Google/Telcos’ RCS: Dark Horse or Dead Horse?

Introduction

The strategic importance of digital communications services is rising fast, as these services now look set to become a major conduit for digital commerce. Messaging services are increasingly enabling interactions and transactions between consumers and businesses. Largely pioneered by WeChat in China, the growing integration of digital communications and commerce services looks like a multi-billion dollar boon for Facebook and a major headache for Amazon, eBay and Google, as outlined in the recent STL Partners report: WeChat: A Roadmap for Facebook and Telcos in Conversational Commerce.

This report analyses Google’s and telcos’ strategic position in the digital communications market, before exploring the recent agreement between leading telcos, the GSMA and Google to use the Android operating system to distribute RCS (Rich Communications Service), which is designed to be a successor to SMS and MMS. Like SMS, RCS is intended to work across networks, be network-based and be the default mobile messaging service, but it also goes far beyond SMS, by supporting rich features, such as video calling, location sharing, group chat and file sharing.

The report then undertakes a SWOT (strengths, weaknesses, opportunities and threats) analysis on the new Google supported RCS proposition, before considering what telcos need to do next to give the service any chance of seeing widespread adoption.

Google’s strategic headache

To Google’s alarm, mobile messaging looks set to become the next major digital commerce platform. In some ways, this is a logical progression of what has come before. Although neither Google nor Amazon, two of the leading digital commerce incumbents, seem well prepared for the rise of “conversational commerce”, communications and commerce have always been interwoven – physical marketplaces, for example, serve both functions. In the digital era, new communications services, such as SMS, email and mobile calls, were quickly adopted by companies looking to contact consumers. Even now, businesses continue to rely very heavily on email to communicate with consumers, and with each other, and through Gmail, Google has a strong position in this segment.

But many consumers, particularly younger people, now prefer to use mobile messaging and social networking services to communicate with friends and family and are using email, which was developed in the PC era, less and less. People are spending more and more time on messaging apps – some industry executives estimate that consumers spend 40% of their time on a mobile phone purely in a messaging app. Understandably, businesses are looking to follow consumers on to mobile messaging and social networking services. Crucially, some of these services are now enabling businesses to transact, as well as interact, with customers, cutting the likes of Amazon and Google out of the loop entirely.

Largely pioneered by Tencent’s WeChat/Weixin service in China, the growing integration of digital communications and commerce services could be a multi-billion dollar boon for Facebook, the leading provider of digital messaging services in much of the world. The proportion of WeChat users making purchases through the service leapt to 31% in 2016 up from 15% in 2015, according to Mary Meeker’s Global Internet Trends report 2016. Moreover, users of WeChat’s payment service now make more than 50 payments a month through the service (see Figure 1), highlighting the convenience of ordering everyday products and services through a messaging app. In March 2016, Tencent reported the combined monthly active users of the Weixin and WeChat messaging services reached 697 million at the end of 2015, representing annual growth of 39%. See WeChat: A Roadmap for Facebook and Telcos in Conversational Commerce for more on this key trend in the digital economy.

Figure 1: WeChat users find it convenient to combine payments and messaging 

Source: Mary Meeker’s Global Internet Trends 2016

 

  • Executive summary
  • Contents
  • Introduction
  • Google’s strategic headache
  • Winner takes all?
  • Google’s attempts to crack communications
  • Telcos’ long goodbye
  • RCS – a very slow burn
  • VoLTE sees broader support
  • Google and telcos: a match made in heaven?
  • A new phase in the Google-telcos relationship?
  • Building a business case
  • Conclusions
  • Strengths
  • Weaknesses
  • Opportunities
  • Threats
  • Next steps
  • Lay the foundations
  • What will Google do next?

 

  • Figure 1: WeChat users find it convenient to combine payments and messaging
  • Figure 2: Using Weixin Pay to complete a transaction in a fast food outlet
  • Figure 3: Leading communications & media sharing apps by downloads
  • Figure 4: Deutsche Telekom’s RCS app’s features include location sharing
  • Figure 5: All-IP communications services are gaining some traction with operators
  • Figure 6: Google Places aims to connect businesses and consumers
  • Figure 7: SWOT analysis of operators’ IP communications proposition
  • Figure 8: TOWS analysis for telcos in all-IP communications

WeChat: A Roadmap for Facebook and Telcos in Conversational Commerce

Introduction

The latest report in STL’s new Dealing with Disruption in Communications, Content and Commerce stream, this executive briefing explores the rise of conversational commerce – the use of messaging services to enable both interactions and transactions. It considers how WeChat/Weixin has developed this concept in China, the functionality the Tencent subsidiary offers consumers and merchants, and the lessons for other players.

