Ayla Cloud system monitors machines after sale

Ayla Networks, which runs machine-to-Cloud-to-mobile device networks, launches a product next week which will allow machine manufacturers to monitor their products’ behavioural patterns and other characteristics after they’ve been sold to consumers.

Adrian Caceres Co-founder and vp engineering at Ayla Networks.

Adrian Caceres, co-founder and vice-president of engineering at Ayla Networks

Ayla already has a business model which gets its Wi-Fi IP into consumer goods and connects them to an analytics engine in the Cloud which can be accessed by a mobile device.

The company gives its Wi-Fi IP away to chip companies. Marvell, Broadcom, Qualcomm and MediaTek are among chip companies which put Ayla’s IP into Wi-Fi chips to use when a customer wants a connected consumer product.

The usefulness of the system to a user of a connected machine is that the analytics can warn the user if the machine is about to go wrong, or if it needs servicing, or can switch it on when energy costs are low, or can flag up that a job has been done.

The beauty of the Ayla system is that it can apply widely across very different machine types – smoke detectors, medical devices, thermostats, filtering systems, coffee-makers, lighting systems and many others, without the need for any customisation.

“I haven’t had to write a single line of code for any of my customers,” Ayla co-founder and vice-president of engineering Adrian Caceres told Electronics Weekly.

Machine manufacturers can use a tool on the Ayla web-site to configure the service to fit the characteristics which they want monitored on their product.

An extraordinary example of a customer product is a sock for a baby which can report on its vital signs and can flag up in what position it is sleeping, among other things. “I would never have imagined that application, ever,” says Caceres.

Users pay for the service via a transactional charge based on the amount of data they send to the cloud-based analytics engine.

The new Ayla product launching on Monday, called Ayla Insights, creates a feed-back loop so machine manufacturers can get information from machines after they have been sold to customers. It helps machine manufacturers understand how their products operate post-sale, giving them access to kinds of data to which they haven’t had access before – data which manufacturers can use in the design of new generations of their product.

As with anything connected to the internet the big question is always security.

Ayla approaches this by putting security in the machine, in the mobile device and in the cloud using asymmetric keys which are changed daily. None of the keys is the same as any another key but each can only be matched by one other, different, key.

Is it un-hackable? “Nothing’s un-hackable,” replies Caceres.

Ayla doesn’t have its own servers but runs its business on Amazon servers.

Caceres co-founded Ayla in 2010 and the founders self-funded the company for two years until it had an A Series funding round in 2012. Since then it has had a B Round and has raised, in total, $20 million.

The company employs 100 people, mostly in Sunnyvale, with 30 in Shenzhen.

david manners

Ayla Cloud system monitors machines after sale

Ayla Networks, which runs machine-to-Cloud-to-mobile device networks, launches a product next week which will allow machine manufacturers to monitor their products’ behavioural patterns and other characteristics after they’ve been sold to consumers.

Adrian Caceres Co-founder and vp engineering at Ayla Networks.

Adrian Caceres, co-founder and vice-president of engineering at Ayla Networks

Ayla already has a business model which gets its Wi-Fi IP into consumer goods and connects them to an analytics engine in the Cloud which can be accessed by a mobile device.

The company gives its Wi-Fi IP away to chip companies. Marvell, Broadcom, Qualcomm and MediaTek are among chip companies which put Ayla’s IP into Wi-Fi chips to use when a customer wants a connected consumer product.

The usefulness of the system to a user of a connected machine is that the analytics can warn the user if the machine is about to go wrong, or if it needs servicing, or can switch it on when energy costs are low, or can flag up that a job has been done.

The beauty of the Ayla system is that it can apply widely across very different machine types – smoke detectors, medical devices, thermostats, filtering systems, coffee-makers, lighting systems and many others, without the need for any customisation.

“I haven’t had to write a single line of code for any of my customers,” Ayla co-founder and vice-president of engineering Adrian Caceres told Electronics Weekly.

Machine manufacturers can use a tool on the Ayla web-site to configure the service to fit the characteristics which they want monitored on their product.

An extraordinary example of a customer product is a sock for a baby which can report on its vital signs and can flag up in what position it is sleeping, among other things. “I would never have imagined that application, ever,” says Caceres.

Users pay for the service via a transactional charge based on the amount of data they send to the cloud-based analytics engine.

The new Ayla product launching on Monday, called Ayla Insights, creates a feed-back loop so machine manufacturers can get information from machines after they have been sold to customers. It helps machine manufacturers understand how their products operate post-sale, giving them access to kinds of data to which they haven’t had access before – data which manufacturers can use in the design of new generations of their product.

As with anything connected to the internet the big question is always security.

Ayla approaches this by putting security in the machine, in the mobile device and in the cloud using asymmetric keys which are changed daily. None of the keys is the same as any another key but each can only be matched by one other, different, key.

Is it un-hackable? “Nothing’s un-hackable,” replies Caceres.

Ayla doesn’t have its own servers but runs its business on Amazon servers.

