Posts Tagged ‘Technology’
By Abby Burton
AGCO was invited to testify in front of the House Agriculture Committee that took place October 28, 2015. In announcing the Full Committee public hearing, Big Data and Agriculture: Innovation and Implications, Chairman K. Michael Conaway explained that the hearing would be a forum for stakeholders to explain what big data means to their business and how it is changing the agriculture marketplace.
As one of five expert witnesses, and representing the only machinery company on the panel, Matt Rushing, vice president, Global Advanced Technology Solutions (ATS) Product Line at AGCO, offered perspective into the area of agriculture data: what it is, the potential it holds for helping growers increase productivity, some challenges the industry faces and, most importantly, the exciting opportunity to help growers leverage their data effectively.
In Rushing’s written and verbal testimony on behalf of AGCO, he explained how new, precision agriculture technologies are creating tremendous amounts of data that has so far not been utilized by most growers. Being able to harness this generated data has the potential to be the next big driver in productivity gains. Smart, connected machines and growers’ ability to effectively manage and use farm data is at the forefront of the next farming revolution. With these changes, states AGCO’s testimony, shared standards for accessing, processing and ownership of this data must be agreed upon.
The testimony highlights some challenges, and what AGCO is doing in the space. With challenges such as technical barriers and adoption, it is up to leaders in the ag industry to develop and advocate for technology that achieves a secure, standardized yet adaptable environment, and keeping data sharing choices open, so growers can use it how they want to maximize its potential. Ownership is a key piece of farm data discussion. AGCO asserts that the farmer owns and should have control and responsibility for the data generated by his or her operation. In an effort to further respect growers’ data privacy choices, AGCO has separated its data pipelines; one for machine data, and on for more sensitive agronomic data. The agronomic data pipeline is not aggregated, evaluated or stored by AGCO other than to facilitate the transfer between the machine and the software chosen by the grower.
“Agriculture data is the ultimate grower tool to minimize risk and increase profitability while enabling them to become better stewards of the land,” said Rushing in the testimony. “AGCO’s focus is on helping growers make sense of their data, and we were honored to be asked to testify representing the machinery side of the industry,” he said.
AGCO’s testimony closes in saying it is an exciting time to be a part of the agriculture industry, and calls attention to “an unprecedented level of cooperation among farmer advocacy groups, industry associations, biotech companies, equipment manufacturers and technology providers – all coming together to help growers utilize data to feed the world.”
To download a white paper of Matt Rushing’s testimony, click here.
Click here to view the recorded hearing.
For more information about Fuse, AGCO’s open approach to precision agriculture, visit www.AGCOtechnologies.com.
Abby Burton is a marketing communications specialist for AGCO’s Advanced Technology Solutions group, focusing on delivering the Fuse message to customers, dealers, employees and investors.
By Ben Craker
A key aspect of the Fuse strategy is to seek out new and innovative technologies to integrate into machines. AGCO understands how quickly new technologies change and develop. This means no one company will be able to provide all the different solutions farmers will want on their own. Partnering allows AGCO to focus on developing core machines and on technologies that have become integral to the machine. A good example of this is the recent announcement for the new VarioGuide and Auto-Guide systems. We have taken the approach that no one will be better at steering a machine built by AGCO than AGCO. However, we are not experts in the development of GNSS receivers, so we have partners like NovAtel, Topcon, and Trimble to provide industry leading receivers with their own unique features that connect into the AGCO machines and technology products.
Following the Fuse open partnering strategy, earlier this month a team from AGCO, including Chris Rhodes and Ben Craker from Advanced Technology Solutions and Darren Goebel from Global Crop Care, traveled to Silicon Valley to meet with a variety of tech startups that are focused on agriculture. The Royse Law Firm has created an incubator for these new companies to help them take their innovative ideas to market. Silicon Valley is perhaps the global epicenter for innovation but often the creative people, who have developed a new product or service, don’t have the funding or industry experience to grow their business beyond a fairly small scale. This is where Roger Royce and his “incubator” come in. The AgTech Innovation Network connects startup businesses with potential investors or partners like AGCO to help companies get past the new-idea phase and into the market.
As AGCO looks to the horizon and the next technologies that will change the way farms operate, startups in Silicon Valley will likely play a big role. Through participation with the groups like the AgTech Innovation Network and Farm2050, AGCO will learn about these emerging technologies first hand and integrate them into products promptly to help growers become more productive, efficient and sustainable. At last week’s meeting AGCO made connections with companies in areas from fleet and employee management, to food freshness monitoring and traceability, to enhanced wireless communications in remote areas and localized weather information.
