“summit broadband”

Garmin and NXT-ID Subsidiary FitPay Announce Garmin Pay Now Live on Garmin vívoactive 3 Smartwatch

By IoT – Internet of Things

Garmin International, Inc. and Fit Pay, Inc., a wholly owned subsidiary of NXT-ID, Inc. recently announce that the Garmin PayTM contactless payment feature is now live on Garmin’s vívoactive 3 smartwatch and available to cardholders of issuing banks supporting the new service. The new feature on Garmin’s latest smartwatch enables consumers to make highly secure […]

The post Garmin and NXT-ID Subsidiary FitPay Announce Garmin Pay Now Live on Garmin vívoactive 3 Smartwatch appeared first on IoT – Internet of Things.

Read more here:: iot.do/feed

Garmin and NXT-ID Subsidiary FitPay Announce Garmin Pay Now Live on Garmin vívoactive 3 Smartwatch

By News Aggregator

By IoT – Internet of Things

Garmin International, Inc. and Fit Pay, Inc., a wholly owned subsidiary of NXT-ID, Inc. recently announce that the Garmin PayTM contactless payment feature is now live on Garmin’s vívoactive 3 smartwatch and available to cardholders of issuing banks supporting the new service. The new feature on Garmin’s latest smartwatch enables consumers to make highly secure […]

The post Garmin and NXT-ID Subsidiary FitPay Announce Garmin Pay Now Live on Garmin vívoactive 3 Smartwatch appeared first on IoT – Internet of Things.

Read more here:: iot.do/feed

The post Garmin and NXT-ID Subsidiary FitPay Announce Garmin Pay Now Live on Garmin vívoactive 3 Smartwatch appeared on IPv6.net.

Read more here:: IPv6 News Aggregator

Calix AXOS accelerates past 100 Gfast service provider deployments

By News Aggregator

By Zenobia Hegde

Calix, Inc. announced it has accelerated past the 100 service provider deployment milestone for its AXOS Gfast solutions faster than any other vendor. Armed with Calix AXOS Gfast solutions, which simplify the delivery of new services, service providers globally are cost-effectively upgrading their offerings to a true symmetrical gigabit experience in challenging multi-dwelling unit (MDU) environments. By leveraging the Calix Gfast portfolio, the copper and coaxial cable infrastructure in many MDUs is no longer an obstacle to deployment, allowing service providers to offer a unified gigabit marketing message across their markets, and reap the benefits of AXOS, the world’s only Software Defined Access (SDA) platform, to deliver Always On services to all subscribers in record time.

One example of a service provider taking advantage of game-changing Calix technology is Skywire Networks, a division of Xchange Telecom. Based in Brooklyn and serving the surrounding areas of New York City and New Jersey, Skywire is often challenged to bring advanced broadband services to residents and businesses in older MDU buildings where the in-building network infrastructure is extremely out of date.

Through an innovative vision of bringing connectivity to these buildings wirelessly via fixed millimeter wave radios, the Company is utilising Calix AXOS Gfast solutions to provide fiber-like speeds to their subscribers within the buildings without the cost of rewiring the building.

“Even though we serve buildings in some of the largest cities in the country, many MDUs in our area are lacking adequate connectivity coming into their locations due to aging infrastructure and high costs to upgrade. It’s an area we like to call the ‘Digital Desert’,” said Alfred West, co-founder and chairman of Skywire Networks, a division of Xchange Telecom.

“However, through the fixed wireless connection to our buildings and the Calix AXOS Gfast solutions inside the MDUs, we can provide the high-speed services our customers are asking for, even business SLAs that rival those of a fiber network. Better yet, we can do it in the fraction of the time and at a fraction of the cost through Gfast.“

With the latest additions of the industry’s first 48-port, Amendment 3 Gfast solutions to the Calix AXOS Gfast portfolio, service providers like Xchange can more cost-effectively serve subscribers in higher-density MDUs such as those found in large cities. The E3-48F Gfast Remote Node (sealed DPU) and E5-48F Gfast Nodes leverage the frequency range up to 212 MHz, which doubles broadband speeds over copper and, when deployed with Calix cDTA and bonding technologies, delivers symmetrical speeds of up to 2 Gbps to subscribers.

