Your buildings generate information. Put it to work.
Your buildings already have equipment, controls, sensors, maintenance records, and service providers generating information every day. The problem is that much of it lives in separate systems. Develop & Conquer connects building technology with maintenance software, operational dashboards, custom applications, and AI-assisted workflows so your team can monitor equipment, coordinate service, and make better use of the information you already have.
One building. Dozens of systems. A clearer picture of what's happening.
Each building system generates its own signals. Connected, they become one operational picture, where a reading can turn into the right next step instead of a surprise.
HVAC & climate
Monitor supported temperature, equipment status, runtime, and service indicators. Example: an air handler operating outside its configured range flags for review before comfort complaints start.
Electrical & energy
Bring meter data, consumption patterns, and equipment runtime into reporting you can act on.
Water & leaks
Surface leak-sensor and moisture events quickly, routed for verification before damage spreads.
Access & security
Connect supported access and monitoring events into your operational view, with the right permissions.
Equipment & assets
Track the status, history, and service needs of the equipment that keeps the building running.
Illustrative systems. What's available depends on the equipment, controls, and approved interfaces in each building. The point isn't more alerts, it's turning a signal into a reviewed, routed workflow.
See what needs attention across your buildings and equipment.
Not the same job-and-invoice metrics as every other dashboard. For facilities, it's equipment health, alarms, maintenance, and conditions, with a floor-plan view so authorized users can locate the equipment that needs attention.
| Equipment | Location | Status | Last reading |
|---|---|---|---|
| AHU-03 | Building A | Supply air high | Review |
| Chiller-01 | Building B | Within range | Normal |
| Leak Sensor-12 | Building C | Moisture detected | Alert |
| Exhaust Fan-07 | Building A | Within range | Normal |
Sample data only. Status accuracy depends on sensor health, system connectivity, and validation. We build multi-building dashboards, equipment monitoring views, alarm summaries, maintenance status, asset histories, and reports combining available building and maintenance data, so you find the building or equipment that needs attention without opening five applications.
Know what you have, where it is, and what's been done to it.
Air handlers, chillers, boilers, pumps, generators, electrical panels, elevators, each with maintenance requirements, warranties, manuals, inspections, and repair history. A custom application can gather all of it around the asset itself, reachable from a QR code on the equipment.
- TypeRooftop air handler
- Next inspectionOct 20, 2026
- WarrantyActive · exp. 2028
- StatusInspection due
- Aug 18 Preventive service: belts and filters replaced.
- May 02 Supply-air sensor recalibrated.
- Jan 14 Annual inspection passed.
- Oct 20Scheduled inspection
- OpenWork order: review supply-air temperature
Move beyond fixed schedules when the data supports it.
Three levels of maintenance, applied where each one actually fits, rather than treating everything as a calendar reminder.
Scheduled maintenance
Recurring tasks based on dates, operating hours, or manufacturer recommendations.
Condition-based maintenance
Available equipment readings and verified thresholds identify when an asset may need attention.
Predictive analysis
Where reliable historical data exists, trends and models may help spot developing problems earlier.
The U.S. Department of Energy identifies automated fault detection and diagnostics as a major capability of energy management information systems, particularly for HVAC and mechanical systems. We don't promise predicting every failure or guaranteeing savings, that depends on the equipment, instrumentation, historical data, and validation.
An alert is useful only when someone knows what to do next.
An AHU-03 temperature alert, investigated and resolved as a tracked event, instead of every alarm automatically dispatching a contractor.
Example: AHU supply-air temperature stays above the threshold.
Understand how your buildings are using energy.
Beyond maintenance: electricity consumption, HVAC operating patterns, temperature conditions, equipment runtime, and changes in building performance, trended so anomalies are worth investigating.
Illustrative data. The U.S. Department of Energy identifies meter analytics, fault detection, centralized data visualization, and maintenance optimization as established energy-management-information-system capabilities. Compare usage with prior periods, weather, occupancy, and available equipment operating data before drawing conclusions. We build energy dashboards, utility data integrations, meter reporting, temperature monitoring, trend comparisons, and anomaly investigation workflows.
Connect the physical systems with the software your team uses.
This is where facilities work stands apart: a secure integration layer between the equipment in the building and the applications your team works in, not another list of software logos.
