Taseen :The Messenger, Audio/Video Call, Chat/ Media Sharing Mobile App Aims to Keep Families Stress-Free and Connected

Taseen – The Messenger is a Free Family Locator, Audio/Video Call, Chat/ Media Sharing Mobile App

A way to help to make life a little more stress free”

— Dr. Iftekhar Shams, President of Lam Aid Ltd.

LONDON, UNITED KINGDOM, October 24, 2021 /EINPresswire.com/ — Taseen- The Messenger is a British Online platform, helps to make life a little more stress free. We are happy to launch the Beta version of Taseen.

Features of Taseen app:

Family Locator:
Taseen helps to get the accurate location of kids, elders or other dependent family members at any time through GPS tracking feature. Also notification is received once they reach the destination.

Audio Video Calling:
Through Taseen, one can get in touch with family members instantly whenever they are at long-distant using Audio Video calling feature of Taseen App. Just create an account on Taseen App, add family members and get into one-to-one conversation through audio-video calling.

Share Information:
If someone is far away from home and want to share important document or media, files with family, Taseen App has come with the features that allows to send and receive messages, media, and files instantly from any location.

How Taseen- The Messenger Works:
Family is priority for everyone and taking care of each family members requires lot of efforts. However, now no one needs not to worry about taking care for family members whenever they step out of their home for some work. “Taseen – The Messenger App” has come up with all those necessary features that help to connect with family members wherever they go.

Taseen App uses phone’s native GPS (Global Positioning System) tracker to ensure safety of family even when they are far away. Add family member or friends at Taseen App using contact number and email id and select any of the two available options to request i.e. "Send request to Track Location and Chat” or "Send Chat Request” only. Any Taseen User will be able to chat or track the location of other person only if User's request is accepted at device of the person to track or chat with. If User wants to track close ones- simply add the location for which User wants to get the notification when they reach there. Moreover, User can directly call or send message to family members in contact list using Taseen App.

Taseen App is available at https://play.google.com/store/apps/details?id=com.taseen

For any information or any other queries:-

Emails: support@taseen.online
Website: https://taseen.online/

Social Media Handles:
Facebook: https://www.facebook.com/lam.aid.786
Pinterest: https://www.pinterest.co.uk/lamaidlimited/
Instagram: https://www.instagram.com/lamaidlimited/
Twitter: https://twitter.com/lamaidlimited
Linkedin: https://www.linkedin.com/in/lamaidlimited/

Dr. Iftekhar Shams
+44 7440 304828
email us here
Visit us on social media:

Source: EIN Presswire

SD-WAN and high availability options

SD-WAN and high availability options

SD-WAN and high availability options

Describes a few options for how a sophisticated SD-WAN solution, that provides a high availability architecture for Datacenter devices, could be configured.

MADRID, MADRID, SPAIN, October 24, 2021 /EINPresswire.com/ — This article describes a few options for how a sophisticated SD-WAN solution, that provides a high availability architecture for Datacenter devices, could be configured.

These devices monitor the network to obtain information concerning the web links as well as the network status. When a device finds that a network resource is not available, it routes the web traffic flow to another hub.

In an SD-WAN network remote devices are grouped and connected with each other utilizing the VRRP Protocol, hence using high availability for all devices attached to the LAN. If the key device was not functional, the secondary device would take control, using the very same IP address to the other devices which operations would not be impacted.

When high accessibility is configured in the SD-WAN, the hub devices (AR’s) are independent, and the remote devices choose their preferred group. These are some the main features:

a) Every hub device acts as an Access Router (AR).

b) The AR’s are not organized into sets.

c) The Branch devices pick their own prioritized set of ARs:

– Priority is made use of for multipath alternatives: if a service, which in the end is a network or IP address, can be reached by several AR’s, the one that has the highest priority will be chosen.

– The set of AR’s is assigned to the branch device the CNM (Customer Network Management service) with the chosen group information.

In the following case three AR’s are able to access to routers of 2 datacenters, 2 of their preferred sets, as well as three branch devices:

– Both AR’s in datacenter A have actually been included in the preference group A.

– The only AR in preference group B is the one in datacenter B.

With SD-WAN any prioritized sets of AR’s are linked to every branch device by the Customer Network Management services, ruled by the preference group’s traffic and load-balancing settings:

This SD-WAN design is extremely flexible in managing datacenter connection problems. In this option, not all routers need to access all of the services made available in the distinct datacenters. As a result, each AR readily available services are dynamically accessible to the branch devices:

– All AR’s make use of the exact same self-sufficient Border Gateway Protocol system.

– All branch devices use the same independent Border Gateway Protocol system.

– The eBorder Gateway Protocol is utilized to onward Datacenter solution courses to branch devices.

– Directions from branch devices are not sent to the any remaining branch devices.

– In order to make spoke-to-spoke possible for communication, the AR’s produce a default route that is sent to branch devices.

– Branch devices establish their preferred rout (BGP local preference) for each and every application group, based on the AR’s priority order, connection analysis, route preference and SLA assessments.

