Program - 2017

The work of the multi-branch integrated security system (ISF) based on LyriX software platform (development of "AAM Systems") will be considered. For clarity, a virtual territorially distributed object was used, where the most interesting solutions were applied, applied to a number of real objects in Russia and the CIS. What is the intrigue? The object is divided into separate blocks (branches). For each branch specific tasks are identified, for the solution of which we offer the appropriate tools LyriX. You will be able to familiarize yourself with various solutions for: * Automotive gearbox and parking; * Checkpoint and Pass Office; * Regime territories / areas of increased danger; * Automation of arming / disarming; * a single center for personnel management; * a single center for monitoring and managing a distributed system. What is unique? Both already implemented solutions and prospective developments will be considered, including: * number recognition; * remote identification of the car and driver; * integration with inspection equipment; * Mobile readers and mobile walk-through; * Web-client of the card index; * Commitment; * limited entry; * Automatic alcotesting; * Personal inspection; * configuration, monitoring, equipment management, messages; * Hot reservation; * Cross-platform. If you are an end user, you can learn specific ways to solve your problems. If you are an installer, you will become familiar with the capabilities of a powerful tool for creating an ISF. If you are a designer, you will learn how to solve the tasks of a commercial and state customer simply by using our software and ready-made sets of equipment

The future is behind biometrics. What do you want with this? Not so long ago we could observe the use of biometrics only in Hollywood films. And now biometric technologies have penetrated our daily life. We resort to biometrics for authentication for mobile phone use, for entering the office, for passing border control. In the next 10 years biometric technologies will change many aspects of our life and business. There is no road back. Why does biometric identification spread so quickly? What are the risks? What are the advantages? How to prepare for this? On All-over-IP we'll talk about important things. 1. Who should invest in biometrics, and who will have enough RFID-systems. 2. Who should spend time studying biometric technologies, and who does not. 3. Who and how can earn on the introduction of biometric solutions in their business (end customers) and the inclusion of biometrics in the portfolio of their decisions (system integrators). It will be interesting to everyone, especially 1) the heads of security services; 2) managing large and territorially distributed facilities, which spend huge sums for heating, air conditioning and lighting; 3) heads of HR departments; 4) system integrators who are looking for their trading offers an original difference in order to successfully compete in the market.

Будущее за биометрией. Что вам с этого?

Не так давно мы могли наблюдать применение биометрии лишь в голивудских фильмах. И вот уже биометрические технологии проникли в нашу повседневую жизнь. Мы прибегаем к биометрии при аутентификации для пользования мобильным телефоном, для входа в офис, при прохождении пограничного контроля. В следующие 10 лет биометрические технологии изменят многие аспекты нашей жизни и бизнеса. Назад дороги нет. Почему биометрическая идентификация распространяется так быстро? Каковы риски? Каковы преимущества? Как к этому подготовиться?

На All-over-IP мы поговорим о важных вещах.

1. Кому следует инвестировать в биометрию, а кому будет достаточно и RFID-систем.
2. Кому стоит тратить время на изучение биометрических технологий, а кому нет.
3. Кто и как сможет заработать на внедрении биометрических решений в свой бизнес (конечные заказчики) и включении биометрии в портфель своих решений (системные интеграторы).

Будет интересно всем, особенно 1) руководителям служб безопасности; 2) управляющим крупных и территориально распределенных объектов, которые тратят огромные суммы на отопление, кондиционирование и освещение; 3) руководителям отделов HR; 4) системным интеграторам, которые ищут для своих торговых предложений оригинальное отличие, чтобы успешно конкурировать на рынке.

It is obvious that further expansion of road space with tarmac, first, impossible, second, unable to solve the problems of the big city.The introduction of intelligent transport systems based on technologies of Internet of things, streaming event processing and dynamic decision making can reduce congestion and the need for individual transport, to build and manage multi-modal transportation of passengers on public transport.

PCIe as the main interface for embedded systems of machine vision and multi-camera systems. Ecosystem of camera manufacturers - sensors, cameras, systems. Goals, technologies and technological limitations, data transmission interfaces. Requirements for ninterfaces: - minimization of delay, power consumption, load on the processor; - high bandwidth, many formats and images, synchronization; - Reduced time to market, easy integration. Comparison of interfaces. Advantages, disadvantages and limitations of various solutions. Examples of implementation, system. The place and prospects for the development of PCIe technology

D-TEG Security President and CEO G.Y. Kim will introduce advanced strategies for running an efficient large fleet to the Russian market.

The demand for dash cameras offering digital video recording, GPS tracking and 3G/LTE data transmission is growing dramatically. In 2017, these kind of surveillance solutions generated 150% more revenue compared to 2016.

