Problem
Remote support often depends on scattered tools, unclear instructions, and unsecured exchanges of screenshots or session details. The experience needed to make each support session easier to follow while preserving the guest’s control over screen sharing, keeping private records separate, and preventing support data from becoming an uncontrolled public upload or automatic AI transmission.
Approach
I treated the portal as a structured support workflow rather than a collection of communication features. Each session is authorized against a specific technician, guest, invitation, and lifecycle state. The guest joins through a one-time invitation, chooses what to share, and can stop sharing at any time. Chat, notes, evidence, and session events remain tied to the support case.
The architecture also separates the public WordPress presentation layer from the private support logic. This creates a clearer boundary for future integrations, storage, reporting, and project-specific modules without making the portfolio site or unrelated systems the authority for support-session data.
What I Built
A public /support/ entry experience for guided remote assistance.
Technician and guest session flows.
One-time invitation and guest-intake handling.
Session-scoped chat and technician notes.
Guest-controlled screen sharing with visible consent and status states.
Technician-requested screenshot evidence with preview and review steps.
Private session history and controlled attachment handling.
Rejoin, replacement-invitation, and end-session behavior.
A reusable foundation that could later support project-specific dashboards, review queues, guided diagnostics, or client-facing workflow modules.
Outcome
The support portal became a more deliberate and extensible workflow for remote assistance. It gives guests clearer control over what they share while giving technicians a structured place to guide sessions, communicate, review evidence, and close cases.
The broader value is architectural: the same foundation could support other projects that need private, human-guided workflows—such as client review portals, project dashboards, diagnostic tools, content-approval systems, or specialized service experiences—without rebuilding the session, authorization, evidence, and interface patterns from scratch. Those future applications remain potential extensions, not current production modules.
Tools Used
WordPress, PHP, JavaScript, HTML/CSS, browser APIs, WebRTC/LiveKit architecture, scoped REST interactions, private storage design, session authorization, source-level testing, packaging, and live landing-page verification.