Information Services Corp (TSX:ISV:CA) Wednesday announced a new contract through its Technology Solutions segment. ISC said it has secured a $3.2 million (approx. CA$4.5 million) contract with the State of Michigan for a period of five years, with the ...

ISC’s technology solutions segment wins contract with the State of Michigan

WASHINGTON - Today, global tech trade association ITI encouraged the Office of the National Cyber Director (ONCD) to harmonize cyber regulations by fostering greater public-private collaboration, involving global partners, and helping build the cyber workforce to fight growing digital threats.

ONCD Can Streamline Cyber Regulatory Landscape Through Public Collaboration

New line increases production capacity of low-carbon supplementary cementitious materials to 1 ton per day Solidia Technologies™, a leading provider of decarbonization technologies and sustainable sol

Solidia Technologies™ Commissions Pilot Line at Expanded Headquarters Facility in San Antonio, Texas

In a new partnership, 123Net, a Michigan-based Internet Service Provider, will serve as the network service provider for the Detroit Pistons.

123Net to serve as network service provider for Detroit Pistons

For complete information about, and access to, our official publications and services, go to About the Federal Register on NARA's archives.gov. The OFR/GPO partnership is committed to presenting accurate and reliable regulatory information on ...

Federal Acquisition Regulation: Cyber Threat and Incident Reporting and Information Sharing

“Can we go ahead and bill … based on the final validation report once that assessment is submitted and not worry about if our software is properly showing that information?” Hit with several ...

Respiratory therapy, other coded services creating software snags under new MDS

L&T Technology (LTTS) posted in-line revenue of USD288m in 2QFY24, up 3.2% QoQ CC (incl. SWC). Growth was driven by Transportation and Plant Engineering verticals, with 4.4% and 3.8% QoQ growth ...

Buy Larsen and Toubro Technology Services; target of Rs 5210: Motilal Oswal

This digital shift, however, has resulted in a digital divide that goes beyond accessibility to tools and software ... Can advancing technology support the growth of vernacular architecture?

Technology & Software: The Latest Architecture and News

What is Business Information Technology? Business information technology helps organizations solve problems and enhance processes to improve efficiency, serve customers and achieve business goals. Sometimes referred to as business IT or BIT, business ...

Business Information Technology Jobs & Careers

Get the most recent info and news about DCSL Software on HackerNoon, where 10k+ technologists publish stories for 4M+ monthly readers.

Accelerating growth through bespoke software engineering and digital transformation, designed and delivered intelligently. We don’t just meet your expectations…we go One Beyond. One Beyond is a multi-award winning bespoke software development company, with Headquarters in Farnborough, Hampshire, and engineering centres of excellence in the UK, Spain, Romania and Hungary. Since 1994, we’ve created intelligent, cost-effective and intuitive web applications, desktop applications and mobile apps for established businesses, non-proﬁts, government organisations and funded start-ups. We have a team of over 350 across our international business. One Beyond delivers large scale digital transformation, team augmentation, delivery of discrete Agile projects and world class bespoke software using complementary tech including, but not limited to, Microsoft .NET, Power BI, React and Node.js. The company’s capabilities also include DevOps proficiency and deployment on Azure and AWS. Accredited with Microsoft Gold Partner status, as well as ISO 9001 & ISO 27001, the firm’s highly competitive services are leveraged through an optimal blend of international delivery centres either UK-based or nearshore, all operating under One Beyond’s best practice methodology and with a partnership approach, to generate consistent and superior quality products and services. Visit our website to see what some of our clients have to say about working with us: https://www.one-beyond.com/clients Other ways to connect with us: Visit the Blog: one-beyond.com/blog Send us a tweet: twitter.com/onebeyond_ Find career opportunities: one-beyond.com/careers

