AGENCY MANIFESTO
U.N. Associates was founded in response to the modern web's bloat. Today's average web page downloads megabytes of redundant libraries, running slow layout engines on bloated frameworks.
We treat software engineering as a craft. We write code with absolute clarity, prioritizing monospaced logic, static type checking, modular architectures, and hard caching. The result is software that is extremely fast, easily auditable, and resilient.
Discuss a BuildOPERATIONAL PRINCIPLES
[01] LITERAL AND EXPLICIT
We avoid magic abstractions that hide performance costs. Our systems prefer explicit declarations over implicit behaviors, making diagnostics quick and predictable.
[02] ASYNC-FIRST COOPERATION
Our agency operations mimic our code. We work asynchronously, documenting everything in text logs to ensure no requirements or architectural details are lost.
[03] MATHEMATICAL SPACING
Layouts, schemas, and code structures must follow a strict mathematical rhythm. We build interfaces on a strict pixel grid and coordinate database indexes proportionally.
[04] LONG-TERM STEWARDSHIP
We do not build short-lived throwaway apps. The architectures we design are documented, tested, and shipped to last for years with minimal maintenance fees.
THE SYSTEMS ARCHITECTS
K. VANCE
Ex-systems engineer at scale. Vance oversees U.N. Associates' overall database and cloud structures, specializing in Rust and distributed networks.
M. REYES
Preaches the gospel of semantic HTML. Reyes builds lightning-fast frontends, focusing on keyboard navigation, web components, and CSS layout grids.
D. PARK
Lives inside terminals. Park orchestrates AWS/GCP clusters, designing secure Kubernetes patterns, custom Docker files, and automated CI/CD pipelines.
ENGINEERING PIPELINE
STRICT SPEC
We define requirements down to the protocol layer before typing a single line of code.
MODULAR BUILD
Code is separated into decoupled modules with clear inputs, outputs, and unit test suites.
STRESS TESTING
We load-test our systems under 500% expected peaks and run automated code scanners.
CONTINUOUS RUN
Applications are deployed into containers with active cluster monitoring and auto-alerts.