Groundbreaking data project to support smallholder farmers and end hunger

Ceres2030 will help donors prioritize investments by evaluating agricultural interventions and investment costs to achieve the U.N.’s sustainable development goal of zero hunger by 2030

Rome, Oct. 15, 2018 (GLOBE NEWSWIRE) — How can donors best invest their money to support the world’s poorest farmers to improve productivity, support their families and end hunger across the globe by 2030?

This is the question driving Ceres2030, an initiative launched at the annual global meeting of the Committee on World Food Security at FAO headquarters in Rome on October 16: How can we use the data we have now to support access to a nutritious diet for the more than 820 million people who face food insecurity, while staying within our planet’s environmental limits? And what do these solutions cost?

Ceres2030 combines state-of-the-art modelling with expert evidence to strengthen the global agricultural development community as it prioritizes investments to achieve the U.N.’s sustainable development goal of zero hunger by 2030. Launched by Cornell University, the International Institute of Sustainable Development (IISD) and the International Food Policy Research Institute (IFPRI) on World Food Day, Ceres2030 is supported by a three-year, $3.1 million grant from the Bill & Melinda Gates Foundation and the German Federal Ministry of Economic Cooperation and Development.

“We live in an age of abundant research—and yet we don’t know how to apply it effectively to real and urgent problems,” said Jaron Porciello, co-director of Ceres2030 and associate director for International Programs’ research data engagement in Cornell’s College of Agriculture and Life Sciences at Cornell. “As a for instance, does the research data about controlling agricultural pests by using repellent ‘push’ plants and trap ‘pull’ plants to help farmers defeat the fall armyworm that threatens the food supply of 200 million people in 44 countries justify additional investment, and, if so, how much? With answers to questions like that, we can prioritize investments to help achieve zero hunger by 2030.”

Ceres2030 will map the fullest possible range of knowledge in agricultural research, establish protocols for systematic review, create a risk-of-bias tool, and then drill down to find the most powerful interventions that can help end hunger. These tools will be freely available to researchers anywhere.

So far, Ceres2030 has used natural language processing to aggregate more than 25,000 individual articles from 3500 journals and major agency databases (e.g., FAO, CGIAR, World Bank) to see how their content addresses critical issues in agriculture. “By using natural language processing, we are able to bypass the limitations of keywords and content categories and see into the granular conversations science is having, inside and outside the peer-reviewed agricultural literature,” said Porciello. “This, we believe, is the first time anyone is able to visualize the density and relevance of research that applies to smallholder farmers. It is the first step.”

Said Carin Smaller, co-director for Ceres2030 and senior policy advisor at IISD: “Consensus is at the core of our mission. We will work with a broad range of actors, starting with the people attending the Committee on World Food Security, to build a shared vision of what interventions work best, where they work, and under what conditions.”

Farmers and policymakers need to know not just the value of the interventions but the cost, said David Laborde, co-director of Ceres2030 and senior research fellow in the markets, trades, and institutions sivision at IFPRI. “This means we need to know the tradeoffs. While the U.N. has issued a call to action to the world with the sustainability development goals on zero hunger, it has given us a critically important caveat: We must preserve the environment.”

Said Smaller, “Agriculture is a powerful tool to end poverty and an engine of economic growth, but it is also responsible for a quarter of global greenhouse gas emissions and almost 70 percent of freshwater use. Food is also lost to rot because crops can’t be properly stored, processed, or brought to market on time. Ceres2030 is at the nexus of so many critical problems and the path to solving them—and it will provide the donor community with an evidence based on what works, what should the priorities for funding be, and why.”

When asked why the name Ceres2030, Porciello noted that Ceres, the Roman goddess of agriculture, is also the goddess of common people. “So many times, the impact of agricultural research projects that have been funded for lots of money never reaches smallholder farmers,” she said. “We’re going to change that.”



Note to editors

About IP-CALS: International Programs in the College of Agriculture and Life Sciences (IP-CALS) at Cornell University meets the fundamental challenges of development and food security through teaching, research, and outreach programs that involve undergraduates, graduate students, faculty, and mid-career professionals. With innovative research projects and degree programs that focus on food, agriculture and development, IP-CALS positively and sustainably improves global food security.