DCSL Software

Finding a reliable company can be a real challenge. It might involve going through dozens of reviews, numerous lists of the best in the biz, and finally feeling frustrated and overwhelmed with the information. Cancel the search party; you’re in the right place. Below is the list of top eight custom companies from all over the globe that not only know how to code but can turn your ideas into real-time software solutions. product development software development The companies mentioned below offer full-cycle product development services, and from scratch, turn-key solutions in a wide range of industries. They've proven to be reliable partners to some renowned clients. 1. Symphony Solutions https://symphony-solutions.com/ Amsterdam, the Netherlands Location: 2009 Founded: 250–999 Company size: Symphony Solutions is a Cloud and Agile Transformation company that provides custom software development for their 35+ worldwide clients in Europe and North America. As a SAFe certified partner, the company puts Agile practices at the core of its philosophy. It helps Symphony Solutions shorten release time and provide flexibility and increased revenue share for their clients and are an integral part of the success with the clients and partners. the company specializes in Cloud solutions and (assessment, implementation, consulting, coaching, training and certification, and business agility), and custom software development. On top of that, one its main focuses are and Service Design Services: Agile Transformation services iGaming solutions 2. Itransition https://www.itransition.com/ Denver, CO, United States Location: 1998 Founded: 250–999 Company size: Itransition is a global product development company that has been on the market for over 16 years. Company’s global client base includes large, medium-sized enterprises, and emerging startups. It delivers a full spectrum of software consulting and development services globally. From business process inquiry and modeling to systems engineering, Intrasition provides tailored services to enable integrated digital enterprise, where all systems work as a whole. They build ECM, EDM, ERP, CRM and custom apps, which solve enterprise integrity, communication, and collaboration problems and increase personnel productivity. Services: 3. Divectors https://www.divectors.com/ Tallinn, Estonia Location: 2018 Founded: 10–49 Company size: Divectors is a custom software development and data services company with over 11 years of experience. We help businesses make intelligent, data-driven decisions by making a sense out of large volumes of data they have and turning them into valuable insights. We specialize in data services, custom software development, and experience design. The company specializes in data services that include: data governance, , and big data services. On top of that, they also offer software product development and . Services: business intelligence services digital product design 4. Exadel https://exadel.com/ Walnut Creek, CA, United States Location: 1998 Founded: 250–999 Company size: Exadel is in the business of digitally transforming businesses. The company brings its expertise in developing enterprise software for Fortune 500 companies. The company has more than 15 years of experience designing, developing, implementing, and launching mobile, web, cloud, and back-end applications. Exadel specializes in complementing tech teams with highly skilled resources. From custom product development, initial system architecture, DevOp’s, UX/UI, to large-scale development teams that include web, mobile, big data, QA, and application support. Services: 5.Vention https://ventionteams.com/ Walnut Creek, CA, United States Location: 2002 Founded: 250–999 Company size: Vention is a custom software development company that focuses on helping VC-backed startups, and fast-growing tech companies build successful, scalable products. The company’s approach is going beyond the simple code to the very core of the business problem to unlock the true power through software. Vention’s dedicated agile teams focus on product development services, web and mobile development, Big Data, QA & Testing, and DevOps for mid-sized and large enterprises, as well as startups. Services: 6. DCSL Software https://www.dcslsoftware.com/ London, UK Location: 1994 Founded: 50–249 Company size: DCSL Software is one of the UK’s most trusted bespoke product development companies in the industry. Company’s UK-based team of Microsoft-approved specialist focuses on creating robust solutions for companies big and small. It has built a considerable expertise in the variety of sectors — public, private, consumer and business focused. The company has been developing custom written bespoke business applications (from web apps to client portals). Its services include web applications and website development, mobile app development, software and hardware integration, bespoke databases and CRM systems, as well as white label software development and IoT. Services: 7. Qulix Systems https://www.qulix.com/ Minsk, Belarus Location: 2000 Founded: 250–999 Company size: Qulix is an international software development, testing, and technology consultancy. It addresses the specific needs of different customers from small businesses to enterprise-level corporations across multiple business domains. The company provides a wide range of IT services in a number of industry verticals, including digital product development for banking, finance, telecommunications, insurance, healthcare and social care. Their spectrum of services includes software development, mobile app development, software testing, UI/UX design services. Services: 8. Merixstudio https://www.merixstudio.com/ Poznań, Poland Location: 1999 Founded: 50–249 Company size: Merixstudio is one of the leading full-stack product development companies in Poland ready to plan, design and develop web applications and custom software solutions. It works with international renowned global firms, as well as startups and other creative agencies who don’t have the in-house development skills. The company’s core competencies are custom product development, eb application development, UI/UX design (with the focus on Responsive Web Design and modern branding) and HTML5 game development. Services: w 9. Orases https://orases.com/ Frederick, MD, United States Location: 2000 Founded: 10–49 Company size: Orases is a full-service, digital technology agency. Their philosophy centers on the high-end design and building amazing products. They provide custom software, website and application development services and solutions The company develops custom mobile apps, web apps, and web-based applications. They are experts in developing complex software that typically needs to integrate with other systems, like ERP’s, CRM’s, EMR’s, 3rd Party systems, or different APIs and complex datasets. Services: This list consists of European and US-based reliable software development companies to build your products with in 2018.

