The three-week target is for a working lab prototype that proves the core functions. The six-week target is for mass production. We review your requirements, component availability, tooling and production quantity to agree on the delivery plan for your project.

We begin with the intended use, key functions, operating environment, budget and timeline. Our team can develop the specification from an initial idea, sketches, reference products or existing technical files.

We define the concept and requirements, develop the system architecture, build a working prototype in our lab, then test and validate it. We use those results for PCB and enclosure design, followed by manufacturing, final assembly and testing.

It lets us prove the core functions and investigate technical risks before committing to a custom board. What we learn guides the circuit design, firmware, interfaces and physical layout.

Yes. We design the housing around your electronics and intended use. The scope can include 3D-printed enclosures, injection mould design, tooling coordination and enclosure manufacturing.

Prototype manufacturing starts from five units. Small batches let you evaluate the device before investing in larger quantities. Lab development and individual engineering stages can be scoped separately.

Yes. We work with established manufacturing partners to coordinate component sourcing, PCB fabrication and assembly, enclosure manufacturing and finished-device assembly. Manufacturing documentation and production test procedures support repeatable builds.

Yes. We develop embedded firmware and connect devices to mobile apps, websites and cloud services. AI hardware can also be included when your product needs it.

We test the lab prototype to validate the approach, then check the assembled electronics and finished device against the agreed requirements. Testing can cover power, interfaces, firmware, enclosure fit and functional performance.

We investigate the issue, identify the required hardware, firmware or enclosure changes and agree on the next iteration. Additional engineering or manufacturing work is scoped before proceeding.

We provide a non-disclosure agreement for every project before you share confidential information. Your designs, technical files and discussions are handled under the agreed confidentiality terms.

Yes. Use Book a free consultation to request a 30-minute Zoom meeting. Dates and times are shown in your local time zone. We confirm the appointment by email and send the Zoom invitation.

We work with clients in the USA, Europe, Canada and Australia, and welcome projects worldwide. Delivery arrangements and any installation responsibilities are agreed for your project.

Yes. We offer system architecture, PCB design, enclosure development, firmware, software and testing as individual services, including support for existing designs.

We develop custom electronic products combining sensors, embedded processing and AI. Examples include camera-based inspection devices, condition-monitoring sensors and products that classify or interpret signals locally.

Yes, where the task and hardware allow it. We assess model size, processing requirements, memory, power and performance to determine whether the device can run inference locally.

Yes. The scope can include system architecture, PCB design, embedded firmware, model development or adaptation, prototype manufacturing and product testing.

We assess available examples and datasets, identify gaps and define the data collection, labeling and preparation required for model development.

We review its sensors, processor, memory, interfaces and power constraints. The solution may use the current hardware or require a revised board or additional processing hardware.

Yes. We assess the machinery's condition, documentation and available interfaces before developing the required automation.

We select the approach around the application. A project may use PLCs, custom embedded controllers or a combination of existing equipment and purpose-built hardware.

Yes. The agreed hardware and software can be assembled, configured and tested before shipping. The scope specifies the supplied equipment, connection requirements and installation responsibilities.

Where required, we develop remote dashboards, alerts and reporting. Essential local operation and fault handling are defined as part of the architecture.

Our quotations are based on the process, equipment, operating modes, sensors, actuators, power supply, communications and site conditions, together with the required scope and delivery schedule.

Yes. A suitable cabinet can provide warm air or transfer heat into a water-heating circuit. We assess heat output, temperatures, seasonal demand and the installation requirements. The system also needs to remove heat safely when your building does not need it.

We design power monitoring, operating limits and restart behavior around the site. The agreed installation can include voltage or phase monitoring, surge protection, controlled disconnection and staged restart, alongside temperature and cooling protection. The exact protections depend on your supply and equipment.

Individual miners and small operators in residential areas or other locations where conventional ASIC noise is unacceptable. Cabinet configurations can be designed for a single miner or multiple miners. We also develop automation for larger mining farms.

Silent mining describes the noise-control goal. We agree on a measurable sound level at a defined position before specifying the solution. Zero sound is not assumed: the complete cooling arrangement, including pumps, fans and outdoor equipment, must meet the agreed requirement.

The agreed package can include the mining cabinet, monitoring and control hardware, and our software configured for the system. The quotation specifies exactly what is supplied, shipping arrangements, installation requirements and commissioning support. Miners are included only if listed in the agreed supply scope.

Yes. We assess the miner models, firmware, quantities and modifications for compatibility with the proposed cabinet, cooling and control software.

That depends on electrical capacity, heat removal, available space, building requirements and the noise target. We assess the proposed location before recommending a setup. A quiet cabinet alone does not make every residential room suitable for mining.

The cooling design depends on the miner models and location. We assess airflow or liquid-cooling options where compatible, along with pump and fan noise and the location of heat-rejection equipment. The entire system is considered rather than only the cabinet.

Our software supports monitoring, alerts and remote control for the agreed equipment. Supported readings, operating modes, automation functions and access arrangements are confirmed for the selected miners and control hardware.

We define communications-loss behavior during system design. Essential local control and protective responses should not depend solely on a remote connection. The exact behavior is specified and tested for your installation.

The system has defined power, cooling and connection requirements. Depending on the location and scope, site preparation and qualified electrical or cooling installation may be required. Those responsibilities are agreed before delivery.

Yes. We can develop monitoring, cooling automation, equipment controls and alerts for larger installations. Expansion is engineered around the site’s power and cooling capacity rather than assumed from the initial cabinet.

We prepare quotations using the miner models and quantity, delivery location, power supply, available space, cooling options and noise requirements. The proposed system reflects the budget and installation schedule.