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Author: main_admin_savilabs

Low-Code — Implications for Developers

Modern application development is a complex business, requiring multiple language support, knowledge of tools to build, test, and deploy applications, understanding of client experience, data handling, security skills, and the ability to provide experiences on multiple channels including web, mobile, and desktop.

In addition, developers are adapting to enable rapid app building by utilizing agile methodologies in parallel with a DevOps mindset and culture for delivery. Financial service institutions are increasingly adopting an iterative approach to providing apps and updates to the business, where regular small-scale updates/improvements are made to systems and customer/user interfaces with minimal disruption to their consumers.

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What Does it Mean to Be ‘Reactive?’

Currently, reactive is one of those trendy buzzwords in programming. Reactive is a word widely used as a prefix for “system” and “programming,” which both describe very different matters.

However, as an IT consultant and reactive sponsor, I have had a lot of experience and conversations surrounding reactive, but essentially, the main question is always the same:

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Friday Product Post: Gator Aid

This week we are very excited to bring you three new ProtoSnap boards that will help bring even more functionality to the micro:bit. We call them gator:boards! On top of them, we have also brought over a USB Logic Analyzer from SparkX that won’t break the bank, but will still provide you with an excellent new tool for your workbench!

As a reminder, one day only sales are back with our Time Saving Sale for the month of October, so we’ll be having flash sales on a wide selection of breakout boards every weekday from now until October 26th. Just check the featured content at the top of the homepage each weekday for the new deal! In addition to our breakout board flash sales, we’ll also be taking 15 percent off most of our Qwiic boards through October 31st. Unfortunately, SparkX items aren’t included, but those are a great deal if you’re looking to be on the cutting edge of SparkFun’s product development.

Not just a green gator!

SparkFun gator:color ProtoSnap

added to your cart!

SparkFun gator:color ProtoSnap

In stock COM-14890

The gator:color ProtoSnap is perfect if you want to add a low-profile glowing component to your project.

$9.95

The SparkFun gator:color ProtoSnap is perfect if you want to add a low-profile glowing component to your project. It’s equipped with six LED boards that can be kept as a whole while on the board, or broken apart for individual use! Included on each board are two white LED boards; a single red board, green board, blue board and yellow board; and a power rail.


Safer than your regular gator!

SparkFun gator:starter ProtoSnap

added to your cart!

SparkFun gator:starter ProtoSnap

In stock SEN-14891

The gator:starter ProtoSnap has been designed to provide you with a staring point to go beyond the capabilities of the SparkF…

$9.95

The SparkFun gator:starter ProtoSnap provides you with a starting point to go beyond the capabilities of the micro:bit with three different boards that can be kept as a whole while on the board, or broken apart for individual use! Included on each gator:starter is a temperature sensor board, a light sensor board and an RGB LED board.


You try and think of a better way to control a gator!

SparkFun gator:control ProtoSnap

added to your cart!

SparkFun gator:control ProtoSnap

In stock COM-14968

The gator:control ProtoSnap provides you with a handful of different ways to interact with projects you create using only gat…

$9.95

The SparkFun gator:control ProtoSnap provides you with a handful of different ways to interact with projects you create, using only gator-clip cables. Each little board on this ProtoSnap can be kept as a whole while on the board, or be broken apart for individual use! The gator:control ProtoSnap contains four boards in the main assembly including two buttons, an on/off slide switch and a reed switch, which is activated by a magnet.


USB Logic Analyzer - 25MHz/8-Channel

added to your cart!

USB Logic Analyzer – 25MHz/8-Channel

In stock TOL-15033

This 8-channel USB Logic Analyzer with support for sampling rates of up to 24MHz provides a good while economic option making…

$19.95

With the growing ubiquity of UART, I2C and SPI sensors, logic analyzers are becoming a tool everyone needs in their toolbox or on their workbench. This 8-channel USB Logic Analyzer, with support for sampling rates of up to 24MHz, provides a good, economic option, making it a great tool for quickly diagnosing most communication issues we encounter. This analyzer will work with both 3.3V and 5V systems (up to 5.25V max and 2.0V minimum on a high logic level) and is powered via an included mini-B USB cable.


That’s it for this week, folks! As always, we can’t wait to see what you make! Shoot us a tweet @sparkfun, or let us know on Instagram or Facebook. We’d love to see what projects you’ve made!

We’ll be back next week with even more fantastic new products!