About IFPRI: The International Food Policy Research Institute (IFPRI) seeks sustainable solutions for ending hunger and poverty. IFPRI was established in 1975 to identify and analyze alternative national and international strategies and policies for meeting the food needs of the developing world, with particular emphasis on low-income countries and on the poorer groups in those countries.

About IISD: The International Institute for Sustainable Development (IISD) is an independent think tank that delivers the knowledge to act. Our mission is to promote human development and environmental sustainability. Our big-picture view allows us to address the root causes of some of the greatest challenges facing our planet today – ecological destruction, social exclusion, unfair laws and economic and social rules, a changing climate. With offices in Winnipeg, Geneva, Ottawa, Toronto and New York, our work impacts lives in nearly 100 countries.

About SDG2 and Ceres2030: The United Nations Sustainable Development Goals (SDG) were adopted by countries in 2015, with a vision of ending poverty, protecting the planet and ensuring that all people enjoy peace and prosperity. “Zero Hunger” is the second of the 17 Goals. As the UN notes, the aim of SDG 2 is “to end all forms of hunger and malnutrition by 2030, making sure all people – especially children – have access to sufficient and nutritious food all year round. This involves promoting sustainable agricultural practices: supporting small-scale farmers and allowing equal access to land, technology and markets. It also requires international cooperation to ensure investment in infrastructure and technology to improve agricultural productivity.”

A review of SDG2 at the High Level Political Forum in 2017 focused on smallholder productivity and environmental sustainability as the key elements in achieving zero hunger, but noted that each suffered from a dearth of quality evidence and data on how they could be improved and combined to do just that. Ceres2030 was conceived to find that data and evidence through devising evidence synthesis reviews and other analytic tools for agricultural and rural development research, mobilizing experts to reach consensus on interventions, and modeling costs so that resources can be spent wisely to implement the right interventions in the right place at the right time.


Linda McCandless
Cornell University 
International Institute of Sustainable Development

Huawei Launches Next-Generation SD-WAN Routers, Simplifying Cloud and Network Interconnection for Enterprises

SHANGHAI, Oct. 15, 2018 /PRNewswire/ — At HUAWEI CONNECT 2018, Huawei launched its next-generation SD-WAN routers. The next-generation SD-WAN routers use a unified platform and converge extensive branch services, including SD-WAN, routing, voice, firewall, and Wi-Fi to simplify service deployment. Leveraging the unique hardware acceleration engine, they offer 2-times better forwarding performance than the industry average. Additionally, they implement “3 intelligences” — intelligent application identification, application-based intelligent traffic steering, and intelligent acceleration — to simplify cloud and network interconnection for enterprises.

Nowadays, a growing number of enterprises are migrating their applications to third-party clouds or Software as a Service (SaaS) environments. Traffic surges on enterprise WAN networks but is transmitted inefficiently, imposing more-stringent requirements on WAN egress routers. WAN egress routers must support SD-WAN functions and converge multiple services such as routing, switching, and VPN to process services at a high speed and ensure the experience of key services.

Huawei’s next-generation SD-WAN routers include Customer Premises Equipment (CPE) and universal CPE (uCPE). They are all developed on a unified platform, thus adapting to interconnections between branches and clouds of different sizes. The uCPE models provide an open computing platform, integrate various branch service functions, such as SD-WAN, WAN Optimization Controller (WOC), voice, Wi-Fi, and security, and implement automatic service orchestration through Huawei’s cloud-based Agile Controller, greatly simplifying branch deployment and Operations and Maintenance (O&M). The next-generation SD-WAN routers use a unique hardware acceleration engine, multi-core concurrent processing mechanism, and three-level high-speed cache, offering 2-times better forwarding performance than the industry average without any performance deterioration of concurrent key services. Moreover, they implement “3 intelligences” and offer lossless experience for key services.