– Branch devices will pass on routes to all the connected ARs (not only the preference AR).

In the following option a datacenter failover SD-WAN architecture is implemented by using two services.

The device gets the service’s routes, where each service is accessible through its very own collection of AR’s. The process is fully dynamic, and the routes are instantly updated when the availability status of any service is altered.

The SD-WAN Cloud Network Manager (CNM) is configured based upon containers that offer high internal availability and reliability. Likewise, the Cloud Network Manager can be implemented on 3 different services, mounted in a cluster. In this configuration, if one device turns inactive, users can continue accessing the Cloud Network Manager and its services are not impacted.

The SD-WAN’s network devices will still continue to work normally if the connection to the Cloud Network Manager goes down totally. This is due to the fact that the configuration remains in the device, and all defined policies and application routing choices are made independently in each remote device. Those devices also have the performance logs stored, ready to be sent back once the connectivity has been reestablished.

James Forrester
SD-WAN Gurus
email us here

Source: EIN Presswire

World Business Services, Inc. Granted Certification From The State Of California

Ron Feldman in front of the Palace Of Fine Arts in San Francisco

World Business Services does not charge Clients any upfront out-of-pocket costs such as hourly or contract term management consulting fees.”

— Ron Feldman

PETALUMA, CA, UNITED STATES, October 23, 2021 /EINPresswire.com/ — Petaluma, CA: World Business Services, Inc. founded in 1994 which has saved millions of dollars for businesses and organizations for the past 27 years has now received Certification from the State Of California (Supplier I.D. 2019649) authorizing it to do business with all its Regional and Local Governmental Agencies, adding to its ability to be awarded Federal Government Contracts (CAGE Code 8KFN5). Ron Feldman, the President and Founder of World Business Services views this as a major milestone in the Government Contracts and Procurement award process, as unlike prior Certified Government Contractors, World Business Services does not charge Clients any upfront out-of-pocket costs such as hourly or contract term management consulting fees. For example, instead of a Government Agency paying a management consultant hundreds of dollars per hour to review its Utility bills such as electricity and telecom, World Business Services engages Clients strictly on a performance based shared benefit basis. This eliminates the Clients risk. If there are no savings, which is unlikely, there are no fees. This results in reducing the cost of doing business for any size Client, in any State, in any Vocation without any upfront direct Capital Expenditure or Debt Financing.

About World Business Services Inc
Ron Feldman, the Founder and President of World Business Services, Inc. has been recognized by Who/’s Who In California and Who’s Who In Lodging. Prior to founding the Company, Feldman founded Hotel Connections, Inc. which pioneered the concept of marketing discounted Hotel Rooms in 1984. Feldman subsequently was issued a U.S. Patent for a transaction processing technology he invented that automated the distribution and payment of Hotel reservations. Feldman has taught Business Services Marketing at the Undergraduate and Graduate level. And, has represented the United States in the World Championships of Tournament Bridge in 1982, 1986, and 1994. He has resided in Petaluma, CA in the Sonoma Wine Country since 1988.

For more information including Media Interview Requests, contact:
Ron Feldman, President, World Business Services, Inc.
Phone: 1-707-328-4211 (Monday-Friday 6:30-7:15 a.m, 11:00-12:45 p.m. PST)
Email: BizAmerica@aol.com
Website: http://www.WorldBusinessServices.com


Ron Feldman
World Business Services, Inc.
+1 7073284211
email us here

Source: EIN Presswire

A brief history and the needs for safety and security of SD-WAN

History of SD-WAN and current security of SD-WAN

History of SD-WAN and current security of SD-WAN

What is SD-WAN – a definition. SD-WAN (software defined WAN) is an innovation based upon the more comprehensive concept of SDN (software defined networking).

MADRID, MADRID, ESPAñA, October 23, 2021 /EINPresswire.com/ — What is SD-WAN – a definition

SD-WAN (software defined WAN) is an innovation based upon the more comprehensive concept of SDN (software defined networking). It enables companies as well as enterprises to set up plans to disperse the network web traffic. The central site of any SD-WAN service has complete control of its sites or workplaces as well as the website traffic which runs via the network, using a Controller. This network Controller is also capable of initiating edge devices on the websites or offices to be set up with zero touch provisioning. One more big benefit that SD-WAN provides is the option to produce an online overlay of the transportation network that is in charge of carrying the website’s traffic data.

What are SD-WAN’s origins

Early in the 2000's MPLS gradually ended up being the network technology utilized by companies and big enterprises because it was a network supplied by the network providers that offered vital benefits. As the end of the initial decade approached, these exact same big businesses and companies wanted and also required to alter their typical MPLS facilities for numerous reasons. Internet lines (specifically xDSL lines) are becoming more trustworthy as well as they can definitely defeat MPLS on the continually increasing data transfer needs, implementation time as well as cost. Organizations started to examine the options of using normal Internet lines, but they still were to develop adequately to be able to facilitate moving from the currently used MPLS lines to normal Internet connections. That's when the bases of SD-WAN were set.

