Investments by numerous vendors over the past few years in ‘LiFi’ are resulting in meaningful progress in 2018. A trial announced by Philips Lighting in March represents a huge endorsement.
While the technology remains several years away from commercial products, LiFi represents a truly disruptive technology that could augment traditional cellular and WiFi.
News flash: With seemingly insatiable customer demand for high-speed data and streaming video, network operators are increasingly concerned about how they can keep pace. And much of that concern centers on ‘bandwidth.’ Traditional cellular radio technologies are constrained, and operators and regulators are scrambling to find new spectrum on which to provide service, particularly with the 5G era looming. WiFi provides an effective tool to extend cellular or fixed coverage into homes and businesses, but it is difficult to seamlessly integrate into other networks and is racked with security vulnerabilities. Continue reading “LiFi Verging Ever Closer to Reality”→
Cisco’s new Cybersecurity Report shows that networks are facing an increasing level of threat from a growing number of threat sources, and attacks from malicious actors are getting more sophisticated.
Now enterprises and communication service providers need to embrace analytics, automation and artificial intelligence to help identify threats and mitigate damage from attacks.
A new Cybersecurity Report from Cisco reveals some scary statistics that confirm what most public network operators – AT&T, Vodafone, Deutsche Telekom, Comcast and the like – already know too well – network security is leaky, getting more so, and the attacks are coming from more “threat vectors” than ever. And public network operators – which are perhaps the most vulnerable targets given their access to millions of enterprises and consumers – need to engage in a never-ending battle to stay one step ahead of the bad guys. That, in turn, means CTOs and security executives will need to move much more aggressively on the three “As” – analytics, artificial intelligence (AI), and automation – in order to prevent breaches, mitigate damage, protect sensitive customer data.
The Cisco report calls out a few of the concerning proof points:
Malicious e-mail and spam remain as key points of vulnerability since they deliver malware directly to end devices such as smartphones and laptops at the click of a button.
The incidence of Distributed Denial of Service (DDoS) attacks is growing – 42% of organizations reported this kind of attack in 2017 – and the attacks are doing more damage and getting harder to root out.
Encryption is growing as a way to ensure web traffic remains secure, with 50% of web traffic encrypted in November 2017, up from just 38% the year before. Unfortunately, malicious actors are also getting better at using encryption to conceal malicious code used to infect unwitting Internet users.
After factoring in lost revenue, lost customers, missed opportunities, and out-of-pocket costs, Cisco estimates 53% of all cybersecurity attacks last year resulted in financial damages in excess of $500,000 to the affected enterprise.
There is some good news though on adoption of the three “As”: Cisco reports that 83% are relying on automation to help lock down security, with nearly 3/4 using some form of AI, while 92% of enterprises report that behavior analytics have been effective in helping to recognize malicious network activity and limit its damage to the network. Given the continued reluctance of many operators to embrace automation broadly within their network operations, their willingness to accept the importance of automation in network security is a good sign; going forward, as operators embrace virtualization, cloud-native microservices, and DevOps, automation will become increasingly vital to manage networks that are becoming exponentially more complex to operate and maintain. Continue reading “Operator Resistance to Automation is Slowly Breaking Down, Especially in Security”→
TEOCO has launched its AirborneUTM platform, aimed at operator delivery of drone-powered services to verticals such as agriculture and energy, providing a clearly differentiated UAV service enablement platform.
However, TEOCO must expand ecosystem support for its AirborneUTM platform, especially enlisting UAV specialist partners, to ease operator adoption of drone-based service delivery and better manage the complexities of 3D radio environments.
In February 2018, TEOCO unveiled its AirborneUTM solution targeted at enabling operators to deliver drone-based Internet of Things (IoT) services to industry verticals such as agriculture, energy, and transport. TEOCO is integrating radio-signal-space (3D radio coverage), airspace, environmental data, cost, and regulatory information into a single platform, allowing operators to operate autonomous flight plans and missions. TEOCO is emphasizing that unmanned autonomous vehicle (UAV) operations require 3D radio connectivity to provide the command and control, communication, authentication, and tracking capabilities essential to supporting and scaling UAVs such as drones. The platform is designed to enable operators to rapidly register drones while also complying with regulations, especially including support for ‘beyond visual line of sight’ (BVLOS) flights, which are not restricted by the distances pilots can see. In addition, the platform uses machine learning to enable real-time airspace control and open interfaces to ease integration into vertical ecosystems like agriculture and utilities. TEOCO is clearly differentiating its portfolio by launching a UAV-specific platform aimed at operators, contrasting with service enablement competitors like Huawei and Ericsson which are only supporting UAV services as one of many potential applications on their respective digital transformation platforms. Continue reading “TEOCO Goes Airborne to Differentiate Its Service Enablement Portfolio, but 3D Radio Challenges Await”→
PCS Maximizes Fiber Utilization: The PSE-3 DSP relies on PCS modulation to increase available bandwidth per fiber close to its theoretical maximum.
