Industrial Ethernet is a young technology that has clear advantages over classic fieldbus systems: It offers a seamless network infrastructure from the sensor/actuator level via the control level to the office level, and thus seamlessly transparent communication. PROFINET® offers an address range for an almost unlimited number of devices and can send and receive significantly larger data volumes at high speed. Fieldbus technology is suitable to connect complex devices at the field and control level. It is characterized by lower installation costs and simple expansion of sensors and actuators. PROFIBUS® is therefore suitable for the transport of smaller data volumes and is limited to a small number of stations.

Unify Communications revolutionised the way people interact with each other. Such event conferencing platform has become the choice of organisations whose personnel need to interact and collaborate in real-time. Unify Communications hosted events need just a PC and an Internet connection to commence collaborating in a responsive and secure environment. Users can enjoy VoIP, conferencing, single contact number, voice mail, mobile telephony, email, instant messaging and data sharing, white-boarding, call control and other features on a single easy-to-understand interface.

Operator-assisted virtual events are essential for organisations who have forayed into the world of remote meetings. Through Unify Communications, companies can ensure that meetings are carried out smoothly. With the help of an operator, professionals can take part in meetings and make use of all functions on the platform. All services offered on the integrated communications platform can be accessed from various devices, ranging from desktop PCs, laptops, special consoles and handheld gadgets, like phones and tablet computers.

For companies that require solutions to improve collaboration and enhance productivity, integrated communication systems are ideal. Users can start a conversation through a simple text message and then move to audio call, as per the demands of the conference. Likewise, they can turn to video calls for face-to-face communication to tap the full potential of interoperability. Presently, there are several leading organisations that render Unify Communications solutions under a UcaaS (Unify Communications as a Service) model. Being a developing platform, companies across the globe are finding out more about Unify Communications to deliver better functions to their users.

Vendors offer a wide assortment of integrated communications solutions depending on the users exact requirements, with charges varying as per the plan availed by the company. The costs for setting up, installing and running these operated-assisted virtual events at any premises is rather cost effective, and contributes substantially in lowering communication costs. Of course, the biggest and most obvious advantage of soliciting Unify Communications platforms for collaborative interaction is that hefty travel expenses incurred by employees are eliminated. So, it is beneficial to use such solutions to enjoy face -to-face contact at very competitive rates.

Latency and response time is the biggest concern for all users when they avail event conferencing solutions. In this regard, Unify Communications systems available today deliver satisfactory performance. The voice and video signals in visual communication are rendered simultaneously in real-time to all the parties involved in the remote meeting. Owing to the high speed and efficiency of Internet connections today, small, medium and large companies can enjoy premium quality hosted events for collaboration. Users can also enjoy unified messaging while communicating with associates, sending messages through email, voicemail and fax, so that the other participants can refer back to later.

Globalisation has increased the need of reaching out to every country for promoting business. Today, it has become impossible for business firms to run successfully without establishing an effective communication network for their subsidiaries, branches, clients, vendors etc. In order to fulfil this purpose, corporate firms can avail Telephony and Unified Communications (UC) solutions. These solutions are quite helpful in a country like India, where business travel costs, environment conservation are the big issues. With the help of such integrated communication solutions, company heads can easily control different operations of the enterprise from a central location.

Telephony and Unified Communications streamlines communication between associates, peers and high profile clients sitting in different parts of the world. These solutions also allow them to deliver presentations and keynote speeches as well as share audio, video files and any other data conveniently. Such solutions can be used for organising training and brainstorming sessions of the professionals. This type of integrated communication tools also help in arranging web-based interaction sessions between the employees and management.

There are several tools of unified communication that help in integrating both real as well as non-real communication easily. Real-time communication tools include instant messaging, conference calling, telephony and web conferencing whereas non real-time communication applications include email, unified messaging, short message services and fax.

With the help of Telephony and Unified Communications and collaboration, participants can interact face-to-face with each other. Web conferencing enables all the meetings to take place in an individual's office rather than a lavish conference hall. This solution not only saves time but also aids in reducing miscellaneous expenditure. Conferencing service providers (CSPs) provide recorded copies of the entire conferencing session to their clients for future reference. This is convenient for companies that want to assess the event, review it or archive it for future use.

Indian firms can make use of these solutions in order to cater to a large clientele. To use such solutions, it is not necessary to make a reservation as on-demand conferencing allows users to host impromptu meetings. These can be conducted instantly anywhere, anytime using a device having a high speed Internet connection and a conferencing application. Telephony and Unified Communications applications are compatible with operating systems like Linux, Mac and Windows for computers and iOS, Android and BBOS for mobiles.

Several Indian Conference Service Providers (CSPs) are engaged in rendering such integrated communication solutions. CSPs should be well versed with the latest security protocols so that information is not leaked during the event. By selecting a reliable service provider, companies can ensure seamless collaboration and file transfer while saving a lot of money and streamlining the communication process.

29 April 2019, Global LiDAR market was worth USD 260 million in 2015. It is estimated to grow at a CAGR of 12% from 2016 to 2024 (forecast period). Rising demand for 3D imaging technology in a variety of applications is an important market driver. The adoption of aerial systems for the detection and exploration of historic details is increasing. Vendors are in the process of introducing several novel products in this space. These factors are propelling market growth.

