ibm & cisco collaboration takes the power of iot to the edge of computer networks

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How IBM can help: June 2, 2016 Behind the News IBM & Cisco collaboration takes the power of IoT to the edge of computer networks What we announced: Why this matters: IBM and Cisco are combining the power of IBM’s Watson IoT and business analytics technologies and Cisco’s edge analytics capabilities to more deeply understand and act on critical data on the network edge. The new global collaboration is targeting companies operating on the edge of computer networks such as oil rigs, factories, shipping companies and mines, where time is of the essence but bandwidth is often lacking. This new approach enables businesses in remote and autonomous locations to better monitor the health and behavior of critical machinery (e.g. equipment data on temperature, pressures, flow rate and speed) and more accurately plan for needed maintenance or equipment upgrades. Data collected will be instantly measured against business rules at the point of collection, eliminating the time and costs associated with transmitting device data across a distributed network. By tapping into the power of the IBM Watson IoT Platform and Cisco’s edge analytics, companies can adopt the latest approaches to condition- based maintenance through which equipment is monitored in real time, helping reduce cost by up to 25% and eliminating up to 70% of equipment breakdowns. IBM and Cisco are helping organizations make real- time informed decisions based on business-critical data that was previously undetected and overlooked. Customers already benefitting from this technology include: Bell Canada, Canada's largest telecommunications company, is delivering IBM Watson IoT & Cisco Edge over Canada’s largest & fastest 4G LTE network, enabling organizations in transportation & fleet management, food safety, oil & gas, mining & materials and more to collect data in real time no matter where they are. Port of Cartagena in Colombia is tapping into analytics on the edge of the network to spot patterns in data flowing from industrial cranes, heavy-duty trucks & trains, including vibrations, temperature & speeds. The Watson IoT Platform with edge analytics is helping the Port to get ahead of needed maintenance and equipment degradation. SilverHook Powerboats, a high speed racing watercraft designer, is tapping into Cisco edge analytics & Watson IoT business analytics to help boat racers react immediately to environment & engine conditions in real-time, optimizing performance. Today, billions of interconnected devices and sensors are gathering vast amounts of real- time data. Cloud computing has offered companies a powerful way of storing that data, turning it into valuable insight, but for businesses without easy access to high bandwidth connectivity, these capabilities are sometimes out of reach or take too long. Industrial Worksites operate expensive machines based in remote locations and must be continuously available--businesses cannot afford issues like unscheduled maintenance, which can be costly and is often not covered by warranty or insurance. In addition, there is a high cost associated with data transmission and storage and potential security concerns. According to McKinsey, IoT in the worksites setting can have an economic impact of $160 billion to $930 billion per year in 2025, and can help industrial organizations achieve up to $800 billion in performance improvements and avoid downtime.

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How IBM can help:

June 2, 2016Behind the News

IBM & Cisco collaboration takes the power of IoT to the edge of computer networks

What we announced: Why this matters:

• IBM and Cisco are combining the power of IBM’sWatson IoT and business analytics technologiesand Cisco’s edge analytics capabilities to moredeeply understand and act on critical data on thenetwork edge. The new global collaboration istargeting companies operating on the edge ofcomputer networks such as oil rigs, factories,shipping companies and mines, where time is ofthe essence but bandwidth is often lacking.

• This new approach enables businesses inremote and autonomous locations to bettermonitor the health and behavior of criticalmachinery (e.g. equipment data on temperature,pressures, flow rate and speed) and moreaccurately plan for needed maintenance orequipment upgrades.

• Data collected will be instantly measured againstbusiness rules at the point of collection,eliminating the time and costs associated withtransmitting device data across a distributednetwork.

• By tapping into the power of the IBM Watson IoTPlatform and Cisco’s edge analytics, companiescan adopt the latest approaches to condition-based maintenance through which equipment ismonitored in real time, helping reduce cost by upto 25% and eliminating up to 70% of equipmentbreakdowns.

IBM and Cisco are helping organizations make real-time informed decisions based on business-critical data that was previously undetected and overlooked.

Customers already benefitting from this technology include:

Bell Canada, Canada's largest telecommunications company, is delivering IBM Watson IoT & Cisco Edge over Canada’s largest & fastest 4G LTE network, enabling organizations in transportation & fleet management, food safety, oil & gas, mining & materials and more to collect data in real time no matter where they are.

Port of Cartagena in Colombia is tapping into analytics on the edge of the network to spot patterns in data flowing from industrial cranes, heavy-duty trucks & trains, including vibrations, temperature & speeds. The Watson IoT Platform with edge analytics is helping the Port to get ahead of needed maintenance and equipment degradation.

SilverHook Powerboats, a high speed racing watercraft designer, is tapping into Cisco edge analytics & Watson IoT business analytics to help boat racers react immediately to environment & engine conditions in real-time, optimizing performance.

• Today, billions of interconnected devices andsensors are gathering vast amounts of real-time data. Cloud computing has offeredcompanies a powerful way of storing that data,turning it into valuable insight, but forbusinesses without easy access to highbandwidth connectivity, these capabilities aresometimes out of reach or take too long.

• Industrial Worksites operate expensivemachines based in remote locations and mustbe continuously available--businesses cannotafford issues like unscheduled maintenance,which can be costly and is often not coveredby warranty or insurance. In addition, there is ahigh cost associated with data transmissionand storage and potential security concerns.

• According to McKinsey, IoT in the worksitessetting can have an economic impact of $160billion to $930 billion per year in 2025, and canhelp industrial organizations achieve up to$800 billion in performance improvementsand avoid downtime.