Solluz Projects & Technology
From sensors to decisions: an architecture that transforms data into operational intelligence.
Solluz designs solutions that integrate devices, communication, platforms and dashboards, making resources, equipment and events visible within one operational environment.
- Modular Architecture
- Technology Integration
- Planned Expansion
Reading ReceivedUpper Water Tank
Just NowReport Updated
Daily ConsumptionThree Minutes Ago
Problem-Oriented Technology
The project begins with the operation — not with an equipment catalog.
We first define what needs to be measured, monitored, reported or automated. We then select the devices, communication network and platform that best match the environment.
This approach avoids unnecessary complexity, simplifies management and allows the project to begin with one clear objective without limiting future expansion.
Value Before Complexity
Every monitored variable or automation feature must support a decision, reduce risk or improve operations.
Standardized Foundation
Names, devices, alerts and access profiles follow a shared structure to simplify support and expansion.
Practical Customization
Quantities, thresholds, visual identity, reports and user profiles are adapted to each client.
Operational Continuity
The architecture considers communication, local operation, maintenance and future growth.
End-to-End Architecture
Four connected layers link the physical environment to operational management.
The exact combination depends on the infrastructure, distances, data volume, expected power autonomy and project requirements.
Field Layer
Sensors, meters, electrical inputs, controllers and existing equipment.
Water Level · Pressure · Consumption · StatusCommunication Layer
Networks and gateways selected according to range, availability and power consumption.
LoRaWAN · NB-IoT · Wi-Fi · EthernetPlatform Layer
Data reception, organization, operating rules, storage, integrations and user management.
MQTT · HTTP · APIs · EventsApplication Layer
Dashboards, alerts, reports and interfaces designed for each user profile.
Manager · Technical Team · ResidentIntegrated Residential Community Management Platform
A reusable foundation organized for different modules and user profiles.
Solluz can bring essential modules together within one operational view, while preserving dedicated access for management, technical teams and residents.
The foundation is standardized to maintain consistency, while quantities, equipment, thresholds, visual identity, users and reports are customized for each operation.
Assess an Application for a Residential Community →Water Tanks
Water levels, volumes, pressure and critical conditions.
Pumps
Status, starts, electrical current, operating hours and faults.
Water & Gas
Individual metering, consumption, historical data and anomalies.
Energy
Consumption, demand, generation and performance indicators.
Alerts & Incidents
Events, priorities, records and follow-up.
Resident Portal
Individual access, transparency and personal historical data.
Dashboards & Operating Rules
Clear information showing what is operating normally and what requires action.
Indicators are organized by context and priority. Thresholds for water level, pressure, electrical current, consumption and communication are defined according to the project and may generate notifications and event records.
- General Overview and Dedicated Screens
- Normal, Attention, Critical and Offline States
- Historical Data and Period Comparisons
- Alerts with Operational Context
- User Profiles and Permissions
- Computer and Mobile Access
Applications & Projects in Development
Demonstrated capability without portraying technical studies as completed deployments.
This section presents laboratories, architectures and technical studies that demonstrate how Solluz designs its solutions.
TECHNICAL DEMONSTRATION — Water Tank & Pump Monitoring
Dashboard displaying water level, pressure, electrical current, pump status, historical data, communication and operating alerts.
- Simulated data and conditions;
- responsive dashboard;
- attention and failure rules.
APPLICATION STUDY — Integrated Residential Community Management
Architecture designed to integrate water, gas, water tanks, pumps, energy, alerts and profile-based access.
- Management and technical-team access;
- individual resident access;
- modular expansion.
TECHNICAL STUDY — Large Residential Community
Telemetry and individual-metering planning involving network assessment, measurement points, gateways and platform architecture.
- Communication coverage assessment;
- network architecture;
- operational scalability.
INTEGRATION — Smart Energy Management
Consumption, demand and photovoltaic-generation indicators, along with opportunities to reduce energy costs.
- Meter data;
- comparisons and trends;
- decision support.
Open Ecosystem
The solution should not be locked into one device or manufacturer.
Technology selection considers compatibility, technical support, availability, life-cycle cost and integration capabilities. Platforms and devices are evaluated according to each application.
Discuss an IntegrationPhased Development
From a technical hypothesis to a manageable solution.
The project evolves as information becomes available, the site is assessed and technical assumptions are validated.
Problem & Objective
Define what needs to be measured, controlled, reported or reduced.
Technical Survey
Measurement points, infrastructure, distances, power, communication and equipment.
Architecture & Pilot
Technical decisions and validation of communication, data and user experience.
Deployment & Testing
Installation, configuration, alerts, permissions, documentation and training.
Ongoing Support
Support, adjustments and expansion according to results and new requirements.
Your Next Project
Is there a resource or piece of equipment that needs greater visibility?
Tell Solluz about the situation. The Smart Assessment organizes the problem and identifies the appropriate technical and commercial next steps.