02 / Builder system
One connected workflow, from campaign setup to the experience in someone's hand.
The Builder System connects campaign creation, content authoring, publishing, and mobile presentation. Every field, rule, and asset stays structured once in the builder and surfaces natively in the app.
Constraint
Campaign structure, rules, and media had to stay in sync across tools and teams.
Intervention
A unified builder connected guided authoring, live preview, readiness, and publishing.
Shipped result
The same structured content now moves cleanly from operator workflow to finished mobile experience.
Interface anatomy
Operational depth without the operational fog.
The interface makes state, consequence, and the next useful move visible without turning every decision into a modal.
Guided authoring
Progress and readiness stay visible while operators work through a complex setup.
Live experience preview
Content decisions are evaluated in the context of the device experience they produce.
Publish readiness
Health scoring and actionable feedback surface risk before launch.
Feedback and recovery
Clear next actions help a team correct missing or conflicting configuration.
03 / Mobile experience
Alignment isn't only technical. It's experiential.
When content, rules, and media stay aligned from builder to app, the mobile experience can move faster without becoming generic. These are complete product states—not decorative mockups.
Mobile implementation note
React Native + TypeScript
Permission state derived from a normalized snapshot
The production version also tracks limited states, passive refreshes, and content bundles for each permission scenario.
type PermissionStatus = 'prompt' | 'limited' | 'granted' | 'denied';
type PermissionVariant = 'none' | 'request' | 'limited' | 'blocked';
type PermissionSnapshot = {
status: PermissionStatus;
canAskAgain: boolean;
};
export function usePermissionFlow(
key: PermissionType,
options?: UsePermissionFlowOptions
): UsePermissionFlowResult {
const snapshot = usePermissionSnapshot(key);
const { refreshPermission, setSnapshot } = usePermissionsActions();
const hasBeenDenied = previouslyDenied[key] === true;
React.useEffect(() => {
if (snapshot.status === 'denied') {
previouslyDenied[key] = true;
}
}, [key, snapshot.status]);
const refresh = React.useCallback(async () => {
const next = await refreshPermission(key);
if (next.isDenied) {
previouslyDenied[key] = true;
}
return next;
}, [key, refreshPermission]);
const request = React.useCallback(async () => {
const next = await permissionsService.request(key);
setSnapshot(next);
if (next.isDenied) {
previouslyDenied[key] = true;
}
void refreshPermission(key);
return next;
}, [key, refreshPermission, setSnapshot]);
const openSettings = React.useCallback(async () => {
if (typeof Linking.openSettings === 'function') {
await Linking.openSettings();
return;
}
if (Platform.OS === 'android') {
await Linking.openURL('app-settings:');
}
}, []);
const modalVariant = React.useMemo(() => resolveVariant(snapshot, hasBeenDenied), [hasBeenDenied, snapshot]);
return {
key,
snapshot,
refresh,
request,
openSettings,
modalVariant,
content: modalVariant === 'none' ? null : getContentFor(key, modalVariant)
};
}
function resolveVariant(snapshot: PermissionSnapshot, hasBeenDenied: boolean): PermissionVariant {
if (snapshot.status === 'granted') {
return 'none';
}
if (snapshot.status === 'limited') {
return 'limited';
}
if (snapshot.status === 'denied' && !snapshot.canAskAgain && hasBeenDenied) {
return 'blocked';
}
return 'request';
}
01 / Platform architecture
The visible product stays clearer when the contracts underneath it do too.
Declarative relation loading, predictable status logic, and safe constraints keep product behavior readable as the number of surfaces grows.
Platform implementation note
PHP / Laravel
Declarative eager-loading with per-relation constraints
The production version also handles nested relation paths, per-model constraint maps, and status-aware filtering logic.
<?php
final class IncludeManager
{
public static function apply(Builder $query, array $requested, array $allowed): Builder
{
$with = [];
foreach ($requested as $path) {
$directive = self::parseDirective($path);
if ($directive === null || ! array_key_exists($directive->relation, $allowed)) {
continue;
}
$config = is_array($allowed[$directive->relation]) ? $allowed[$directive->relation] : [];
$with[$directive->relation] = self::buildEagerLoad($directive, $config);
}
return $with === [] ? $query : $query->with($with);
}
private static function parseDirective(string $path): ?IncludeDirective
{
[$relation, $constraint] = array_pad(explode(':', trim($path), 2), 2, null);
if ($relation === '') {
return null;
}
return new IncludeDirective($relation, $constraint);
}
private static function buildEagerLoad(IncludeDirective $directive, array $config): string|Closure
{
if ($directive->constraint === null) {
return $directive->relation;
}
$constraints = self::constraintsFor($config);
return static function (Builder $relationQuery) use ($directive, $constraints): void {
$handler = $constraints[$directive->constraint] ?? null;
if (! is_callable($handler)) {
return;
}
$handler($relationQuery);
};
}
private static function constraintsFor(array $config): array
{
$constraints = $config['constraints'] ?? [];
return is_array($constraints) ? $constraints : [];
}
}
final readonly class IncludeDirective
{
public function __construct(
public string $relation,
public ?string $constraint,
) {
}
}