Forem: Dana Kozubska

Remote office: how outstaffing in Ukraine can help to expand your business?

Dana Kozubska — Thu, 12 Nov 2020 08:41:02 +0000

Since the 90s, when the popularity of the outsourcing model started to grow, it introduced the new trend for distant partnerships and engineering. Both large corporations and startups with limited resources enjoyed the cost economy and flexibility of such cooperation. Slack and WhatsApp are not exceptions.

However, no one expected the outstaffing model to become this popular. Instead of dedicating the part of work to a third-party vendor, this smart alternative gave businesses more control over their remote employees and delivery.

Here are some statistics to back up my claims.

Fill in the talent gap

According to the Institution of Engineering and Tech study, the lack of US developers was growing steadily in the past few years. Meanwhile, some other countries demonstrate positive dynamics.

The Ukrainian offshore engineering industry is valued at $5 billion as of 2020.
By this year, the number of software developers in Ukraine has reached 200 000 people. It is the 2nd largest country in Eastern Europe by the amount of engineering talent and the 4th largest pool worldwide, coming after the USA, India, and Russia.

Therefore, it has become an attractive offshoring destination for US customers.

For stakeholders, it means two things:

1) fast access to qualified specialists of a specific tech stack

2) considerably lower development costs compared to Western countries.

Cost economy

One of the main benefits of outstaffing is, of course, cost savings.
To provide you with some details, the average rates for engineering talent in Ukraine are $25-49, depending on the level of proficiency, years of experience, and city.
For comparison, engineering rates in Latin America range between $30-50, in Poland - $40-56. In the US and Canada they get even higher.

Although Ukraine is not the least expensive country for setting a remote office, it is rare in terms of service quality for the price offered. Therefore, Digital Transformation Report revealed Ukraine as an attractive destination for businesses from North America, Netherlands, and Germany due to:

Unparalleled quality to price ratio
Geographical and cultural proximity.

Why consider setting a Remote Software Development Center in Ukraine?

1. High dedication & interest in software engineering

If you are looking for engineers who are genuinely motivated in their jobs, look no further. 82% of Ukrainian IT professionals state their interest in technology as the key reason for their career choice. 48% of them also do engineering for pleasure, besides their job duties. That is why IT outstaffing in Ukraine often results in reliable & long-term partnerships with tech enthusiasts.

2. High quality of end product

The end quality of your product should always be a priority. Otherwise, why would you even consider this type of cooperation? Luckily, Ukrainian software engineers let you achieve high software quality without too high of a risk. Ukrainian developers are rated 7th worldwide by their performance and end product quality.

With advanced code review practices and documented workflows, you can set a remote office that will work like in-house. Using Jira and project management tools, all the work stays on track and can be easily supervised at any time.

5 Best Open Source IoT Frameworks

Dana Kozubska — Fri, 31 Jul 2020 13:59:47 +0000

Overview

The Internet of Things, or IoT for short, is a promising branch of technology that together with Big Data is conquering the digital world now. The idea of smart interrelated gadgets and consumer electronics able to work independently has been evolving since the end of the 20th century. This technology has successfully resulted in a highly-developed far-reaching system of middleware between the devices and user applications. The universal popularity of the IoT strategy is easily explained by the fact that there are billions of devices worldwide in all aspects of human life: medicine, industry, commerce, farming, lifestyle, to name just a few.

You should bear in mind, though, that open source solutions are not totally equal to free software. The terms may mean the same and are used interchangeably sometimes. However, open source software (OSS) goes both ways: it can come to you at no cost as well as offer you quite expensive price tags. The difference lies in its open nature of the software development approach as it allows side code enthusiasts to easily join the programming process.

Needless to say, the majority of businesses treat emerging tech trends as an invaluable asset with an eye on their subsequent monetization. Quite obviously, some organizations opt for having the competitive IoT-backed solutions integrated with their processes, like these actionable use cases for Automobile and Sports industries. Some decide to double down on buying out or creating their own open-source platforms to maximize revenues. Either way, it leads us to the exponential increase of software development initiatives driven by IoT. Here’s a list of some facts that just add fuel to the fire of IoT-based potential.

