wolfSSL has some example applications located in a GitHub repository that many users find helpful when getting started with using wolfSSL. Some of the example applications cover using wolfSSL with Android, µTasker, X509 field extraction, and DTLS. Below are some more details on the examples provided by wolfSSL: android (Android NDK) This directory contains examples that […]
Read MoreMore TagMonth: July 2018
Upcoming wolfTPM Support for ST33 TPM 2.0
wolfSSL will soon be adding support for the ST33 secure microcontroller to wolfTPM! The ST33 includes an ARM® SecurCore® SC300 32-bit RISC processor, which provides a Secure Element. From the ST33 webpage: The device features hardware accelerators for advanced cryptographic functions. The EDES peripheral provides a secure DES (Data Encryption Standard) algorithm implementation, while the […]
Read MoreMore TagAnnouncing wolfTPM v1.3 with TLS support
We are excited to announce wolfTPM v1.3, which adds support for TLS client, Certificate Signing Request (CSR) generation, PKCS #7 signing and verification and benchmarks. In addition to the features listed this release fixes some minor issues and adds in more wrappers for simplifying usage. You can download the latest release from our website here: […]
Read MoreMore TagwolfSSL Enables Gesytec to Easily Secure Communications Between Embedded Systems and the Cloud
Gesytec, a global leader in LON interfaces, provides worldwide software and hardware development solutions that focus on the improvement of industrial automation in industries such as restaurants, gas stations, hotels, grocery stores, and food distribution companies. One of Gesytec’s products, the GesySense Receiver \LAN is a device that consists of an embedded system that works […]
Read MoreMore TagwolfTPM Now Tested Nightly with Infineon OPTIGA (TM) Trusted Platform Module 2.0 SLB 9670
wolfTPM is a portable TPM 2.0 project designed for embedded use. We have expanded our automated tests to ensure hardware support and functionality for wolfTPM in our commitment to having the best tested cryptography product lineup. Our Jenkins CI setup now tests the following build configuration every night! Testing Hardware Setup Raspberry Pi 2 Model […]
Read MoreMore TagwolfCrypt JCE Provider Now Tested with Google Project Wycheproof
wolfCrypt JNI provides a Java, JNI-based wrapper to the native wolfCrypt API and implements wolfJCE as a JCE provider for Java’s built in security packages. wolfSSL is committed to providing the best tested cryptography available, and as such have expanded our automated testing of wolfCrypt JNI and JCE. Both FIPS 140-2 and non-FIPS builds of wolfCrypt […]
Read MoreMore TagwolfSSL and NGINX
Hi! We have been asked a number of times about wolfSSL integration with the nginx web server. If you are not familiar with Nginx, it is a high performance, high concurrency web server that is becoming extremely popular these days. You can learn more about nginx at nginx.com. nginx and wolfSSL make a likely pairing […]
Read MoreMore TagwolfSSL repository for FreeRTOS classic and Amazon FreeRTOS
We have created a new repository for hosting the FreeRTOS classic and Amazon FreeRTOS support for wolfSSL located here: https://github.com/wolfSSL/wolfssl-freertos There are two pull requests with support for wolfSSL including demos: FreeRTOS Classic v10.0.1 with wolfSSL/wolfMQTT demos: https://github.com/wolfSSL/wolfssl-freertos/pull/1 Added a wolfMQTT FreeRTOS TCP demo. This demo connects to the iot.eclipse.org MQTT broker with TLS on […]
Read MoreMore TagUsing wolfSSL and wolfCrypt from Java
Are you a Java developer looking for a industry-leading SSL/TLS and crypto implementation? If so, you’re in luck! wolfSSL provides has several options for you to use the native wolfSSL embedded SSL/TLS library and wolfCrypt cryptography libraries from Java. wolfSSL TLS from Java wolfSSL packages and maintains a JNI wrapper around the native C wolfSSL […]
Read MoreMore TagTLS 1.3 combined with FIPS (#FIPS #TLS13)
For 2018, it’s predicted that there will be more than 31 billion connectable IoT devices across the world. To put that number into perspective, imagine if every square mile on the Earth’s surface was monitored by more than 150 IoT devices each. If this were square kilometers, there would be more than 60 IoT devices […]
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