Top Product Development Companies (USA & Europe)

Top Software Development Companies 2022 That Are Growing Fast

Get to know the top software outsourcing company and 29 more runners-up in this latest market research by Explority. Last year, the global outsourcing market at 85.6 billion US dollars. A notable part of this market, outsourcing software development is not subsiding either. was valued at The reasons behind this upward trend are understandable: according to the , businesses turn to outsourcing as it brings cost optimization and makes them more agile, efficient, and effective. Deloitte Global Outsourcing Survey 2018 With the growing popularity of outsourcing as a service, hundreds of IT companies started positioning it as one of their core capabilities and strengths. But do all of these firms prove to be so skilled in delivering outsourcing software development? To help you define who’s who in today’s outsourcing market, we have assembled the list of the most trustworthy vendors ready to handle software development, UI/UX design, and disruptive technologies. To make the list objective, we ranked the companies according to the following criteria: technological strength ability to ensure project security focus on innovation diversity and complexity of completed projects geographical flexibility Below, we present 30 outsourcing software development companies that have showed the highest scores in these criteria over the last 12 months. 1. Iflexion Founded in 1999, Iflexion houses 850+ experts in outsourcing software development, integration, business analysis, QA, and project management. Iflexion delivers such services as custom software development for end business users, product development, and DevOps enablement, among others. The company also provides dedicated development teams and is ready to boost their software solutions with emerging technologies like AI, AR, and big data, should the project require it. Iflexion has worked with such market giants as Philips, Expedia, Toyota, and adidas, with more than 1,500 completed projects for clients in 30+ countries overall. Location: Denver, CO Founded: 1999 Major Clients: Google, eBay, PayPal, Philips, Expedia, Toyota, adidas Number of Employees: 50-249 Industry Presence: IT, Hospitality, Retail, Media, Finance Website: https://www.iflexion.com/ 2. 10Pearls With more than 350 mobile developers, software developers, designers, and researchers worldwide, 10Pearls augments businesses’ capabilities with their technological expertise. 10Pearls creates applications driven by such emerging technologies as artificial intelligence, blockchain, and augmented reality. Location: Vienna, VA Founded: 2004 Major Clients: National Geographic, Johnson & Johnson, AARP, Nextel Number of Employees: 250-999 Industry Presence: Healthcare, Media, Finance, Transportation Website: https://10pearls.com/ 3. Orases Since 2000, Orases has been delivering strategy, branding, interface design, and full-stack outsourcing software development to more than 750 clients from ten countries all around the world. The company expertizes in building products to be integrated with other systems: ERP, CRM, EMR, and others. Orases also delivers branding services, including brand, communication and social media strategies. Location: Frederick, MD Founded: 2000 Major Clients: NFL, Johns Hopkins University, Frederick County Bank, Major League Baseball Number of Employees: 10-49 Industry Presence: Healthcare, Finance, Sports Website: https://orases.com/ 4. Trigent Software US-based Trigent Software has been providing outsourcing software development  since 1995. The company delivers consulting, design, and development across cloud, mobility, business intelligence, product engineering, and emerging tech domains. Over the years, the company have designed more than 400 products adopted in large and small enterprises alike. Location: Fayville, MA Founded: 1995 Major Clients: Navistar, NEPC, Honeywell, Hewlett-Packard, American Heart Association Number of Employees: 250-999 Industry Presence: Finance, Healthcare, IT, Education, Transportation Website: https://www.trigent.com/ 5. Spiria Spiria is a Canadian custom software development company that