A Pakistani startup that developed a smartphone application enabling users to control electrical appliances at their home or workplace remotely from across the globe using wi-fi internet has been acquired by Orient Electronics.
The acquisition was announced in a press statement issued this week.
The Wi-Fi based Smart Switch Boards designed by Smart Devices can be connected to any number of appliances including fans, lights and air-conditioners. Besides the smartphone application, a cloud dashboard or a browser extension is all it takes to remotely control these appliances.
Orient Electronics’ Research and Development wing BlueEast Pvt Ltd had made the first move for acquisition of Smart Devices in Fall of 2016, said the press release. Quoting Abdul Rehman Talat, Director of Sales and Marketing at Orient Electronics, it said that Orient Electronics had monitored Smart Devices for about a year before making the acquisition offer. The deal was finalized by the end of 2016.
“Smart Devices is the only local startup in the Internet of Things (IoT) stream that has a finished product. It shares our vision for higher internet connectivity in Pakistan. We want to expand the horizons on person-to-machine and machine-to-person interactions and this acquisition will help us do that,” Talat was quoted as saying in the statement. Smart Devices chief executive officer Abdul Ghaffar echoed Talat’s sentiment and said that his startup and Orient Electronics shared a vision for promotion of IoT in the country. “When it comes to electrical appliances, our strength is software and Orient Electronics is a recognized name in hardware. The acquisition makes perfect sense,” he said.
Smart Devices has already won recognition nationally and internationally. They have won Pakistan’s first IoT Award in 2015 and been selected for FaceBook’s FbStart program. Recently, they have won the National Mobile App Award and been nominated for the World Summit Award, which works in collaboration with the United Nations.
Prior to the acquisition, Smart Devices had been incubated at Plan9 and accelerated at PlanX at the Punjab Information Technology Board (PITB).
Internet of Things (IoT) is a multibillion dollar market and it’s growing faster than expectations. Put simply, IoT is about connecting devices over the internet so they can communicate among themselves and with control applications.
Upending conventions about how best to strength train, a new study finds that people who lift relatively light weights can build just as much strength and muscle size as those who grunt through sessions using much heftier weights — if they plan their workouts correctly.
Strength training has long been dominated by the idea that to develop a physique like that of Charles Atlas or even Zac Efron, we — and I include women here — must load our barbells or machines with almost as much weight as we can bear.
In traditional weight training programs, in fact, we are told to first find the heaviest amount of weight that we possibly can lift one time. This is our one-repetition maximum weight. We then use this to shape the rest of the program by lifting 80 to 90 percent of that amount eight to 10 times, until our affected arms or legs shake with fatigue.
This approach to weight training is very effective, says Stuart Phillips, a professor of kinesiology at McMaster University in Hamilton, Ontario, who has long studied muscles and exercise. It builds muscle strength and size, possibly, many experts believe, by sparking a surge in the body’s production of testosterone and human growth hormone.
But many people find lifting such heavy weights to be daunting or downright unpleasant, which can discourage them from taking up or continuing with a resistance-training program, Dr. Phillips says.
So in recent years, he and his colleagues have been looking into the effects of a different type of weight training, which employs much lighter weights hefted through as many as 25 repetitions.
Since 2010, his lab has published several studies in which volunteers followed either the traditional regimen using heavy weights or an alternative that employed much slighter weight stacks. In general, the lifters’ results were comparable.
But those studies had been small and featured volunteers who were new to the gym, potentially skewing the outcomes, Dr. Phillips says. Almost everyone who takes up weight training shows significant improvements in strength and muscle size, making it difficult to tease out the impacts of one version of training versus another.
So for the new study, which was funded by the Natural Sciences and Engineering Research Council of Canada and published this month in the Journal of Applied Physiology, he and his colleagues recruited 49 young men who had been weight training for a year or more. (The scientists plan to study women and older people in future studies.)
All completed tests of strength, fitness, hormone levels and muscular health, then were randomly divided into two groups.
One group was assigned to follow the standard regimen, in which weights were set at between 75 and 90 percent of the man’s one-repetition maximum and the volunteer lifted until he could not lift again, usually after about 10 repetitions.
The other volunteers began the lighter routine. Their weights were set at between 30 and 50 percent of each man’s one-repetition maximum, and he lifted them as many as 25 times, until the muscles were exhausted.
All of the volunteers performed three sets of their various lifts four times per week for 12 weeks.
Then they returned to the lab to have muscle strength, size and health reassessed and their hormone levels re-measured.
The results were unequivocal. There were no significant differences between the two groups. All of the men had gained muscle strength and size, and these gains were almost identical, whether they had lifted heavy or light weights.
Interestingly, the scientists found no connection between changes in the men’s hormone levels and their gains in strength and muscle size. All of the men had more testosterone and human growth hormone flowing through their bodies after the workouts. But the degree of those changes in hormone levels did not correlate with their gains in strength.
Instead, the key to getting stronger for these men, Dr. Phillips and his colleagues decided, was to grow tired. The volunteers in both groups had to attain almost total muscular fatigue in order to increase their muscles’ size and strength.
That finding suggests, Dr. Phillips says, that there is something about the cellular mechanisms jump-started in muscle tissue by exhaustion that enables you to develop arms like the first lady’s.
This data does not prove, though, that one approach to lifting weights is necessarily better than the other, Dr. Phillips says.
“But some people will find it much easier or less intimidating” to lift lighter weights, he says, even though they need to complete more repetitions in order to tire their muscles. They also may experience fewer injuries, he says, although that possibility has not yet been tested.
For now, someone hoping to strengthen his or her muscles should choose a weight that feels tolerable and then lift it repeatedly until the effort of the final lift is at least an eight on a scale of one to 10, Dr. Phillips says. “There should be some discomfort,” he says, “but the dividends on the back side” in terms of stronger, healthier muscles “are enormous.”