2010 is China's Year of the Tiger, and this year is destined to be an exciting year for Tiger and Tiger. In 2009, we witnessed a large number of mergers and acquisitions, experienced the iPhone phenomenon, and saw how cloud computing technology has become the hottest industry term. For more than 40 years, Intermec Technologies has been helping customers take advantage of the latest manufacturing, distribution, field service and other supply chain environment technologies. Intermec is a pioneer in a variety of technologies, including data acquisition, mobile computing and wireless communications, and continues to work closely with leaders in wireless, networking, data services, enterprise software and other advanced technology development areas. The pace of innovation. With the experience gained by Intermec's thousands of customers around the world, a large team of analysts and researchers, a close relationship with IT leaders, and a broad network of solution providers, Intermec is on the move The top ten technology trends in the rise of industrial and supply chain environments were analyzed.
Different forms of wireless connectivity, whether for Bluetooth for personal area networks, 802.11 for wireless LANs, or cellular wide-area wireless networks for voice and data communications, are highly visible and available for a wide range of specific operations. A convincing business case. Although technological innovation and popularization have been keeping pace, these trends are not new to Intermec. It is important that these technologies fit into a single device that provides multiple wireless capabilities to facilitate users and IT staff responsible for mobile device management. Smartphones are very attractive because they provide convenient voice and data communications. However, they are not suitable for delivery, field service, and other mobile supply chain operations because computer screens and interfaces are not optimized for enterprise applications, and the durability of the device itself is not sufficient for everyday use in these environments.
Advanced Wireless: Voice and GPS
Leading wireless carriers have approved the use of rugged handheld computers in voice communications to integrate data acquisition, data communications, and cellular telephony into one device. By incorporating data and voice into an integrated device, you can reduce the number of devices your system administrator needs to support by half, resulting in sustainable operational cost savings. Bluetooth technology is also often integrated into these devices to connect peripherals, thus avoiding cable repair and replacement costs and further reducing total cost of ownership. In addition to the ever-decreasing cost of wide-area wireless coverage and more favorable data service plans, similar computing technology innovations have enabled many companies to implement real-time real-time delivery for their delivery drivers, sales and service personnel, inspectors and others. Data access system.
Speech recognition
Another voice technology for supply chain operations (ie voice recognition for hands-free data entry) is also undergoing a new round of innovation and popularity. Voice recognition helps users increase their productivity by eliminating the need to stare at the computer display. Voice synthesis/recognition capabilities are aligned with these more obvious IT trends, such as open systems and interoperability, and can now be easily embedded into a variety of traditional software packages, including warehouse management, picking and racking, detailing, inspections, quality control and other applications. .
Digital imaging
Like cellular voice, digital imaging is another technology that consumers are very familiar with and is now widely used in enterprise mobile computing devices and applications. Transportation and distribution companies are using digital cameras integrated into mobile computers to enable drivers to collect proof of receipt, invoices stamped by merchants, and specific conditions that result in undeliverable shipments. Technicians use this technology to provide proof of service. Other applications include taking pictures of shelves, monitoring promotional compliance, collecting competitive information, generating inspection records, collecting incident report evidence, documenting damage and the environment in which it is used (for use in processing warranty claims).
Portable printing
Rugged, portable printers are often used for printouts when proof of documentation is required. Common applications include providing signed goods receipts, purchase orders, work orders, and inspection reports. By combining a mobile printer with a computer, sales, service, and delivery personnel can provide customers with the documentation they need, while creating an electronic record that reduces the company's paperwork. Mobile printers continue to be the fastest growing segment of the entire printing industry. Mobile printing is increasingly being used in warehouses and factories that need to print on forklifts, picking, racking, shipping labeling and other activities. In an industrial environment, mobile printing can save a lot of labor, which has been proven, because workers do not have to travel back and forth in the center to pick up labels, shipping documents, certificates and other output files.