When combined with the Calix E3-16F and E5-16F Gfast nodes, the Calix AXOS Gfast portfolio comprises the industry’s largest number of Gfast tested configurations in the Broadband Forum Gfast Certification Program, and the broadest and most mature set of Gfast solutions on the market, further accelerating time-to-market for service providers with pre-tested, interoperable solutions.

“The deployment challenges for MDUs have been daunting for the industry as a whole, and Gfast has proven to be an efficient and cost-effective method to bring subscribers an unmatched broadband experience, no matter […]

The post Calix AXOS accelerates past 100 Gfast service provider deployments appeared first on IoT Now – How to run an IoT enabled business.

Read more here:: www.m2mnow.biz/feed/

The post Calix AXOS accelerates past 100 Gfast service provider deployments appeared on IPv6.net.

Read more here:: IPv6 News Aggregator

Calix AXOS accelerates past 100 Gfast service provider deployments

By Zenobia Hegde

Calix, Inc. announced it has accelerated past the 100 service provider deployment milestone for its AXOS Gfast solutions faster than any other vendor. Armed with Calix AXOS Gfast solutions, which simplify the delivery of new services, service providers globally are cost-effectively upgrading their offerings to a true symmetrical gigabit experience in challenging multi-dwelling unit (MDU) environments. By leveraging the Calix Gfast portfolio, the copper and coaxial cable infrastructure in many MDUs is no longer an obstacle to deployment, allowing service providers to offer a unified gigabit marketing message across their markets, and reap the benefits of AXOS, the world’s only Software Defined Access (SDA) platform, to deliver Always On services to all subscribers in record time.

One example of a service provider taking advantage of game-changing Calix technology is Skywire Networks, a division of Xchange Telecom. Based in Brooklyn and serving the surrounding areas of New York City and New Jersey, Skywire is often challenged to bring advanced broadband services to residents and businesses in older MDU buildings where the in-building network infrastructure is extremely out of date.

Through an innovative vision of bringing connectivity to these buildings wirelessly via fixed millimeter wave radios, the Company is utilising Calix AXOS Gfast solutions to provide fiber-like speeds to their subscribers within the buildings without the cost of rewiring the building.

“Even though we serve buildings in some of the largest cities in the country, many MDUs in our area are lacking adequate connectivity coming into their locations due to aging infrastructure and high costs to upgrade. It’s an area we like to call the ‘Digital Desert’,” said Alfred West, co-founder and chairman of Skywire Networks, a division of Xchange Telecom.

“However, through the fixed wireless connection to our buildings and the Calix AXOS Gfast solutions inside the MDUs, we can provide the high-speed services our customers are asking for, even business SLAs that rival those of a fiber network. Better yet, we can do it in the fraction of the time and at a fraction of the cost through Gfast.“

With the latest additions of the industry’s first 48-port, Amendment 3 Gfast solutions to the Calix AXOS Gfast portfolio, service providers like Xchange can more cost-effectively serve subscribers in higher-density MDUs such as those found in large cities. The E3-48F Gfast Remote Node (sealed DPU) and E5-48F Gfast Nodes leverage the frequency range up to 212 MHz, which doubles broadband speeds over copper and, when deployed with Calix cDTA and bonding technologies, delivers symmetrical speeds of up to 2 Gbps to subscribers.

When combined with the Calix E3-16F and E5-16F Gfast nodes, the Calix AXOS Gfast portfolio comprises the industry’s largest number of Gfast tested configurations in the Broadband Forum Gfast Certification Program, and the broadest and most mature set of Gfast solutions on the market, further accelerating time-to-market for service providers with pre-tested, interoperable solutions.

“The deployment challenges for MDUs have been daunting for the industry as a whole, and Gfast has proven to be an efficient and cost-effective method to bring subscribers an unmatched broadband experience, no matter […]

The post Calix AXOS accelerates past 100 Gfast service provider deployments appeared first on IoT Now – How to run an IoT enabled business.

Read more here:: www.m2mnow.biz/feed/

Huawei appeals for global harmonisation as it releases position paper on 5G spectrum

By Zenobia Hegde

At the 8th Global Mobile Broadband (MBB) Forum held on November 15th in London, Huawei releases a Position Paper on 5G Spectrum, which presents Huawei’s insights and recommendations on 5G spectrum policy. This paper aims to call upon the industry’s organisations and regulators to facilitate spectrum harmonisation and ensure timely availability for early deployment and large-scale commercial use of 5G.

