Custom Hardware & IoT Engineering Services
Senologic delivers expert custom hardware & IoT engineering for embedded systems and industrial automation. Specifically, we help startups and SMEs build reliable, production-ready solutions designed for scale. Furthermore, our engineering team focuses on long-term stability to ensure your product excels in the field. Consequently, you receive a system that is built for reliability from the very first day.
Concept & Validation
Engineering & Integration
Intelligent Scale & Support
Our Core Engineering Capabilities
Embedded & IoT System Development
End-to-end design and development of connected embedded systems.
A unified approach brings hardware, firmware, connectivity, and cloud services together into a cohesive, maintainable embedded and IoT system.
Industrial Automation & Control Systems
Custom automation and control solutions for industrial environments.
Cost-effective, flexible embedded controllers and automation systems are developed to replace or complement traditional PLC-based architectures.
Edge AI & Intelligent Devices
Practical AI deployed directly on embedded hardware.
By deploying edge intelligence, devices can process data locally, minimize latency, and continue operating without constant cloud dependence.
Rapid Prototyping & Hardware MVP Development
Fast, functional prototypes for validation, pilots, and funding.
From initial concept to functional hardware prototype, teams are supported in achieving rapid validation, early testing, and compelling demonstrations.
Our Engineering Process
A clear, structured workflow designed to reduce risk and deliver predictable results.
Step 1
Requirements & Technical Discovery
We work with you to understand objectives, constraints, and performance expectations, ensuring a clear technical foundation for the project.
Step 2
Architecture & Planning
System design, component selection, and development roadmap are defined to minimize risk and ensure feasibility.
Step 3
Development & Implementation
Hardware, firmware, and connected systems are engineered in iterative cycles with continuous validation.
Step 4
Testing & Verification
Each function is evaluated through bench tests, stress tests, and scenario-based verification to ensure reliability.
Step 5
Integration & Refinement
Hardware, firmware, and IoT/AI elements are integrated, optimized, and prepared for the intended environment.
Step 6
Delivery & Support
We provide documentation, handover, and optional ongoing engineering support to ensure smooth operation and future scalability.
How Engagements Work
We adapt our collaboration model to match your organization and project stage.
🔹 Project-based or milestone-based engagement
Clearly defined scope, deliverables, and timelines with structured milestones to ensure predictability, transparency, and controlled risk from start to completion.
🔹 Time-Boxed Prototyping Engagements
Focused, short-term engineering sprints designed to rapidly deliver functional prototypes, validate concepts, and support technical or commercial decision-making.
🔹 Advisory Retainers for Ongoing Guidance
Flexible consulting engagements providing continuous technical oversight, architecture review, and strategic engineering support as your project or team evolves.
Frequently Asked Questions (FAQs)
An overview of commonly asked questions regarding our engineering services and collaboration approach. Refer to our FAQs page for extended information.
Yes. We frequently support concept validation and early technical feasibility.
All project IP belongs to the client unless otherwise agreed in writing.
Timelines vary by scope, but are clearly defined before development begins.
Begin with a consultation to discuss requirements and next steps.