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Requirements before components
Define the operating envelope, interfaces, risks and evidence before detailed design locks in the wrong assumptions.
About Outer Reef Technologies
Engineering judgment for products that cross disciplines.
Outer Reef helps product teams define, design, integrate and verify complex electromechanical systems by connecting the decisions across mechanics, electronics, embedded software, robotics, optics and manufacturing.
- System architecture
- Integrated engineering
- Measured verification
- Production transition
A systems view of product development
The product is the system.
A difficult product rarely fails because one discipline was ignored completely. It fails at the boundaries: power and thermal behavior, sensors and mechanics, firmware and hardware, verification and manufacturing. Outer Reef organizes the work around those connections.
Explore our engineering capabilities02
Interfaces before handoffs
Treat mechanical, electrical, firmware, software, optical and manufacturing boundaries as engineering work—not administrative seams.
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Evidence before confidence
Use analysis, prototypes, measurements and requirements-based verification to show what the system can actually do.
How the work moves
Move from an uncertain problem to measured evidence.
The scope changes by product, but the decision sequence stays disciplined. Each stage reduces a different kind of technical and program risk.
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Frame the problem
Capture the user, operating environment, business objective, constraints and known failure conditions.
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Architect the system
Partition functions, resolve critical interfaces and expose the tradeoffs that control feasibility and risk.
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Develop and prototype
Build the hardware, firmware, software and mechanical elements needed to test the important assumptions.
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Integrate and debug
Exercise the complete system under representative conditions and trace failures to their physical cause.
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Verify and transfer
Close requirements with evidence and prepare the design, tests and documentation for its next stage.
Connected engineering disciplines
Work across the interfaces that determine product behavior.
Outer Reef can focus on one technical problem or coordinate a broader development effort. The value comes from understanding how each decision affects the rest of the product.
Controls
BLDC motor control
Motor, load, power stage, sensing, embedded control, protection, thermal behavior and validation considered as one system.
Explore motor controlRegulated products
Medical device development
Product architecture, risk, multidisciplinary design, integration, verification and transfer aligned to the specific device.
Explore medical developmentMachines
Robotics engineering
Mechanisms, motion, sensing, controls, tooling, safety behavior and production workflow developed around the application.
Explore roboticsElectronics
Electrical and embedded systems
Circuit architecture, PCB design, power, sensing, processors, firmware interfaces, bring-up and verification.
Explore electrical engineeringImaging
Optics and imaging systems
Illumination, sensing, image formation, optomechanics, calibration, embedded interfaces and measured image quality.
Explore imaging and opticsPhysical product
Mechanical engineering
Architecture, mechanisms, structures, materials, tolerances, thermal paths, prototyping and production considerations.
Explore mechanical engineering
Founder-led technical direction
Engineering leadership stays close to the work.
Jonathan Azevedo is the founder and CEO of Outer Reef Technologies. His engineering background spans autonomous vehicles, robotics, medical devices and commercial product development.
Outer Reef was built around a practical idea: complex programs move more effectively when technical decisions, project priorities and verification evidence remain connected.
- Systems thinking
- Frame each technical problem around the complete product and its operating environment.
- Data-driven decisions
- Use models, measurements and explicit tradeoffs to decide what the program should do next.
- Direct communication
- Keep technical risks, assumptions and decisions visible to the people responsible for the product.
What clients should expect
Clear technical work, visible decisions and useful evidence.
An engagement should leave your team with more than a deliverable. It should make the product, its risks and the path forward easier to understand.
Work begins with context
The team first understands the product, user, environment, interfaces and commercial constraints—not just the isolated task.
Tradeoffs stay visible
Performance, schedule, risk, manufacturability and cost are discussed as connected engineering decisions.
Prototypes answer questions
A prototype earns its place by reducing uncertainty and producing evidence that informs the next design decision.
Transfer starts early
Test access, components, tolerances, fixtures, suppliers and documentation are considered before the design is declared complete.
Start with the technical problem
Bring the product context, the constraints and the evidence you already have.
An initial discussion can identify the critical interfaces, the missing information and a useful next work package—whether you are defining a new system or resolving a difficult issue in an existing design.