I build custom web applications, dashboards, automations, integrations, and AI-enabled tools around how work actually moves through a business.
No private systems or credentials needed for the first conversation.
Systems Operator Approach
I start by mapping the intake, handoffs, decisions, and blind spots behind a workflow — then build the smallest durable system that makes the work easier to run.
Workflow Diagnostic Map
Messy intake, follow-up, knowledge, and visibility problems become clear workflow systems through diagnosis before build.
Messy operations
Select a friction point to see the likely cause and system response.
Diagnostic model
Find where work slows down, repeats, or disappears.
Define states, owners, review points, and escalation rules.
Build the interface, automation, and audit trail around the workflow.
Structured systems
Intake, triage, ownership, tasks, and status tracking.
Grounded answers with sources, confidence cues, and review paths.
Operational visibility into health, activity, risk, and reporting.
Traceable handoffs across tools, notifications, and reporting loops.
Pranta turns messy operations into visible, maintainable systems by diagnosing workflow friction before choosing tools or automation.
Services
Each engagement starts with the workflow: where information enters, where handoffs fail, and what software would make the system easier to run.
For: Teams outgrowing spreadsheets, shared inboxes, and manual process steps that hide ownership or status.
Builds: Purpose-built workflow apps with forms, permissions, status states, review points, and admin surfaces.
Technical proof: TypeScript/React interfaces, API design, secure data models, role-aware flows, validation, and maintainable state.
For: Leaders and operators making decisions from scattered updates, stale reports, or unclear operational risk.
Builds: Internal portals for status, exceptions, queues, activity, reporting, and decision support.
Technical proof: Metrics modeling, role-aware views, audit-ready activity trails, exception queues, and accessible data presentation.
For: Teams with useful knowledge trapped across docs, tickets, notes, and individual memory.
Builds: Grounded assistants, summaries, triage helpers, extraction flows, review queues, and source-visible answers.
Technical proof: Source-aware UX, confidence and review cues, bounded AI behavior, human approval paths, and clear fallback states.
For: Work that slows down between disconnected tools, repeated handoffs, missed follow-up, or manual status updates.
Builds: API handoffs, routing, notifications, sync jobs, task creation, reporting loops, and exception handling.
Technical proof: Retry rules, orchestration, observability, API contracts, failure handling, and sync health checks.
Available for senior engineering roles, workflow audits, and focused custom software builds.
System dossiers
Case-file previews of the systems this portfolio is built around. Synthetic demo data only. Each card shows a practical workflow product that can be designed, built, and maintained.
System dossier 01
A mocked workflow console for turning scattered intake into triage, ownership, follow-up tasks, and visible status.
Shows how a workflow surface can reduce manual workflow chaos by making ownership, follow-up, and status visible enough for operators to act before work slips.
Demonstrates state modeling, workflow queues, task generation patterns, status transitions, and maintainable UI composition.
Mocked and synthetic portfolio demo. Not a client deployment.
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System dossier 02
A mocked knowledge assistant showing how internal documents, policies, SOPs, and project notes can become searchable, source-visible answer drafts with review boundaries.
Makes internal knowledge easier to search, can reduce repeated support questions, and keeps source visibility and review habits visible.
Demonstrates retrieval-style UX, citation display, confidence states, fallback behavior, and bounded AI product design.
Mocked and synthetic portfolio demo. Not a client deployment.
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System dossier 03
A demo dashboard dossier for role-aware visibility into activity, audit events, system health, and operational risk signals.
Improves visibility, accountability, and issue detection by giving operators a clearer view of health, activity, and risk.
Demonstrates role-aware views, audit log presentation, health indicators, activity tracking, reporting summaries, and reliability-oriented interface design.
Mocked and synthetic portfolio demo. Not a client deployment.
View dossier →
Bring a messy workflow, a focused software idea, or a senior engineering opportunity. The first conversation can stay high-level and does not require private systems or credentials.