CDS Enterprise Design System & Agentic Ecosystem

A design system fails if developers have to translate designer jargon into code names. In CDS, we architected a 3-tier token hierarchy: Tier 1 Primitives (raw colors and sizes), Tier 2 Semantic Roles (surfaces, text intents, interactive states), and Tier 3 Component Overrides.

Every token in Figma's 35 variable collections is mapped with native Code Syntax. When an engineer inspects an element in Figma, they do not see an arbitrary hex value—they immediately see var(--cds-surface-primary) for Angular, CDSTheme.colors.surfacePrimary for Jetpack Compose, and Color.cdsSurfacePrimary for SwiftUI.

Enterprise network software is dominated by massive 40-field hardware configuration forms and 30-column telemetry data tables. Manually assembling these in Figma used to consume days of designer time, with high chances of token errors and inconsistent spacing.

To solve this, I designed and built 8 custom Figma plugins. The Form Generator takes a structured field schema and generates fully responsive, auto-layout forms with live validation hints in seconds. The Table Builder instantly constructs sortable, sticky-header data tables with realistic telecom data and correct token bindings.

As our engineering teams adopted modern AI coding tools like Claude 3.7, Cursor, and Gemini to accelerate frontend development, they faced a recurring problem: AI models often hallucinated nonexistent component props, wrote custom inline CSS, and invented non-standard HTML structures.

We resolved this at the architectural root by embedding explicit machine-readable metadata directly into every Figma component node. Along with our comprehensive AI Agent Guide, we established strict boundaries: AI agents must only import standalone components from @cds/components, use exact token variables, and adhere to validated Angular 19 signal inputs.

Network operations center (NOC) operators monitor millions of concurrent data points: radio throughput, latency jitter, packet loss, and channel interference across global telecom grids. Visualizing this data requires specialized charts engineered for extreme density and rapid visual triage.

CDS features over 20 telemetry visualization components. Real-time KPI cards display live health scores with integrated sparklines and delta tags, while time-series engines allow engineers to scrub across months of historical telemetry or zoom into millisecond packet bursts without performance degradation.

As enterprise telecommunications systems adopt autonomous AI agents for automated network optimization, operators need a collaborative interface to query telemetry, inspect agent execution traces, and approve configuration changes.

CDS provides an integrated agentic workspace. The Prompt Composer features contextual entity tokens, attachment trays, and instant diagnostic suggestions. Operators can undock widgets into persistent, draggable floating windows to build customized multi-monitor NOC cockpit views tailored to their specific shift duties.

Configuring telecommunications hardware leaves no room for ambiguous input: a single wrong subnet mask, VLAN ID, or transmission power setting can disconnect an entire city sector. CDS provides high-density form controls with instant inline validation, masked security credentials, and precision range sliders.

Hardware provisioning wizards guide operators through complex multi-step wireless access point commissioning. Schedulers handle timezone-aware recurring maintenance windows, while data tables offer frozen sticky columns and rapid inline editing.

For field technicians installing microwave radios on rooftop masts, environmental conditions are harsh: direct solar glare, freezing weather, and single-handed operation while wearing heavy safety gloves.

CDS transitions into a ruggedized field interface. Featuring high-contrast sunlight themes, generous 44px minimum touch targets, and single-thumb speed dials, field crews can align antennas, calibrate signal azimuths, and complete tower deployments safely and swiftly.