#Iguard 210 image portable#
#Iguard 210 image software#

Google has recently introduced Glass, a device that is worn like conventional glasses, but that combines a computerized central processing unit, touch pad, display screen, high-definition camera, microphone, bone-conduction transducer, and wireless connectivity.

#Iguard 210 image portable#

Personal portable information technology is advancing at a breathtaking speed.

#Iguard 210 image software#

Improving Google glass security and privacy by changing the physical and software structure. It is likely that, given that the risks associated with Google Glass are being widely discussed, the threats have been around for much longer. We can thus view Google Glass as an opportunity to draw attention to modern privacy concepts.

Based on these analyses, we proposed 6 essential improvements to Glass security and privacy by redesigning the features that currently pose a threat to privacy of Google Glass users and other party involved. The response rate visibly showed problem of user privacy in design of product (16.7% satisfaction on design to protect privacy). After conducting literature review and simple questionnaire survey in which 35 Glass owners and 30 privacy managers from the US took part, we analyzed the collected data to point out the weakness of the device. At present, Google Glass makes it easy for cyber hackers to gain access to our personal data, banking and credit card details, passwords or personal identification numbers. Cyber security is one of the most serious threats, both to private users and business enterprises. The proposed scheme can be used in communities to improve community safety and prevent unnecessary conflicts.įollowing the exciting first reactions, Google Glass has encountered seriously criticism, due to the perceived threats to security and privacy. We also implemented a clarifying mechanism to ensure that all system participants can have confidence in the system’s processing methods. During the communication between sender and receiver, we implemented some security methods to prevent message repudiation, prevent transmission intercept, prevent replay attacks, and ensure data integrity. All records are saved in the Blockchain Center to assure the data can be verified and cannot be forged. Both types of IoT devices’ alarms have different process flow for the response and records checking phase. IoT devices can be set up in two types areas: private and public areas. In the proposed scheme, we designed multiple phases to process the alarm triggered by IoT devices. Therefore, we proposed a blockchain-based community safety security system that is combined with IoT devices. A thief stealing items, a burglary, fire hazards, flood hazards, earthquakes, emergency aid, abnormal gas leakage, strange behavior, falling in a building, fainting in a building, and other incidents all threaten the community’s safety. Humans frequently need to construct a huge number of buildings for occupants in large cities to work or live in a highly developed civilization people who live in the same building or same area are defined as a community. If the difference is greater than zero, then the alarm is sent to the guard and the image is displayed in the Google Glass to the guard The system calculates the difference between the stored readings with the sent data. The system has a look-up table that contains data, such as: temperature and light infrared readings the sensors keep sending readings to the system.

The sensory data will be dealt with through a sensor board that sends all the information to the main controller. The system would require supporting the building and the important rooms with the infrared sensor, light intensity sensor and camera, whilst supporting the guard with Google Glass. Accordingly, the guard doesn't have to stay in one place to monitor, and hence many security guards are required to cover all the building. The guard can do many tasks to control and keep the building safe from any damage. The goal of the proposed research in this paper is to add mobility to security guard by using Google Glass. At least one guard should monitor the cameras or other systems. Nowadays, most security companies hire guards' team for different tasks to protect the company's assets.