Custom Electronics and IoT
Smart monitoring systems built around real-world problems.
We plan and develop practical prototypes combining sensors, wireless communication, local or cloud dashboards, alerts and mobile or web interfaces.
Start with a controlled proof of concept, test the idea and expand only after the important functions work reliably.
Measures changing conditions.
Receives, records and evaluates readings.
Development capabilities
What We Develop
Connected systems designed around the result you need.
You do not need to choose every sensor, board or communication method yourself. Explain the problem and we will recommend an appropriate starting architecture.
Environmental Monitoring
Systems that observe environmental conditions and build a useful record of changes over time.
Possible measurements:
- Temperature and humidity
- Air pressure and rainfall
- Soil moisture and water level
- Movement, tilt and vibration
- Light, air quality or other conditions
Agriculture, schools, field research, water systems, environmental projects and early-warning concepts.
Remote Sensor Networks
Monitoring locations can send information to a separate receiving point using an appropriate communication method.
Possible functions:
- Site-to-home communication
- Multiple monitoring nodes
- LoRa or Wi-Fi data transfer
- Signal and device-status monitoring
- Local operation during internet loss
Farms, hillsides, tanks, remote equipment, utilities and locations where permanent internet is unavailable.
Alerts and Warning Systems
Readings can be compared with agreed limits so users receive clear warnings when conditions require attention.
Possible alerts:
- Local sound or visual warnings
- SMS notifications
- Mobile or dashboard alerts
- Equipment-failure notifications
- Escalating warning levels
Water levels, equipment status, environmental risks, security monitoring and operational warnings.
Data Logging and Reports
Sensor information can be recorded locally or online for review, comparison, reporting and future improvement.
Possible features:
- Time-stamped sensor readings
- Daily and historical graphs
- CSV or spreadsheet exports
- Event and warning records
- Trend and comparison reports
Research, maintenance records, compliance support, operational analysis and long-term observation.
Local and Cloud Dashboards
Users can view the latest status, history and warnings from a suitable browser, computer or mobile device.
Possible interfaces:
- Local browser dashboard
- Cloud-connected web dashboard
- Android or iOS companion app
- Multiple monitoring locations
- User access and permissions
Customers who need understandable information rather than raw sensor values or complicated technical displays.
Monitoring and Automation
Selected systems can respond to conditions by controlling suitable equipment according to agreed safety rules.
Possible controls:
- Pump or valve control
- Lighting or ventilation
- Scheduled operation
- Threshold-based actions
- Manual override and status checks
Safety-critical or high-power control requires additional engineering assessment, protection and specialist approval.
System Options
Choose how your monitoring system operates.
The correct option depends on distance, internet availability, power, data volume, response time and the people who need access.
Local monitoring without depending on the internet.
Sensors connect to a nearby controller or local dashboard. Information remains available within the site even when external internet access is unavailable.
- Lower dependency on external services
- Useful for private or remote locations
- Can later be upgraded with cloud access
Send readings from a remote site to a safer base location.
A monitoring node measures conditions at the site while a separate receiving unit displays information and activates warnings at a home, office or control point.
- Useful where direct wiring is impractical
- Can operate without public internet
- Suitable for one or several monitoring points
View current and historical information from anywhere.
Approved readings are securely sent to an online database and displayed through a browser or mobile interface for authorised users.
- Remote access and centralised history
- Suitable for multiple locations and users
- Cloud, data and subscription costs may apply
Build in Stages
Move from an idea to a testable system without building everything at once.
Concept and Feasibility
Define the problem, measurements, users, locations, communication needs, risks and practical first version.
Main resultA proposed architecture, feature scope and development estimate.
Proof of Concept
Connect the essential sensor, controller and software needed to confirm that the core idea can work.
Main resultA basic working prototype with initial test observations.
Integrated Prototype
Improve communication, data storage, dashboards, alerts, power management and system reliability.
Main resultA more complete system ready for controlled user testing.
Pilot Deployment
Install a small number of units in a realistic environment and collect evidence about operation and maintenance.
Main resultField observations and a roadmap for the next version.
Production Planning
Review enclosure, manufacturing, certification, servicing, documentation and larger-scale deployment requirements.
Main resultA separate production and commercialisation plan.
Starting Prices
Practical starting packages for different development stages.
These are starting prices for clearly controlled prototype scopes. Final pricing depends on sensor count, communication, dashboards, alerts, enclosures, hardware and field testing.
Proof of concept
Basic Sensor Prototype
A small working prototype for confirming one important measurement or monitoring idea.