Gartner forecasts the rapid growth of connected things from 14.2 billion in 2019 and 20.4 billion in 2020 up to 25 billion by 2021.
Many advanced technologies, like AI, ML, clouds, IoT, blockchains, are developed within open software platforms. In 2018 IBM buys Red Hat and Microsoft buys GitHub – the homes of contemporary software innovations for all branches of business.
According to the Red Hat report, 77% of surveyed IT leaders plan to expand the usage of open source solutions in the next 12 months. 75% of respondents consider it very or extremely important.
Open source-based business solutions are among the most discussed technological topics of 2019 alongside with cryptocurrency and self-driving cars.
Here is an in-depth guide on how open-source software is used by major organizations like Google.

Open-source IoT frameworks to consider

Many companies look for the out-of-the-box open-source platforms while trying to find the best IoT tools that can provide robust analytics and interoperability between their connected devices. Let’s get a brief overview of the 5 most deployed open source IoT frameworks to see if they meet your business needs.

1. DeviceHive

Price: by request

Documentation: https://docs.devicehive.com/docs

DeviceHive is an open-source IoT cloud service management platform, licensed under the Apache License Version 2.0, with a particular focus on big data analytics. This function-rich technology can:

support Python, Node.js, Java and other client libraries
provide scalable public, private or hybrid cloud resources
support Docker and Kubernetes deployment options
handle single and multiple production volumes at scale
deprive of minor technical peculiarities
connect any devices with REST API, WebSockets or MQTT protocols
leverage the benefits of Apache Kafka, Spark and Cassandra solutions for big data analytics.

What is more prominent about DeviceHive is that it is mostly free to use and change, though also having fixed price services. Both professional developers and consultants support the platform’s implementation.

DeviceHive offers robust tools to set up communication between smart IoT devices. It fills the gap between cloud development, embedded, and mobile app development.

2.ThingSpeak

Price: from $ 650 /unit
Documentation: https://www.mathworks.com/help/thingspeak/

ThingSpeak is a relatively young IoT platform that tightly collaborates with MathWorks. This gives the possibility to leverage from timely MATLAB data analysis from numberless sensors. The platform comprises:

live data streams aggregation and analytics;
data recording from public channels to be further used in newly created private channels;
assignment of public channels to share data;
visualization of collected data;
updates of channel feed via the REST and MQTT APIs;
MATLAB® online analytical tools for exploring patterns and relationships;
TimeControl function that enables event-triggered alerts. To sum up, this framework’s biggest advantage is that it really makes things communicate with you.

3. Mainflux

Price: from $500 /month

Documentation: https://mainflux.readthedocs.io/en/latest/

Mainflux is an open-source and patent-free IoT platform that has a rich number of advantageous tools for data collection and management, core analytics, and event scheduling. No matter the industry, Mainflux provides:

connectivity of things and users via HTTP, MQTT, WebSocket, CoAP protocols;
device management and provisioning;
container-based deployment by Docker;
container orchestration by Kubernetes;
enhanced data security with customizable API keys and scoped JWT;
low OPEX (operating expense) benefits;
both protocol and device agnostic.

This platform is written in Golang and can be deployed as an on-premises, hybrid, or cloud-based model. Prices may vary, starting from absolutely free-of-charge installation modes and support plans to fully-managed business and custom variants.

4. Thinger.io

Price: from € 3.95 / month

Documentation: http://docs.thinger.io/

Thinger.io is an open-source ready-to-go platform for cloud IoT projects. This software enables deployment through Docker containerization methods. Among its beneficial features there are:

smooth multi-hardware integration;
hardware support of Arduino IDE, Linux, Sigfox andARM Mbed boards;
easy-to-use cloud admin console;
live data streaming to websockets;
device data visualization in the cloud via real-time dashboards;
support of both iOS and Android mobile apps;
IFTTT event-triggered settings for multiple IoT devices This OSS tool is highly sensible, easy-to-use, scalable, and secure. Both free and paid subscription plans are available.