5G is the next generation of MBB technology, capable of ultra-fast speeds, low latency and excellent reliability. The 5G New Radio (5G-NR) interface can provide superior MBB services for end users anytime and anywhere, while releasing the Internet of Things (IoT). This will enable a diverse range of innovative use cases, such as smart manufacturing, connected cars, smart logistics and wireless home broadband. 5G is poised to create a super connected world.

5G assumes the responsibility of promoting digital transformation throughout society and requires a wide range of spectrum resources. Huawei proposed a multi-layer spectrum approach in consideration of divergent requirements of 5G services and different characteristics of related frequency bands. The “Coverage and Capacity Layer” relies on the 2 to 6 GHz range (e.g. the C-band, 3.3-4.2 and 4.4-5.0 GHz) to deliver the best compromise between capacity and coverage.

This layer will emerge as the world’s first band for the much anticipated commercial deployment of 5G. The “Coverage Layer” exploits the spectrum below 2 GHz (e.g. 700 MHz) providing wide-area and deep indoor coverage. The “Super Data Layer” relies on the spectrum above 6 GHz (e.g. 24.25-29.5 and 37-43.5 GHz) to address specific use cases requiring extremely large capacity and high data rates.

The availability of spectrum resources in the 5G era needs administrations’ planning and allocation of contiguous spectrum. The C-band is the key primary frequency band for the introduction of 5G by 2020. Each operator will need at least 100 MHz contiguous channel bandwidth to support Massive MIMO to boost peak, average, and cell-edge throughput with affordable complexity. The 5G-NR system on the 3.3-3.8 GHz band is expected to be commercially ready by 2018. As the first step of 5G deployment, it is highly recommended that 3.3-3.8 GHz or a portion of it be allocated as soon as practicable.

High frequencies (above 6 GHz) will also play an important role for 5G. Huawei suggests that at least 800 MHz of contiguous spectrum can be allocated to each operator at the initial stages to meet 5G requirements for ultra-high capacity of wireless home broadband (WTTx) and for high mobility especially in hotspot areas.

5G-NR will embrace many new features and technical innovations including LTE/NR uplink spectrum sharing, Massive MIMO, network synchronisation (inter-operator), duplex flexibility, and others. These innovative features and technologies provide an opportunity for regulators to adjust regulations for more efficient and flexible spectrum utilisation.

LTE/NR uplink spectrum sharing lifts the restriction on a single band for both uplink and downlink. For example, the 5G-NR uplink at 3.5 GHz can exploit spectrum resources at 1.8 GHz that have been used for LTE. This scheme allows improved network coverage and spectral efficiency. Regulatory frameworks need to embrace the principle of technology and service […]

The post Huawei appeals for global harmonisation as it releases position paper on 5G spectrum appeared first on IoT Now – How to run an IoT enabled business.

Read more here:: www.m2mnow.biz/feed/

Huawei appeals for global harmonisation as it releases position paper on 5G spectrum

By News Aggregator

By Zenobia Hegde

At the 8th Global Mobile Broadband (MBB) Forum held on November 15th in London, Huawei releases a Position Paper on 5G Spectrum, which presents Huawei’s insights and recommendations on 5G spectrum policy. This paper aims to call upon the industry’s organisations and regulators to facilitate spectrum harmonisation and ensure timely availability for early deployment and large-scale commercial use of 5G.

5G is the next generation of MBB technology, capable of ultra-fast speeds, low latency and excellent reliability. The 5G New Radio (5G-NR) interface can provide superior MBB services for end users anytime and anywhere, while releasing the Internet of Things (IoT). This will enable a diverse range of innovative use cases, such as smart manufacturing, connected cars, smart logistics and wireless home broadband. 5G is poised to create a super connected world.

5G assumes the responsibility of promoting digital transformation throughout society and requires a wide range of spectrum resources. Huawei proposed a multi-layer spectrum approach in consideration of divergent requirements of 5G services and different characteristics of related frequency bands. The “Coverage and Capacity Layer” relies on the 2 to 6 GHz range (e.g. the C-band, 3.3-4.2 and 4.4-5.0 GHz) to deliver the best compromise between capacity and coverage.