Two-dimensional barcode
Two-dimensional barcodes are a proven, popular technology that is widely used in applications that need to provide a large amount of information in a limited space. However, 2D is just a subdivision technique, in large part because symbols are not easy to read in many environments. With the improvement of reading ability, the popularity and value of two-dimensional barcodes have also increased. The recent emerging autofocus imaging technology will help make 2D barcodes a mainstream technology for cargo management, tracking, MRO and other business activities. Most businesses require multiple bar code applications with different symbolic representations, symbol sizes, and encoded data.
The development of lighting technology has enabled bar codes to be read in dark environments, where in the past, bar codes could not be read. These developments have enabled barcodes to be used in environments where RFID was previously considered necessary or that automatic data capture is not possible at all. Data Matrix and other 2-dimensional symbolic methods are rapidly gaining popularity in applications such as permanent item identification, product lineage and tracking.
RFID
The practicality of RFID technology is stronger than ever, and there are successful business cases in asset management and supply chain operations. There is also a subtrend behind the adoption of RFID technology in inventory, warehousing and distribution applications, using a car-mounted reader and other mobile RFID readers to enhance or replace fixed models. With a mobile infrastructure, companies don't have to buy, install, and maintain separate RFID readers for each yard entry. Readers and hand-held readers mounted on forklifts can be used in multiple cargo handling stations and can be used in warehouse aisles and elsewhere in the plant, further reducing the required RFID investment.
The flexibility of the mobile RFID infrastructure is helping many companies implementing EPC Gen 2 systems meet customer requirements and implement the internal use of the technology. Shipment certificates and inventory record update systems are the most common, but advanced cargo tracking applications are currently emerging.
Compliance tagging and other RFID supply chain initiatives have received widespread attention, but research shows that asset management applications are faster to implement. These applications have long been ingrained in people's minds and can bring very clear and huge commercial value, so their rapid popularity should not be surprising. The asset management application also provides an opportunity to leverage the RFID infrastructure (developed specifically for compliance or other distribution activities) to achieve internal strengths.
RTLS
Real Time Location System (RTLS) allows you to extend the reach of your wireless LAN to an asset tracking system. Any device connected to the wireless LAN can be located and tracked. One application is to track the forklift through a computer radio mounted on the vehicle. Wireless location devices and supporting software track the location of the radio in real time to support efficient dynamic warehousing and routing, monitor dwell time, and collect data for productivity and asset utilization analysis.
Many other expensive products and assets can be equipped with real-time location system (RTLS) devices for real-time monitoring.
Remote management
Using wireless LANs to track warehouse and plant assets is a good example of how to flexibly apply mainstream IT resources to benefit the industrial environment. Another example is a powerful remote management system developed specifically for the configuration, monitoring and troubleshooting of bar code readers and printers, RFID devices, ruggedized computers and other industrial data acquisition and communication devices. Network administrators often cannot understand or control these remote devices because enterprise IT assets and network management systems are developed for common PCs, servers, and network devices, and do not meet the configuration and data required for data collection and calculation in a specific industrial environment. Use condition requirements.
Safety
More robust security is another mainstream business trend and requirement for supply chain technical support. Rugged wireless computers and data acquisition devices also support a variety of leading security standards to protect enterprise wireless networks, including 802.11i, 802.1x, WPA, WPA2, LEAP, FIPS-140, RADIUS servers, VPNs, and more. Wireless data acquisition devices that support Cisco Compatible Extensions (CCX) can be fully integrated into the wireless network and take advantage of all relevant management, reliability, and security features, including hacker and rogue access point detection, authentication and encryption, integrated firewalls, and more. .
in conclusion
Business needs for security, real-time visibility and up-to-date information do not stop outside the office. These requirements exist in all aspects of supply chain operations, so reliable information systems must also be expanded accordingly. The development of mobile computing, wireless communications, RFID, bar codes and other data collection and communication technologies is helping companies to more fully understand and control more of their business activities.