G.Y. Kim will discuss the way advanced dash cameras are able to:

- minimize risks of fleet managers;
- prevent car accidents;
- avoid costs associated with insured events;
- enhance driver performance;
- increase efficiency;
- improve vehicles' fuel efficiency.

An important part of digital transformation is the automation and digitalization of the maximum possible number of processes. Even the state already introduces electronic document circulation, stores have gone online, customers refuse to leave the house for service, and many employees replace cars. They already recognize us in person or by voice and recognize our speech no worse than man. These "skills" are especially in demand in the sphere of security, smart city, contact centers, in financial organizations. In my report, I will tell you how, with the help of modern biometric and speech technologies, it is possible: - to increase security (including information security); - improve the user experience; - Optimize business processes; - Improve business performance.

In the report I'm going to talk about the decisions that retailers already widely used in practice, and about what retail is actively interested in the examples: identify POS irregularities, detection of frauds, queue monitoring, heat map of sales areas, counting with regard to gender and age, sales conversion, monitoring the fullness of the shelves, control the duration of service, return customers.

Modern possibilities of artificial intelligence revolutionizing the way approaches to building traditional systems. Today computers can analyze video, images or texts are not worse people, and more and more often - better. In the conference “Smart city”, I will describe the architecture and show the main services for creation of modern systems using artificial intelligence (video Analytics, images, texts, etc.). Give tips on how to quickly and efficiently create such a system for your task or to use in your product.

KPMG is a leading audit and consulting companies in Russia and the world, and was also named a leader in the service sector on cyber security by results of research Forrester Research Inc. In our work we are often faced with issues of access control and separation of powers. One of the frequent observations on the results of it-audit within the audit of the financial statements for active accounts of fired employees, and providing the level of access that is not appropriate and not required for employee to execute duties. We would like to draw attention to the importance of access control and separation of powers, and also share experience on selection of solutions for automating these processes.

In the report, I will talk about what problems the business helps to carry video images from cameras in the store, what determines the cost of the solution and what can wait for the results. Will do the comparison of trends in the use of video Analytics in the retail sector of the Russian and Western markets.

The Integra-S consortium has developed a system that is a ready solution for the agro-industrial complex Safe City - integration platform Integra-Planeta-4D. Integra-Planet-4D is a high-level geographic information system (GIS) - it is the only system in the world in which all objects, sensors, devices and even video images are georeferenced and geographically coordinated. Thus, we get a virtual 3D world with objective reality! The integration platform Integra-Planeta-4D is applicable for working with small objects, for example, single buildings or mobile means, and with territorially extended objects such as cities, regions, states. Integra-Planet-4D operates on the basis of the Linux operating system (Dawn, Astra Linux, Debian, Ubuntu and others) in accordance with the RF Government Decree of December 17, 2010 No. 2299-p. Functional capabilities: • High-level GIS. Integration with various geoinformation systems (GIS) "Open Street Map", Yandex, INGEO, "Panorama", etc. This allows you to gradually detail each object on the map, so with the help of "Integra-Planet-4D" it became possible to build a single security systems of State objects • 4D measurement 3D - use of 3D models of objects with geo-referenced coordinates on terrain, 4D - time As a result, we receive a product that is created for tasks of visualizing object changes and state of equipment over time, as well as viewing previously occurred events on different time scales and predicting future ones • 3D graphics The Integra-C consortium was the first to start using 3D models for security systems.One of our first objects, back in 1998! , have already been presented in 3D graphics, • linking the video image to geographic coordinates.The operator selects the place of interest on the plan, indicating it with the mouse cursor, and the system itself displays images from the cameras in the visibility zone of which includes the specified location. Integra-S was the first in the world to implement such a functional! • Binding to geographic coordinates of objects, sensors, cameras and other devices; • technology of augmented virtual reality. Overlay the video image on the 3D object map. • Open protocols. Simplifies the process of integrating equipment from different manufacturers; • mapping of underground and above-ground communications, monitoring of their condition; • Tracking. Tracking the position of objects in real time; • encryption of communication channels; • digital signature, etc. With the help of Integra-Planet-4D, today most of the existing and functioning systems in the city are integrated into the city of Novomoskovsk in the Tula region. Implementation of the AIC The safe city on the basis of the Integra-Planet-4D integration platform has allowed the decision-making time to be reduced, and accordingly the response time has decreased, as a result - the reduction of damage and restoration costs, as well as the reduction of social tension of the population. This system is used as a ready-made solution for the APK "Safe City", as well as for ensuring the safety of strategically important state facilities: stations, bridges, hydroconstructions, ports, tunnels, fuel and energy complex facilities, factories, universities, shopping centers, etc. It provides comprehensive protection and to unite thousands of objects of federal significance into a single system of continuous monitoring of situations at state facilities and territories

Data Access Governance (DAG) - control activities with data and manage access rights to them: - Protect critical data from external and internal threats; - optimization of unstructured data management processes; - compliance with the requirements of external and internal regulators.