The report then goes on to consider how Facebook is implementing conversational commerce in its popular Messenger app, before outlining the implications for Amazon, Google and Apple. Finally, it considers how telcos may be able to capitalise on this trend and makes a series of high-level recommendations to guide the implementation of a conversational commerce strategy. This report builds on three recent STL reports, Building Digital Trust: A Model for Telcos to Succeed in Commerce, Mobile Authentication: Telcos’ Key to the Digital World? and Authentication Mechanisms: The Digital Arms Race.

Communications and commerce: two sides of the same coin

For Facebook, advertising isn’t the only fruit. When it hired the former head of PayPal, David Marcus, to run Facebook Messenger in 2014, it was a clear signal of where the social network is heading. Facebook plans to go head to head with eBay and Amazon in the digital commerce market, generating revenues by enabling transactions, as well as brokering advertising and marketing. The ultimate goal is to transform communications services into end-to-end commerce platforms that enable consumers and brands to “close the loop” from initial interaction through transaction to after-sales care.

Facebook is not alone. In fact, it is following in the footsteps of Tencent’s WeChat service. In the STL Partners’ Wheel of Digital Commerce (see Figure 1), the remit of WeChat, Facebook Messenger, Twitter, SnapChat and other digital communications services is expanding to encompass the guide, the transact and satisfy segments (marked in blue, turquoise and green), as well as the retain, plan and promote segments: the traditional sweet spot for social networking services, email and instant messaging.

Figure 1: Communications services move to facilitate the whole wheel of commerce

Source: STL Partners

Facebook, in particular, is following in the footsteps of WeChat, Tencent’s messaging service, which is evolving into a major digital commerce platform in its home market of China. Whereas email, SMS and many other digital commerce services have long carried commercial messages, together with advertising and, inevitably, spam, WeChat goes much further – it also enables transactions and customer care. The central tenet behind this concept, which is sometimes called conversational commerce, is that consumers will become increasingly comfortable using a single service to converse with friends and businesses, and buy goods and services. In some markets, third parties are adding a commerce overlay to existing communications platforms. In India, for example, several startups, such as Joe Hukum, Niki and Lookup, are touting ways to use WhatsApp, SMS and other digital communications services to transact with consumers.

For telcos, the growing integration of communications and commerce exacerbates a key strategic dilemma. Through voice calls and text messaging, telcos led the digital communications market for two decades, but now face ceding that market to over-the-top players using communications as a loss leader to support digital commerce. The question for telcos is whether to compete head-on with these players in both digital communication and commerce (a major undertaking requiring major investments in product development and marketing) or whether to fall back to just providing enablers for other players.

The final section of this report discusses this question further. But first, let’s consider the arguments as to why digital communications and digital commerce are natural bedfellows:

Markets have always combined commerce and conversations

Markets – essentially a concentration of vendors in one physical location – have been a feature of most societies and cultures throughout recorded history. They fulfil two key functions: One is to enable buyers and sellers to find each other easily. The second is to enable the exchange of information, news and gossip: the communications required to help human societies to function smoothly. For many shoppers, a visit to a physical market is as much about socialising, as shopping. In other words, communications and commerce have been intertwined for centuries. Messaging apps could extend this concept into the digital age.

Conversations help build trust

Communication is often a prelude for commerce. In both a personal and professional capacity, people often seek word-of-mouth recommendations or they canvas friends’ opinions on potential products and services. As consumers increasingly use communications apps for this purpose, these platforms are already playing a key role in purchasing decisions across both services and products. The obvious next step is to enable the actual transaction to also take place within the app.

Conversations can drive commerce

People use messaging apps to organise their social lives. They chat with friends about which bars to go to, which restaurants to dine at, which films to see, which concerts to attend and other entertainment possibilities. Once the decision is made, one of the group may want to book tickets, a table or a taxi. If such a booking can be made within the messaging app, all of the group will be able to see the details and act accordingly.

Convenient customer service

After a transaction is completed, customer service kicks in. The buyer may want to change an order, check on delivery dates or make a related purchase. The seller may want feedback. For younger generations growing up with the Internet, messaging apps represent a natural way to interact with customer service representatives.

Messaging has consumers’ attention

Although most smartphones host dozens of apps, few are used regularly. Messaging apps are among this chosen few. In fact, communications apps (social networks/messaging apps) soak up a huge amount of consumers’ time and attention. Data from comScore, for example, shows that social networks accounts for between one fifth and one quarter of all the time that consumers spend on digital services (see Figure 2).

