what we protect · what we prevent.
- +Public lighting with failure detection · damaged luminaires identified per sector
- +Air quality with continuous data · supported environmental-contingency decisions
- +On-demand collection · optimized routes · approximate 20-30% cost reduction
- +Citizen services with data · data-driven staffing and maintenance
- +Environmental NOM compliance · municipal audit backed
- ✕Damaged public lighting without detection · citizen reports on social · municipal image
- ✕Environmental contingency without data for decision · public scandal
- ✕Containers overflow in premium zones · viral photos · damaged image
- ✕Public services under-utilized or saturated · no data to optimize
- ✕Municipal audit with observations on undocumented operational spending
eight use cases · four critical areas.
for the public-lighting director.
Public Lighting Director + Maintenance Lead. Two cases · damaged luminaires in sector without detection, invisible CFE spending without per-sector sub-metering. Cabinet-level coverage (not per-luminaire) · granular budget coverage.
for the municipal environment director.
Municipal Environment Director + Air Quality Lead. Two cases · pollution peak without data to decide contingency, NOM-156-SEMARNAT air quality without continuous audit. Urban data for environmental decisions.
for the public services director.
Public Services Director + Collection Lead. Two cases · containers overflow in premium zones + parks, fixed-schedule collection routes ignore real demand. Data-driven collection.
for the citizen services director.
Citizen Services Director + Parks Lead. Two cases · parks and plazas without usage measurement, public bathrooms cleaned on fixed schedule instead of demand. Optimized staffing and services.
three compliances · one platform covers all three.
Municipal LAASSP procurement · partner with existing lighting integrators (Cimcon, Telematics) when per-luminaire management is required. AstreaIoT covers cabinet level + aggregated urban data.
from sensor to report · every five minutes · without human intervention
Five steps. They run in parallel across all your sites, all the time. When something crosses a threshold, the flow completes in under five minutes — alert delivered, response logged, inspector-ready evidence captured.
measure
Sensors measure temperature, humidity, current, door-open, leak and other magnitudes every five minutes — no operator required.
detect
The system compares each reading against the threshold configured per recipe · per site · per equipment. Threshold crossing triggers the flow.
alert
The alert routes to the right person via WhatsApp, email or push · per role and schedule configured.
respond
The operator acts from the dashboard or mobile app. The corrective action goes into an immutable log with timestamp + signature.
audit
Everything becomes part of the audit package · time series, critical events, corrective actions, NOM report ready in two clicks.
Five steps · no manual operators · no paperwork · no gaps.
five phases · per neighborhood or sector.
municipal site survey
2-5 daysTechnical visit + inventory of lighting cabinets + critical air points + premium containers + parks · per-neighborhood or per-sector deployment plan.
physical installation
2-3 weeks per sectorCT on lighting cabinets + urban air sensor at critical air points + ultrasonic on containers + counting in parks + urban-coverage gateways · coordinated work with urban services.
configuration + integration
1-2 weeksPer-service thresholds · integration with municipal central system (SAP, proprietary systems) · report templates for audit and for citizens · per-direction WhatsApp alerts.
team training
2 daysLighting + Environment + Public Services + Citizen Services Directors · each direction trains on their alert and report flow.
30 days of support + first urban dashboard
30 daysAstreaIoT specialist available · first per-neighborhood or per-sector urban dashboard delivered · first optimized collection route · coverage validation.
For metropolitan municipalities (>500K inhabitants), per-neighborhood deployment with monthly waves · complete coverage in 6-12 months per budget.
common questions · before the quote.
can each luminaire be individually controlled (dimming)?
No · per-luminaire dimming is the specialty of Cimcon, Telematics Wireless, Echelon. AstreaIoT operates at control-cabinet level (50-100 luminaires per point) · sufficient for failure detection + sub-metering + PF analysis. If you require per-luminaire, we can partner with an existing integrator.
does it integrate with SIMAT (CDMX) or SIMA (MTY) air quality?
Yes · via Custom Integration. AstreaIoT data enriches official monitoring points with granular per-neighborhood or per-roadway coverage. Compatible with existing state platforms.
is it billed as municipal CapEx or multi-year service?
Both · CapEx (municipality buys) or multi-year operational service (3-5 years). Municipal LAASSP procurement or specific bidding. Per-sector or per-service pricing.
is citizen privacy respected in park + bathroom sensors?
Zero cameras. Only binary sensors (aggregated counting, aggregated occupancy, odor). Complies with LFPDPPP. Personal data not captured.
how does it integrate with existing urban-services systems?
Yes · via Custom Integration. Compatible with SAP IS-U, municipal state systems, existing smart-city platforms. Data arrives at the central operational system.
does it work in neighborhoods without LoRaWAN infrastructure?
Yes · gateways strategically deployed per neighborhood · solar when no power point. Coverage can combine Ethernet/Wi-Fi/cellular per per-neighborhood availability.
does the urban air sensor air sensor meet NOM standards?
Yes · urban air sensor measures 9 parameters (CO₂, PM2.5, PM10, O₃, HCHO, VOC, T, H, pressure) with accuracy adequate for urban monitoring · compatible with NOM-156-SEMARNAT requirements. For official stations with reference-grade accuracy, urban air sensor complements not replaces.