A quick introduction into the origins of SD-WAN

As became clear that standard venture networks (MPLS, …) were not likely to be completely valid in the near future, study and also examinations started in finding means to changing the network to be adjusted to the businesses and large organization’s interaction needs. Among these research studies was the project named “clean slate” that had been developed at Stanford University. At the end, the specialists of the Stanford University concluded that the network requires to be dedicated to transferring data, whilst the network management to be controlled centrally from a central site.

With the approach of separating completely data and control layers, the Stanford University researcher’s design of a new technology paradigm grew into what was later to end up being the base today’s SD-WAN technology. As soon as the project investigations reached this conclusion, it became obvious that SD-WAN was the future for modern network configurations that large enterprises and companies would be implementing.

Cybersecurity, an important aspect of SD-WAN

Due to the fact that many of the SD-WAN implementations make use of open public networks on the Internet, security within SD-WAN is of crucial significance. The need is clear that websites require take care of vital business information, commonly handled by cloud applications and similar web solutions, internet surfing, as well as providing the accessibility of site visitors to the network, with their website traffic originating from diverse sources on the web or in the cloud. Furthermore, one of the fundamental of SD-WAN is that we know that there is a need for two basic levels: the network control level as well as information level and both require to be secured.

Some SD-WAN suppliers have a safety and security option that integrates, device protection overlay safety protection and cloud security.

First of all, there is the device protection, based on a Level 7 firewall program with LAN as well as WAN encapsulation using VRFs. There is the overlay safety level that covers data and verification and integrity, as well as data confidentiality that are handled through IPSEC as well as sectors isolating various network zones and domains, supplying central means for defining end-to-end subdivisions in the SD-WAN implementation.

Now, the Cloud protection is divided into 3 sections. There are affordable offerings, utilizing the most effective protection options to deal with numerous malware threats. These services use malware defense, web filtering as well as network analytics, CPE agnostics, cybersecurity policy configuration, all based upon DNS resolution.

Additionally it provides for a sophisticated protection options that offer extra safety procedures for SD-WAN solutions, acting as a NGFW. Specifically important for systems that allow public cloud access for remote offices and branches. This supplies central services with IDS/IPS capacity, sandboxing, antispam, antivirus, and so on, based upon a modern Check Point technology and is totally integrated within the network administration portal.

In addition, this SD-WAN implementation utilizes its advanced Network Traffic Analytics software with and expert level system for security. This provides an affordable and also unique service for SD-WAN safety and security, enabling an advanced system to find and also avoid safety dangers proactively.

Andre Klein
Internet Marketing Madrid
email us here

Source: EIN Presswire

Bitcoin Latinum Focuses on Poker’s Blockchain Future

Phil Hellmuth Represents Bitcoin Latinum During WSOP 2021

Phil Hellmuth Representing Bitcoin Latinum at the WSOP 2021

Bitcoin Latinum (LTNM) is positioning itself to power the future of poker by harnessing the blockchain

PALO ALTO, CALIFORNIA, USA, October 22, 2021 /EINPresswire.com/ — Bitcoin Latinum, The secure next-generation, insured, asset-backed cryptocurrency capable of massive transaction volume, digital asset management, cyber security, and capacity is announcing a series of initiatives aimed at the poker world.

Bitcoin Latinum (LTNM) is positioning itself to power the future of poker by harnessing the blockchain to facilitate larger transaction volume, improved data management, and processing power. The tokenization of online poker using LTNM will allow for an increased number of global users, expand adaptability from Poker websites, and enhance wallet and currency storage security and convenience.

One of Bitcoin Latinum’s endorsers, legendary poker champion, Phil Hellmuth, recently won his record-setting 16th World Series of Poker tournament in Las Vegas. This win now puts Hellmuth six WSOP victories ahead of fellow poker legends Phil Ivey, Doyle Brunson and Johnny Chan, who each have 10 WSOP bracelets. “I signed with Bitcoin Latinum because I believe the company will make it easier for crypto to be used by everyone on an everyday basis,” said Hellmuth. “In the future I’ll be able to use Bitcoin Latinum to buy my everyday purchases such as Starbucks coffee. Try doing that with Bitcoin or Ethereum and it’s nearly a $10 fee.”

Bitcoin Latinum recently announced plans to officially list on four top-tier public exchanges, under the ticker LTNM. The exchanges are DigiFinex ($1.4 billion in daily trading volume) , FMFW (formerly Bitcoin.com and operating with $3.3 billion in daily trading volume), XT.com, and BitMart.com crypto exchanges by the end of 2021. As a testament to the popularity and growing global adoption, Bitcoin’s price rally recently crossed $60,000.

Bitcoin Latinum was built as an open-architecture cryptocurrency technology, capable of handling large transaction volume, cybersecurity, and digital asset management. Based on the Bitcoin ecosystem, Bitcoin Latinum was developed by Monsoon Blockchain Corporation on behalf of the Bitcoin Latinum Foundation. LTNM is a greener, faster, and more secure version of Bitcoin, and poised to revolutionize digital transactions – reducing transaction fees to around $0.10 with a current maximum fee of 1%.