has been delivering outsourcing software development for more than 15 years. Spiria offers web, mobile and UX/UI design development. Spiria specializes in user-friendly and responsive websites, from ecommerce stores to secure intranets. The company also delivers embedded systems, IoT solutions, and M2M solutions. Location: Montreal, Canada Founded: 2003 Major Clients: Autodesk, Shutterstock, Disney, Paymi, DogWatch, Evenko Number of Employees: 50-249 Industry Presence: IT, Education, Manufacturing Website: https://www.spiria.com/ 6. Fingent With an active client base across four continents and 250+ specialists on board, Fingent remains a competitive outsourcing software development company for over 15 years. They offer enterprise software development, web application development, data analytics, and digital transformation consulting. Location: White Plains, NY Founded: 2003 Major Clients: Sony, Johnson & Johnson, University of North Carolina, PwC, CBN Number of Employees: 50-249 Industry Presence: Transportation, Real Estate, Finance Website: https://www.fingent.com/ 7. STX Next Poland-based STX Next has 170+ Python, React Native, JavaScript, Android, iOS, and full-stack developers ready to take up outsourcing software development. The company also offers product design and software testing. STX Next offers end-to-end development, team extension, and project takeover. It also works with startups, helping them enter the market and scale throughout product lifecycles. Location: Poznań, Poland Founded: 2005 Major Clients: Seerene, Verve, Pixomondo, Unity, Lamden Number of Employees: 250-999 Industry Presence: Finance, IT, Real Estate Website: https://stxnext.com/ 8. Praxent Operating for more than 20 years, Praxent has delivered more than 300 software solutions in the areas of mobile and web applications development, web portals, and legacy software modernization. Besides, Praxent offers human-centered design development, branding, and rapid prototyping. Location: Austin, TX Founded: 2000 Major Clients: Cisco, Kinder Morgan, Sysco, World Market, Flex, Keller Williams Number of Employees: 50-249 Industry Presence: Finance, Healthcare, IT Website: https://praxent.com/ 9. The Software House With 129 specialists on board and 150+ successfully delivered projects, The Software House offers the following services in the niche of outsourcing software development: web and mobile development, digital product design, QA, and DevOps services. The Software House’s technological expertise includes React, Node.js, Angular, iOS, Android, and React Native. Location: Gliwice, Poland Founded: 2012 Major Clients: Smartum, Synerise, eSky Number of Employees: 50-249 Industry Presence: Finance, Manufacturing, Healthcare Website: https://tsh.io/ 10. AgileEngine Over the past nine years, AgileEngine has delivered more than 70 projects in outsourcing software development, including risk modeling and case management software, tracking platforms, and BI tools. Besides UI, web, mobile, and enterprise software development, AgileEngine provides QA services that include load, stress, performance, security, and usability testing. Location: McLean, VA Founded: 2010 Major Clients: Needles, Logi Analytics, Farmers Edge, LivingSocial Number of Employees: 250-999 Industry Presence: IT, Healthcare Website: https://agileengine.com/ 11. Highland Solutions Established in 1999, Highland Solutions is a Chicago-based custom software development company that engineers and integrates web and mobile applications, multi-tenant custom platforms, and CRM systems. Highland Solutions also offers development of OutSystems low-code platforms that automate time-consuming and monotonous manual tasks. Location: Chicago, IL Founded: 1999 Major Clients: Thrivent Financial, The Delta Institute, Morton Arboretum, Creative Group, Harvard University Health Services Number of Employees: 10-49 Industry Presence: Finance, Manufacturing, Education, Healthcare, IT Website: https://highlandsolutions.com/ 12. Merixstudio Since 1999, Merixstudio has provided outsourcing software development to more than 200 customers from a variety of market segments. The software development company specializes in web development, Python