Caceres co-founded Ayla in 2010 and the founders self-funded the company for two years until it had an A Series funding round in 2012. Since then it has had a B Round and has raised, in total, $20 million.

The company employs 100 people, mostly in Sunnyvale, with 30 in Shenzhen.

david manners

Ayla Cloud system monitors machines after sale

Ayla Networks, which runs machine-to-Cloud-to-mobile device networks, launches a product next week which will allow machine manufacturers to monitor their products’ behavioural patterns and other characteristics after they’ve been sold to consumers.

Adrian Caceres Co-founder and vp engineering at Ayla Networks.

Adrian Caceres, co-founder and vice-president of engineering at Ayla Networks

Ayla already has a business model which gets its Wi-Fi IP into consumer goods and connects them to an analytics engine in the Cloud which can be accessed by a mobile device.

The company gives its Wi-Fi IP away to chip companies. Marvell, Broadcom, Qualcomm and MediaTek are among chip companies which put Ayla’s IP into Wi-Fi chips to use when a customer wants a connected consumer product.

The usefulness of the system to a user of a connected machine is that the analytics can warn the user if the machine is about to go wrong, or if it needs servicing, or can switch it on when energy costs are low, or can flag up that a job has been done.

The beauty of the Ayla system is that it can apply widely across very different machine types – smoke detectors, medical devices, thermostats, filtering systems, coffee-makers, lighting systems and many others, without the need for any customisation.

“I haven’t had to write a single line of code for any of my customers,” Ayla co-founder and vice-president of engineering Adrian Caceres told Electronics Weekly.

Machine manufacturers can use a tool on the Ayla web-site to configure the service to fit the characteristics which they want monitored on their product.

An extraordinary example of a customer product is a sock for a baby which can report on its vital signs and can flag up in what position it is sleeping, among other things. “I would never have imagined that application, ever,” says Caceres.

Users pay for the service via a transactional charge based on the amount of data they send to the cloud-based analytics engine.

The new Ayla product launching on Monday, called Ayla Insights, creates a feed-back loop so machine manufacturers can get information from machines after they have been sold to customers. It helps machine manufacturers understand how their products operate post-sale, giving them access to kinds of data to which they haven’t had access before – data which manufacturers can use in the design of new generations of their product.

As with anything connected to the internet the big question is always security.

Ayla approaches this by putting security in the machine, in the mobile device and in the cloud using asymmetric keys which are changed daily. None of the keys is the same as any another key but each can only be matched by one other, different, key.

Is it un-hackable? “Nothing’s un-hackable,” replies Caceres.

Ayla doesn’t have its own servers but runs its business on Amazon servers.

Caceres co-founded Ayla in 2010 and the founders self-funded the company for two years until it had an A Series funding round in 2012. Since then it has had a B Round and has raised, in total, $20 million.

The company employs 100 people, mostly in Sunnyvale, with 30 in Shenzhen.

david manners

Toshiba shrinks 150W audio transistor

Toshiba has shrunk the package size of its audio transistor for the output stage of 150W systems.

Toshiba shrinks 150W audio transistor

Toshiba shrinks 150W audio transistor

The 2SA1943N and 2SC5200N transistors are in effective smaller versions the the existing 2SA1943 and 2SC5200 devices in a TO-3P(N) package instead of the previous TO-3P(L) package.

The supplier claims the package power is still 150W.

The 2SA1943N transistor has a maximum collector-emitter voltage Vceo rating of -230V and continuous collector current Ic rating of -15A, while the 2SC5200N has a maximum Vceo of 230V and an Ic of 15A.

The minimum DC current gain is 80 at h(FE1) (Vce = -5V and Ic = -1A) and 35 at h(FE2) (Vce = -5V and Ic = -7A).

Both devices achieve a typical transition frequency of 30MHz.

The TO-3P(N) package measures 15.9 mm by 40.5 mm by 4.8 mm.

Read more Toshiba stories on Electronics Weekly »

Richard Wilson

Toshiba shrinks 150W audio transistor

Toshiba has shrunk the package size of its audio transistor for the output stage of 150W systems.

Toshiba shrinks 150W audio transistor

Toshiba shrinks 150W audio transistor

The 2SA1943N and 2SC5200N transistors are in effective smaller versions the the existing 2SA1943 and 2SC5200 devices in a TO-3P(N) package instead of the previous TO-3P(L) package.

The supplier claims the package power is still 150W.

The 2SA1943N transistor has a maximum collector-emitter voltage Vceo rating of -230V and continuous collector current Ic rating of -15A, while the 2SC5200N has a maximum Vceo of 230V and an Ic of 15A.

The minimum DC current gain is 80 at h(FE1) (Vce = -5V and Ic = -1A) and 35 at h(FE2) (Vce = -5V and Ic = -7A).

Both devices achieve a typical transition frequency of 30MHz.

The TO-3P(N) package measures 15.9 mm by 40.5 mm by 4.8 mm.

Read more Toshiba stories on Electronics Weekly »

Richard Wilson

Toshiba shrinks 150W audio transistor

Toshiba has shrunk the package size of its transistor for the output stage of 150W audio systems.