Monsoon Blockchain Corporation, Asia's premier blockchain company, was selected by Bitcoin Latinum as its foundation partner. Monsoon is focused on innovative cloud solutions in the blockchain ecosystem, leveraging the latest blockchain technology to develop powerful business solutions that allow the successful digitization of and listing of assets across a variety of industries, including financial services, telecommunications, and media and entertainment. Dr. Donald Basile, Monsoon's CEO and founder, is the former CEO of Fusion IO, a company known for playing a major role in implementing the cloud systems at Apple and Facebook as well as partnerships with HP, IBM, and Dell.

In Q2 2021 Bitcoin Latinum announced a groundbreaking green initiative to achieve a carbon net-zero footprint. This will be achieved through an enhanced proof of stake consensus protocol system for settling transactions. As a further commitment to sustainable environmental practices, Bitcoin Latinum officially joined the Crypto Climate Accord. Bitcoin Latinum sold out its initial two pre-sales. More information on obtaining LTNM is available at https://bitcoinlatinum.com/

FOR EDUCATIONAL AND INFORMATION PURPOSES ONLY; NOT INVESTMENT ADVICE. Any Bitcoin Latinum offered is for educational and informational purposes only and should NOT be construed as a securities-related offer or solicitation or be relied upon as personalized investment advice. Bitcoin Latinum strongly recommends you consult a licensed or registered professional before making any investment decision.

Kai Okada
Bitcoin Latinum

Source: EIN Presswire

POND mobile Offers Updated Consumer Plans

New POND mobile rate plans will give you game-changing options for global connectivity.

…we wanted to provide customers with greater access and fewer restrictions.”

— Igor Kamenetsky, CSMO at POND mobile

EDISON, NEW JERSEY, USA, October 22, 2021 /EINPresswire.com/ — Today POND mobile announced new World Phone plans and Global Data plans. Each plan now includes Unlimited data in over 210 countries and destinations around the world. Options for high-speed data start at 1 GB and go up to Unlimited. All World Phone plans also include Unlimited usage in the United States on America’s largest 5G network.

“COVID has had an unprecedented impact on business travel and travel in general. With more and more countries reopening their borders, we wanted to provide customers with greater access and fewer restrictions. With this in mind, we are excited to launch our new World Phone plans”, says Igor Kamenetsky, Chief Sales & Marketing Officer at POND mobile.

Features and benefits of the POND mobile World Phone and Global Data plans include:

· Coverage in over 210 countries/destinations around the world
· Unlimited data in over 210 countries/destinations around the world
· Unlimited Voice, Text, and Data in the US
· Unlimited SMS (From any country to anywhere in the world)

POND mobile’s new rate plans are available starting October 22nd at $75 (taxes and fees are already included). For more information on these World Phone and Global Data plans, visit https://pondmobile.com/consumer-plans/.

About POND mobile: POND mobile, was founded in 2011. With offices worldwide and subscribers in over 150 countries, the US-based MVNO was the world’s first global mobile operator. Headquartered in New Jersey, the company offers revolutionary Voice & Data services for Domestic, International, and Frequent International Traveling subscribers. POND mobile services include Cellular Service for Voice & Data across 210+ countries/destinations worldwide, Smart Caller ID, Local Numbers in up to 90 different countries, SIM Swap and Personal Data Protection, and 24/7 live Customer Support. Visit https://pondmobile.com/ for more information.

Alex Kotler
POND Mobile
+1 212-641-0102
email us here
Visit us on social media:

What is Roaming?

Source: EIN Presswire

CENGN Announces Rural Ontario High-Speed Internet Project for Lakeside Residents

Lake of Bays

Lake of Bays Shoreline

Beautiful Lake of Bays Shoreline

CENGN is announcing the launch of a project that will bring high-speed internet access to the Lake of Bays residents.

OTTAWA, ONTARIO, CANADA, October 22, 2021 /EINPresswire.com/ — New 100′ Small Footprint Tower & 3.65 GHz Radio Technology Will Bring Improved High-Performance Internet to Underserved Residents of Lake of Bays Township

CENGN is announcing the launch of an innovative project that will bring improved high-speed internet access to under-served Lake of Bays residents located around Ten Mile Bay and Emerald Bay. This project is part of CENGN’s Rural Ontario Residential Broadband program and will serve as a model for cost-effectively extending high-performance internet service through a new small-footprint tower site within a municipal access corridor. The project results will be documented to provide a blueprint to other communities facing similar broadband barriers as residents within Lake of Bays.

Lakeland Networks Selected for High-Speed Internet Solution

Internet Service Provider Lakeland Networks was selected to address the needs of residents living in the Ten Mile Bay and Emerald Bay areas of Lake of Bays. This project will focus on providing high-speed internet to more than 220 homes within the township. Supported by CENGN program funding, Lakeland Networks will install a new 100′ tower with 3GHz licensed radio technology, located near Fox Point.

This fixed wireless access approach will bring a range of high-speed internet access services to the residents within a very rapid timeframe. The project will utilize a municipal access corridor in the form of an unused road allowance as the site for the tower.