programming, frontend development, React Native mobile development, and UX/UI design. Location: Poznań, Poland Founded: 1999 Major Clients: Fox, The Independent, DFJ, Divio Number of Employees: 50-249 Industry Presence: Finance, Education, Real Estate, Sport Website: https://www.merixstudio.com/ 13. Caxy Interactive Serving outsourcing software development from its Chicago-based office, Caxy Interactive expertizes in Drupal, JavaScript, and Python development, ecommerce solutions, and machine learning. The software development company also offers strategy development and Agile consulting services. Besides, Caxy Interactive takes up UX and web design projects. Location: Chicago, IL Founded: 1999 Major Clients: International Code Council, The Field Museum, Rush University Medical Center, Uptake Technologies Number of Employees: 10-49 Industry Presence: Finance, Education, Manufacturing, IT Website: https://www.caxy.com/ 14. Boldare Founded in 2004, Boldare was formed after a merger of two software development companies, XSolve and Chilid. So far, the company’s team of 130+ technological experts have delivered 250+ projects. Boldare provides full-cycle outsourcing software development, prototyping, and design. It also offers digital transformation services. Location: Gliwice, Poland Founded: 2004 Major Clients: BlaBlaCar, Sonnen, Takamol, Holiday Taxis, Agnito Number of Employees: 50-249 Industry Presence: Energy, Media, Ecommerce, Healthcare Website: https://www.boldare.com/ 15. MojoTech US-located MojoTech outsourcing software development and engineering, UX/UI design, and digital transformation services. Besides, the company mentors their clients’ in-house IT teams. For more than 11 years of their market presence, MojoTech’s team of 65 delivered 150+ software development projects. Location: Providence, RI Founded: 2008 Major Clients: AccuWeather, Aetna, Groove, Blue Cross Blue Shield, United Way Number of Employees: 10-49 Industry Presence: Finance, Consumer Services, IT Website: https://www.mojotech.com/ 16. ClearSummit ClearSummit is a software development company offering mobile and web app development, frontend and backend development, and UI/UX design. The company also offers discovery and technical advisory consultations. Additionally, ClearSummit offers software maintenance and support services to help clients fix bugs and upgrade their systems. Location: Marina del Rey, CA Founded: 2014 Major Clients: Belkin, TuneRegistry, SCH Travel, Musea Number of Employees: 10-49 Industry Presence: Consumer Services, IT, Media, Real Estate Website: http://clearsumm.it 17. Future Processing Established in 2000, Future Processing have delivered 500 solutions to 150+ clients from all over the world. The company’s expertise in outsourcing software development includes software development and consulting using .NET, Java, React, Angular, and other programming languages. The software development company brings to its clients such emerging technologies as AI, blockchain, and big data analytics, and delivers software audit and business intelligence setup. Location: Gliwice, Poland Founded: 2000 Major Clients: Tenneco, Ista, Valeo, TechSoup, Thomas Miller Number of Employees: 250-999 Industry Presence: Finance, Healthcare, Transportation, Real Estate Website: https://www.future-processing.com/ 18. Moove It Being a leading outsourcing software development company, Moove It offers product discovery, web and mobile apps development, testing automation, as well as digital transformation services. Besides these, the company provides technological and Agile coaching. Location: Austin, TX Founded: 2006 Major Clients: Unilever, Verifone, Disney, Sierra Wireless Number of Employees: 50-249 Industry Presence: Consumer Services, Education, Finance, Healthcare, IT Website: https://moove-it.com/ 19. iTexico Since its inception in 2010, iTexico has been delivering UI/UX design, software engineering, QA, mobile and cloud development from its six US-based offices. To make their outsourcing software development as efficient as possible, iTexico follows Agile, DevOps, and Lean methodologies. Location: Austin, TX Founded: 2010 Major Clients: Undisclosed Number of Employees: 50-249 