Infrastructure Architecture
Design and implement highly resilient, enterprise-grade cloud architecture built to withstand maximum load and ensure 99.99% uptime.
Project Limit Break · Motorsport-grade engineering
We bring the data-driven discipline of professional motorsport to enterprise architecture, AI-proofing, and scalability.
What We Do
Enterprise-grade infrastructure and consulting — engineered to perform under load, and built to scale as you grow.
Design and implement highly resilient, enterprise-grade cloud architecture built to withstand maximum load and ensure 99.99% uptime.
Scale your product rapidly for Go-To-Market launches without hitting infrastructure bottlenecks or performance degradation.
Future-proof your enterprise data pipelines and systems to easily integrate with emerging LLMs and agentic AI workflows.
Comprehensive security audits, identity management (IAM) strategies, and Zero Trust architecture for enterprise peace of mind.

On the Pit Wall
The same instinct that reads live telemetry mid-session — measure, decide, act before the window closes — is what we bring to your infrastructure.
On the Grid
Next-generation tools built for the motorsport and sim-racing ecosystem.

The comprehensive track management platform
A revolutionary modernization and aggregation tool bringing enterprise-level structure and tools to an all-in-one, platform-agnostic seamless platform.

Live telemetry and strategy for the sim world
Live race-control, strategy, and telemetry platform for sim racing — built for teams running iRacing and Le Mans Ultimate (LMU).

From the Driver's Seat
Run by Daniel Oliver, a professional racing driver and infrastructure architect. Daniel's journey from sim racing to real-world motorsport has forged a deep understanding of data-driven performance and continuous improvement—principles he applies to build robust, scalable enterprise software.

Project Limit Break is our overarching initiative bridging high-performance motorsport and cutting-edge engineering. We don't just build apps; we engineer resilient platforms capable of operating at the absolute limit.
Daniel Oliver Racing →