The project promises several benefits, including:

New 100’ self-supporting tower with a small footprint
3 GHz fixed wireless radio technology for better tree cover penetration
Fast network build times, with services available by fall 2021
Smart beam-forming technology to reduce interference and improve quality of internet service distribution
Excellent range of new internet access services including 50 Mbps download / 10 Mbps upload with no data caps, 40 Mbps download / 20 Mbps upload, and 25 Mbps download / 5 Mbps upload


“CENGN is pleased to work with our partners to expand high-speed broadband internet access within the Township of Lake of Bays,” said Jean-Charles Fahmy, President and CEO of CENGN. “Reliable and high-performance internet services will support the growth and prosperity of this underserved community. By supporting and documenting this innovative solution, CENGN will gain a strong blueprint to help address the challenges of similar communities across the province.”

“Access to reliable broadband internet is essential for all Ontarians, no matter where they live. Businesses, families, schools and hospitals in rural areas like the Township of Lake of Bays need fast connections just as much as urban areas,” said Vic Fedeli, Minister of Economic Development, Job Creation, and Trade. “Our latest budget brings our total new broadband investments to nearly $4 billion over six years, the largest single investment in broadband by a province in Canadian history. That’s in addition to the funds we’ve committed to CENGN to support important projects like this one, which will have a real impact on people’s everyday lives.”

“Ontarians deserve access to reliable, high-speed internet regardless of where they live or work. The Ontario government is taking action by bringing high-speed internet to communities like Lake of Bays Township,” said Kinga Surma, Minister of Infrastructure. “This investment continues to build on Ontario’s commitment to connect every home, community and area with access to high-speed internet by the end of 2025 to ensure people get the services they want and need.”

“Access to reliable high-speed internet is essential in our digital world. Our government recognizes the disadvantages for unserved and underserved communities and is committed to making sure all Ontarians can access digital services no matter where they live,” said Parry Sound-Muskoka MPP Norm Miller. “I am very pleased to see so much forward momentum to address these concerns and am very appreciative of CENGN and the Township’s work to bring another project to fruition. This current project will supply Lake of Bays residents in the Ten Mile Bay and Emerald Bay areas with reliable, high-speed internet which in turn will allow for more economic, education and personal opportunities.”

“The Township of Lake of Bays is very excited to partner with CENGN and Lakeland Networks to increase connectivity in our community,” said Lake of Bays Mayor Terry Glover. “Accessing reliable and affordable broadband is critical for our residents and businesses in rural communities and this need has only increased as a result of the pandemic. Improving access to high-speed internet is a top priority for our Council and this project will support our goal to connect more households. We are grateful to be part of this project and for CENGN’s investment in our community to ensure access to education, health care and government and to position us for future prosperity, economic growth and innovation.”

“We are pleased that CENGN selected our innovative broadband project in Lake of Bays that will bring better service to more than 220 homes which are needed more than ever in today’s work, school, and business environment. Our dedicated team has shown over and over again they are up to the challenge of meeting today’s broadband needs”, Chris Litschko, CEO Lakeland Holding Ltd.

The Next Generation Network Program (NGNP)

This project is part of the Next Generation Network Program (NGNP), an Ontario government program powered by CENGN in partnership with the Ontario Centre of Innovation, which helps Ontario companies develop and demonstrate new wired and wireless technology, products and services. Other projects in the program are focused on smart mining, smart agriculture, and autonomous vehicles.

Quick Facts

Ontario has committed $63.3 million over five years to the NGNP, which is being delivered through a partnership between CENGN, Canada’s Centre of Excellence in Next-Generation Networks, and the Ontario Centre of Innovation.
This initiative aligns with Ontario’s plan to bring high-speed internet to every community, delivered by the Ministry of Infrastructure.
This project is part of the Rural Ontario Residential Broadband program, under the NGNP.
Broadband is a federally regulated sector and telecommunications companies provide the services. Ontario is working with funding partners like the Federal government, municipalities and other investors to deliver broadband to our underserved and unserved communities.


Rick Penwarden
Senior Manager, Communications
CENGN – Canada’s Centre of Excellence in Next Generation Networks
613-963-1200 ex:329


CENGN Rural Ontario Residential Broadband Program: https://www.cengn.ca/rural-ontario-broadband-program/
Township of Lake of Bays: https://www.lakeofbays.on.ca/
Lakeland Networks: https://www.lakelandnetworks.com/
Next-Generation Network Program: https://www.cengn.ca/next-generation-network-program-en/
Ministry of Economic Development Job Creation and Trade: https://www.ontario.ca/page/ministry-economic-development-job-creation-trade
Ontario Connects – Bringing High-speed Internet to Every Community: https://Ontario.ca/highspeedinternet

Rick Penwarden
+1 613-963-1200 ex:329

Source: EIN Presswire

What Makes Distributed Software Development an Optimal Model for PMs, CTOs, and Product Owners?

What’s different now is that distributed development is happening on a completely different scale.

