year-round. Cycling, climbing and padel are all popular, with regular bike and padel club meetups organized through the office.

Comedy scene in ATX

Outside of work, many people in the office spend time exploring Austin’s growing comedy scene, with a mix of established and up-and-coming performers.

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Latest in technology

We sat down with Pat Cooney, Head of Platform Engineering, to talk about what Platform Engineering means here and where agentic AI fits into the picture. Pat has spent over a decade at Optiver across markets, regions, and roles.

When people talk about developer productivity, they often jump straight to tools: powerful coding agents, faster compilers, smarter automation. These things matter, but they are not the whole story.

Pushing Postgres beyond storage

Software

In most systems, the database acts as a boundary. You write data into it, and other systems read from it. If you need something more dynamic, like reacting to changes as they happen, you usually introduce something alongside it, whether that is a service layer, a queue, or a stream.

Large language models (LLMs) are getting surprisingly good at learning the basics of trading. Consider that the latest models are able to perform tasks like pricing simple scenarios, reasoning through rules and even outlining basic strategies.

Leanne Fok is a Senior Infrastructure Engineer in Amsterdam with 15+ years at Optiver. She previously led the Infrastructure Platform team responsible for our internal Infrastructure-as-Code stack and is now leading the Infrastructure Kubernetes project.

UI as a Systems Problem

Data Engineering

If a UI doesn’t feel instant, it feels broken and users start to question what they’re seeing. A grid lags, values don’t update when expected, or a filter that used to feel instant starts to slow down. In high-demand systems like a trader’s workstation, a single desktop may be running many latency-sensitive applications at once, all competing for CPU, memory, and network bandwidth, so issues can show up quickly.

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