About American Intermec
Intermec Inc. is a global supply chain solutions provider that develops, manufactures and integrates technologies for identifying, tracking and managing supply chain assets. These core technologies include wired/wireless automatic data acquisition, Intellitag® RFID (radio frequency identification), mobile terminals, bar code printers and label consumables. Today, Intermec's products and services are used by global users, including supply chain management, enterprise resource planning, and on-site sales and service industries to improve production efficiency, improve product quality, and accelerate the response of business operations.
Different forms of wireless connectivity, whether for Bluetooth for personal area networks, 802.11 for wireless LANs, or cellular wide-area wireless networks for voice and data communications, are highly visible and available for a wide range of specific operations. A convincing business case. Although technological innovation and popularization have been keeping pace, these trends are not new to Intermec. It is important that these technologies fit into a single device that provides multiple wireless capabilities to facilitate users and IT staff responsible for mobile device management. Smartphones are very attractive because they provide convenient voice and data communications. However, they are not suitable for delivery, field service, and other mobile supply chain operations because computer screens and interfaces are not optimized for enterprise applications, and the durability of the device itself is not sufficient for everyday use in these environments.
Advanced Wireless: Voice and GPS
Leading wireless carriers have approved the use of rugged handheld computers in voice communications to integrate data acquisition, data communications, and cellular telephony into one device. By incorporating data and voice into an integrated device, you can reduce the number of devices your system administrator needs to support by half, resulting in sustainable operational cost savings. Bluetooth technology is also often integrated into these devices to connect peripherals, thus avoiding cable repair and replacement costs and further reducing total cost of ownership. In addition to the ever-decreasing cost of wide-area wireless coverage and more favorable data service plans, similar computing technology innovations have enabled many companies to implement real-time real-time delivery for their delivery drivers, sales and service personnel, inspectors and others. Data access system.
Speech recognition
Another voice technology for supply chain operations (ie voice recognition for hands-free data entry) is also undergoing a new round of innovation and popularity. Voice recognition helps users increase their productivity by eliminating the need to stare at the computer display. Voice synthesis/recognition capabilities are aligned with these more obvious IT trends, such as open systems and interoperability, and can now be easily embedded into a variety of traditional software packages, including warehouse management, picking and racking, detailing, inspections, quality control and other applications. .
Digital imaging
Like cellular voice, digital imaging is another technology that consumers are very familiar with and is now widely used in enterprise mobile computing devices and applications. Transportation and distribution companies are using digital cameras integrated into mobile computers to enable drivers to collect proof of receipt, invoices stamped by merchants, and specific conditions that result in undeliverable shipments. Technicians use this technology to provide proof of service. Other applications include taking pictures of shelves, monitoring promotional compliance, collecting competitive information, generating inspection records, collecting incident report evidence, documenting damage and the environment in which it is used (for use in processing warranty claims).
Portable printing
Rugged, portable printers are often used for printouts when proof of documentation is required. Common applications include providing signed goods receipts, purchase orders, work orders, and inspection reports. By combining a mobile printer with a computer, sales, service, and delivery personnel can provide customers with the documentation they need, while creating an electronic record that reduces the company's paperwork. Mobile printers continue to be the fastest growing segment of the entire printing industry. Mobile printing is increasingly being used in warehouses and factories that need to print on forklifts, picking, racking, shipping labeling and other activities. In an industrial environment, mobile printing can save a lot of labor, which has been proven, because workers do not have to travel back and forth in the center to pick up labels, shipping documents, certificates and other output files.
Two-dimensional barcode
Two-dimensional barcodes are a proven, popular technology that is widely used in applications that need to provide a large amount of information in a limited space. However, 2D is just a subdivision technique, in large part because symbols are not easy to read in many environments. With the improvement of reading ability, the popularity and value of two-dimensional barcodes have also increased. The recent emerging autofocus imaging technology will help make 2D barcodes a mainstream technology for cargo management, tracking, MRO and other business activities. Most businesses require multiple bar code applications with different symbolic representations, symbol sizes, and encoded data.
