FastLogic

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FastLogic is an electronic solutions provider founded in 2012 and located in Łódź, Poland. The team of fewer than 50 provides custom software and IoT development services. Their clientele comprises small businesses in the consumer products and services, telecommunications, and automotive industries.

Client Insights

Industry Expertise

Consumer products & services

50%

Telecommunications

30%

Automotive

20%

Client Size Distribution

Small Business (<$10M) 100%

Common Project Size

$10K-$49K 2 projects

$200K-$999K 1 project

Clients

  • Polish Institute of Research and Development

Highlights from Recent Projects

Overall Rating

4.7
3 Reviews

FastLogic was hired by a B2B marketing firm to design hardware components and embed software for a scent delivery IoT device. The device was controlled by an electronic controller, and FastLogic was provided with a detailed brief of the technical specifications for the controller. The team at FastLogic successfully designed and developed a controller that allowed users to command the device effectively. They also resolved challenges related to weight measurement and wireless communication functions. The project lasted from March 2017 to March 2018 and the company invested between $30,000-$50,000 in the project.

FastLogic worked with Olympus Sky Technologies, a startup without an in-house engineering team, to develop IoT for their security software. They managed everything from web-based aspects to Cloud solutions and embedded systems. The team used C++, Java, and C for some of the solutions. The CEO of Olympus Sky Technologies worked with a project manager and 2-5 developers, depending on the time of year. The relationship began in December 2015 and is currently ongoing, with an investment between $200,000-$300,000.

The Polish Institute of Research and Development, an investment fund that supports early-stage tech startups, hired FastLogic to develop solution-oriented electronics. FastLogic created a proof of concept (POC) for one of their bike manufacturers, developing a special algorithm to support the electronic steering of rotating power generators. They also designed hardware that tripled the power output possible from each generator. Following this, they designed circuit switches to utilize their algorithm at higher powers, doubling the power of larger machines. The project began in October 2015 and is ongoing, with an investment of $20,000-$30,000.

Timeliness

4.8

Service Excellence

4.7

Value

4.8

Would Recommend

5.0