Completed
Connected Product
100-unit production batch completed
Integrated Product Engineering
Build complex productsacross software, AI,and hardware.One accountableengineering team.Build complex products across software, AI, and hardware. One accountable engineering team.Build complex productsacross software, AI, andhardware. One accountableengineering team.
For founders and technical teams building connected products, robotics, and intelligent systems—from product architecture and R&D through validation, deployment, and production transition.
30-minute product fit and risk review. Leave with a clear recommended next step.
100
units delivered in one production batch
20+
hardware builds & prototypes
30+
software systems delivered
Figures include completed client engagements and FoundifAI product engineering work.
Execution Proof
Real products across digital and physical engineering.
In Development
AI Navigation Robot
Sensors, embedded control & navigation compute
Delivered
Washing Machine Control Board
Custom electronics, PCB design & board validation
Live
Commercial Platforms
ECC MEA & BrightBits — designed, built and live
Integrated Delivery
Aligned architecture from concept through production.
Selected work with
Selected engineering work across physical products, robotics, and live platforms.
Connected Product
Completed 100-unit production batch
Raafat El-Garhy
Washing machine control board
ECC MEA
Live commercial platform
BrightBits
Live Arabic enrollment experience
Selected Work
The proof is in the systems we've engineered.
Selected product engineering work across connected products, autonomous robotics, appliance control systems, and live commercial platforms.
Flagship BuildConnected product · R&D to production
Confidential Client
From early concept to a100-unit production batch.From early concept to a100-unit production batch.
FoundifAI Labs engineered the product's core control system and supported its transition from R&D and prototype validation into repeatable batch production.
Production Hardware
Custom control electronics
FoundifAI Labs Scope
- Product and system architecture
- Electronics and embedded control
- Mechanical and subsystem integration
- Prototype validation and iteration
- Production transition support
Execution Path
R&D
Prototype
Validation
100-unit batch complete
Physical Product Systems
Embedded, robotics & control systemsRobotics & connected systems
Physical products where electronics, embedded control, sensing, interfaces, and system operation must work together.Multi-layer systems where software, electronics, embedded control, sensing, communications, and physical operation must work together.
AI robotics · Autonomous navigation
Confidential Client
Autonomous navigation system for a mobile robot.
Perception, sensors, embedded control, navigation compute, communications, and motion integrated into one autonomous navigation system.
Engineering outcome
A unified navigation architecture ready for iterative integration, validation, and system testing.
- Navigation system architecture
- Sensor and interface integration
- Embedded control and communications
- Compute and software integration
Engineering development
Appliance electronics · Control board
Raafat El-Garhy
Custom washing machine control board.Custom control board for a washing machine.
Designed and implemented the appliance control electronics, schematic, PCB layout, component interfaces, and board-level validation.A purpose-built control board engineered for the washing machine, covering core electronics, component interfaces, PCB implementation, and board-level validation.
Engineering outcome
A validated control board ready for integration into the washing machine and controlled production.A validated control board aligned with the appliance's electrical and operating requirements, ready for integration into the washing machine.
- Control electronics architecture
- Schematic and PCB design
- Component and interface selection
- Board bring-up and validation
Control board delivered
Additional Live Systems
Commercial digital systems
Supporting proof across positioning, product UX, implementation, deployment, and conversion.
Commercial digital platform
ECC MEA
A commercial platform repositioning a critical-systems integrator.
Brand positioning, information architecture, responsive UX, development, deployment, and conversion flows for a company serving complex low-current and firefighting projects.
- Brand and offer positioning
- Information architecture
- UX/UI and responsive build
- Conversion and contact flows
Education product · Enrollment experience
BrightBits
An Arabic enrollment experience for an online education product.
Offer architecture, Arabic UX, mobile-first implementation, trust-building content, and a direct WhatsApp enrollment flow.
- Audience and offer architecture
- Arabic UX and responsive implementation
- Trust-building enrollment content
- WhatsApp enrollment flow
Similar product challenge?
Review the current stage, technical risks, and clearest next engineering step.
Capabilities
One engineering partner from architecture to production.
Capabilities are delivered as one connected system, not as isolated services. Product definition guides the software, electronics, embedded control, and production decisions that follow.
01
Product Definition & System Architecture
Turn an unclear idea, operational problem, or unfinished prototype into a defined product with requirements, interfaces, technical risks, and an executable roadmap.
Product scopingSystem architectureTechnical feasibilityBuild roadmap
02
Product Software & AI Systems
Build the software, backends, automation, and AI workflows required to operate and scale the product.Build the software layer required to operate, automate, monitor, and scale the wider product or operational system—from product applications and backends to intelligent workflows and internal operations platforms.