The development of lighting technology has enabled bar codes to be read in dark environments, where in the past, bar codes could not be read. These developments have enabled barcodes to be used in environments where RFID was previously considered necessary or that automatic data capture is not possible at all. Data Matrix and other 2-dimensional symbolic methods are rapidly gaining popularity in applications such as permanent item identification, product lineage and tracking.
RFID
The practicality of RFID technology is stronger than ever, and there are successful business cases in asset management and supply chain operations. There is also a subtrend behind the adoption of RFID technology in inventory, warehousing and distribution applications, using a car-mounted reader and other mobile RFID readers to enhance or replace fixed models. With a mobile infrastructure, companies don't have to buy, install, and maintain separate RFID readers for each yard entry. Readers and hand-held readers mounted on forklifts can be used in multiple cargo handling stations and can be used in warehouse aisles and elsewhere in the plant, further reducing the required RFID investment.
The flexibility of the mobile RFID infrastructure is helping many companies implementing EPC Gen 2 systems meet customer requirements and implement the internal use of the technology. Shipment certificates and inventory record update systems are the most common, but advanced cargo tracking applications are currently emerging.
Compliance tagging and other RFID supply chain initiatives have received widespread attention, but research shows that asset management applications are faster to implement. These applications have long been ingrained in people's minds and can bring very clear and huge commercial value, so their rapid popularity should not be surprising. The asset management application also provides an opportunity to leverage the RFID infrastructure (developed specifically for compliance or other distribution activities) to achieve internal strengths.
RTLS
Real Time Location System (RTLS) allows you to extend the reach of your wireless LAN to an asset tracking system. Any device connected to the wireless LAN can be located and tracked. One application is to track the forklift through a computer radio mounted on the vehicle. Wireless location devices and supporting software track the location of the radio in real time to support efficient dynamic warehousing and routing, monitor dwell time, and collect data for productivity and asset utilization analysis.
Many other expensive products and assets can be equipped with real-time location system (RTLS) devices for real-time monitoring.
Remote management
Using wireless LANs to track warehouse and plant assets is a good example of how to flexibly apply mainstream IT resources to benefit the industrial environment. Another example is a powerful remote management system developed specifically for the configuration, monitoring and troubleshooting of bar code readers and printers, RFID devices, ruggedized computers and other industrial data acquisition and communication devices. Network administrators often cannot understand or control these remote devices because enterprise IT assets and network management systems are developed for common PCs, servers, and network devices, and do not meet the configuration and data required for data collection and calculation in a specific industrial environment. Use condition requirements.
Safety
More robust security is another mainstream business trend and requirement for supply chain technical support. Rugged wireless computers and data acquisition devices also support a variety of leading security standards to protect enterprise wireless networks, including 802.11i, 802.1x, WPA, WPA2, LEAP, FIPS-140, RADIUS servers, VPNs, and more. Wireless data acquisition devices that support Cisco Compatible Extensions (CCX) can be fully integrated into the wireless network and take advantage of all relevant management, reliability, and security features, including hacker and rogue access point detection, authentication and encryption, integrated firewalls, and more. .
in conclusion
Business needs for security, real-time visibility and up-to-date information do not stop outside the office. These requirements exist in all aspects of supply chain operations, so reliable information systems must also be expanded accordingly. The development of mobile computing, wireless communications, RFID, bar codes and other data collection and communication technologies is helping companies to more fully understand and control more of their business activities.
About American Intermec
Intermec Inc. is a global supply chain solutions provider that develops, manufactures and integrates technologies for identifying, tracking and managing supply chain assets. These core technologies include wired/wireless automatic data acquisition, Intellitag® RFID (radio frequency identification), mobile terminals, bar code printers and label consumables. Today, Intermec's products and services are used by global users, including supply chain management, enterprise resource planning, and on-site sales and service industries to improve production efficiency, improve product quality, and accelerate the response of business operations.
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