IoT Engineering
Design connected hardware around the job it must do
Bring device ideas into focus before the cost of physical iteration rises.
The business problem
The operational friction worth solving first.
A device concept can look simple until sensing accuracy, power draw, installation, connectivity, enclosure constraints, and field conditions interact.
We help turn a use case into an engineering plan that aligns the device, firmware, connectivity, cloud service, and validation work.
When it is a fit
Start with the work that needs a clearer path.
Custom IoT device design is the right starting point when a connected-device idea needs engineering clarity before physical iteration becomes expensive.
- 01
Sensing, power, connectivity, enclosure, and field use still need to work together.
- 02
The business needs a feasibility view before selecting components or funding a prototype.
- 03
The device must serve a clear operational or customer job beyond a technical demonstration.
What we can deliver
Capabilities for Custom IoT Device Design, shaped around the work at hand.
Device architecture and component selection support
Prototype planning and embedded-system design
Cloud, connectivity, and field-operating considerations
Deliverables and benefits
Custom IoT Device Design should leave the work clearer, not just more complex.
Typical deliverables
- Feasibility findings and device architecture
- Prototype specification or engineering package
- Validation plan and next-stage roadmap
Business benefits
- Earlier visibility into design tradeoffs
- A clearer route to prototype development
- Better alignment between hardware and software
How delivery works
A visible path for Custom IoT Device Design.
We make each phase visible, with decisions and acceptance criteria that match the scope.
- 01
Define the field problem
We clarify what the device senses or controls, who uses it, where it operates, and what success looks like.
- 02
Balance the engineering constraints
We evaluate power, range, data, enclosure, component, cost, and maintainability considerations together.
- 03
Plan the first build
We specify a prototype path that allows the highest-risk assumptions to be tested early.
Technology approach
Fit-for-purpose choices for Custom IoT Device Design.
Specific technologies are confirmed during discovery based on the existing environment, security needs, integrations, and team requirements.
ESP32STM32BLEWi-FiLoRaWANMQTTC/C++PCB CAD
Relevant pricing
Reduce hardware uncertainty before committing to a full build.
Consultation and feasibility work can clarify the first engineering decisions. Prototype, firmware, and complete-solution estimates expand as device requirements and validation needs become defined.
How the estimate is shaped
Pricing is confirmed in writing after the scope, dependencies, and operational requirements are understood.
- The agreed scope, dependencies, timing, and operational requirements.
IoT Consultation
$299One-time
A focused technical conversation about a connected-device concept, constraints, and next engineering steps.
Typical delivery: Delivery estimate confirmed after scope review
Scope note: Defined starting package; exact inclusions and the delivery plan are confirmed in writing before work begins.
- Connected-device concept and constraint review
- Discussion of sensing, power, or connectivity choices
- Technical-options and trade-off assessment
- Documented engineering next steps
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- Key assumptions, risks, and questions to validate
Feasibility Study
$999One-time
A structured assessment of device, sensing, power, connectivity, cloud, and delivery feasibility.
Typical delivery: Delivery estimate confirmed after scope review
Scope note: Defined starting package; exact inclusions and the delivery plan are confirmed in writing before work begins.
- Device, sensing, power, and connectivity assessment
- Cloud and operational-feasibility considerations
- Critical technical-risk identification
- Architecture direction and practical recommendations
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- Prioritized validation path for the concept
- Suggested scope for a prototype or next phase
Device Prototype
Starting at $4,999One-time
A prototype-development engagement for validating a connected-device concept and its critical risks.
Typical delivery: Delivery estimate confirmed after scope review
Scope note: Starting estimate; the written quote reflects the agreed scope, integrations, content, infrastructure, timeline, and requirements.
- Prototype plan for an agreed connected-device concept
- Engineering approach for critical device behavior
- Component, interface, and system considerations
- Validation plan for the highest-risk assumptions
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- Prototype documentation and build guidance
- Connectivity or cloud-integration planning where applicable
- Recommended next-stage engineering roadmap
Embedded Firmware
Starting at $2,999One-time
Firmware development for a defined device behavior, sensing, control, or connectivity requirement.
Typical delivery: Delivery estimate confirmed after scope review
Scope note: Starting estimate; the written quote reflects the agreed scope, integrations, content, infrastructure, timeline, and requirements.
- Firmware design for agreed device behavior
- Sensing, control, or connectivity workflow planning
- Hardware-interface and state-management approach
- Validation guidance for selected firmware scenarios
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- Exception and recovery-behavior considerations
- Documentation for agreed firmware components
Complete IoT Solution
Starting at $12,999One-time
An integrated IoT engagement spanning device, firmware, connectivity, cloud, and user experience needs.
Typical delivery: Delivery estimate confirmed after scope review
Scope note: Starting estimate; the written quote reflects the agreed scope, integrations, content, infrastructure, timeline, and requirements.
- End-to-end device, firmware, connectivity, and cloud planning
- Architecture for the agreed user and operating journey
- Integration and data-flow strategy
- Validation roadmap across critical system assumptions
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- Device and cloud security considerations
- Monitoring and support-model planning
- Phased delivery and dependency roadmap
- Technical documentation and handover approach
Commercial Product Development
Custom quoteCustom
A commercial IoT product engagement requiring tailored engineering, validation, manufacturing, and operating plans.
Typical delivery: Timeline and delivery plan confirmed after discovery
Scope note: A written estimate follows discovery because the scope needs a tailored plan.
- Commercial product discovery across technical and business needs
- Device, firmware, cloud, and user-experience architecture
- Validation, manufacturing, and operating considerations
- Phased commercial-product delivery roadmap
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- Supply, component, and dependency planning
- Testing and evidence strategy
- Support and lifecycle-planning considerations
- Written scope after discovery
Prices are listed in USD and represent starting estimates based on standard project requirements. Final pricing may vary according to scope, functionality, integrations, content, infrastructure, delivery timeline, security requirements, and ongoing support. Third-party subscriptions, cloud usage, advertising spend, licensing, taxes, hardware, shipping, and platform fees are not included unless stated otherwise.
Where it fits
Suitable across many operating models.
ManufacturingIoT and field operationsHealth and wellnessReal estate
Service FAQs
Questions worth asking before you commit.
Can you help select sensors and communication modules?+
Yes. Selection is part of the architecture work and is based on the measurements, environment, power budget, range, compliance considerations, and production goals.
How early should manufacturing constraints be considered?+
As early as possible. Prototype choices should account for component availability, assembly needs, enclosure plans, testability, and the intended production path.
Start a conversation
Ready to make Custom IoT Device Design a practical next move?
Bring the current situation, the people involved, and the decision you need to make. We will help you identify a clear next step.