- Concept and requirement review
- One controller unit
- Up to two basic sensors
- Basic firmware development
- Local reading or status output
- Bench testing
- Improvement recommendations
Connected prototype
Remote Monitoring Prototype
A working sensor system that sends readings to a separate receiving point or simple dashboard.
- System architecture planning
- Up to three sensor inputs
- One communication method
- Sending and receiving functions
- Basic local dashboard
- Threshold or status warning
- Functional testing
- Handover guidance
Monitoring platform
Smart Monitoring System
A more complete prototype with data history, alerts and a local or cloud-connected user interface.
- Multiple sensor integration
- Local or cloud data storage
- Responsive monitoring dashboard
- Historical readings and graphs
- Alert and event records
- Basic user access
- System testing
- Technical documentation
Controlled deployment
Pilot-Ready IoT System
A small multi-unit system prepared for controlled field testing and practical performance evaluation.
- Detailed pilot requirements
- Multiple monitoring nodes
- Communication and recovery logic
- Dashboard and warning workflow
- Data export and reporting
- Installation guidance
- Pilot test plan
- Improvement roadmap
Electronic components, sensors, batteries, solar equipment, enclosures, antennas, SIM cards, cloud subscriptions, fabrication, shipping, installation, travel, specialist testing and regulatory certification are quoted separately when required.
Understanding Project Costs
What keeps an IoT prototype affordable and what increases the price?
Keeps the first version more affordable
- Begin with one clear problem
- Use a controlled number of sensors
- Choose one communication method
- Start with one dashboard or user interface
- Test at one location before expanding
- Use available development components
- Separate essential features from future ideas
Usually increases the quotation
- Large numbers of monitoring nodes
- Long-distance or difficult communication conditions
- Custom mobile apps and user accounts
- Cloud databases and real-time dashboards
- Complex alerts or automated control
- Weatherproof enclosures and solar power
- On-site installation and extended field testing
Project Deliverables
Receive more than a connected circuit.
A useful prototype needs clear system logic, usable software, testing records and enough documentation for future improvement.
Discuss Your RequirementsSystem Architecture
A clear explanation of the main devices, communication, data flow and intended user experience.
Prototype Integration
Agreed sensors, controller boards, communication components and power arrangements assembled for testing.
Firmware and Software
Device logic, communication, dashboard functions and data handling included within the agreed scope.
Test Results
Records of the main tests performed, known limitations and important observations.
Handover Documentation
Basic operating instructions, agreed access information and maintenance or improvement guidance.
Improvement Roadmap
Recommendations for improving reliability, enclosure, power, communication or scalability.
Prototype Testing
Important functions are tested before recommending expansion.
Prototype testing helps identify weak points while changes are still easier and less expensive to make.
Sensor Response
Confirm that readings change logically and detect the intended conditions within the prototype environment.
Communication
Observe message delivery, signal interruptions, reconnection and expected operating distance.
Data Handling
Check timestamps, missing readings, duplicate data, storage and dashboard updates.
Alerts
Confirm that warning conditions are understandable and do not trigger incorrectly during normal operation.
Recovery
Check how the system responds after power loss, signal loss, restart or temporary internet failure.
Usability
Ensure the people using the system can understand the status, warnings and required actions.
Safety and Production Notice
A prototype is not automatically a certified production device.
Systems used for life safety, medical decisions, mains electricity, industrial machinery, public warnings or regulated environments may require independent engineering review, certified components, specialist testing, legal assessment and approval from relevant authorities before deployment.
Common Questions
Important information before starting an electronics project.
No. Explain what you need to measure, where the device will operate, how often data is required and who needs to see it. We can recommend a practical starting configuration.
The displayed prices are starting development prices. Components, sensors, batteries, enclosures, antennas, fabrication, shipping and specialist equipment are normally listed separately in the quotation.
Many systems can provide local monitoring, storage and warnings without public internet. Remote cloud access requires a suitable internet or mobile-data connection.
Yes. A browser dashboard or Android and iOS application can be included when required. A dedicated mobile app normally increases the project scope and development cost.
The first service focuses on planning and prototype development. Manufacturing preparation, custom circuit boards, certification, suppliers and larger production quantities require a separate assessment.
Source-code access, hardware ownership, cloud accounts, design files and handover arrangements are stated clearly in the quotation according to the selected project.
Start With a Prototype
Describe the condition, equipment or location you want to monitor.
Tell us what should be measured, where it will operate, how far the information must travel and who needs to receive the data. We will recommend a practical first version.