5. Zetta

Price: Free

Documentation: https://github.com/zettajs/zetta/wiki

Zetta is the first API-oriented open source IoT framework that basically serves for non-stop streaming loads of data. This technology is deprived of vivid data visualization but its main advantage remains “reactive programming”. The feature list consists of both commonplace and unique characteristics:

smooth integration with customer’s business logic
based on Node.js;
harnesses Reactive Hypermedia patterns for data streaming;
uses Siren Format to build a solid API for IoT devices;
network protocol agnostic;
secured connection between peering servers;
consistent data transition over websockets;
ability to send data to other analytical platforms;
a SQL syntax for queries and notifications. No matter the Zetta community is comparatively small, this IoT dashboard open source counts a great number of devoted followers.

Utilizing OSS: Some benefits and drawbacks explained

At first glance, the IoT tools mentioned above may seem quite similar and enlist homogeneous features but these platforms can come in handy going far beyond. Alternatively to proprietary software, open-source technologies are completely customizable and scalable – as the code is open it can be adjusted and modified to the businesses' needs. OSS allows developers and enterprises to move between different frameworks without complications – the necessary toolkit provided.

With a great number of automated protocols and functions, open-source frameworks save much time for IoT engineers and tech-professionals. This IoT solution is better for handling deployment flexibility issues and reducing expenses. Being of the major priority, data privacy and security is the main standpoint of any business, so you may choose from diverse open-source framework vendors worldwide.

There are still some challenges you can face on this far-reaching way:

Open means free access, i.e. contributors are not always specialists;
Secure maintenance is always vulnerable;
Data privacy gains a growing legal interest;
A number of best open source platforms may cost a fortune;
Bugs happen;
The set of available standard features doesn’t fit all your business needs;
Open source IoT platforms are not for a mediocre user.

Whatever you are looking for, remember that you may choose any way to materialize your business concepts and you are free to change your mind at any point.

Telemedicine Market Study and Startup Opportunities 2020 [+Whitepaper]

Dana Kozubska — Wed, 15 Jul 2020 09:49:26 +0000

Recently, the medical care sector has shown its inability to handle a striking demand in service. Therefore, telemedicine or remote care applications could become irreplaceable tools in next-generation healthcare. Enabling virtual treatment, they have become robust alternatives to physical doctor visits amid the COVID-19 outbreak.

In just a few months, the service received spikes of attention and venture investments. In the first quarter of 2020, health tech startups closed 142 deals and received $788 million of funding in the USA. The high interest from investors, community support, and simplified US regulations open up exciting opportunities for telemedicine startups.

"Mental health, an otherwise underfunded health sector, also saw a 65% year-over-year increase in funding, suggesting the pandemic could shine a light on previously overlooked areas for health innovation." - StartUp Health

Telemedicine market growth

Right now, we witness the rising number of partnerships between telehealth businesses and medical institutions. No wonder, as telemedicine allows physicians to expand the distance between them and the patients, organize secure quarantine rooms, and reduce the risk of spreading the disease. Thus, telemedicine startups are beginning to explore the B2B market which hasn’t been considered until now. Virtual care apps become the first line of defense for medical staff.

Meanwhile, analysts predict some positive telemedicine growth dynamics in the next few years. According to MordorIntelligence, telehome and telehospital segments are predicted to grow the fastest in the North American market with a CAGR of 18% until 2025. The main factors driving change are:

Increasing healthcare costs
Sufficient advancement of technology
Lack of medical personnel
Rising burnout rates among doctors
The growing need for chronic disease monitoring
Growing user’s access to the cloud

All of this creates favorable conditions for launching health tech startups and simplifies their go-to-market strategies.

Newly born telehealth startups

The recently launched applications prove an unexplored potential of this segment. A US startup Tyto Care released a new kind of telehealth application coupled with the complete toolkit to make remote health examinations at home. It includes a stethoscope, an otoscope, headphones for listening to lung sounds, and more. All the devices are interconnected and unified into a single software system.

The health tech startup received $100 million of overall funding and got 3x growth in sales in a single year. Now it’s planning to reach the European and Asian markets. Does this mean that all telemedicine startups will be successful? Of course not. However, it already shows how telemedicine app development provides great value in the current environment.

Could this trend become the new norm in the post-pandemic world?