While not every product or service fits exactly into the current AGCO portfolio, many of them could be adapted to provide new and exciting tools for growers with AGCO equipment. For instance, some of the sensor technology developed for a robotic fruit harvester may have other uses in application equipment. This is part of the purpose of the incubator, to expose the products to different people who may have slightly different viewpoints on what they could be best used for, or what markets would really see a demand for the technology. It was a very exciting meeting with a lot of companies for the AGCO partnering team to follow up with on future possibilities.
Ben Craker is a Manager for AGCO’s Advanced Technology Solutions group, focusing on Global Partnerships and Standards for Fuse Technologies. Connect with Ben on Twitter @crakerb.
If you haven’t noticed, data is a pretty hot topic in the agricultural industry right now. With the rapid growth and adoption of precision farming products such as guidance, telematics, rate and section control, etc. – there has been, in parallel, a massive amount of data generated from global farming operations resulting from the outputs of these products. All of this data has created a wealth of opportunity for growers, agronomists, manufacturing companies, and other invested parties. However, many players in the Ag industry are still working to understand the best ways to utilize this data, so that these emerging opportunities can be fully realized.
Depending on where you sit in the realm of agriculture, there are different types of farm data that can be used in different ways to generate useful information. In the case of AGCO (being a machinery producer), we have identified an area where we believe there is an opportunity for our customers, dealers and AGCO to all become better. Our main interest as a company is utilizing machine data as a service enabler for our customers. Last month, AGCO announced a new service program that it will be rolling out to all AGCO dealers over the next few years. This program is called Fuse® Connected Services, and utilizes data coming from AGCO machines (with the customer’s permission) to provide enhanced services to AGCO customers.
The new service offering is enabled through AGCO’s telematics product, AgCommand®, and is delivered in the form of three service package offerings. Examples of some services that are provided include:
- Proactive condition monitoring (remotely)
- Machine Alerts (based on AGCO recommended thresholds)
- Machine performance and efficiency reviews (Off-season consultation)
- Full management of machine maintenance
- Technology review and seasonal training
Through use of machine data and AGCO’s network of resources, AGCO dealers are able to turn data into useful information that can be used to help customers run machines more efficiently, identify training needs, maximize uptime and more. The idea behind this is simple; managing a farm operation is a lot of work. The logistics and planning aspect of farming alone is enough to keep growers occupied. Having to worry about potential machine breakdowns, maintenance and operator training on top of that can hinder efficiency by taking time away from other value added activities a farmer is responsible for. AGCO dealers can help manage and monitor customer machines so that the customer does not have to worry about his/her machines and operators being ready to execute during crunch time, freeing the farmer to focus on agronomic decisions. Rather than selling customers a radio modem that gives them data points about their machines, AGCO dealers will provide them with services and information that result in actionable insights and recommendations based on the dealer’s expert analysis of the customer’s machine data. This will result in greater uptime, efficiency and profitability for our customers. It will also enhance the service capability of our dealers and even provide AGCO with another means to improve the quality and design of our machines.
The idea of using machine data as a service enabler has already been seen in other industries. Construction companies such as Caterpillar have been doing it for a while now. Telecommunications provider Verizon has a robust program in place for optimizing fleet operations, and has even started something similar in the automotive industry. Verizon’s Hum monitors your vehicle and lets you know if anything goes wrong. Furthermore, it will even recommend repairs and provide you with estimates as to how much the repair may cost.
Consider this—if companies such as Verizon have identified a market opportunity on consumer and commercial vehicles, imagine the opportunity in agriculture. For the most part, a vehicle gets you from point A to point B. Agricultural equipment does much more than that. Growers buy specific machinery to generate a return for their operation. Agricultural equipment is more so a tool than a vehicle. Thus, the value of maximizing the performance of that tool is quite important to owners as it more directly impacts their income and livelihood.
AGCO is taking a big step forward with Fuse Connected Services. We are already piloting this program today in NA, EAME and SA, with dealer availability beginning Q1 of 2016.
For more information on AGCO’s precision farming products, data management policy and Fuse Connected Services, please visit www.agcotechnologies.com.
Ryan Johnson is a Sr. Global Marketing Specialist for AGCO’s Advanced Technology Solutions group, focusing on bringing AGCO’s Fuse precision farming technologies and services to market .
By Matt Rushing
Rate and Section control technology is critical for farming in the future. Increasingly, it is becoming a requirement for farmers looking to reduce costs and improve yields. The adoption rate of this technology is high, but utilization is still low. Why are farmers passing on the opportunity to lower their overall costs while also reducing negative impacts on the environment? Education plays a major role, as does helping farmers understand what to do with the vast amount of data flowing from one stage of the crop cycle to the next.