The next-generation SD-WAN routers are available in 16 models, including AR3600 series designed for large-sized branches and HQ/data centers; AR2600 series for small and medium-sized branches; AR1600 series for small-sized branches; and AR650 series for Small- and Medium-sized Businesses (SMBs), which are suitable for all-scenario interconnections between hybrid clouds, branches, and the Internet, meeting the service development requirements of enterprises over the next three to five years.

At HUAWEI CONNECT 2018, Huawei also launched its SD-WAN cloud services that leverage the next-generation SD-WAN routers in combination with Huawei’s cloud-based Agile Controller and professional Managed Service Provider (MSP) services. Huawei’s SD-WAN cloud services are suitable for interconnection scenarios of chain enterprises, multi-branch large corporations, and SMBs. These services will provide enterprise customers with interconnections that are most suitable for cloud-network convergence in the all-cloud era, enabling enterprises to intelligently connect to the cloud.

Zhu Yaming, Deputy General Manager of Huawei Enterprise Gateway Domain, said, “Huawei’s full line of next-generation SD-WAN routers are developed for simplified cloud and network interconnections. Equipped with the unique hardware acceleration engine, they offer 2-times better forwarding performance than the industry average. They also support service convergence and simplified branch interconnection, as well as on-demand VAS provisioning, application-based intelligent traffic steering, and acceleration, significantly improving the branch interconnection experience of enterprise customers.”

Huawei has been making continuous investments and innovations in the SD-WAN field. Huawei SD-WAN Solution and products have now served more than 30 customers in government, finance, large enterprise, carrier, and MSP sectors, helping them achieve businesses success. For more information, please visit:

Huawei AI Fabric Raises Ethernet to a New Level of Ultra-High-Speed and Lossless Performance

SHANGHAI, Oct. 15, 2018 /PRNewswire/ — Recently, Huawei released the AI Fabric Ultra-High-Speed Ethernet Solution that transforms data center networking with zero packet loss, low latency, and high throughput. The solution can help customers build a Remote Direct Memory Access (RDMA) network that is compatible with traditional Ethernet, leading data center networks into an ultra-high-speed and lossless era.

The solution applies to Artificial Intelligence (AI), High Performance Computing (HPC), and distributed storage scenarios. It reduces the communication time between HPC nodes by up to 40% while reducing the Total Cost of Ownership (TCO) by about 53% compared with dedicated networks.

AI has already become an important tool for many enterprises, and AI use is growing rapidly. As described in GIV 2025: Unfolding the Industry Blueprint of an Intelligent World[1] released by Huawei, 86% of enterprises will use AI by 2025. As part of this trend, 180 billion TB of new data annually will feed enterprise intelligence and value. To enable the most efficient use of this data, ICT architectures are upgrading the data storage media from traditional Hard Disk Drives (HDDs) to Solid State Drives (SSDs), which reduce latency 100 fold. For AI applications, ICT architectures are trading the traditional data-processing CPUs for Graphics Processing Units (GPUs) or even dedicated AI chips. These changes boost computing performance 100 fold or higher.

Traditional Ethernet places a bottleneck on data center network performance that prevents enterprises from taking full advantage of the latest storage and computing improvements. Enterprises need the network protocol to evolve from TCP/IP to RDMA over Converged Ethernet (RoCE).

The Huawei AI Fabric Ultra-High-Speed Ethernet Solution uses unique congestion management and flow control technology to solve problems of long latency, easy packet loss, and low Ethernet throughput. The AI Fabric has the following characteristics:

  • Ultra-high performance: With three innovative technologies – accurate congestion flow identification, dynamic congestion waterline setting, and a fast backpressure mechanism – this solution delivers zero packet loss, high throughput, and ultra-low latency. This combination of performance enhancements improves the efficiency of demanding services such as AI training by about 40%.
  • Converged network: Based on a standard Ethernet architecture, one AI Fabric network can carry LAN, SAN, and Inter-Process Communication (IPC) traffic. Compared with dedicated specialized networks, this solution greatly simplifies the network architecture and slashes TCO by up to 53%.
  • Simplified O&M: The solution provides visualized Key Performance Indicators (KPIs) for the RDMA network and implements intelligent network optimization. The use of a compatible Ethernet fabric to handle all high-end applications means that specialists are no longer needed to provide O&M for dedicated networks.

