Energy under control
Schedule loads, identify after-hours consumption and compare performance by zone, equipment or site.
BMS · Smart buildings · IT/OT integration · Mexico
Building Automation Systems (BMS) for Smart Spaces
Centralize climate, lighting, energy and critical building systems to make data-driven decisions, reduce waste and anticipate failures across offices, plants, hotels and multi-site operations.
DIRECT ANSWER
What is a BMS building automation system?
A BMS (Building Management System) is the platform that monitors and controls HVAC, lighting, energy, pumping, alarms and occupancy from one interface. It receives data from sensors and controllers, applies operating rules and generates alerts to keep a building efficient, safe and available.
A BMS coordinates facility operations; it does not replace CCTV, access control or IT monitoring. It connects them through protocols and events so facilities, security and technology teams share one operational view.
Read the technical BMS definition in the BITS glossaryBuilding control with measurable operational impact
Effective automation turns isolated signals into actionable information for facilities, maintenance and management.
Failures visible before downtime
Receive temperature, pressure, current and status alarms so technical teams can prioritize action.
Occupancy-based comfort
Adjust HVAC and lighting using schedules and occupancy sensors rather than manual walkthroughs.
Multi-site operations
Standardize dashboards, permissions, histories and rules to manage multiple buildings centrally.
BMS CAPABILITIES
Automate subsystems without locking in your investment
We design an interoperable architecture around existing equipment, operational priorities and growth plans.
HVAC control
Monitor chillers, air handlers, VAVs, pumps, exhaust systems, temperature, humidity and pressure.
Lighting and occupancy
Use schedules, scenes, dimming and occupancy sensors to consume energy only where needed.
Energy metering
Track consumption, demand, power quality and comparisons that reveal deviations.
BACnet, Modbus and KNX
Integrate equipment and controllers through open protocols, gateways and normalized points.
Enterprise IoT sensors
Add environmental, leak, occupancy and condition telemetry without unnecessary replacement.
IT/OT integration
Apply segmentation, secure access, APIs, audit trails and links to monitoring and maintenance platforms.
Automation for every facility type
Sequences, alarms and metrics vary by building use and by the operational impact of a failure.
Corporate
Offices and campuses
Operational application
Occupancy-based climate, zoned lighting, air quality and centralized common-area operation.
Manufacturing
Plants and critical facilities
Operational application
Monitor utilities, pressure, exhaust, power and process-support conditions.
Hospitality
Hotels and mixed-use properties
Operational application
Guest comfort, rooms, common areas and zone consumption with dynamic schedules.
Retail
Stores and branches
Operational application
Repeatable policies, remote alarms and energy control across distributed portfolios.
From isolated equipment to an operable BMS architecture
Commissioning covers point engineering, networks, sequences, alarms and acceptance criteria.
- 01
Assessment
We inventory equipment, panels, signals, protocols, schedules, recurring failures and business goals.
- 02
Control engineering
We define controllers, sensors, topology, BACnet, Modbus or KNX integration and operating sequences.
- 03
Integration and graphics
We connect subsystems, normalize points and build clear dashboards for each user role.
- 04
Commissioning
We test alarms, trends, contingencies and performance, then document and train the responsible team.
Connect the BMS to the infrastructure that supports your building
Building automation BMS frequently asked questions
Is a BMS only for new buildings?+
No. It can be introduced in phases across existing facilities. We first assess equipment, controllers and protocols, then decide what to retain, connect through gateways or modernize.
What is the difference between BMS, home automation and IoT?+
A BMS manages enterprise facilities with continuity, permissions, histories and alarms. Home automation primarily serves residences. IoT adds sensors and connectivity, but still needs a platform and rules to become operational control.
Can BACnet, Modbus and KNX equipment work together?+
Yes. The architecture can combine protocols through controllers and gateways. Point lists, versions, licenses and the available control level must be validated before implementation.
How does a BMS reduce energy consumption?+
It measures actual behavior, identifies after-hours loads and automates HVAC and lighting according to demand and occupancy. Results depend on the baseline, existing sequences and identified opportunities.
How is the automation network protected?+
We segment the OT network, restrict access, apply role-based credentials, use encrypted connections where supported and back up configurations. Remote integration is designed around security policies, not exposed ports.
Can BITS manage several buildings from one platform?+
Yes. We can centralize sites with dashboards, alarms, histories and building-specific permissions while preserving local control if external connectivity is lost.
Turn building data into operational decisions
Schedule an assessment of equipment, protocols, consumption and critical points. BITS will provide a phased automation roadmap aligned with your facilities' actual operations.