NAPLES, FLORIDA, UNITED STATES, October 22, 2021 /EINPresswire.com/ — Labor markets have not recovered from the economic disruption that took place in 2020 around the world. Both employment losses and the reduction in working hours were at a historically unprecedented scale, four times more significant than in 2009. And now, in 2021, challenges for employers took a new form – companies simply can’t find the right people to fill vacant positions.

Many projects are not delivered due to the paradox of high unemployment rates happening at the same time as record job openings.

Plus, employers are still paying wages for “idle time” – periods when employees are on the clock but unable to complete the job.

What also needs to be mentioned is average earnings in the IT sector are rising at the expense of employers. This change was motivated by the need to attract and retain workers. However, retaining talent is getting increasingly difficult. Developers tend to work on several projects simultaneously, which doesn’t reflect positively on their corporate loyalty.

Why Distributed Development Is Taking Over
In response, businesses are switching to a different way of teaming up with developers – in a remote, collaborative, and distributed development fashion. At the beginning of the pandemic, companies were forced to adapt to “the new abnormal” and switch to remote work. But now that most of the dust has settled, we can see areas that will never be the same. Distributed teams are a part of the “new normal”.

The trend is not new. Distributed development has long been recognized as advantageous for businesses. To name just a few positives, it allows companies to employ a diverse, highly skilled workforce without geographical limitations. Next, it reduces the cost of employment, alleviating the need for face-to-face meetings and travel expenses (especially helpful in the current wage context). Lastly, it provides enough structure to have a well-organized project but also enough flexibility to increase productivity and trust.

What’s different now is that distributed development is happening on a completely different scale. Once a voluntary measure, it became a necessity in 2020 and then grew into a strategic advance.

How Decision-Makers Can Shift Mindsets and Behaviors When Adopting DSD
Distributed software development requires a change in mindset. Thus, businesses need to adopt unique working patterns and adapt existing patterns to strengthen remote work. The first practice to pay attention to is setting up a boot camp at the start of the project. It solves two distinct purposes – ensures a shared understanding of the tooling, code standards, the definition of done, and initial architecture design and creates a welcoming virtual environment.

Next is what we call a “rotating guru”. This is someone who communicates the home team’s context to members of the distributed team. In turn, the distributed team has the opportunity to insert their own insights, making it a two-way collaboration. Do not confuse it with an inspection or audit. During their stay with the local team (which ideally takes several weeks), the guru works as a regular team member. The goal is not to intimidate the team but to foster a relationship where ideas and initiatives can thrive.

While co-located teams have the luxury of communicating face-to-face, there needs to be a close equivalent of that for distributed teams. Make the extra effort to maintain continuous, high-bandwidth communication, once again, for several purposes – the effective exchange of information, overlapping schedules, and to keep up with key events.

It is also possible to spin the difference in time zones in a way that benefits the shared goal. By pairing up a member from one distributed team with a member of another distributed team, managers encourage knowledge transfer. But similar to the “rotating guru”, it’s important to separate these pairings and form new ones.

What most of these efforts come down to is creating a shared community. This refers to the team spirit as much as it does to the project’s knowledge base. All teams need to have access to a single source of information. Otherwise, it leads to misinformed actions and downtime.

Guidelines for Managing Co-Located and Remote Teams
As businesses set up their new geographically distributed network, there are a few guidelines:

All teams should be treated equally, with no division into in-house/outsourced.
Find the balance between monitoring and trust.
Maintain the same standards across the entire hiring process.
Build self-sustaining teams (a few developers + PM + QA).
Separate program management from engineering.
Prevent convergence of architecture frameworks with regular design team meetings.
Prioritize testing.
Recognize achievements and arrange virtual meetings that everyone can participate in.
When it comes to in-house vs. outsourced models, the good news is that businesses can choose both. Intetics combines the best practices of the Remote In-Sourcing model and Offshore Dedicated Teams. Having completed multiple projects, it’s safe to say that both models can co-exist in a coordinated manner. And with online collaboration and communication tools, it is possible to bridge the gap between teams working on different components and modules.

One of the values Intetics upholds is creating partnerships with our clients – by delivering on promises and keeping an open mind for future long-term projects.

These teams share the result-oriented approach and commitment for each project. And in times of conflict, the teams remain self-sufficient, knowing how to take care of local processes.

Many businesses have already faced the challenges of organizing remote work. So, being able to rely on a successfully established system of remote dedicated teams is always a significant leg-up.

We are ready to support your project at every step of the way, you could find more about new trends in our White Paper: “Distributed Software Development: How to Build Your Product and Create Your Team” or just contact us to Get Started.

Nadin Krukovskaya
Intetics Inc.
+1 877-763-8338
Visit us on social media:

Source: EIN Presswire

Amlogic Powers Sky Glass RDK TV

Amlogic Powers Sky Glass RDK TV

LONDON, UK, October 22, 2021 /EINPresswire.com/ — Amlogic announced that their chipset is at the heart of Sky Glass. Amlogic is well known as a world leader in chipsets for high end consumer products. The new streaming TV from Sky is based on Amlogic T962 series of chipsets, with Amlogic’s Hybrid RDK driver platform. This enables the TV to run all common OTT streaming applications as well as handle over the air DVB-T2 television signals and Pay-TV.