Leon Wang, General Manager of Huawei Data Center Network Domain, said, “The network has shifted from a support system to a production system, and it has never been so important to business success. With over 20 years of experiences in the network field, Huawei is dedicated to cutting-edge technology research and innovative solution development. The Huawei AI Fabric will help companies build high-performance data centers to match the needs of fast innovation of services in the AI era, enabling data centers to become business value creation centers.”

Huawei AI Fabric Ultra-High-Speed Ethernet has been successfully commercialized by China Merchants Bank (CMB) through joint innovation. This solution helped CMB improve the IOPS performance of Microsoft Azure storage by about 20%, reconstruct the company’s data plane, and build a smart financial transformation platform. In addition, the Huawei AI Fabric won the Best of Show Award at Interop Tokyo 2018 and successfully passed the certification of an international authoritative third-party independent testing agency, the European Advanced Network Test Center (EANTC). The Huawei AI Fabric is pioneering the implementation of ultra-high-speed networks based on Ethernet and is already proven in independent testing and real-world applications.

Huawei is committed to working with enterprise customers in the long term and takes a future-oriented approach to drive enterprise digital transformation through the power of the platform. So far, 211 of the Fortune Global 500 companies (including 48 Fortune Global 100 companies) have selected Huawei as their digital transformation partner.

[1]: For more information about GIV 2025: Unfolding the Industry Blueprint of an Intelligent World, visit

Huawei Campus Switches Upgrade to IDN-Ready for Building Intent-Driven Campus Networks

SHANGHAI, Oct. 12, 2018 /PRNewswire/ — At HUAWEI CONNECT 2018, Huawei launched its innovative S6720-HI series fixed switches, which are full-featured 10GE routing switches that come with 100G uplink and routing capabilities, and also unveiled high-performance cards for its feature-rich modular switches. These newest offerings help simplify the egress networks of midsize and large enterprise customers. Huawei also announced that it has upgraded the software capabilities of all series of switches to make them Intent-Driven Network (IDN)-Ready. These upgrades achieve intelligent Operations and Maintenance (O&M) and collaborative security protection of networks and help enterprises build intelligent campus networks that connect the digital world and physical networks, which in turn enable digital transformation across industries and maximize business value.

“With the pervasive use of mobile offices and cloud services, enterprises of all sizes need a network that can sense user and application experience and defend against threats,” said Zhao Zhipeng, General Manager of Huawei’s Campus Network Domain. “Huawei IDN-Ready switches are the cornerstone of building intent-driven campus networks that feature automation, intelligence, and defense against unknown threats.”

Zhao Zhipeng continued: “Huawei has comprehensively upgraded the software and hardware capabilities of its switches to simplify network management, sense and assure the experience and security of users and applications, and make network autonomy and self-healing possible.”

Huawei S6720-HI provides 100G uplink and routing capabilities and is ideal for deployments at campus egresses, greatly reducing the complexity of campus networks. As an IDN-Ready switch, S6720-HI uses real-time telemetry and extended Media Delivery Index (eMDI) technologies to intuitively manage and optimize experience with audio and video services. Further, S6720-HI comes with built-in security probes to implement Encrypted Communication Analytics (ECA) and proactive threat deception, enhancing campus networks’ defense against unknown threats. All the other HI series switches can have the same IDN-Ready capabilities as S6720-HI through software upgrades.

Huawei also unveiled a series of high-performance cards for its modular switches. These offerings improve total-user access and AP management capacity by 60 percent and accommodate future access of mass IoT and mobile terminals to the campus network.

Huawei is committed to working with enterprise customers in the long term and takes a future-oriented approach to drive enterprise digital transformation through the power of the platform. So far, 211 of the Fortune Global 500 companies (including 48 Fortune Global 100 companies) have selected Huawei as their digital transformation partner.

For more information about S6720HI and IDN-Ready Switch:

HUAWEI CONNECT 2018 –”Activate Intelligence”– is held at the Shanghai World Expo Exhibition and Convention Center and Expo Center from October 10 to 12.