Rate and section control is essential in controlling planting, seeding, pest management and nutrient application operations. Using Rate and Section control technologies such as Variable Rate Technology (VRT) and Automatic Section Control (ASC) effectively allows the farmer to reduce overall costs by helping to avoid double applying inputs on areas the machine has already covered, as well as getting the right amount in the right place based on the field’s needs.
Variable Rate Technology (VRT):
- Can help farmers optimize input costs by monitoring and varying different materials in the field to precisely plant seeds, apply fertilizer and chemicals based on prescriptions developed with the farmers trusted advisors
- Variable rate systems also record how those inputs were applied. This information can then be used to create prescriptions for subsequent operations and track the effectiveness of different crop management strategies.
Automatic Section Control (ASC):
- Avoid double coverage and eliminate wasted inputs due to overlap, field topography, soil conditions and obstacles
- Makes managing headlands and pivot rows easier when planting and spraying
- Allows spinner speed control for spreader application systems when applying fertilizer
- Improves yield by preventing overcrowding point rows with plants when seeding
In planting, both of these technologies allow real-time monitoring of seeding or fertilizer delivery information and can help identify planter malfunctions by catching them early before they cause huge yield reductions. By seeing the results of singulation analysis, skips/multiples, spacing and quality of spacing, the farmer can make better decisions and implement corrective actions faster to improve overall efficiency and yield.
In spraying herbicides and pesticides, overlapping inputs increases chemical costs while risking potential harm to the environment. Effective use of these technologies also contributes to managing impacts to zones negatively affected by chemicals such as waterways and public areas. The reduced use of fuel and more economical application of fertilizer under precision agriculture indicate rate and section control technologies have the potential to play a huge role in reducing air and water pollution.
Rate and section control technology is one important piece of AGCO’s approach to precision agriculture, known as Fuse. There are many opportunities for the industry and AGCO to teach and show the benefits of rate and section control technologies and encourage their adoption at a much faster rate through education and data management services.
To learn more about how AGCO is helping growers optimize operations and increase efficiency, visit www.AGCOtechnologies.com.
Matt Rushing is the Vice President for the Advanced Technology Solutions group (Fuse), responsible for AGCO’s Global ATS Product Line.
Along with two new MF Activa models, Massey Ferguson is further enhancing the specifications and features on its combine harvester range to improve operation and performance for the 2016 season.
“We are now really seeing the benefits of AGCO’s recent significant investment in the harvesting facility at Breganze in Italy. This has introduced state-of-the-art manufacturing techniques and equipment that are further enhancing quality and reliability,” says Adam Sherriff Manager Marketing Massey Ferguson.
“Customers are now also gaining from the investment in Europe’s most modern combine paint facility. This superior finish improves durability and increases the residual value of the combines,” he adds.
Faster unloading for MF Activa S combines
For the 2016 season MF Activa S, five or six straw-walker combines, will be equipped with a longer discharge auger providing faster unloading speeds.
Models with the Multi Crop Separator have a 5m long auger and unload at 105 litres/sec, while those without have a 4.5m long auger and unloading speeds of 85 litres/sec. The sectional concave, which can be changed through the stone trap, is now is a factory-fit option that increases threshing versatility in range of crops.
ParaLevel option for two-wheel drive combines
The unique Massey Ferguson ParaLevel system is now available as an option on two-wheel drive versions of the MF Beta 7360 PL and MF Beta 7370 PL combines.
The cost effective ParaLevel system will benefit farms, which have slight slopes up to 15% and rolling land, to improve output and grain sample without the need to invest in four-wheel drive.
ParaLevel also offers the distinct advantage of still allowing wide tyres up to 800/65 R 32s to be fitted and remain within 3.5m width for transport on the MF 7360 Beta.
AgCommand hardware standard on Massey Ferguson Beta combines
Massey Ferguson Beta combines are now supplied with the AgCommand telemetry hardware as standard. Options now also included a new Rockinger trailer hitch and factory-fit Sectional concave.
All MF Activa and MF Beta Flatland Combines are available with wear resistant components as well as in rice specification for added flexibility and, if necessary, without the straw chopper.
New Generation 9.2m wide PowerFlow header
Massey Ferguson is introducing a New Generation 9.2m (30ft) wide version of the PowerFlow header, equipped with the same SuperFlow auger first seen on the 10.74m wide version. At 762mm in diameter, the auger provides 41% more working area than any other design.
This offers unrivalled crop collection from the moving belts with a superb, even ‘heads first’ feed into the elevator. PowerFlow is proven to increase output in oilseed rape up to 70% and boost performance in other crops.
MF Centora eight straw-walker Combines and the MF Delta Hybrid machines are now fitted with a new yield meter, two central greasing points one on each side of the machine, as well as additional work lights and remote power points. A host of other small changes have been introduced to increase durability and for better operational efficiency.