This layer will emerge as the world’s first band for the much anticipated commercial deployment of 5G. The “Coverage Layer” exploits the spectrum below 2 GHz (e.g. 700 MHz) providing wide-area and deep indoor coverage. The “Super Data Layer” relies on the spectrum above 6 GHz (e.g. 24.25-29.5 and 37-43.5 GHz) to address specific use cases requiring extremely large capacity and high data rates.

The availability of spectrum resources in the 5G era needs administrations’ planning and allocation of contiguous spectrum. The C-band is the key primary frequency band for the introduction of 5G by 2020. Each operator will need at least 100 MHz contiguous channel bandwidth to support Massive MIMO to boost peak, average, and cell-edge throughput with affordable complexity. The 5G-NR system on the 3.3-3.8 GHz band is expected to be commercially ready by 2018. As the first step of 5G deployment, it is highly recommended that 3.3-3.8 GHz or a portion of it be allocated as soon as practicable.

High frequencies (above 6 GHz) will also play an important role for 5G. Huawei suggests that at least 800 MHz of contiguous spectrum can be allocated to each operator at the initial stages to meet 5G requirements for ultra-high capacity of wireless home broadband (WTTx) and for high mobility especially in hotspot areas.

5G-NR will embrace many new features and technical innovations including LTE/NR uplink spectrum sharing, Massive MIMO, network synchronisation (inter-operator), duplex flexibility, and others. These innovative features and technologies provide an opportunity for regulators to adjust regulations for more efficient and flexible spectrum utilisation.

LTE/NR uplink spectrum sharing lifts the restriction on a single band for both uplink and downlink. For example, the 5G-NR uplink at 3.5 GHz can exploit spectrum resources at 1.8 GHz that have been used for LTE. This scheme allows improved network coverage and spectral efficiency. Regulatory frameworks need to embrace the principle of technology and service […]

The post Huawei appeals for global harmonisation as it releases position paper on 5G spectrum appeared first on IoT Now – How to run an IoT enabled business.

Read more here:: www.m2mnow.biz/feed/

The post Huawei appeals for global harmonisation as it releases position paper on 5G spectrum appeared on IPv6.net.

Read more here:: IPv6 News Aggregator

Cisco Shares Rise on Strong Profits

By Reuters

Cisco Systems reported a better-than-expected quarterly profit on Wednesday, driven by gains from its newer businesses such as security, which more than offset the declines in its traditional switches and routers business.

The world’s largest network gear maker forecast second-quarter adjusted profit between 58 cents to 60 cents per share, largely above analysts’ estimate of 58 cents, according to Thomson Reuters I/B/E/S.

The company’s shares


csco



rose 3.2% to $35.20 after market.

Revenue from Cisco’s security business — which offers firewall protection and breach detection systems — rose 8% to $585 million.

Cisco has shifted its focus to newer high-growth areas such as security, Internet of Things and cloud computing like other legacy technology companies.

The company’s net income rose to $2.39 billion, or 48 cents per share, in the first quarter ended Oct. 28, from $2.32 billion, or 46 cents per share, a year earlier.

Get Data Sheet, Fortune‘s technology newsletter

Excluding items, the company earned 61 cents per share. Revenue fell 1.7% to $12.14 billion.

Analysts on average had expected Cisco to report a profit of 60 cents per share on revenue of $12.11 billion.

Read more here:: fortune.com/tech/feed/

Cisco Shares Rise on Strong Profits

By News Aggregator

By Reuters

Cisco Systems reported a better-than-expected quarterly profit on Wednesday, driven by gains from its newer businesses such as security, which more than offset the declines in its traditional switches and routers business.

The world’s largest network gear maker forecast second-quarter adjusted profit between 58 cents to 60 cents per share, largely above analysts’ estimate of 58 cents, according to Thomson Reuters I/B/E/S.

The company’s shares


csco



rose 3.2% to $35.20 after market.

Revenue from Cisco’s security business — which offers firewall protection and breach detection systems — rose 8% to $585 million.

Cisco has shifted its focus to newer high-growth areas such as security, Internet of Things and cloud computing like other legacy technology companies.

The company’s net income rose to $2.39 billion, or 48 cents per share, in the first quarter ended Oct. 28, from $2.32 billion, or 46 cents per share, a year earlier.

Get Data Sheet, Fortune‘s technology newsletter

Excluding items, the company earned 61 cents per share. Revenue fell 1.7% to $12.14 billion.