Recently, the US physicians and lawmakers required to remove the telemedicine service restrictions after the pandemic ended. Mike King states that users who have tried remote service are unlikely to get back to routine processes and face-to-face meetings. If this is true, we are in the middle of the industry change.

Let’s explore the new applications of telemedicine amid the pandemic.

1. Education of users

As the misinformation about COVID-19 symptoms spreads, consumers are turning to healthcare consultants to get a proper diagnosis and avoid misinterpretation of their symptoms. Thus, telehealth software is largely used by hospitals to educate their patients and easily monitor their health status.

2. Mental health consultations

Due to the growing stress level in times of uncertainty, citizens and companies are increasingly turning to psychology consultations. For Lyra Health, a mental benefits startup, the demand has doubled since the COVID-19 outbreak. A lot of requests come from employers requiring telehealth services for their teams to grow their productivity.

3. Patients triage

Medical institutions are encouraging their patients to choose virtual visits instead of going to the hospital for initial consultations. This way, they can reduce the hospitals’ workload and the risk of getting sick. Another reason is cost-efficiency. A single virtual consultation can save from $19 to $120 of expenses, not to mention expenses for travel.

Thus, health tech startups should consider market changes happening now.

Rising telemedicine trends

Targeting elderly populations and citizens at risk

Experts state that elderly and vulnerable citizens are the core category who benefit from remote care. Due to their travel limitations, telehealth software seems to fit them perfectly. Anyway, it’s worth studying your audience before the telemedicine app development begins. This way, you can offer the right feature set and reach them via the proper platforms.

New access points for increased convenience

74% of consumers choose fast and convenient healthcare over live interactions with physicians. By making your telemedicine app accessible over the tablet, mobile, and smart TV device, you significantly increase the chances of getting noticed and widely used.

For example, the US telehealth vendor AmWell recently presented CarePort - a telehealth service for home TV. Connecting a doctor web application with any TV device through HDMI, the app turns a user’s living room into a room for care. A customer can accept the doctor’s call via voice command and begin the session. Such service format is perfectly adjusted for people with mobility challenges or elderly citizens who are still heavily attached to their TVs.

Integration with EHR & EMR and other software

Some of the best telemedicine apps on the market have EMR and EHR software integrated. No wonder, as this simplifies doctors’ work with patient medical histories, gathering and storing information, documentation, and more. Telehealth software should simplify doctor’s work and align well with other must-have processes. For instance, direct integration with lab records and pharmacy software would significantly simplify the creation of prescriptions.

What is a whitepaper about?

Telemedicine app development is an exciting opportunity. However, it requires careful planning and industry understanding. Thus, we prepared for you a detailed whitepaper on telemedicine development & market trends.

It covers the opportunities and challenges for health tech startups in 2020. Based on detailed market analysis, expert thoughts, and real-life examples, we carefully examine the rising tendencies and profitable areas in this niche. It also explains the bottlenecks to complete service adoption and how telehealth companies deal with them.

Explore a full guide on health tech development, including the costs, time, and necessary feature set for your service. This research will give you more chances for success.

Top 10 software companies in Miami, Florida

Dana Kozubska — Mon, 06 Jul 2020 10:11:49 +0000

Finding a software partner whom you can trust may be one of the biggest challenges. The choice will directly influence your product quality, price, and time to market. Therefore, to help you compare different options, we composed a list of top software companies in Miami, Florida. View the list based on Clutch.co, TheManifest, GoodFirms data, and industry research.

Key aspects taken into account are:

areas of tech expertise
years of experience
industries served
customer rates & reviews
awards & industry recognition
flexibility in working models.

Therefore, if you are planning to build a new tech partnership, keep reading.

Top software companies in Miami

0. ByteAnt

Founded in 2006, ByteAnt is an outcome-driven software company serving companies across 7+ industries. Thanks to its personalized approach and 14+ years of experience, a company has turned into a reliable technology partner for customers from the USA and Western Europe. You can expect the full dedication to the partnership and direct communication with ByteAnt top managers.

You can get end-to-end software development, quality assurance, as well as re-engineering and post-release support. Counting an average engineer experience of 5+ years, we pride ourselves in developing stable and bug-free solutions that make our customers grow.

