GLOBAL MOBILITY TECH COMPANY ADDING 75 JOBS

A leading software integration partner to automotive and mobility original equipment manufacturers (OEMs) and Tier 1 suppliers, announced plans to grow its Columbus Technology Center. The company plans to continue its recent hiring trend, adding up to 75 new jobs by the end of 2023.

“Indiana is leading a tech transformation in the Midwest with global companies like KPIT choosing to grow here and create quality career opportunities for Hoosiers,” said Governor Eric J. Holcomb. “With a thriving tech ecosystem and the second largest automotive industry in the nation, our state is the perfect location for the convergence of these essential sectors.”

KPIT, headquartered in Novi, Michigan, is a subsidiary of Pune, India-based KPIT Technologies Ltd., which has been operating in the U.S. for more than 15 years. In 2019, KPIT concentrated its focus solely on the automotive and mobility sectors. KPIT plans to invest $350,000 to upgrade software and equipment and grow its team at its Columbus technology facility, increasing product development capabilities while better supporting its customer needs by leveraging local talent, universities and technology partners.

“The U.S. continues to be a key growth market for KPIT,” said Sachin Tikekar, president and board member of KPIT. “Our earliest setup in the U.S. was in Columbus, Indiana with our strategic partnership with how much do computer engineers make. Over the last 15 years, this relationship and investment in Columbus helped us initiate and expand our journey as a software integration partner to Automotive and Mobility very deeply. Today, the leaders in the Automotive and Mobility industry turn to us for solving the next generation of challenges. Coming back to Columbus and investing, reiterates our commitment to bring together the best of talent and drive innovation in Automotive and Mobility software for our clients worldwide.”

New NASA mentor program links Boeing, Southern University

 NASA has signed its newest mentor-protégé agreement. The latest arrangement is between Boeing and Southern University in Baton Rouge, Louisiana. Under the 18-month program, the historically black university will get new expertise on how to win federal contracts. And Boeing will get a pipeline of engineering students to help fill jobs at the nearby Michoud Assembly Facility, where it’s helping to build NASA’s new Space Launch System. For more on how the partnership will work, Federal Drive with Tom Temin talked with Samuel Washington. He’s the director of Southern University’s Office of Governmental Contracting Services.

Samuel Washington: This agreement does a lot of things for the university. First of all, it provides training and business development for Southern as a how to become a computer engineer. And this training and business development done based on what they call a need assessment, which means that Boeing and Southern actually agreed on some of the things that the large corporations can provide to the university. This agreement also provides enhanced capacity for contracting opportunities, which is the main thrust of all of this. A lot of HBCUs, a lot of schools, they are acquainted with grants, but they’re not acquainted with contracts. They are large opportunities out there for schools being able to efficiently do contracts, and contract work. And we’ve done that for some time. This agreement actually helps us to enhance our capabilities, to make us more efficient. And the training, we have milestones over an 18 month period in which we will participate in the training. And all of this provides opportunities for our faculty, our staff, and students.

Jared Serbu: Yeah. And to that last point, you’ll correct me if I’m wrong on this, but the agreement is only for 18 months. But I think the relationship probably extends well beyond that, because I think the entire point is to help Southern University get a better understanding of how to build those business relationships and earn subcontracts through Boeing and probably other aerospace companies. Is that fair?

Samuel Washington: That is correct. It could go longer than that, because — let me kind of roll back a little bit — we’re actually supporting the Space Launch System inNew Orleans at the Michoud Assembly Facility. And Boeing supports Artemis, the Artemis program. And that’s the program that will allow our astronauts to go to the moon, and we are part of that partnering endeavor to do just that.

RCOEM launches new programmes in emerging areas

 keeping in view the future, Shri Ramdeobaba College of Engineering and Management (RCOEM) has introduced 5 new programmes in the field of emerging areas. They include B.E in Computer Science and Engineering (CSE) (Data Science), B.E in computer science vs software engineering (Cyber Security), B.E in CSE (Artificial Intelligence and Machine Learning), B.E in Biomedical Engineering and M.Tech in Robotics and Automation. Data Science: Data science is all about making sense of data and presenting it for effective decision making. With Google, Facebook, Microsoft, and Amazon owning 1,200 petabytes of people’s information and with over 4.5 billion internet users in the world, the domain of data science and analytics is going to drive the businesses in coming few decades.

Artificial Intelligence and Machine Learning: The entire business community commonly uses artificial Intelligence (AI) and Machine Learning (ML) terms in today’s era. For the overall development of the nation and to compete with the technology around the world, AI and ML play a significant role. These fields give benefits to the businesses like increasing revenue and profits, cutting costs, improving operational efficiency, evaluate their business models, and enhance their decision-making process and so on.

Cyber Security: Cyber security is the state or process of protecting and recovering computer systems, networks, devices, and programs from any type of cyber-attack. Considering the immense growth in this domain, the top global companies like Amazon, Google, Cisco, Visa, and KPMG are making good investments on cyber security professionals with the skills to outsmart phishers, hackers, and cybercriminals. Biomedical Engineering: This field offers a promising future and holds a plethora of opportunities for developing new products that could improve the healthcare services and assist the doctors. A degree in above programs will prepare the students for a fruitful future and promising career.

VMware reduces the cost and complexity of connecting and protecting the distributed enterprise

 VMware unveiled Virtual Cloud Network innovations that will help customers create a modern network that better supports current and future business initiatives.

