Government
From federal buildings to smart city infrastructure, Integrar IoT helps agencies reduce costs and meet sustainability mandates.
Key Metrics
High
Efficiency
99.99%
Reliability
Full
Coverage
3-6 mo
ROI
Why It Matters
Agencies Own the Largest Building Portfolios in the Country
Government at every level operates buildings that the private sector would struggle to manage: thousands of aged structures, mixed-use campuses, and a mandate to serve the public regardless of occupancy or budget cycles. Federal policy has made efficiency a hard requirement — EO 14057 targets 100% carbon-free electricity by 2030 and net-zero emissions buildings by 2045, while EISA and ENERGY STAR programs carry their own reporting obligations.
The structural difficulty is fragmentation. A city owns schools, libraries, fleet garages, traffic signals, street lights, water plants, and recreation centers — each with separate systems, separate vendors, and often no common measurement. Without a shared data layer, a portfolio-wide reduction target is simply unverifiable.
Integrar IoT gives agencies a single platform across buildings and city infrastructure, so portfolio savings are measured once and reported everywhere they are required.
Public Sector Statistics
The Numbers Behind the Mandates
Federal reduction target for building energy intensity under EO 14057
Portfolio-wide energy savings from metering plus building automation
Street lighting energy cut by adaptive LED controls
Signal network energy reduction from AI-optimized timing
Water distribution savings from leak detection and pressure control
Operations staff effort saved by centralized remote monitoring
Key Capabilities
Federal Building Energy
Meet EISA 2007, EO 14057, and ENERGY STAR requirements.
Smart Traffic
AI-optimized traffic signals reduce energy 20-40%.
Public Safety
Unified PSIM for police, fire, and emergency services.
Water Monitoring
Real-time distribution monitoring, leak detection.
Campus Energy
Multi-building campus management for government complexes.
ESG Reporting
Automated carbon tracking and sustainability dashboards.
Deep Dive
Buildings, Streets, and the Water Below Them
| Public Asset | Energy & Cost Profile | Optimization Levers | Typical Savings |
|---|---|---|---|
| Government buildings | HVAC-dominated, occupied 40 hours a week | Submetering, occupancy HVAC, ENERGY STAR portfolio | 20-30% |
| Street lighting | Continuous overnight load citywide | LED retrofits, adaptive dimming, fault detection | 40-60% |
| Traffic signals | Tens of thousands of intersections | Adaptive timing, LED lamp conversion, remote monitoring | 20-40% |
| Water & wastewater | Pumping can exceed 30% of a city's electricity | Leak detection, pressure optimization, time-of-use pumping | 15-30% |
Portfolio-Wide Building Control
Agencies rarely know which buildings perform and which quietly waste. Submetering plus centralized BAS visibility exposes outliers fast, and standard control profiles — HVAC that follows actual occupancy, setback after close, pump and fan trim — roll out across hundreds of buildings at once. ENERGY STAR benchmarking becomes a byproduct of daily operations rather than an annual data-gathering exercise.
Adaptive Street Infrastructure
Street lights and signals are a city's most visible energy bill. Adaptive controls dim lighting to code minimums in low-traffic hours, and AI-timed signals reduce both wait idling and signal equipment energy. Remote fault detection converts a 5000-node lighting network into a one-person monitoring task instead of a nightly patrol.
Water: The Hidden Energy Load
Pumping and treatment are often the largest single electricity user a municipality owns. Pressure-optimized distribution, leak detection at the district-meter level, and pumping scheduled in off-peak tariff windows cut both electricity and the embedded cost of lost water. The same network can flag abnormal consumption that points to theft or silent failure.
20-30%
Energy Reduction
30-50%
Faster Response
15-25%
Staff Reduction
500+
Sites Managed
Security & Procurement
Public Sector Security, From Day One
Public infrastructure operates under procurement and security rules that off-the-shelf commercial tools rarely satisfy. Integrar IoT is built for that reality: SOC 2 Type II audited, deployable on-premises where agencies require it, and architected to support FedRAMP-ready deployments. Role-based access and complete audit trails align with the records and accountability standards that public procurement expects.
Data sovereignty matters equally at the municipal level. Metering and control data for critical city infrastructure stays where the agency says it stays, and every automated action is logged and reversible — prerequisites for the cautious, defensible adoption of smart-city technology.
Implementation Path
Pilot, Measure, Prove, and Scale
Pick a representative pilot
Choose a manageable cluster of buildings or one utility network to prove the model and build internal confidence.
Install shared metering
Add interval metering and BAS connectivity so every asset reports into one platform from the start.
Deliver visible wins
Target the highest-energy buildings and street circuits first to produce savings that fund the broader rollout.
Codify control standards
Turn pilot lessons into standard schedules, setpoint libraries, and SLA-style performance targets.
Scale and report
Expand across the portfolio and generate EISA, EO 14057, ENERGY STAR, and municipal ESG reports automatically.
Meet Your Energy Mandates Across the Entire Portfolio
Talk to a public-sector energy engineer about EO 14057 reporting, building portfolio control, and smart street infrastructure for your agency.
Get Started