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Vector secures $70 million Series B round for small launch vehicle development

Vector-R launch

WASHINGTON — Vector, one of dozens of ventures developing small launch vehicles to serve perceived high demand for small satellite launches, announced Oct. 19 that it closed a $70 million Series B round to move into full operations.

The Tucson, Arizona-based company said Kodem Growth Partners led the funding round, along with Morgan Stanley Alternative Investment Partners and three earlier investors, Sequoia Capital, Lightspeed Venture Partners and Shasta Ventures.

“Vector is entering an extremely important phase of our journey, transitioning from a focus on research and development to flight operations and profitability,” Jim Cantrell, chief executive of Vector, said in a statement. “This Series B financing is a critical element in Vector’s mission to improve access to space and become a dominant launch provider to the small satellite industry.”

In an emailed response to questions, Shaun Coleman, chief sales and marketing officer at Vector, said the funding will be used to support the company as it shifts into operations. That includes bringing its first launch vehicle, the Vector-R, into service as well as continuing development of a larger vehicle, the Vector-H, slated to make its debut in 2019. The funding will also be used to expand the company’s sales, business development and marketing teams, he said.

Part of that work includes building what the company describes as a “state-of-the-art” factory in Tucson for producing its rockets. With the funding in place, Coleman said Vector will break ground on the factory later this year.

The first Vector-R orbital launch attempt is planned for before the end of the year from Pacific Spaceport Complex – Alaska. Coleman said the payload for that flight is confidential.

Vector had been planning a suborbital test launch earlier this month from the Mojave Desert in California, but postponed it because of technical problems. “The recent Mojave test campaign proved out several key elements of our concept of operations,” Coleman said, such as testing remote operations and a new transporter and erector. “We are evaluating the results of our test and working with launch ranges to schedule an additional suborbital test prior to our launch in Alaska later this year.”

Kodem Growth Partners, the lead investor in the Series B round, identifies itself as a New York-based investment and commercialization firm “organized to scale technology enabled businesses with capital and access to decision makers” in the public and private sectors. Its investment in Vector is one of the few it has publicly acknowledged.

Morgan Stanley Alternative Investment Partners is a division of Morgan Stanley that makes private equity and other investments. It raised a $425 million fund in January for what it described as “a diversified portfolio of direct co-investment opportunities” alongside other private equity funds. Vector is the first space company it has revealed an investment in.

Vector previously raised a $21 million Series A round in June 2017 and a $4.5 million bridge round in April 2017. The company has now raised a total of about $100 million to date, making it one of the best-funded small launch vehicle startups in the industry. Rocket Lab has raised nearly $150 million for its Electron small launch vehicle, which reached orbit on its second launch in January.

Rocket Lab, Vector and others are seeking to offer dedicated launches for small satellites at a rapid cadence and low cost. “Low Earth orbit satellite launches are projected to grow nearly four times in the next four years, but no dedicated launch platform exists with robust capability to get small satellites into space,” said Alex Taussig, a partner at Lightspeed Venture Partners, in the statement.

Vector has plenty of company trying to provide such a launch platform. A study published at the Conference on Small Satellites at Utah State University in August found more than 100 projects that are, or had been, working on small launch vehicles in the last few years, including 34 in active development.

Some of those ventures have already failed, with the expectation more will follow. “There’s a lot of noise in the system right now,” said Dan Hart, president and chief executive of Virgin Orbit, during a panel discussion in September at the World Satellite Business Week in Paris. He anticipated a shakeout of small launch vehicle ventures “happening over the next year to 18 months.”

SpaceNews.com

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Sensors Midwest 2018: IoT Came Come True, It Can Happen To You

Complete IoT success from sensor selection, to business model, and everything in between. Original Link

To Centralize or Distribute – That is The Question

Debate on whether electronic architectures in cars should be centralized, distributed, or hybrid. Original Link

NTC Thermistors Measure Up To 300°C

Temperature sensor is designed for the extended measuring range. Original Link

Parabolic Antennas Invade Unlicensed Band Applications

Full portfolio covers all unlicensed bands, providing the highest gain in the industry. Original Link

CMOS Image Sensor Handles High-Speed Applications

Lince 11M image sensor designed to meet demands of high throughput, high-res inspections. Original Link

Popular Distance Sensor Portfolio Expands

Leuze electronic is expanding its range of distance sensors Original Link