Figure 2: Share of digital time of different categories of apps

Source:comScore

Merchants and brands need to go where their customers are and one of those places is messaging. Messaging apps are typically always running, frequently generating notifications. That means, for many consumers, a messaging app could be a convenient place from which to make purchases – it saves them the hassle of switching to another app or using a web browser. In an interview with Tech in Asia, Joe Hukum co-founder Ajeet Kushwaha noted: “Conversational commerce is going to offer Convenience 2.0 – better and bigger than Convenience 1.0 offered by e-commerce,” adding that Joe Hukum plans to make API (application program interface) integrations with a range of partners in order to enable quick transactions. “We’re at a point where the way we consume and transact is going to change drastically,” he contended.

The success of WeChat and the lessons it holds for other communications players suggests Kushwaha could well be right.

 

  • Executive Summary*
  • Communications and commerce: two sides of the same coin
  • WeChat – the conversational commerce trailblazer*
  • The merchant experience*
  • Muted monetisation*
  • Lessons to learn from WeChat/Weixin*
  • Facebook now following fast*
  • How much money can Messenger make from commerce?*
  • WhatsApp also targets commerce*
  • Takeaways: Facebook needs to work with the medium, not against it*
  • Implications for Amazon, Apple and Google*
  • Amazon – in danger of disruption*
  • Google – down, but not out*
  • Apple – already has the assets*
  • Conclusions and lessons for telcos*
  • How can telcos differentiate?*

(* = not shown here)

 

  • Figure 1: Communications services move to facilitate the whole wheel of commerce
  • Figure 2: Share of digital time of different categories of apps
  • Figure 3: The world’s most widely used mobile messaging services*
  • Figure 4: An example of a WeChat Subscription Account*
  • Figure 5: An example of a WeChat Service Account*
  • Figure 6: The key features of WeChat’s official accounts*
  • Figure 7: The main developer tools available to WeChat verified service accounts*
  • Figure 8: WeChat enables merchants to create a distinctive look and feel*
  • Figure 9: Some Chinese nurseries use WeChat to communicate with parents*
  • Figure 10: The WeChat Wallet offers easy access to a suite of services*
  • Figure 11: Tencent’s Red Envelope promotion was hugely successful*
  • Figure 12: WeChat’s depiction of a typical day for one of its users*
  • Figure 13: Tencent remains heavily reliant on online gaming revenues*
  • Figure 14: Facebook Messenger seeks to fill the gap in digital commerce*
  • Figure 15: Facebook follows in Tencent’s footsteps*
  • Figure 16: Hailing a taxi from within a conversation on Facebook Messenger*
  • Figure 17: Facebook Messenger will increasingly compete with Amazon Prime Now*
  • Figure 18: Telcos’ mobile money apps are becoming increasingly sophisticated*

(* = not shown here)

AT&T: Fast Pivot to the NFV Future

Objectives, methods and strategic rationale

AT&T publicly launched its plan to transform its network to a cloud-, SDN- and NFV-based architecture at the Mobile World Congress in February 2014. The program was designated as the ‘User-Defined Network Cloud’ (UDNC).

The initial branding, which has receded somewhat as the program has advanced, reflected the origins of AT&T’s strategic vision in cloud computing and the idea of a software-defined network (SDN) where users can flexibly modify and scale their services according to their changing needs, just as they can with cloud-based IT. This model also contributed to an early bias toward enterprise networking, with AT&T’s first major SDN-based service being ‘Network on Demand’: an Ethernet offering allowing enterprises to rapidly modify their inter-site bandwidth and make other service alterations via a self-service portal, first trialed in June 2014.

Data center-based infrastructure and SDN architectural principles have remained at the heart of AT&T’s vision, although the focus has shifted increasingly toward network functions virtualization (NFV). In December 2014, the operator announced it had set itself the target of virtualizing (NFV) and controlling (SDN) 75% of its network via software by 2020.  What this actually means was spelled out only in mid-2015, by which time AT&T also indicated that it expected to have virtualized around 5% out of the targeted 75% by the end of 2015.

What the 75% target relates to specifically are the 200 most vital network functions that AT&T believes it will need to take forward in the long term; so this is not an exhaustive list of every network component. The list comprises network elements and service platforms supporting IP-based data and voice services, and content delivery, ranging from CPE to the optical long-haul network and everything in between. What the list does not include is functions supporting legacy services such as TDM voice, frame relay or ATM; so the UDNC involves a definitive break with AT&T’s history as one of the largest and oldest PSTN operators in the world.

Correspondingly, this involves huge changes in AT&T’s culture and organization. The operator uses the term ‘pivot’ to describe its transformation into a software-centric network company. The word is intended to evoke a sort of 180o inversion of AT&T’s whole mode of operation: a transition from a hardware-centric operator that deploys and operates equipment designed to support specific services – and so builds and scales networks literally from the ground up – to a ‘top-down’, software-centric, ‘web-scale’ service provider that builds and scales services via software, and uses flexible, resource-efficient commodity IT hardware to deliver those services when and where needed.

