Table of Contents
ToggleHeyce – R & D History
Dedicated to building unique & innovative technology to effectively contribute towards the welfare of humanity, HEYCE grew exponentially with firm commitment from our employees sharing this common goal. Our future relies on the complete satisfaction of the HEYCE family, comprising our valued clients, dealers, and stakeholders.
News
- 1996-1998
- 1999-2000
- 2001-2010
- The Future
Events
- 1996-1998
- 1999-2000
- 2001-2010
- The Future
1996-1998
Semiconductor Engineering
Associated with microelectronic wafer engineering, thereby setting the foundation for arraying semiconductors into Biometrics
Wafer Burn-In Test
Addressed challenges in testing semiconductor performance using Test & Burn-In Sockets that provide robust, leading-edge wafer testing tools
Monitoring Burn Test Systems
Built on-the-fly testing systems capable to test all types of semiconductors
1999-2000
Light Emitting Electro-static mesh
Developed electro-static mesh on silicon substrate to create pressure sensitive technique to emit light upon touch by finger.
Development of LE Sensor
Introduced revolutionary Light emitting sensor technology to successfully recreate live fingerprint on electrostatic substrate.
Development of capture mechanism
Successfully developed mechanism to capture fingerprint template reconstructed by LE sensors
Digital Fingerprint Realization
Set the pedestal for digitalization of fingerprint capture mechanism
Fingerprint recognition algorithm
Developed robust algorithms to successfully recognize fingerprints and match over large template data
2001-2010
Mass Production
Largescale manufacturing of end user products and solutions
Investment into R & D
Determined research and development into technological improvement & new products
Enhanced Products
Customer centric & user-friendly products and solutions
Future
Investing into the future
More focus on development of better technology through active research with continual commitment towards environmental sustainability by meeting the needs of today without compromising the ability of future generations to meet their own needs