The T962 series is a family of high-end TV chipsets that support 4K and with significant AI capabilities.

Sky Glass is the newly released streaming TV with Sky inside and everything integrated. Built on over 30 years of understanding what customers want, it is a TV that only Sky could make. For the first time in the UK, consumers can now get Sky TV over Wi-Fi, with no satellite dish, no box and no fuss. Simply plug, pair and play to enjoy stunning screen quality and cinematic sound. Everything customers need is built in, and with incredible voice search Sky Glass makes it simple for customers to find and watch the TV they love.

Trevor Neal, Vice President of Amlogic said “This is an important project for Amlogic as it showcases the high performance T962 TV chipset running RDK software. We are proud to be part of this project as it represents a real turning point in the industry.”

About Amlogic

Amlogic is a world-leading, fabless semiconductor company that specializes in the design, development and application of high-performance, multimedia system-on-chips (SoC). As a result of our cutting-edge technologies and best-in-class solutions, we have actively expanded into new areas including smart vision, wireless connectivity and automotive electronics, ushering in a new era of AIoT. By providing complete turnkey solutions in combination with industry-leading software and hardware technologies, including UHD multimedia processing, artificial intelligence, content security protection, CPU and GPU with advanced process nodes, customers are able to rapidly optimize and develop market-leading products with state-of-the-art performance and power consumption. Founded in Silicon Valley, with R&D, support, and sales offices worldwide including Santa Clara, Shanghai, Shenzhen, Beijing, Xi'an, Chengdu, Hefei, Nanjing, Qingdao, Taipei, Hong Kong, Seoul, Mumbai, London, Munich, Indianapolis, and Milan.

Visit Amlogic online at http://www.amlogic.com.

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Source: EIN Presswire

Carmakers’ Strategies in Shared & Smart Mobility

Carmakers’ Strategies in Smart & Shared Mobility Report Cover

Carmakers’ Strategies in Smart & Shared Mobility

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AUTO2X Automotive Intelligence and Reserach

Free-Floating Fleet increased substantially in 2020 leading to a 26% rise in overall fleet chart

Free-Floating Fleet increased substantially in 2020 leading to a 26% rise in overall fleet

Learn about the leaders in Shared, Autonomous & Connected Mobility

Online car purchases are fuelled by e-commerce rise. The pandemic is pushing carmakers and auto dealerships to rethink their digital retail channels and accelerate their online e-commerce offerings.”


LONDON, UK, October 22, 2021 /EINPresswire.com/ — This report examines how carmakers are positioned in Smart Mobility across services such as car-sharing, ride-hailing, connected parking, electric vehicle charging, online car sales and robo-taxis. Deliverables:

– Competitor analysis of key carmakers in Mobility Services segmented by capabilities in 15 key Mobility modes, technology competence and winning business models.

– Assessment of their Mobility Portfolio: Technology: e.g. AI expertise; Strategy: investment in start-ups, partnerships, pilots, AMoD; and Market position and leadership

– The state-of-the-art for the different business models in Smart Mobility

– The evolution of the mobility landscape, with a focus on key enablers, critical markets, winning strategies and the impact of mobility as a service to different stakeholder.

Learn about the leadership status of players in Shared, Autonomous & Connected Mobility:

Learn about the strategies and roadmaps of leading carmakers in ride-hailing, car-sharing, micro-mobility, EV charging among other business models.

Understand how the dynamics of Mobility-as-a-Service will evolve by 2030 in China, Europe and the USA.

Understand how carmakers are positioned in Smart and Shared Mobility across 10 business models:

B2C & P2P car-sharing, free-float and station-based

Taxi / P2P ride-hailing, incl. electrified fleets

Automated Mobility On Demand (AMOD_ / robotaxis

Micro-Mobility (e-bikes, e-scooters, other)

Multi-modal transport (e.g. Moovel)

Connected parking (e.g. Park Now)

Electric vehicle charging, such as VW’s Elli

Online car sales and subscription services

Urban Air Mobility investments & strategies

Other Aftersales services (e.g., predictive maintenance, battery swapping, etc.

Players are joining forces in mobility to avoid disruption from new entrants

Car sharing and ride sharing are two of the forms of transportation that have attracted a lot of interest and investment since the remaining types are highly fragmented. Leading carmakers are racing to position themselves to take advantage of new opportunities and compete with new entrants.

Daimler’s with Car2Go leads B2C Car sharing and in 2019 announced a deeper strategy shift to focus on mobility with its restructuring. Also, it has announced an alliance with BMW Group to merge their business units and offer customers a single source of urban mobility. Each company will hold 50% of the new joint venture.