AT&T has described the culture change needed to effect this pivot as one of the toughest challenges it faces. It involves replacing a so-called ‘NetOps’ (network-operations) mentality and team structure with a ‘DevOps’ (collaborative, iterative operations-focused software development) approach, with multi-disciplinary teams working across established operational siloes, and focusing on developing and implementing software-based solutions that address particular customer needs. According to AT&T Business Solutions’ Chief Marketing Officer, Steve McGaw, the clear parameters that the operator has set around the SDN architecture and customer-centricity are now driving team motivation and creativity: “A product that is going to fit into the SDN architecture becomes a self-fulfilling prophecy . . . . Because we have declared that that is the way we are going to do things, then there is friction to funding that doesn’t fit within that framework. And so everyone wants to get [their] project funded, everyone wants to move the ball forward with the customer and meet the customer’s needs and expectations.”

Allowing for some degree of marketing gloss, this description nonetheless portrays a considerable change in established ways of working, with hundreds of network engineers being retrained as software developers and systems managers. The same can be said for AT&T’s collaboration with third parties in developing the SDN architecture and virtualizing so many crucial network functions. AT&T is partnering with 11 vendors – both established and challengers – on the UDNC project, co-opting them into its dedicated Domain 2.0 supplier program. These vendors are:

  • Ericsson (multiple network functions, and also integration and transformation services);
  • Tail-F Systems (service orchestration: added to the Domain 2.0 program from February 2014 and then acquired by Cisco in July 2014);
  • Metaswitch Networks (virtualized IP multimedia functions, e.g. routers and SBCs);
  • Affirmed Networks (virtualized Enhanced Packet Core (EPC));
  • Amdocs (BSS / OSS functionality);
  • Juniper (routers, SDN technology, etc.);
  • Alcatel-Lucent (range of network functions);
  • Fujitsu (IT services);
  • Brocade (virtualized routers);
  • Ciena (optical networking and service orchestration);
  • Cisco (routers and IP networking)

In addition, in another challenge to AT&T’s traditionally proprietary mode of operation, the operator is collaborating extensively with a range of open source and academic initiatives working on various pieces of the SDN / NFV jigsaw. These include:

  • ON.Lab (a non-profit organization founded by SDN innovators, and specialists from Stanford University and Berkeley) – working on the virtualization of Central Office functionality (the so-called Central Office Re-architected as a Datacenter, or CORD) and the Open Network Operating System (ONOS) carrier-grade SDN platform. ON.Lab announced in October 2015 that it would partner with the Linux Foundation on open development of ONOS.
  • OpenDaylight (collaborative open source project hosted by the Linux Foundation, and dedicated to developing SDN and NFV technologies – various projects, including a tool based on the YANG data modeling language for configuring devices in the SDN)
  • OPNFV (another Linux Foundation-hosted open source project, focused on developing an open standard NFV platform – works mostly on the ARNO NFV platform).

AT&T’s Architecture – a technical summary

If you want to understand how this all fits together, consider the CORD project’s architecture as shown in Figure 1. CORD is an AT&T research project which aims to transform its local exchanges, Central Offices in US parlance, into small data centres hosting a wide range of virtualized software applications. As well as virtualizing the core telco functions based there, they will eventually also provide edge hosting for new products and services. The structure of CORD is the template for how AT&T intends to virtualize its network and how it intends to work with the three open-source groups ON.Lab, OpenDaylight, and OPNFV. Figure 1 shows how services are created in the XOS orchestration platform out of OpenStack virtual machines, OpenDaylight network apps, and ONOS flow rules.

Figure 1: How the Central Office Re-architected as a Datacenter project works

Source: ON.Lab

What’s the benefit?

This means that AT&T can …

 

  • Executive Summary* 
  • Objectives, methods and strategic rationale (shown in part here)
  • Progress and key milestones*
  • Analysis: proceeding on all fronts*
  • Next steps: getting it done*

(* = not shown here)

 

  • Figure 1: How the Central Office Re-architected as a Datacenter project works
  • Figure 2: NFV means re-organising your product bundles, which is one of the main reasons it’s worth doing*
  • Figure 3: AT&T’s publicly disclosed virtualized network functions (VNFs) as at October 2015*
  • Figure 4: What AT&T is concentrating on versus Telefonica*
  • Figure 5: Functions in line for virtualization by AT&T*
  • Figure 6: How AT&T is doing versus its primary competitor, Verizon in this space*

(* = not shown here)