Huawei’s capability across IoT stacks offers a competitive advantage in the market.
Huawei has the potential to drive IoT adoption in the region through carriers. However, it has yet to leverage this unique advantage outside China.
The IoT ecosystem is complex, as it involves all technologies within IT and bridges IT with operational technologies (OT). As a technology company with core business in telecommunications equipment, IoT for Huawei is not just enabling NB-IoT features in carriers’ cellular network. The vendor is also leveraging its company-wide capabilities to play across the IoT stack. Its IoT portfolio includes the chipset, an operating system (OS) called LiteOS, an NB-IoT network through its radio access solution to carriers, security (through its 3T+1M approach), a platform, cloud, professional services and even an initiative to drive the ecosystem (through its OpenLab). While Cisco and Nokia can closely match this capability, Huawei’s key advantage is with its IoT chipset and OS. Continue reading “Huawei IoT: Capabilities Across the Solution Stack, but Low Mindshare in the Region”→
Although edge computing will decentralize IT, it will not replace traditional data centers or cloud-based architectures, instead operating as an additional tier of IT processing, storage, security, and analytics.
In addition to supporting IoT, edge computing use cases will include VR, AR, and connected car applications that are latency-sensitive and require high levels of performance.
• U.S. communications service providers are racing to launch 5G services this year
• What we really expect are 2019 deployments, as standards finalize and devices are commercialized
U.S. Providers 5G Rollout Plans
In the U.S., 5G rollouts are planned for 2018 by all four major wireless operators. However the launch dates, use cases and underlying technologies are all a bit different. While the other three operators are planning mobile rollouts from the beginning, Verizon is sticking with fixed broadband for now. And while AT&T, Sprint and T-Mobile claim mobile launches in 2018, standardized 5G with devices that can run on it are not expected until 2019.
Meanwhile, the use cases for 5G in the enterprise are still TBD. Aside from faster, lower latency services, and the futuristic advent of driverless cars and surgeon-free operations, 5G allows for more granular pricing and use case types via its “network slicing” capability. This lets network operators choose the characteristics they need per slice such as level of latency, throughput, the number and type of devices to be supported, and these in turn effect the pricing model.
Benefits for Consumers and Business Users
According to 5G technology suppliers, the benefits of 5G to consumers will include higher quality, faster speeds, wider coverage (indoors and out), and lower latency (down by 10x) – this translates to better support for applications that use streaming video or are aimed at the interactive gaming user base. 5G will also support the growing market for applications that use augmented and virtual reality technologies.
In the enterprise, suppliers note that massive communications traffic is expected from sensors embedded in roads, railways, and vehicles that are not only sending information to the cloud or to edge processing devices for analysis, but will also be sending data to each other. 5G also aims to leverage its inherent reliability and low latency to control critical services and infrastructure for public safety, government organizations, and utilities. Real-time video streaming, support for IoT applications such as autonomous vehicles, and advanced use of robotics in manufacturing are other likely use cases in the not-too-distant future.
While service providers have not yet set prices, a major objective for 5G is to lower data transmission costs compared to 4G LTE, by making bandwidth utilization more efficient and leveraging new higher-band spectrum. However, operators tend to charge what they can get companies and consumers to pay. They are not certain to pass these economies of scale and technology down to the end-customer, especially for such a premium service.
But there remain skeptics about the use cases for 5G: will they be different enough from 4G to allow operators to recoup their investments? Are 2018 launches meaningful when devices won’t be ready until 2019? And as far as the race to launch services is concerned – does it really matter which operator gets there first? Should enterprises wait to deploy fixed or mobile broadband or IoT services until they have 5G available? Probably not.
The newest MEAP platforms are being repositioned to address modern app development issues as operations plays a larger role involving the leveraging of cloud services.
New advancements in AI, low-code tools, integration and API management, and serverless computing all play into DevOps’ need to abstract infrastructure complexities while improving management around app deployments.
Application platforms providers are repositioning traditional mobile platforms to address broader, modern app development including web, IoT, and chatbots. Vendors such as IBM, Kony, Oracle, Microsoft, SAP, Salesforce, and Adobe are helping to drive this new era of app development in which modern applications need advanced platform services to respond to continuous integration, continuous deployment (CICD), a prospect which presents enterprises with boundless opportunities to improve businesses, along with extreme challenges. Continue reading “GlobalData’s Newest MEAP Competitive Landscape Assessment Recognizes Leaders’ Innovation in Integration and ALM”→
Nokia uses its strength and experience in network solutions as well as its strong relationships with telcos to drive digital transformation.
In emerging markets where digital transformation is slow, Nokia needs to work more closely with the telcos and focus on particular solutions and verticals.
Nokia held its Asia-Pacific Innovation Forum in Singapore on the October 24, 2017. Various topics and use cases around IoT, 5G, cloud, network and security were discussed by not only Nokia executives, but also its industry partners, its telco customers, start-ups, government agencies and end users. Despite the diverse topics, the presentations and discussions throughout the event focused around digital transformation themes. Continue reading “Nokia Innovation Forum: Enabling Digital Transformation Through Telcos”→
Mitel is offering a cloud-based platform that integrates Internet of Things (IoT) technology with call routing and call control applications.
Hub One is working with Mitel to voice-enable IoT devices at Charles De Gaulle airport and provides text-to-speech alerts on the opening of defibrillator cabinets.
At its Elite conference in San Antonio last week, Mitel disclosed details of its platform that integrates IoT technology with call routing and call control platforms. Utilizing IoT APIs that plug into its interaction engine and business rules engine, Mitel demonstrated how IoT can be integrated with real-time communications to literally give IoT devices a voice. On stage, Mitel showed how Amazon Alexa, mapped to Mitel’s AWS-based cloud service, could trigger mass notification messages to interested parties. While this specific demonstration sent out multiple notifications of bad weather alerts to those attending a picnic (very pertinent given San Antonio’s weather!), Mitel’s IoT infrastructure is being utilized in perhaps a less frivolous way at France’s largest and most important airport – Charles De Gaulle (CDG). Continue reading “‘Mitel or MI-o-Tel?’ – Adding a Voice to IoT”→
The IoT M2M Council aims to provide model RFPs and a guide to potential IoT platform vendors.
‘Paying to play’ raises questions over the true value of ‘independent’ platform reports.
Anyone who has to choose a software platform for their company’s grand IoT project should be relieved to know that help is nearly at hand. The London-based IoT M2M Council (IMC) is crowdsourcing from among its members a suite of ‘open source’ RFPs for companies that have to select IoT software platforms. It will also report on how different platforms stack up against the criteria in the model RFPs. IoT buyers will be able to use the RFPs as a template for procurement and the reports to short-list potential suppliers. Continue reading “Dazed and Confused by IoT Platforms? Help Is on the Horizon, but Buyer Beware”→
A recent Current Analysis survey on IoT investments showed that companies vary substantially on what kind of service provider they trust to provide them with consulting and professional services.
While equipment vendors and professional/IT service providers were selected most often, enterprises in several verticals consistently preferred communication service providers or software providers for integration and app development.
Enterprises investing in IoT deployments nearly always need help along the way. Some go to third parties for proof-of-concept testing and upfront business and technical consulting, while others need help in assembling and managing disparate hardware and software elements. Many also need an outside developer for application development and many go to professional service providers for data analytics. In a survey conducted this spring among 1,000 U.S. and global enterprises, Current Analysis asked businesses what kind of provider they sought out for these functions; choices included equipment vendors, software providers, professional/IT service providers, and communication service providers (CSPs). Continue reading “Service Provider Selection for IoT Varies Substantially by Vertical Industry – Good News for Telcos”→