Recognized as the top web development company by GoodFirms, Clutch.co;
Certified Umbraco partner, Microsoft certified technology specialists;
Average rate: $20 - 45/hour;
Staff count: 40+ specialists.

1. Mercury Development

Among top software development companies based in Miami, Mercury Development is worth mentioning. It provides business analysis, consulting, software development, and QA services adjusted to every customer’s needs. Yet, its core service offering is mobile app development. Some of the clients of Mercury Development are HSBC, Thompson Reuters, and Barco.

Average rate: $50 - 99/hour;
Established in 1999
Staff count: 214
Award - top Android app development company.

2. Zakkour Technology Group

Building detailed development strategies for startups, this agency is ranked by Google reviews as the top mobile app development company in Miami. The main focus is on iOS & Android app development, although the agency has diverse technology expertise. Besides the creation of web & mobile solutions, the company also offers augmented and virtual reality services. Listed among the top software companies in Miami, this technology vendor has created software in transportation, gaming, and even church & spirituality industries.

Average rate: $50 - 99/hour;
Established in 2008
Staff count: 10 - 49.

3. OrNsoft corporation

Leading-industry clients: NASA, BlackBerry, United Nations.

Ornsoft corporation also deserves to be listed among top custom software development companies in Miami. Primary, this company delivers the development of custom software, mobile, and web solutions tailored to your requirements. Additionally, it provides cloud and software integration services to keep customers competitive and up-to-date. The company claims that the key to their professionalism is hiring only the best specialists. Whatever stays behind this agency, customers report profound business understanding and the growth in sales after the software updates.

Rates: $100 - 149/hour
Founded in 2009
Staff count: 50 - 249

4. SDSol Technologies

Key clients: MyPark, which has got $2 million of funding for the product built; Cartier, Sync Footwear.

This agency provides highly ranked Android and iOS development services to businesses across numerous industries. The agency distinguishes itself from the others by focusing on precise business goals and customer growth. Besides mobile development, the agency offers IoT, hardware, and software development, coupled with client-oriented project management methods.

Rates: $100 - 149/hour
Founded in 1999
Staff count: 40
Recognized as the top Florida Mobile App Developer Company, Top Software Developers

5. Ardan Labs

Ardan Labs offers development and IT staffing services to middle-size and large companies. Besides traditional technology & business services, the company has launched its professional training for rising engineering talents. Being trusted by Fortune 500 companies, Ardan Labs holds its strong position in our list of top software companies in Miami. The tech stack includes the Go programming language, AWS, Azure, and Google Cloud integration. Recognized for building strong partnerships, the agency takes an active part in global tech conferences and has its own Youtube channel dedicated to technology.

Key partnerships: Oracle, Cisco, Intel, Visa.
Rates: $100-149/hour
Established in 2010
Staff count: 11-50

6. CoBuild Lab Inc

Counting 36 employees in total, CoBuild Lab provides numerous services like blockchain solutions development, workflow automation, and serverless development. Taking a proactive approach to every customer, CoBuild is eager to transform innovative ideas into feature-rich mobile & web solutions. Among its case studies, there is a web portal for education, a job search portal, and a social network for the cannabis industry. The key focus is on cooperation with entrepreneurs that are at the early stage of product launching.

Staff count: 36
Rates: $50-99/hour
Founding year: 2017

7. Solo Media Group

The agency claims to save 30% of development costs and bring a 70% rise in business efficiency to customers. Among the core technology stack, the agency is proficient with React.js, AWS Infrastructure, Node.js, and React Native development. Solo Media team members specialize in custom e-commerce & web development, healthcare app development, and business analysis.

Rates: $50-99/hour
Staff count: 2 - 9
Founded in 2017

8. 8base Labs

This Florida-based company is proficient with SaaS, backend-as-a-service, and serverless applications. It offers full-stack software development and UI & UX design according to the specific requirements of a customer. The core mission statement is to simplify and speed up the development work by using GraphQL, JavaScript, and AWS.

