The comprehensive and integrated OOHD model blends mature and leading-edge technologies, including hardware, operating systems, and mechanical design, and it enables end-user applications to deliver on the promise of OOHD. Ultimately, these advantages unite as a singular force: enabling companies to develop and implement innovative, differentiated services that quickly produce profitable new revenue streams in response to rapidly occurring changes in market conditions and business models.
A hallmark of the OOHD process includes driving faster time-to-market. Ready-made OOHD functionality lets us quickly support innovative new components and technologies. The result is faster time-to-market for new business opportunities, which promotes high return on relatively low investments.
Companies building SBC or Embedded computing systems with O.N.E. Technologies components will enjoy an unparalleled OOHD solution that reduces downtime and lost revenue. The ability to rapidly and efficiently design exact product components at the lowest possible cost enables companies to confidently enter new markets and seize new business opportunities. Additionally, the OOHD model effectively reduces time-to-market and decreases business and human resources costs. All of these benefits combine to create the ultimate competitive advantage.
Supplementing its SBC and Embedded computing technology expertise, O.N.E.'s Consulting Services brings both experience and expertise to the table for companies looking for a full-service product realization provider. O.N.E.'s fluency in electronic engineering and computing technology combines with innate understanding of vertical, horizontal, and custom SBC and Embedded computing solutions born of successful industry experience. For O.N.E. Technologies customers, that combination dramatically reduces the risks, and increases the value, of an Object Oriented Hardware Design implementation.
With the development of the OOHD model, O.N.E. Technologies has established its commitment to providing a solution that will result in:
- A rapid development cycle
- Low development costs
- Low production costs
- Rapid time to market
- Exact features
- Maximum design flexibility
- Proven designs
- Quality
Rapid design does not equal poor quality.
Poor design equals poor quality.
It takes skilled engineering to complete a design rapidly.