Table of Contents

1. The State of Competition in Shared Mobility

1.1. Competitive Landscape & Carmaker Offerings in Shared & Smart Mobility Services

1.2. Carmaker Revenues from Financial Services & Mobility segments

1.3. $11+ billion of Investments by Carmakers in Mobility Startup

1.4. Key Partnerships in Mobility in 2020-21: the Evolving Landscape

1.5. New battlefronts in Shared Mobility

1.5.1. Market growth in emerging markets

1.5.2. The crucial role of China

1.6. New Mobility, incl. Shared services, presents an additional $1.5 trillion opportunity

Drivers & Trends Shaping the Future of Shared & Smart Mobility Services

2.1. Segmentation and Definitions of Shared & Smart Mobility Services

2.2. Consumer demands are shifting driven by Digitalization, urbanization & sustainability

2.3. Carmakers rethink their Online Car Sales Strategies & Digital Sales Channels due to COVID-19

2.4. Enabling Technology for Smart Mobility

2.4.1. Digitalization: Connectivity, Big data, Cloud

2.4.2. The role of blockchain for Security & Privacy in Mobility Services

2.4.3. Autonomous Driving, Software & AI

Carmakers’ Strategies in Shared & Smart Mobility

3.1. Audi

3.1.1. Audi’s Car Sales 2015-2020 & Revenues 2019-2020

3.1.2. Audi’s Vision in Mobility, incl. Autonomous, Electric and Shared Mobility

3.1.3. Investments related to Smart Mobility & key partnerships

3.1.4. Assessment of Mobility Service Portfolio

3.2. BMW Group

3.2.1. BMW Group’s Car Sales & Revenues 2015-2020

3.2.2. Vision in Mobility, incl. Autonomous, Electric and Shared Mobility

3.2.3. Investments related to Smart Mobility from iVentures & key partnerships

3.2.4. Assessment of Mobility Service Portfolio

3.3. Daimler: Mercedes-Benz

3.3.1. Vision in Mobility

3.3.2. Investments related to Smart Mobility & key partnerships

3.3.3. Assessment of Mobility Service Portfolio

3.4. Ford

3.4.1. Vision in Mobility

3.4.2. Investments related to Smart Mobility & key partnerships

3.4.3. Assessment of Mobility Service Portfolio

3.5. General Motors

3.5.1. Vision in Mobility

3.5.2. Investments related to Smart Mobility & key partnerships

3.5.3. Assessment of Mobility Service Portfolio

3.6. Honda

3.6.1. Vision in Mobility

3.6.2. Investments related to Smart Mobility & key partnerships

3.6.3. Honda’s Mobility Service Portfolio

3.7. Hyundai-KIA

3.7.1. Vision in Mobility

3.7.2. Mobility Service Portfolio

3.8. Jaguar Land Rover

3.9. Porsche

3.10. Renault-Nissan-Mitsubishi Alliance

3.11. Stellantis: ex-FCA & PSA Group

3.12. Tesla Motors

3.13. Toyota Motors: Lexus and Toyota

3.13.1. Investments related to Smart Mobility & key partnerships

3.13.2. Toyota’s Mobility Service Portfolio

3.14. Volvo

3.14.1. Vision in Mobility: “Freedom to Move” & all electric by 2030

3.14.2. Assessment of Volvo’s Strategy & Mobility Service Portfolio

3.15. Volkswagen

3.15.1. Vision in Mobility: MOIA subsidiary

3.15.2. Investments related to Smart Mobility & key partnerships

3.15.3. Assessment of Mobility Service Portfolio

Connected, Autonomous, Shared & Electrified Mobility in China, Germany, California & INDIA

4.1. Summary of Maturity of MaaS across major geographies

4.2. Smart Mobility in China

4.2.1. Urbanization & environmental policy shape new Mobility Needs in China

4.2.2. MaaS Regulation in China: NEVs & ICVs at the centre of Gov.’s policy

4.2.3. DiDi “monopolizes” the booming Ride-hailing industry

4.2.4. Deployment of Lv.4 Autonomous Robotaxi accelerating in China in ‘21

4.2.5. Low adoption of Car-sharing in China

4.2.6. The limited EV charging network hinders MaaS adoption

4.2.7. Bike-Sharing popularity have slowed down recently

4.3. The Status & Outlook of Smart Mobility in Germany

4.3.1. Germany’s car-sharing market rebounded in 2021 driven by free-floating

The Impact of Carsharing on Car Ownership in German Cities (2016)

4.3.2. Micro-mobility: Bike Sharing

4.3.3. Scooter sharing dominated by six major players

4.3.4. Germany’s EV Charging network doubled in 2020

4.3.5. Urban Air Mobility coming to Germany cities

4.4. The Status & Outlook of Smart Mobility in California, USA

4.4.1. Mobility Challenges in California

4.4.2. Ride-Sharing market in California: Uber & Lyft

4.4.3. Car-sharing/P2P car sharing projects

4.4.4. Car subscription models in California

4.4.5. Micro-mobility

4.4.6. Automated Driving & Autonomous Deliveries

4.4.7. EV charging infrastructure and business models in the USA

4.4.8. Three Key players in Smart Parking in California

4.5. Car sharing in North America vs. Europe

4.6. Shared Mobility in India

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Waymo and Cruise have dominated AV testing in California in the previous years, according to data provided by the California Department of Motor Vehicles.

Source: EIN Presswire