CITY OPERATIONS

Bring local facility signals into an accountable operating view.

A concept workspace for municipalities, facility operators, and SI teams to assess parking availability, environmental APIs, and facility sensors with their source, time, and quality visible.

Concept · Design stage

Planned operating view

See what happened, where it came from, and who acted on it.

The proposed view connects a map and time axis to provenance and quality checks, then records the operator case behind an operational decision.

  1. 01 · ReceiveParking, environment API, and facility sensor records
  2. 02 · VerifySource, timestamp, range, delay, and duplicate checks
  3. 03 · ObserveMap and time-axis context for reviewed signals
  4. 04 · ActThreshold event, assigned case, and action record
Illustrative product design for a proposed local operating view

Designed for an operational conversation

The design focuses on a bounded local deployment, where an operator can distinguish a data issue from a facility condition before escalating work.

Traceable context

Each proposed record keeps a source, collection time, last update time, location reference, and quality state alongside the operational view.

Map and time together

Operators could compare a facility on a map with changes over time, rather than infer a current condition from an isolated number.

Cases, not silent alerts

A threshold event would open an assignable case with a note, evidence links, and an outcome record for the responsible team.

Three steps for an MVP

These are proposed implementation steps, subject to customer data, operating rules, and security review.

  1. 01

    Connect selected sources

    Import a documented API or CSV feed for a defined district or facility scope.

  2. 02

    Store and check records

    Use PostgreSQL with PostGIS for spatial context and run deterministic freshness, range, and duplicate checks.

  3. 03

    Review the operator case

    Present the evidence, chosen threshold, assignee, and recorded action in one reviewable place.

Illustrative proposed event · fictional values

Facility: Example public parking lot A
Signal: available spaces reported as 0 for 45 minutes
Checks: last update delayed by 32 minutes; duplicate payload detected
Proposed case: confirm source connection before dispatching field action

Specific, bounded AI assistance

AI would be considered only for selected, reviewable records. It would not control infrastructure or make an operational decision on its own.

Current: Codex-supported development

JinsongTech uses Codex to organize requirements, inspect edge cases, and review implementation work. The City Operations workspace itself is still in product design.

Planned: evidence-based case draft

With an operator-selected event, allowed source metadata, and deterministic check results, a planned Claude workflow could draft a case summary, cite supplied evidence, and list unanswered questions.

Planned: controlled release

Read-only tools, explicit permissions, audit records, cost limits, and human approval would be required before an output becomes a ticket, report, or change proposal.

Proposed technical boundary

A proposed React and FastAPI application would use PostgreSQL with PostGIS. An NGSI-LD adapter is a later option that needs validation against a customer’s data and governance requirements.

What is the initial deployment scope?

City Operations is in design around a defined district or facility portfolio. Its connection scope and operating model would be proposed with each customer.

Where could it run?

Deployment options would be scoped after confirming security, retention, and operational requirements with the customer.

Product conversation

Discuss a scoped city or facility operations pilot.

tkddyd420@jinsongtech.com