Rates: $50-$99/hour
Staff count: 10-50
Founded in 2017

9. Vates

Vates positions itself as the IT services partner for big organizations and governments. It offers full-cycle Agile development services, R&D, as well as system integrations tailored to each company's needs. Right now, Vates is a reliable IT vendor with a rich industry background. Big Data analysis, IoT development, and real-time analytics make part of their expertise.

Famous clients: Accenture, IBM, Banco de Credito, Fortune 500 companies.
Rates: $25-49/hour
Staff count: 250-500
Established in 1991.

10. Coral Edge

Last but not least, we included Coral Edge in our list of top software companies in Miami, Florida. This IT services vendor offers strategy consulting, mobile, and cloud development services to various-size businesses. Among the other services, we should mention enterprise system maintenance, ERP and e-commerce development, and optimization of existing business structures. The company has established itself as a thought leader in the Florida area.

Rates: may vary
Staff count: 11-50;
Founded in 2007.

Conclusion

The first step to finding the right software development partner is defining the services you need. As you can see, there is no one-fit-all in such a complex and diversified niche. Therefore, set your budget, service you are looking for, and preferred company size. For example, if you are a small business, it might be worth contacting a similar-size tech partner to get enough dose of attention & personalized service.

If you need any help with your software development project, contact us, and get the answers to your questions within 24 hours.

Why consider Go for building a software product?

Dana Kozubska — Wed, 04 Dec 2019 13:33:05 +0000

Why more and more businesses are starting to use Google Go, an open-source programming language, as an alternative to Java and Python? Not surprising. With its promise of agility, simplicity, and speed, Golang seems to have become one of the most powerful rivals to much older and common languages.

What is Go?

Google’s Go language was created 10 years ago as an experimental project. In 2009, two years later, it was introduced to the public. Short time after, the C-based programming language started gaining enormous popularity among web app development companies. The language founders claim to be driven by the idea of creating a “fast, productive and, most importantly, fun” programming language.

Go is a free, open-source general-purpose programming language created to be strongly typed and garbage-collected. Go programs are built from packages whose features allow effective dependencies management. The platform is growing in prominence, being perfected and acquiring new, extended features. Golang was designed to be a language that encourages good software engineering practices:

‘Go combines the development speed of working in a dynamic language like Python with the performance and safety of a compiled language like C or C+. Typical builds feel instantaneous; even large binaries compile in just a few seconds. And the compiled code runs close to the speed of C,’ Google said when Go was firstly launched.

However, Go is not a free-form programming language, as it specifies a lot of formatting details, such as the way spaces and indentation are to be used. The grammar is compact and regular, which allows for smooth analysis by automatic tools, such as integrated development environments.

What is Go good for?

Go is a great programming language that is widely applicable. It fits all-sized software projects with any level of complexity. It is simple, features minimalistic language, and maintainable code.

Go is really good for writing networking apps and Web servers. The strength is in its well-written and powerful standard library.
Go is very good for stand-alone command-line applications or scripts. The successive behavior across platforms allows putting out simple command-line applications that can run almost on any platform.
Go is a great choice for concurrency. Its concurrency model takes from communicating sequential processes.

Networking apps are basically built on concurrency, and Golang’s native features (e.g. goroutines and channels) are perfectly fitted for this job. This makes Go programming language well-suited for minimal frameworks for Web app development, APIs, Web servers, etc. Golang developers prefer this language because most of the items (like goroutines) can be easily used and are available in its standard library.

There is also an issue of latency with garbage collection. Google’s language is claimed to be completely garbage-collected and provides fundamental support for concurrent execution and communication. This is highly important, considering the fact that some of the above mentioned fundamental concepts are not well supported by the majority of popular programming languages.

There are situations, though, when Go is not that good:

Go is somehow applicable for writing system code. Although it may be not the best option for writing system code, Go allows for the integration of C code, which goes quite well.
You’d better not use it for desktop or GUI-based application development. Building rich GUIs for Go apps is still not that well-managed.
Although Golang is able to talk to native system functions, this language is not suited well for creating low-level system components, e.g. device drivers or the embedded system design.

Google’s Go wider adoption

A great number of major organizations, such as BBC Worldwide and The New York Times, are now using Go programming language for their internal purposes. Alongside large web-companies like Dropbox, Facebook, SoundCloud, and, of course, Google, you can find numerous smaller companies using Golang in their operations.

