In the context of connected functions, Proof of Concept (PoC) refers to a prototype or demonstration that shows the feasibility and potential of a new technology or solution.

PoC is often used in the early stages of product development to test and refine ideas before significant resources are invested in full-scale implementation. With connected functions, PoC could involve testing a new feature or functionality in a limited setting to assess its effectiveness and potential impact on the overall system.

At MakoLab, our approach to PoC development services is designed to provide a fast, cost-effective way for clients in the automotive industry to verify the business value of potential improvements.

Using a connected function PoC, we can validate and test new ideas, functionalities and technologies in less time and at a lower cost, reducing the risk of investing in unproven solutions. The process involves developing a PoC which is then tested and validated to ensure that it meets the requisite objectives and provides value to the client’s business.

The PoC process typically includes the following phases:

1. Planning and Requirements Gathering: in this phase, the high-level requirements are defined and workshops might be held to gather additional information and establish the goals for the PoC.
2. Design: this phase is where the design of the PoC is developed. It involves outlining the overall architecture and design, identifying the technologies and tools needed to execute it and creating a detailed development and testing plan.
3. Development: this is the phase involving coding, testing and updating the mock-ups and diagrams as necessary in order to refine the PoC further and ensure that it meets the set requirements.
4. Evaluation and Feedback: the final phase, where the PoC is evaluated and feedback is gathered from the stakeholders in order to determine its effectiveness and identify any changes or improvements that are necessary.


The overall focus of the PoC process is on testing and validating a concept or solution in a controlled environment before committing to full-scale development. It involves collaboration between the stakeholders, designers, and developers and is designed to ensure that the final product meets the needs of the target audience and achieves its intended goals.

One example of a PoC in the context of connected cars would be creating a prototype of a new feature or service, such as a smart parking system or an advanced driver assistance system, in order to test its feasibility and demonstrate its potential to potential customers or investors.

The PoC would involve building a small-scale version of the feature or service and testing it in a real-world environment to evaluate its performance, usability and potential impact on the market.

PoC stands for Proof of Concept, which is a prototype or a small-scale experiment demonstrating the feasibility and viability of a particular idea or technology. A PoC is usually used to test and validate the technical and business viability of a concept before investing significant resources in its development.

PoV stands for Proof of Value. This is a type of PoC that focuses on demonstrating the potential value or return on investment (ROI) of a specific technology or solution. A PoV typically involves testing a product or service in a real-world environment to determine its value and impact on business outcomes.

To sum up, while PoC and POV both involve testing and validation, PoC focuses on a concept’s technical and business feasibility. In contrast, PoV focuses on demonstrating the actual value and ROI of a specific technology or solution.