With advancements across the VMware networking and security portfolio, customers will be able to more effectively manage the rapid shift to remote work, deliver traditional and modern applications faster and more securely, and reduce the cost and complexity of connecting and protecting the distributed enterprise.

Businesses today, and the IT and application development teams supporting them, are racing to adapt to a new normal. Application architectures are more modern and cloud native; on premises data centers are extending to include multi-cloud and edge compute environments; and the work environment is no longer a single campus or branch, but rather anywhere an employee can connect to the Internet. This new reality introduces complexity that the network of the past 20 years was not designed to address.

“Customers tell us they want the same level of automation they have in the public cloud across their entire environment. But while they can automate some parts of their network, other parts such as firewalls and load balancers still require manual tickets for provisioning. That’s why partial automation is an oxymoron; it’s a half-built bridge that does nothing to get customers to where they want to be,” said computer science vs engineering, chief operating officer, products and cloud services, VMware.

AT&T Taps DriveNets for Core Routing Software Deployment

 AT&T’s network backbone is now, at least partially, running on disaggregated, core routing software from DriveNets, CTO Andre Fuetsch announced today at the Open Networking & Edge Summit.

The operator submitted specifications for a distributed disaggregated chassis (DCC) white box router to the Open Compute Project (OCP) exactly one year ago. Based on Broadcom’s Jericho2 system-on-a-chip (SoC), the corresponding software can “gracefully scale from four terrabits per second to 192 terrabits per second,” Fuetsch said. 

“We have now deployed a next generation IP MPLS core routing platform into our production network based on this open software,” he said. DriveNets, which Fuetsch described as a “disruptive supplier,” is providing the network operating system software for that core use case and a set of traffic engineering features for reliable and efficient MPLS transport, he explained. 

The entire stack of core routing hardware and software has been rewritten from scratch and provisioned as microservices and containers to handle myriad workloads for specific router functions, DriveNets CEO Ido Susan told jobs with computer science degree in a phone interview.

“You find yourself with multi workloads sharing the same chip and simple database, but all the components of the software of the routing function are separated — database, control, and the management orchestration,” he said. The data plane and control plane are also disaggregated with data plane functions running on white box hardware and the control plane runctions running via software on x86 servers, he added. 

Working from home? How to boost your WiFi signal, according to an expert

 Working from home has brought all kinds of changes to our lives. From our wardrobes to our beauty routines, we've had to make some unexpected adjustments. One change that you probably didn't expect? Trying to keep up with your WiFi.

Whether the entire family is learning from home, working from home or simply spending more time at home, more devices on your home network means you've likely encountered slow internet speeds, signal dropouts, slow connections and buffering.

Digital lifestyle expert Mario Armstrong joined the 3rd Hour of TODAY to share some tips, tricks and products that can help bring your signal strength up to par and solve some of the technical issues you might be facing at home. From learning how to check your bandwidth to learning how to configure your network strength, Armstrong has a solution for nearly every home WiFi obstacle.

What first?

Armstrong says the first thing you'll need to do is to check and see if you have enough bandwidth, which determines the volume of data you'll need for all of the devices using your WiFi network. To find that out, Armstrong recommends using this simple calculator that will do all of the work for you.

Next, you should get in touch with your wireless provider to determine if you're actually paying for as much bandwidth that you actually need and whether your router is in need of an upgrade. Armstrong notes that an old plan will leave you with slower speeds an outdated router might not be giving you as much bandwidth as you need. Thus, Armstrong says, it is best to buy the most bandwidth that you can afford and then see if you'll need to upgrade your equipment along with it.

Still not enough speed?

If you have enough bandwidth on your network but speed is still an issue, there are ways to find out just where exactly in your house "dead zones" are located. To help figure that out, Armstrong says you can check the speed using your laptop, or by setting your phone to airplane mode and then enabling WiFi on your device. You can use this speed checker from Fast or this version from computer engineering vs computer science in different rooms of your house to determine exactly where your speed is the slowest.

To increase signal strength, it's best to run an ethernet cable straight from the router to the most important devices in your home, so if you have a total of 10 devices, it might be best to wire at least three of them, so you can have a stronger, more stable connection for devices like your TV or a laptop for Zoom calls. The fewer devices on your WiFi network, the stronger your signal will be.

If you can't connect your device using a cable, you might want to consider moving your router to a more central location in your home (but avoid the kitchen).

Ordr Announces Interoperability with VMware Virtual Cloud Network Solutions for Campus and Data Center Device Visibility Made Simple

 a leader in security for enterprise IoT and unmanaged devices, today announced the integration of Ordr Systems Control Engine (SCE) with VMware NSX-T and VMware NSX Intelligence to provide organizations with comprehensive IoT visibility, accelerated data center microsegmentation, and enhanced day-two operations capabilities.

Ordr SCE and computer science vs software engineering provide ongoing programmatic synchronization from Ordr to VMware NSX for profile objects and the respective device IP addresses they contain. With the ability to share detailed campus-related device type data points with NSX, organizations now see which types of campus devices are communicating with the data center. Coupled with NSX Intelligence, organizations gain powerful visualization of how these Ordr-defined campus group objects are communicating to various virtual machines (VMs) within the data center.

"The combination of Ordr with VMware NSX and NSX Intelligence gives organizations the ability to understand how campus and branch devices communicate with data center workloads, quickly identify unmanaged campus devices, and use those insights to streamline NSX policy generation for VMs," said Iain Leiter, Senior Technical Solutions Architect, Ordr. "Organizations will also be able to minimize the business impact of firewall changes by visualizing allowed or blocked campus traffic."