Product softwareBackends & APIsAI workflowsOperations platforms
03
Hardware, Embedded Systems & Robotics
Engineer the electronics, control boards, firmware, sensors, interfaces, and compute that make the physical product work.Engineer the electronics, control boards, firmware, sensors, interfaces, compute, communications, and electromechanical integration that make the physical product work.
Custom electronicsEmbedded controlSensors & interfacesRobotics systems
04
Prototype-to-Production Engineering
Design for validation, testability, assembly, maintainability, and repeatability—then move the product from working prototype to controlled batch production.
Prototype validationDesign iterationTest & assemblyProduction transition
Integrated Delivery
Architecture, implementation, and production stay connected.Architecture, implementation, and production planning stay connected.
How We Build
From product uncertaintyto an engineered,validated system.From product uncertaintyto an engineered, validated system.
We reduce expensive wrong turns by defining the product, resolving technical risks early, and validating every layer before deployment or production.
01
Define
Align the problem, users, operating conditions, constraints, success criteria, and priorities.
OutputProduct brief & requirements
02
Architect
Map the complete system across software, AI, electronics, hardware, data, interfaces, and dependencies.
OutputSystem architecture & build plan
03
Engineer
Build and integrate software, electronics, embedded control, interfaces, and physical subsystems.
OutputIntegrated working build
04
Validate
Test reliability, edge cases, usability, interfaces, and operating conditions before release.
OutputValidated system & issue closure
05
Deploy & Transition
Deploy the software, hand over the system, or support controlled assembly and batch production.
OutputDeployment or production handover
Why FoundifAI Labs
Built for products spanning software, AI, and hardware.Built for productsthat cross software, AI,and hardware.
The hardest product problems live between disciplines. FoundifAI Labs brings system architecture, software, AI, electronics, embedded control, and production thinking into one accountable engineering team.
The Difference
Technical decisions stay connected from architecture to production.
Software, electronics, embedded control, testing, and production planning evolve as one system—not as separate workstreams.
01
Keep technical decisions aligned across every layer.
Software, AI, electronics, embedded control, and hardware decisions stay connected under one engineering direction—reducing costly gaps between separate vendors and disciplines.
02
Resolve technical risks before expensive implementation.
We define system boundaries, responsibilities, interfaces, technical risks, and failure points before significant investment in code, electronics, or fabrication.
03
Design for assembly, testing, and repeatability from the start.
Sourcing, assembly, testability, maintenance, deployment, and repeatability influence the design from the beginning—not after the prototype is complete.
04
Receive a system your team can operate and improve.
Your team receives a product it can understand, operate, maintain, and improve—with documented decisions, interfaces, responsibilities, and ownership.
Best Fit
Best for connected products, intelligent hardware, robotics, and operational platforms moving toward deployment or production.
Before We Start
Questions teams ask before engineering begins.
Clear answers on fit, timing, collaboration, production, scope, ownership, and what happens next.
Is FoundifAI Labs the right fit for our product?+
FoundifAI Labs is best suited to products that combine multiple technical layers—such as software, AI, electronics, embedded systems, robotics, or connected hardware—and need one team to align the complete system.
At what stage can you join the project?+
We can join at the idea stage, during architecture and R&D, after an initial prototype, or when an existing product needs redesign, integration, validation, deployment, or production-transition support.
Can you work alongside our existing technical team?+
Yes. We can take ownership of the complete system or work alongside your existing software, electronics, mechanical, product, or operations teams to close specific architecture and engineering gaps.
Can you support manufacturing and assembly?+
Yes. FoundifAI Labs supports the transition from engineering to production by coordinating with manufacturing partners, preparing production documentation, supporting sourcing and supplier communication, and handling selected assembly and system integration when required. Larger production runs are executed through manufacturing partners according to the project scope.
How are projects scoped and priced?+
Projects are scoped in phases based on the product stage, system interfaces, technical uncertainty, validation requirements, and production needs. After the initial review, we recommend the smallest useful first phase and provide a clear scope, timeline, responsibilities, and commercial proposal.
Can we discuss the product under an NDA?+
Yes. Appropriate confidentiality terms can be put in place before detailed product, technical, or commercial information is shared.
Who owns the source code, designs, and documentation?+
Ownership is defined clearly before the engagement begins. Client-specific source code, designs, documentation, and agreed deliverables are handed over according to the project agreement.
What happens after the first call?+
We review the product stage, operating constraints, technical risks, and expected outcome. If the project is a good fit, we define the recommended scope, responsibilities, and clearest next engineering step.
Start with the real challenge
Building a product wheresoftware, AI, and hardwaremust work as one?
Bring us the idea, technical challenge, or unfinished prototype. We’ll help define the system, resolve the critical risks, and map the clearest path to deployment or production.
Discuss Your Product
30-minute product fit and risk review. Understand the current stage, key risks, and recommended next step.
Or email hello@foundifai.com