According to the Tiobe Index research that measures the popularity of languages amongst developers, Google’s Go has been nominated for the programming language of the year. From the 55th position in July 2016 Go moved up to the Top 10 in 2017. For now it is placed 20th in the Tiobe list.

Rather than recognizing the most popular programing language, Tiobe Index gave the award to the one that has seen the hottest growth in popularity, with many wanting to learn it. The ratings are based on the major searches on Google, Yahoo, Wikipedia, Bing, Amazon, YouTube, and Baidu. According to the research, Golang has been the greatest mover over the last year with hardly any competition.

Case study: How fuboTV has built a XXI Century Video Streaming Service using Go

…or how a small U.S. company has turned into a multi-million dollar service

In 2014, initially a small U.S.-based company fuboTV started its cooperation with Vakoms, a web app development company (Ukraine). With an ambitious idea of becoming a nationwide football streaming service, fuboTV aimed to provide access to worldwide football leagues and matches through apps for smart TVs, tablets, mobile devices, and desktop computers.

In 2014, initially a small U.S.-based company fuboTV started its cooperation with Vakoms, a web app development company(Ukraine). With an ambitious idea of becoming a nationwide football streaming service, fuboTV aimed to provide access to worldwide football leagues and matches through apps for smart TVs, tablets, mobile devices, and desktop computers.

‘Each microservice solves its own task, e.g. listing, searching, filtration, providing information about a channel, playing video, etc. Thanks to a new structure based on Golang programming language by Google, the rewritten back-end increased safety, development, and data processing speed.’ – Vitaliy Kudryk, web developer Go and Node.js engineer at Vakoms, Go engineer at fuboTV, web developer at Vakoms.

Initially, having developed the back end with Node.js, the company then decided to upgrade it, splitting it into separate microservices, coded on Go.

‘Most of all, I like Go’s simplicity and fast development pace. You can develop an app in a short term, and this app will be extremely fast in work.’ – Vitaliy Kudryk, Go engineer at fuboTV, web developer at Vakoms.

Golang’s Benefits and Drawbacks

Computers have become enormously quicker over the last decade; however, no major systems language has emerged in the tech world over that time. The Golang community explains the main drawbacks of some popular languages of these days.

Dependency management is the biggest piece of the pie when it comes to today’s software and web development. In most languages, ‘the ‘header files’ are antithetical to clean dependency analysis and fast compilation,’ says the community. ‘There is a growing rebellion against cumbersome type systems like those of Java and C++, pushing people towards dynamically typed languages such as Python and JavaScript.’ Source Google FAQs.

What Google believes is that all of these drawbacks are worth trying to be cured again with a new, concurrent, promptly compilated and garbage-collected language.

Web app development with Go has a lot of Benefits:

You can compile a huge program in a couple of seconds on a single computer
Software construction model provides easy dependency analysis
The type system has no hierarchy, which fastens the workflow
Go provides basic support for concurrent execution and communication
The language is completely garbage-collected
The system software construction is available on multicore machines?

‘There is a compiler for many various systems, which means Go app can be used not only via mobile devices and laptops with OS installed, but also through smaller devices like coffee machines (Internet of Things).’ – Vitaliy Kudryk, Go and Node.js engineer at Vakoms.

On the other hand, there are still Drawbacks worth mentioning:

Go still has a very young ecosystem
There aren’t many libraries for Go yet
It is hard to handle errors
A lot of Go’s tools are quite limited when used
Golang still has low-level features (e.g. pointer-arithmetic)
It is simple to the point of being superficial

“The main drawbacks can be found in the actual realization of the language. Some things make routine tasks more complicated. Eventually, you get used to it, but anyway it adds “boilerplate” to the code.” – Vitaliy Kudryk, Go and Node.js engineer at Vakoms.

Go is a new language that doesn’t borrow from existing programming languages like C# and Java. Most of Golang development companies, when looking a bit deeper into its design and type system, admit Go’s simple and minimalistic approach. Although it comes with very limited features, it does not hurt your code reusability and general productivity.