6774A_LRESThe 2SA1943N and 2SC5200N transistors are in effective smaller versions the the existing 2SA1943 and 2SC5200 devices in a TO-3P(N) package instead of the previous TO-3P(L) package.

The supplier claims the package power is still 150W.

The 2SA1943N transistor has a maximum collector-emitter voltage Vceo rating of -230V and continuous collector current Ic rating of -15A, while the 2SC5200N has a maximum Vceo of 230V and an Ic of 15A.

The minimum DC current gain is 80 at h(FE1) (Vce = -5V and Ic = -1A) and 35 at h(FE2) (Vce = -5V and Ic = -7A).

Both devices achieve a typical transition frequency of 30MHz.

The TO-3P(N) package measures 15.9 mm by 40.5 mm by 4.8 mm.

Richard Wilson

US government funds online data security projects

The US government said it will provide $3.7m to fund three pilot data security projects, designed to make online transactions of financial and medical information more secure.

NIST Boulder

NIST Boulder

This is the fourth round of pilot grants since they were launched by the Obama administration in 2011 and is managed by the National Institute of Standards and Technology (NIST). It involves NSTIC (National Strategy for Trusted Identities in Cyberspace).

“The way we represent ourselves online is fundamental to nearly everything we do,” said Mike Garcia, acting director of the NSTIC National Program Office. “We need more—and better—tools to make online identity easier and more secure, and to advance the commercial deployment of privacy-enhancing technologies.

The aim is to encourage collaboration between company and public-sector agencies to make access to online services more secure.

Deputy Secretary of Commerce Bruce Andrews said:

“These pilots will provide innovative, practical solutions to ensure the trust we need to combat the growing threat of cyber threats and keep our online economy growing.”

NSTIC describes its role as follows:

Helping individuals and organizations utilize secure, efficient, easy-to-use and interoperable identity credentials to access online services in a manner that promotes confidence, privacy, choice and innovation.

Richard Wilson

US government funds online data security projects

The US government said it will provide $3.7m to fund three pilot data security projects, designed to make online transactions of financial and medical information more secure.

NIST Boulder

NIST Boulder

This is the fourth round of pilot grants since they were launched by the Obama administration in 2011 and is managed by the National Institute of Standards and Technology (NIST). It involves NSTIC (National Strategy for Trusted Identities in Cyberspace).

“The way we represent ourselves online is fundamental to nearly everything we do,” said Mike Garcia, acting director of the NSTIC National Program Office. “We need more—and better—tools to make online identity easier and more secure, and to advance the commercial deployment of privacy-enhancing technologies.

The aim is to encourage collaboration between company and public-sector agencies to make access to online services more secure.

Deputy Secretary of Commerce Bruce Andrews said:

“These pilots will provide innovative, practical solutions to ensure the trust we need to combat the growing threat of cyber threats and keep our online economy growing.”

NSTIC describes its role as follows:

Helping individuals and organizations utilize secure, efficient, easy-to-use and interoperable identity credentials to access online services in a manner that promotes confidence, privacy, choice and innovation.

Richard Wilson

US government funds online data security projects

The US government said it will provide $3.7m to fund three pilot data security projects, designed to make online transactions of financial and medical information more secure.

NIST Boulder

NIST Boulder

This is the fourth round of pilot grants since they were launched by the Obama administration in 2011 and is managed by the National Institute of Standards and Technology (NIST). It involves NSTIC (National Strategy for Trusted Identities in Cyberspace).

“The way we represent ourselves online is fundamental to nearly everything we do,” said Mike Garcia, acting director of the NSTIC National Program Office. “We need more—and better—tools to make online identity easier and more secure, and to advance the commercial deployment of privacy-enhancing technologies.

The aim is to encourage collaboration between company and public-sector agencies to make access to online services more secure.

Deputy Secretary of Commerce Bruce Andrews said:

“These pilots will provide innovative, practical solutions to ensure the trust we need to combat the growing threat of cyber threats and keep our online economy growing.”

NSTIC describes its role as follows:

Helping individuals and organizations utilize secure, efficient, easy-to-use and interoperable identity credentials to access online services in a manner that promotes confidence, privacy, choice and innovation.

Richard Wilson

TSMC forecasts sales fall

Chip industry bellwether TSMC reckons its Q4 revenues will be less than its Q3 revenues – the first q-on-q drop for four years.
tsmc 427

Q4 sales are estimated at between $6.08 billion and $6.21 billion while Q3 sales are estimated at $6.45 billion.

TSMC blamed the Q4-Q3 sales drop on falling demand for smart phone SoCs with Chairman Morris Chang saying that the slow rate of decline of the inventory of mobile SoCs is “not a very good omen”.

The company expects gross profit of between 47% to 49% and operating profit of between and 36.5% to 38.5%.

It is looking at full-year growth of 10%.

See also: TSMC Quarterly Results

More TSMC stories on Electronics Weekly »

david manners