Analysts on average had expected Cisco to report a profit of 60 cents per share on revenue of $12.11 billion.

Read more here:: fortune.com/tech/feed/

The post Cisco Shares Rise on Strong Profits appeared on IPv6.net.

Read more here:: IPv6 News Aggregator

TRENDnet Cameras Still Have Gaping Security Holes, 3 Years After FTC Settlement

By Robert Hackett

A bird’s-eye view of a playground. The inside of a convenience store. The entrance to a home.

All of these scenes, recorded live by Internet-connected surveillance cameras, have been open to snooping by even the most novice hackers, say researchers at Refirm Labs, a new startup founded by ex-National Security Agency workers. Anyone could remotely view these and scores of other remote locales through a vulnerability affecting certain surveillance cameras manufactured by TRENDnet, a California-based gadget-maker, they said.

Refirm is set to disclose this and other critical vulnerabilities affecting other devices, such as TRENDnet and Belkin routers as well as Dahua security cameras, on Wednesday. The company previewed its findings exclusively with Fortune in the lead-up to their publication.

“I wouldn’t even call this a hack because it doesn’t take any sophistication,” said Terry Dunlap, cofounder and CEO of Refirm, about the vulnerability, which affects TRENDnet’s TV-IP344PI camera model. Tuning into these cameras’ video feeds requires neither authorization nor authentication, but merely the knowledge of a device’s IP address, an easily obtained bit of identifying information, Dunlap said.

The findings call into question whether Trendnet has been taking the security of its products seriously enough in the wake of a 2014 settlement with the Federal Trade Commission that found its security to be lax. Trendnet was forced to abide by tightened regulatory standards–bolstering its information security program and submitting to regular security audits–after a severe vulnerability allowed attackers to monitor and expose hundreds of video feeds from faulty cameras.

The latest version of the TRENDnet camera still has flaws that allow attackers to gain total control of a given camera, to use it to launch other attacks, to “brick” or destroy it, to meddle with its video outputs, or to install new programming instructions on it, the researchers said.

You can watch a demonstration of how hackers can take advantage of some of the bugs here.

TRENDnet was notified of the vulnerabilities this week, Dunlap said.

We have just received this report, and TRENDnet is currently reviewing it to validate the authenticity of each claim,” said Emily Chae, a spokesperson for TRENDnet, in an email to Fortune on Tuesday. “All TRENDnet products are tested by an internal audit team, and TRENDnet cameras go under further testing by a leading 3rd party security group. We will release a patch soon for any confirmed vulnerabilities.”

Other findings by Refirm included security holes in Belkin routers (model F9K1124v1), TRENDnet routers (TEW-816DRM), and a Dahua security camera (IPC-HDW4300S). The bugs could allow hackers to hijack devices, to meddle with their inner workings, to siphon data from networks, or to burrow deeper inside of them, the researchers said.

Dunlap’s team notified Belkin about the vulnerabilities affecting its products in two reports released in June and Oct. by his previous company, Tactical Network Solutions. Belkin released patches soon after.

“All three vulnerabilities have been addressed and we recommend that Belkin customers update their routers to this latest firmware,” said Karen Sohl, a spokesperson for Belkin.

Like TRENDnet, Dahua is only just learning about the issues affecting their products. Refirm is urging people to avoid Dahua’s products entirely, since it says many of them include hardcoded credentials that allow anyone to tamper with a device’s firmware or install backdoors.

The Refirm team provocatively suggested that this may have been done intentionally.

“This vulnerability is not the result of an accidental logic error or poor programming practice, but rather an intentional backdoor placed into the product by the vendor,” the researchers wrote. “Given that many other Dahua products contain this exact same backdoor, we strongly recommend against connecting any Dahua products to critical or sensitive networks.”

Refirm didn’t explain why Dahua would want to such a thing, and Dahua did not immediately respond to Fortune’s request for comment.

In most cases, Dunlap says, “if developers implemented secure coding practices from the very start, a significant number of IoT [Internet of Things] attacks would not exist today.”

Get Data Sheet, Fortune‘s technology newsletter

Where patches are not available, as is the case for TRENDnet and Dahua, Refirm advises people to sequester their cameras and routers away from internal networks, to limit their access to sensitive resources, or to remove them entirely until further notice.

