Innovation is at the heart of WISeKey’s excellence in providing the best digital security solutions of the market
FOCUS ON R&D
Innovation is at the heart of WISeKey
Innovation is at the heart of WISeKey’s excellence in providing the best digital security solutions of the market. In 2019, the Company’s R&D expenses represented US$6.4M, namely more than 25% of the annual turnover.
Today, WISeKey holds a rich patent portfolio with more than 100 fundamental individual patents in various domains including the design of secure chips, Near Field Communication (NFC), the development of security firmware and backend software, the secure management of data, the improvement of security protocols between connected objects and advanced cryptography, to mention a few.
Innovation is a continuous process with WISeKey. Today, more than 20 additional patents are pending.
On boarding WISeKey as Your Digital Trust Partner is the guarantee that you will benefit from the state-of-the-art digital security solutions.
Patent Title
Patent Grant No
Country where the patent has been granted
Origin
Circuit for Transmitting /
Receiving Data by Inductive Coupling
600 07
291 T2
DE
EP
Circuit
for Transmitting / Receiving Data by Inductive Coupling
1,163,734
FR
EP
Circuit for Transmitting /
Receiving Data by Inductive Coupling
1,163,734
GB
EP
Circuit
for Transmitting / Receiving Data by Inductive Coupling
6,540,147
US
WO
Synchronous Bpsk Decoder
600 20 095
T2
DE
EP
Synchronous
Bpsk Decoder
1,163,771
FR
EP
Synchronous Bpsk Decoder
1,163,771
GB
EP
Synchronous
Bpsk Decoder
6,587,518
US
WO
Contactless Electronic Tag for
Three-Dimensional Object
1,305,770
FR
EP
Contactless
Electronic Tag for Three-Dimensional Object
6,809,703
US
WO
Tunable Antenna Circuit,
Particularly for Contactless Integrated Circuit Reader
603 12 208
T2
DE
EP
Tunable
Antenna Circuit, Particularly for Contactless Integrated Circuit Reader
1,568,130
FR
EP
Tunable Antenna Circuit,
Particularly for Contactless Integrated Circuit Reader
1,568,130
GB
EP
Tunable
Antenna Circuit, Particularly for Contactless Integrated Circuit Reader
7,113,139
US
WO
RFID-UHF Integrated Circuit
1,559,066
DE
EP
RFID-UHF
Integrated Circuit
1,559,066
FR
EP
RFID-UHF Integrated Circuit
1,559,066
GB
EP
RFID-UHF
Integrated Circuit
7,564,340
US
WO
Radio-Communication Device
Comprising a Uhf Tag Reader
8,577,410
US
Radio-Communication
Device Comprising a Uhf Tag Reader
2,456,275
DE
EP
Radio-Communication Device
Comprising a Uhf Tag Reader
2,456,275
FR
EP
Radio-Communication
Device Comprising a Uhf Tag Reader
2,456,275
GB
EP
Semiconductor Chip Comprising
Protection Means Against a Physical Attack
2,971,366
FR
Clock
Frequency Adjusting Method and Circuit
2,978,258
FR
Clock Frequency Adjusting Method
and Circuit
8,816,778
US
Clock
Frequency Adjusting Method and Circuit
2,549,355
DE
EP
Clock Frequency Adjusting Method
and Circuit
2,549,355
FR
EP
Device
and Method to Perform a Parallel Memory Test
2,810,281
CH
EP
Device and Method to Perform a
Parallel Memory Test
2,810,281
DE
EP
Device
and Method to Perform a Parallel Memory Test
2,810,281
FR
EP
Device and Method to Perform a
Parallel Memory Test
2,810,281
GB
EP
Device
and Method to Perform a Parallel Memory Test
2,810,281
NL
EP
Device and Method to Perform a
Parallel Memory Test
ZL201280068807.8
CN
WO
Device
and Method to Perform a Parallel Memory Test
9,202,594
US
WO
Dummy Memory Erase or Program
Operations Protected Against Attack
2,870,605
DE
EP
Dummy
Memory Erase or Program Operations Protected Against Attack
2,870,605
FR
EP
Dummy Memory Erase or Program
Operations Protected Against Attack
2,870,605
GB
EP
Dummy
Memory Erase or Program Operations Protected Against Attack
9,478,294
US
WO
Antenna System for Contactless
Microcircuit
2,867,832
DE
EP
Antenna
System for Contactless Microcircuit
2,867,832
FR
EP
Antenna System for Contactless
Microcircuit
2,867,832
GB
EP
Antenna
System for Contactless Microcircuit
ZL201380044948.0
CN
WO
Antenna System for Contactless
Microcircuit
9,311,591
US
WO
Method
for Producing a Contactless Microcircuit
2,992,761
FR
Method for Producing a
Contactless Microcircuit
ZL201380044934.9
CN
WO
Method
for Producing a Contactless Microcircuit
9,218,562
US
WO
Antenna System for Contactless
Microcircuit
3,001,070
FR
Mémoire
comprenant un circuit pour detecter une impulsion transitoire sur une ligne
de la mémoire
3,003,071
FR
Memory Comprising a Circuit for
Detecting a Glitch on a Line of the Memory
9,741,450
US
WO
Method
and Circuit for Adjusting the Frequency of a Clock Signal
3,120,458
CH
EP
Method and Circuit for Adjusting
the Frequency of a Clock Signal
3,120,458
DE
EP
Method
and Circuit for Adjusting the Frequency of a Clock Signal
3,120,458
FR
EP
Method and Circuit for Adjusting
the Frequency of a Clock Signal
3,120,458
GB
EP
Method
and Circuit for Adjusting the Frequency of a Clock Signal
3,120,458
IE
EP
Method and Circuit for Adjusting
the Frequency of a Clock Signal
3,120,458
LU
EP
Method
and Circuit for Adjusting the Frequency of a Clock Signal
3,120,458
MC
EP
Method and Circuit for Adjusting
the Frequency of a Clock Signal
3,120,458
NL
EP
Method
and Circuit for Adjusting the Frequency of a Clock Signal
10,146,250
US
WO
Communication Interface With
Automatic Adaptation Of The Level Of The Input Signal
3,138,199
CH
EP
Communication
Interface With Automatic Adaptation Of The Level Of The Input Signal
3,138,199
DE
EP
Communication Interface With
Automatic Adaptation Of The Level Of The Input Signal
3,138,199
FR
EP
Communication
Interface With Automatic Adaptation Of The Level Of The Input Signal
Invention is at the root of WISeKey’s DNA since its inception in 1999, when the Company was granted its founding patent entitled “Method and apparatus for digital authentication of valuable goods”. This patent is the base for our WISeAuthentic and secure IoT solutions.
The patent has been granted already in:
Switzerland (699,083)
United States of America (9,934,460; 9,893,889 and 8,954,742)