Conceptual architecture. Actual connectivity depends on equipment, network design, licensing, and approved interfaces. Relevant technologies include BACnet and Modbus (building and equipment data), MQTT (connected-device messaging), REST APIs, building gateways, CMMS, and BMS/BAS. BACnet is an established interoperability standard, but supporting it does not automatically make every device, data point, or control function available to a third-party application. CMMS examples include MaintainX, Fiix, Limble, and IBM Maximo; BAS examples include Siemens, Johnson Controls, Schneider Electric, and Honeywell, subject to their interfaces and access requirements and not presented as existing partners.
Give technicians what they need at the equipment, not back at a desk.
A technician scans the QR code on a unit and sees its assigned work, history, and inspection checklist on their phone.
We develop mobile-friendly applications for assigned work orders, asset lookup, inspections, photographs, and maintenance records, so field information is captured where the equipment is.
- Asset manual and service history available
- Inspection checklist loaded
- Before photos captured
- !Supply-air reading to verify and log
Connecting a building shouldn't put its operations at risk.
Facilities involves operational technology, not just office software. Building controls can affect physical equipment, access systems, comfort, and safety, so security and reliability come first.
CISA recommends appropriate segmentation between information-technology and operational-technology networks, and NIST's September 2026 draft OT security guidance explicitly includes building automation and physical access control systems. We design integrations around approved data access, network boundaries, authentication, logging, and the impact of automated actions.
Where possible, monitoring and reporting begin with read-only access. Any control functions require additional engineering, authorization, testing, and appropriate safety safeguards. We don't market unrestricted remote building control, automated overrides of life-safety systems, or direct exposure of building controllers to the public internet.
Facilities with real technical complexity.
Commercial office buildings
HVAC monitoring, energy reporting, equipment service, and contractor coordination.
Industrial & manufacturing
Equipment status, maintenance schedules, environmental conditions, and facility infrastructure.
Warehouses & distribution
HVAC, refrigeration where applicable, equipment inspections, maintenance, and utility monitoring.
Healthcare & medical
Environmental monitoring, equipment records, inspections, and appropriately controlled workflows.
Schools & campuses
Multi-building dashboards, preventive maintenance, asset records, and facilities requests.
Hospitality & large venues
Equipment monitoring, service coordination, guest-area conditions, and maintenance history.
Building systems integration and facility automation in Sacramento.
Develop & Conquer helps commercial and industrial facilities throughout the Sacramento region connect building equipment, maintenance systems, sensors, and operational software.
Whether you're responsible for a single building, a warehouse, a manufacturing facility, or a multi-building campus, we help evaluate your existing technology and develop integrations, dashboards, and custom applications around your operational needs.
Serving Sacramento, Roseville, Folsom, Rancho Cordova, Elk Grove, Davis, Stockton, and surrounding Northern California communities.
Building systems integration and facility automation, answered.
Can you connect our existing building automation system to custom software?
Potentially. We evaluate the system's supported interfaces, available data, network architecture, vendor permissions, and security requirements before recommending an integration.
Do you work with BACnet or Modbus systems?
We can assess integration approaches involving supported building and industrial protocols, including BACnet and Modbus. Compatibility depends on the devices, gateways, network configuration, and authorized access.
Can sensor alerts automatically create maintenance work orders?
Yes, where supported. Events can be evaluated against configured rules and routed into maintenance workflows, with verification and escalation requirements based on the type of alert.
Can we monitor several facilities from one dashboard?
Yes, provided the relevant systems expose usable data. A consolidated dashboard can show equipment, alerts, work orders, and operational metrics across multiple locations.
Can you build a mobile app for our maintenance technicians?
Yes. We can develop mobile-friendly applications for assigned work orders, asset lookup, inspections, photographs, and maintenance records.
Can you integrate our CMMS with building sensors?
Where interfaces are available, sensor events can be associated with equipment records and maintenance workflows.
Can AI predict when equipment will fail?
Predictive models may help identify developing problems when reliable historical and operating data is available. Accuracy and practical usefulness must be evaluated for the specific equipment.
Can you help us monitor energy consumption?
Yes. We can connect supported meters, utility information, and available building data to reporting dashboards and analysis workflows.
Can you control HVAC or other building equipment remotely?
Control integrations require a separate technical and safety assessment. Monitoring and reporting are often appropriate starting points; authorized control functionality depends on the equipment, security architecture, and operational requirements.
Related to your buildings
Your buildings already have the data. Let's make it useful.
You may not need to replace your building controls, maintenance software, or equipment. You may simply need better connections between them. Tell us what systems you're using, what information is difficult to access, and what you'd like your facilities team to see or do more easily.