Abstract: Aspects of the subject technology provide for dynamic presentation of audio transcription for electronic voice messaging, such as an audio voice messaging session. During an electronic voice messaging session between a first device and a second device, the first device can receive an audio input. During the electronic voice messaging session between the first device and the second device, the first device can generate a transcription of the audio input. During the electronic voice messaging session between the first device and the second device, the first device can dynamically display the transcription.

Abstract: Aspects of the subject technology include transmitting, by a first device, an advertisement message corresponding to a communications session the first device is participating in with at least a second device. The first device may receive, during the communications session, a communications session control message generated by a third device. The communications session control message may include information contained in the advertisement message. The first device may validate the third device based on the communications session control message and remove the first device from the communications session in response to successfully validating the third device.

Abstract: In an embodiment, a system supports an external trust cache. That is, the trust cache is separate from the kernel image on the non-volatile storage in the system. During boot, the boot code may read the trust cache from the storage and write it to the working memory of the system (e.g. the Random Access Memory (RAM) forming the memory system in the system). The boot code may also validate the kernel image and write it to the memory system. The boot code may program a region register in the processor to define a region in the working memory that encompasses the kernel image and the trust cache, to protect the region from modification/tampering.

Abstract: In an embodiment, a system supports an external trust cache. That is, the trust cache is separate from the kernel image on the non-volatile storage in the system. During boot, the boot code may read the trust cache from the storage and write it to the working memory of the system (e.g. the Random Access Memory (RAM) forming the memory system in the system). The boot code may also validate the kernel image and write it to the memory system. The boot code may program a region register in the processor to define a region in the working memory that encompasses the kernel image and the trust cache, to protect the region from modification/tampering.

Abstract: A decorative scroll for a round baluster. The scroll is preferably sand cast of aluminum and attached to the baluster with screw through a plate having centering elements for secure three-point contact. The scroll with the baluster for use in emulating a wrought iron fence or railing.