This year’s HUAWEI CONNECT conference is designed to help all businesses and organizations step over the threshold and stake their claim in the intelligent world. Participants are joined by the best minds in the industry – including global ICT leaders, industry experts, and ecosystem partners – to chart the way forward and explore new opportunities.

For more information, please visit: 

Health Advocate from Rwanda Named as Inaugural World Thrombosis Day Ambassador of the Year

Christine Ashimwe, Founder of Rwanda Clot Awareness Network, Receives Prestigious Award for Thrombosis Advocacy Achievements

CHAPEL HILL, North Carolina, Oct. 11, 2018 /PRNewswire/ — The International Society on Thrombosis and Haemostasis (ISTH) today announced that Christine Ashimwe from Kigali, Rwanda, has been named the World Thrombosis Day 2018 Thrombosis Ambassador of the Year. This prestigious recognition highlights Ashimwe’s drive to achieve the campaign’s mission of shining a global spotlight on the condition of thrombosis. It also showcases her ability to motivate others within thrombosis advocacy programs in Rwanda and around the world through innovative approaches to raise awareness and accomplish advocacy goals.

The ISTH launched the World Thrombosis Day Ambassador of the Year program to recognize a passionate ambassador who is dedicated to building awareness about thrombosis, also known as blood clots, in his/her community, region, country, and/or globally in an effort to save lives. Ashimwe was selected following a competitive review process of more than 120 global nominations.

“We are honored to recognize Christine Ashimwe as the campaign’s first-ever Thrombosis Ambassador of the Year,” said Gary Raskob, PhD, Chair, World Thrombosis Day Steering Committee. “Christine’s personal experience as a thrombosis survivor, coupled with her passion for helping others, is integral to her role as the World Thrombosis Day 2018 Ambassador of the Year, and her dedication to helping others inspires us.”

Ashimwe is the Founder and Executive Director of the Rwanda Clot Awareness Network, an organization of 100 patients, advocates, researchers and healthcare professionals in Rwanda dedicated to increasing public awareness and education about thrombosis. Ashimwe was inspired to start the Rwanda Clot Awareness Network after personally suffering a venous thromboembolism (VTE) in 2015, followed by multiple recurring blood clots.

“I knew nothing about blood clots prior to my diagnosis, which is why I am so passionate about educating others about the risk factors, signs and symptoms of the condition,” Ashimwe said. “I am proud to serve as the World Thrombosis Day 2018 Ambassador of the Year and look forward to leveraging this platform to expand awareness and share my story to inspire and motivate others.”

In recognition of her role as the 2018 Thrombosis Ambassador of the Year, Ashimwe will serve as a panelist during the World Thrombosis Day session at the ISTH 2019 Congress in Melbourne, Australia. Additionally, the ISTH will make a donation of $5,000 USD to the Rwanda Clot Awareness Network.

To learn more about World Thrombosis Day, visit

About World Thrombosis Day
Launched in 2014 and held annually on 13 October, World Thrombosis Day (WTD) aims to increase public, healthcare professional and health care systems’ awareness of thrombosis and, ultimately, to reduce deaths and disabilities from thromboembolic disease through a greater awareness of its causes, risk factors, signs and symptoms, and evidence-based prevention and treatment. WTD’s mission supports the World Health Assembly’s global target of reducing premature deaths by non-communicable disease by 25 percent by 2025, as well as the WHO global action plan for the prevention and control of non-communicable diseases in the 2013-2020 timeframe. Visit for more information and to get involved.

About the ISTH
Founded in 1969, the ISTH is the leading worldwide not-for-profit organization dedicated to advancing the understanding, prevention, diagnosis and treatment of thrombotic and bleeding disorders. ISTH is an international professional membership organization with more than 5,000 clinicians, researchers and educators working together to improve the lives of patients in more than 98 countries around the world. Among its highly regarded activities and initiatives are education and standardization programs, research activities, meetings and congresses, peer-reviewed publications, expert committees and World Thrombosis Day on 13 October. Visit ISTH online at