PSE-3 Simplifies Network Operations: PCS enables the PSE-3 to tune its wavelength capacity from 100G to 600G, using a single modulation format, baud rate, and channel size.
Nokia’s new Photonic Service Engine 3 (PSE-3) is designed to improve optical performance, flexibility, and programmability across a wide range of wavelength capacities. To achieve this, the new DSP chipset utilizes probabilistic constellation shaping (PCS) – a modulation technique which improves optical reach performance by approximately 1 dB, or roughly 25% (compared to the most advanced optical systems today). This brings the optical system performance, according to Nokia, within a fraction of a dB of Shannon theoretical limits. Continue reading “OFC 2018: Nokia’s New PSE-3 DSP Chipset Pushes Optical Transmission Closer to the Shannon Limit”→
Netcracker unveiled its new 5G monetization solution at Mobile World Congress 218, aimed at delivering the 5G use cases essential to justifying massive operator investments in 5G technology.
However, Netcracker must further sharpen its portfolio development and marketing on a breakthrough 5G use case, with e-health a leading candidate, to jump-start 5G monetization and avoid overextended, spread-out pursuit of effective 5G business cases.
At Mobile World Congress 2018, Netcracker launched its 5G monetization solution, publicizing growing operator demand for commercializing emerging 5G services, particularly during their transitions from 4G services to 5G services. Netcracker’s solution is developed to solve core 5G monetization challenges such as delivering the dynamic network slicing and distributed edge computing essential to executing new digital business models and extracting value from 5G offerings. Moreover, Netcracker is stressing that its solution meets the emerging requirements in building 5G use cases such as fixed wireless access, virtual/augmented entertainment and collaboration, remote medicine, and industrial robotics. By using open source software and distributed domain orchestration, the solution supports the cloud-native microservices architecture needed to lower the upfront costs of flexibly deploying services in order to arrive at delivering successful commercial 5G services. Continue reading “MWC18: Netcracker’s 5G Monetization Solution Readies Operators for 5G Business Case Journey, but a Winner Is Essential in 2018”→
• Automates Complex Network Slicing Process: The Contrail Network Slicing Bot aims to simplify the highly complex process of defining, creating, provisioning and managing network slicing across both physical and virtual infrastructures. Network slicing is a fundamental tenet of all 5G architectures.
• Addresses Skill Set Shortage: Juniper’s network Bots, including the Slicing Bot, help alleviate the lack of internal staff education and higher level skillsets required to use network automation tools, which are often complex and require deep network knowledge. The Slicing Bot uses a high level human friendly language to translate operator intent into actionable workflows.
Juniper’s “Slicing Bot” launch enables operators to leverage technologies such as machine learning, network telemetry and SDN control, to help reduce the complexity they face as they attempt to deploy virtual networks to meet the growing demand for faster time-to-service. The new Contrail Slicing Bot joins three other Bots, which the company launched in December 2017. The Bots enable operators to operate at a business level (i.e., intent) to help automate complex network functions that are often error prone and time consuming due to manual processes and the lack of operational skills. The three initial Bot applications offered by Juniper included PeerBot, TestBot and HealthBot, which address key pain points for operators; the new Slicing Bot tackles the highly complex, but essential process of carving up the network into virtual slices, a fundamental building block for supporting 5G services. Continue reading “MWC18: Juniper Expands its “Bots” Portfolio with the Contrail Slicing Bot, Helping to Automate More Complexity”→
While the healthcare system in the United States, and abroad, is a complex ecosystem with an array of interdependencies that are influencing the way the market is evolving, four major trends are having a strong impact circa 2018.
Shifts towards “Value-based Care”. Particularly in the U.S., the healthcare system is faced with significant rising costs due to a very large portion of its population moving into retirement age. In response, the U.S. government, the largest payer in the healthcare ecosystem, is taking steps to shift reimbursements towards “value-based payments.” A central tenet of this approach is to encourage a shift in industry focus from “paying for procedures” to “paying for outcomes”. While the business impact of this trend is to transfer increasing amounts of financial risk from payers to providers and patients, the theory is that it will also result in more targeted and effective treatment and care plans.
The need to protect profitability. As the movement towards value-based care shifts more financial risks to providers, many are taking steps such as scaling up through M&A, opening practices in desirable geographies and investing in specialties to protect their profitability. For example, hospital systems are opening urgent care facilities in suburban and rural areas, drug companies are merging and/or buying retail pharmacies, and healthcare payers are partnering with health systems to help promote wellness programs.