On the one hand, the technology of biometric identification has reached a level of development that is acceptable to industrial implementations. On the other is continuously growing and increasingly complex threats that require a response in the most modern solutions for their detection and elimination. The adoption and entry into force of the NPA requiring the use of biometrics. identification on certain objects.Speech – a story about the practical aspects of implementation of solutions for video identification. In laboratory and bench conditions, it is possible to observe the excellent results of many decisions. A very different picture emerges in practice. The project of creation and introduction of system of video identification, particularly when it comes to security, it is always a complex project. There are no "solutions out of the box". And in practice there are a large number of difficulties and unexpected problems, without which the project would not take off. The presentation primarily aimed at the owners and exploiters of the objects that are going (on his own initiative or in accordance with the published NPA) to introduce a system of videomaterial, and who are interested in real results, not in the project "for show".I will share real case studies and overcome difficulties. Tell why the system integrator needs to implement such projects. CROC is known in the market that takes on the most complex and non-trivial task, and always finds their solutions and bring projects to fruition – and this is important.

Biometrics of the iris of the eye is still one of the most exotic, but at the same time, very promising method of identifying a person. Today, the use of biometric algorithms in access control systems is no longer exclusively for the so-called "innovators" customers, who are generally inclined to introduce various technological novelties.Such projects are increasingly appearing in a variety of areas of management, and have more than once proven their effectiveness relative to traditional attributive (for example, RFID) means of identification.In addition to biometric technologies already familiar to a wide range of consumers (fingerprinting, geometry the palm of the hand, the two-dimensional face recognition), alternative methods are actively developing, including the biometrics of the iris (it is enough to recall its active promotion by some manufacturers of wearable devices), the main tasks of the report are: - acquaintance of a wide range of consumers with the basics of technology; debunking of established myths regarding the recognition of the iris of the eye - illumination of its merits and limitations; - illustration of the main theses with real examples of implementations. I invite to the speech the professionals of the security industry, users of the ACS and everyone interested in modern biometric developments

Voice biometrics is one of the most discussed technologies. This is not surprising: standardization of biometric authentication is in full swing, while the voice is the only modality for telephone service channel. Many companies have approached the use of this technology, but because of the lack of objective information, experience difficulty in forming and calculation case.My statement about what exactly is voice biometrics. What it measures, and what you can do with measurements. What is the actual reliability of the technology and can "steal voice.”Based on real experience, I will tell you that may find practical application, and that relates to the field of legends. What are the effective scenario, the use of technology within the capabilities of modern business. What are the risks of implementation and operation, and how to minimize them.

Multibiometry is a personality recognition technology based on biological and behavioral characteristics and incorporating the use of biometric association. In multibiometry, the union can be performed at the level of modalities (fingerprint, face, voice, etc.); at the level of algorithms; at the level of sensors (face in the visible and infrared range); at the instance level (several different implementations of one biometric characteristic). The unification technology is aimed at improving the technical and operational characteristics of the biometric system. At present, two biometric modalities are most often used in multibiometry. The main consumers of this technology appear in areas where an extremely high level of security is required, which can not be achieved with the help of one technology. For example, for the remote identification of a user in the provision of banking services to him, only a person's biometric characteristics may not be enough, although this technology can provide false tolerance errors at 10-3-10-4. In addition, it is assumed that the forgery of one technology is much simpler than the forgery of two biometric characteristics simultaneously. When creating multibiometric systems, the main issue remains the reliability and justification of a combination of biometric modalities. At present, large-scale tests of multibiometric algorithms and systems have not been carried out, which confirm a significant increase in reliability. And also there are no recommendations on the choice of biometric modalities and the method of their combination. The report will consider the following issues of multibiometric technology: • How to choose a combination of biometric characteristics for a multibiometric system? • What are the ways to combine modalities and what are their advantages and disadvantages? • How to evaluate the reliability of a multibiometric system? Currently, there are many developers of single-model biometric systems on the Russian and foreign markets using fingerprints, face, voice. The creation of multibiometric systems requires from the developers of co-operation and a sufficiently serious investment, so for them the advantages of this direction must be calculated: will the performance characteristics improve, which modalities and approaches should be better used for this. The report will be based on the analysis of the results of independent testing, standards and technical reports in the field of multimodal systems, as well as on data of domestic and foreign articles in the field of multibiometry.