About the Firm

The firm model upon which Finch & Maloney is based was synthesized from the collective experiences of the founders, including over a decade at large law firms in Silicon Valley and Boston and another decade at smaller firms and as in-house counsel. The model recognizes that high-quality patent prosecution services can be provided both by U.S. counsel and at a reasonable cost.

Our professionals are required to have excellent writing skills, and are free to operate in a low overhead work environment unencumbered by high billing rates.  In addition, many of our attorneys have substantial engineering experience. 

The result is an exceptional work product at a very competitive cost. Simply stated, we take the time to understand our clients’ technology and business goals because we can.

In order to provide such quality and cost effective service, the firm model further recognizes that the most important assets of any organization are the people that walk in the door every morning. To this end, the model allows for profitability sufficient to attract and retain the most talented and efficient lawyers.

Although there are a number of billing arrangements that we can provide for our clients, our lawyers are allowed to be project-oriented, which places less focus on the billable hour and helps maintain client costs.

Some of the Technology Areas with which our attorneys and agents have experience include:

- analytical test kits

- fuel cells

- networking and Internet

- ceramics

- hook and loop and other fastener systems

- optoelectronics

- chemical

- image processing systems

- plastics and polymers

- clean-tech

- laser systems

- robotics

- communication systems

- machine learning systems

- semiconductors

- computing systems

- materials (high performance/specialty)

- solid state memory

- databases

- mechanical devices and systems

- software applications and systems

- diagnostic systems

- medical devices and systems

- surveillance systems

- digital marketing systems

- membranes and filtration

- user interfaces (touch screen)

- drug discovery

- nanotechnology

- varnishes and paints

- electrical circuitry

- navigation systems

- video graphics processing systems