Read more here:: fortune.com/tech/feed/

TRENDnet Cameras Still Have Gaping Security Holes, 3 Years After FTC Settlement

By News Aggregator

By Robert Hackett

A bird’s-eye view of a playground. The inside of a convenience store. The entrance to a home.

All of these scenes, recorded live by Internet-connected surveillance cameras, have been open to snooping by even the most novice hackers, say researchers at Refirm Labs, a new startup founded by ex-National Security Agency workers. Anyone could remotely view these and scores of other remote locales through a vulnerability affecting certain surveillance cameras manufactured by TRENDnet, a California-based gadget-maker, they said.

Refirm is set to disclose this and other critical vulnerabilities affecting other devices, such as TRENDnet and Belkin routers as well as Dahua security cameras, on Wednesday. The company previewed its findings exclusively with Fortune in the lead-up to their publication.

“I wouldn’t even call this a hack because it doesn’t take any sophistication,” said Terry Dunlap, cofounder and CEO of Refirm, about the vulnerability, which affects TRENDnet’s TV-IP344PI camera model. Tuning into these cameras’ video feeds requires neither authorization nor authentication, but merely the knowledge of a device’s IP address, an easily obtained bit of identifying information, Dunlap said.

The findings call into question whether Trendnet has been taking the security of its products seriously enough in the wake of a 2014 settlement with the Federal Trade Commission that found its security to be lax. Trendnet was forced to abide by tightened regulatory standards–bolstering its information security program and submitting to regular security audits–after a severe vulnerability allowed attackers to monitor and expose hundreds of video feeds from faulty cameras.

The latest version of the TRENDnet camera still has flaws that allow attackers to gain total control of a given camera, to use it to launch other attacks, to “brick” or destroy it, to meddle with its video outputs, or to install new programming instructions on it, the researchers said.

You can watch a demonstration of how hackers can take advantage of some of the bugs here.

TRENDnet was notified of the vulnerabilities this week, Dunlap said.

We have just received this report, and TRENDnet is currently reviewing it to validate the authenticity of each claim,” said Emily Chae, a spokesperson for TRENDnet, in an email to Fortune on Tuesday. “All TRENDnet products are tested by an internal audit team, and TRENDnet cameras go under further testing by a leading 3rd party security group. We will release a patch soon for any confirmed vulnerabilities.”

Other findings by Refirm included security holes in Belkin routers (model F9K1124v1), TRENDnet routers (TEW-816DRM), and a Dahua security camera (IPC-HDW4300S). The bugs could allow hackers to hijack devices, to meddle with their inner workings, to siphon data from networks, or to burrow deeper inside of them, the researchers said.

Dunlap’s team notified Belkin about the vulnerabilities affecting its products in two reports released in June and Oct. by his previous company, Tactical Network Solutions. Belkin released patches soon after.

“All three vulnerabilities have been addressed and we recommend that Belkin customers update their routers to this latest firmware,” said Karen Sohl, a spokesperson for Belkin.

Like TRENDnet, Dahua is only just learning about the issues affecting their products. Refirm is urging people to avoid Dahua’s products entirely, since it says many of them include hardcoded credentials that allow anyone to tamper with a device’s firmware or install backdoors.

The Refirm team provocatively suggested that this may have been done intentionally.

“This vulnerability is not the result of an accidental logic error or poor programming practice, but rather an intentional backdoor placed into the product by the vendor,” the researchers wrote. “Given that many other Dahua products contain this exact same backdoor, we strongly recommend against connecting any Dahua products to critical or sensitive networks.”

Refirm didn’t explain why Dahua would want to such a thing, and Dahua did not immediately respond to Fortune’s request for comment.

In most cases, Dunlap says, “if developers implemented secure coding practices from the very start, a significant number of IoT [Internet of Things] attacks would not exist today.”

Get Data Sheet, Fortune‘s technology newsletter

Where patches are not available, as is the case for TRENDnet and Dahua, Refirm advises people to sequester their cameras and routers away from internal networks, to limit their access to sensitive resources, or to remove them entirely until further notice.

Read more here:: fortune.com/tech/feed/

The post TRENDnet Cameras Still Have Gaping Security Holes, 3 Years After FTC Settlement appeared on IPv6.net.

Read more here:: IPv6 News Aggregator