However, LiDAR system’s components like laser scanner, navigation systems, high-resolution 3D cameras, etc. are expensive. This coupled with poor consumer awareness may hamper its future prospects.

The market is segmented as per applications, products, components, and regions. Applications are divided into civil engineering, government, topographical surveys, corridor mapping, and military & defense. Civil engineering, which includes areas like power line deployments and flooded mapping, would grow at a CAGR of 17% over the forecast period.

Topological surveys and military & defense are projected to grow at a steady rate till 2024. Government applications could increase owing to technological developments in forestry management, railways, roadways, etc.

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Products comprise a short range, airborne, mobile, and terrestrial. Terrestrial products held over 30% of the total revenues in 2015. Their advantages include remote acquisition and measurement, and high point density data. Mobile systems are foreseen to grow at a CAGR of over 24% in the next eight years. This attributes to surging demand for accurate, high-resolution 3D geospatial data.

Components include laser scanners, GPS (Global Positioning System), data storage & management, navigation/IMU (Inertial Measurement Unit), and others. ‘Others’ consist of MEMS (Micro-Electro-Mechanical Systems) mirror and cameras. IMU is expected to grow at a 23% CAGR through the forecast period.

North America, Europe, Asia Pacific, Latin America, and MEA (the Middle East & Africa) constitute the regional segments of the LiDAR market. North America is poised to dominate by 2024. It could account for over 39% of the market revenues that year. This is credited to widespread adoption of advanced 3D imaging technologies by the U.S. government. The Asia Pacific should grow owing to escalating spending on military & defense.

Key players in the global market include Aerometric Quantum Spatial, Airborne Hydrography AB, Reigl Laser Measurement System GmBH, Michael Baker International, Lecia Geosystems AG. They focus on collaborations, acquisitions, and product launches to gain market share.

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18 March 2019

Global LiDAR market was worth USD 260 million in 2015. It is estimated to grow at a CAGR of 12% from 2016 to 2024 (forecast period). Rising demand for 3D imaging technology in a variety of applications is an important market driver. The adoption of aerial systems for detection and exploration of historic details is increasing. Vendors are in the process of introducing several novel products in this space. These factors are propelling market growth.

However, LiDAR system’s components like laser scanner, navigation systems, high-resolution 3D cameras, etc. are expensive. This coupled with poor consumer awareness may hamper its future prospects.

The market is segmented as per applications, products, components, and regions. Applications are divided into civil engineering, government, topographical surveys, corridor mapping, and military & defense. Civil engineering, which includes areas like power line deployments and flooded mapping, would grow at a CAGR of 17% over the forecast period.

Topological surveys, and military & defense are projected to grow at a steady rate till 2024. Government applications could increase owing to technological developments in forestry management, railways, roadways, etc.

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Products comprise short range, airborne, mobile, and terrestrial. Terrestrial products held over 30% of the total revenues in 2015. Their advantages include remote acquisition and measurement, and high point density data. Mobile systems are foreseen to grow at a CAGR of over 24% in the next eight years. This attributes to surging demand for accurate, high-resolution 3D geospatial data.

Components include   laser scanners, GPS (Global Positioning System), data storage & management, navigation/IMU (Inertial Measurement Unit), and others. ‘Others’ consist of MEMS (Micro-Electro-Mechanical Systems) mirror and cameras. IMU is expected to grow at a 23% CAGR through the forecast period.

North America, Europe, Asia Pacific, Latin America, and MEA (the Middle East & Africa) constitute the regional segments of the LiDAR market. North America is poised to dominate by 2024. It could account for over 39% of the market revenues that year. This is credited to widespread adoption of advanced 3D imaging technologies by the U.S. government. Asia Pacific should grow owing to escalating spending on military & defense.

Key players in the global market include Aerometric Quantum Spatial, Airborne Hydrography AB, Reigl Laser Measurement System GmBH, Michael Baker International, Lecia Geosystems AG. They focus on collaborations, acquisitions, and product launches to gain market share.

Table of Contents

Chapter 1 Methodology and Scope
1.1 Research Methodology
      1.1.1 Initial data exploration
      1.1.2 Statistical modeling and forecast
      1.1.3 Industry insights and validation
1.2 List of Data Sources

Chapter 2 Executive Summary
2.1 LiDAR industry 3600 synopsis, 2016 - 2024
      2.1.1 Business trends
      2.1.2 Application trends
      2.1.3 Regional trends

Chapter 3 LiDAR Industry Insights
3.1 Industry segmentation
3.2 Industry size, forecast and growth prospects, 2016 - 2024
3.3 Industry ecosystem analysis
      3.3.1 Vendor landscape
3.4 LiDAR industry dynamics
      3.4.1 Growth drivers
            3.4.1.1 High demand in environmental applications
            3.4.1.2 3D imagery demand
      3.4.2 Industry pitfalls & challenges
            3.4.2.1 Low degree of awareness
3.5 Key market growth opportunities
3.6 Porter’s analysis
3.7 Competitive landscape, 2016
      3.7.1 Company strategy overview
3.8 PESTEL analysis
Continue…………..

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