Industry Presence: IT, Healthcare, Manufacturing Website: https://www.itexico.com/ 20. Django Stars European company Django Stars has been delivering its software solutions for almost 11 years. The company offers web and mobile app development, design, and QA. Django Stars also expertizes in data science, data architecture, intelligent chatbots, and big data analytics. The company’s core strength is in its Python development expertise: Django Stars promises to create any type of product using this programming language. Location: Kiev, Ukraine Founded: 2008 Major Clients: MoneyPark, Sindeo, Molo Finance, Clear Minds Number of Employees: 50-249 Industry Presence: Finance, Transportation, Healthcare, Real Estate, Hospitality Website: https://djangostars.com 21. Spire Digital US-based Spire Digital boasts 300+ products launched and 600+ clients served to an overall 98% satisfaction rate. The company delivers digital transformation, Agile process optimization, CX research, data science consulting, and lean product development. Besides all of these and expertise in AI, blockchain, and IoT, Spire Digital offers digital marketing strategy development. Location: Denver, CO Founded: 1998 Major Clients: TomTom, Lockheed Martin, US Navy, Helix, Western Union Number of Employees: 50-249 Industry Presence: Education, Finance, Healthcare, Ecommerce Website: https://www.spiredigital.com/ 22. KitelyTech Delivering to clients of all sizes, including startups and Fortune 500 companies, KitelyTech offers web and mobile app design, ecommerce solutions, data analytics consulting, QA, and more. The company offers SEO services as well. Among the emerging technologies that KitelyTech is offering, there are AI, blockchain, and AR. Location: Chicago, IL Founded: 2009 Major Clients: Karrot Health, Plastic Surgery Clinic of Chicago, Olympus, J.P. McMahon Number of Employees: 50-249 Industry Presence: Healthcare, IT, Transportation Website: https://kitelytech.com/ 23. Table XI US-based Table XI has been a trusted supplier of outsourcing software development for over 16 years. The company provides digital strategy and product design, along with mobile and custom web development. So far, the company have joined forces with at least 100 global clients. Location: Chicago, IL Founded: 2002 Major Clients: Dept. of Medicine of the Northwestern University, Journal for the American Medical Association, AccuWeather, Dickson Number of Employees: 10-49 Industry Presence: Healthcare, Manufacturing, Education Website: https://www.tablexi.com/ 24. Syberry Having a 94% client retention rate, Syberry serves at least 20 industries in the US alone. The company provides a whole range of services, including custom software development, QA, business analysis, and technology consulting. Syberry’s expertise also includes cloud, ERP, SaaS, big data, blockchain, and IoT. Location: Austin, TX Founded: 2014 Major Clients: Bombardier, PayPal, Disney, Shell, Livestream Number of Employees: 50-249 Industry Presence: Finance, Healthcare, Retail, Education, Energy, Transportation Website: https://www.syberry.com/ 25. Vincit California Vincit California is a 400+ employee company engineering mobile apps, web portals, and embedded systems. Besides, Vincit offers UX/UI design. The company has seven offices around the world, which makes it specifically fit for global software development outsourcing. Location: Irvine, CA Founded: 2007 Major Clients: Nokia, Logitech, Yamaha, Roadtrip Nation, Sigora, Fastems Number of Employees: 250-999 Industry Presence: IT, Finance, Telecommunications Website: https://www.vincit.com/ 26. Napoleon IT UK-located DCSL offers outsourcing software development, software and hardware integration, IT consulting, and ongoing system support. The company’s other services include team augmentation, data migration, legacy software modernization, and others. Location: Reston, VA Founded: 2011 Major Clients: Unilever, Severstal, Russian Railways, Yamaha Number of Employees: 50-249 Industry Presence: Retail, Ecommerce, Healthcare, Consumer Services Website: https://napoleonit.com/ 27. DCSL Software UK-located DCSL offers software development, software and hardware integration, IT consulting, and ongoing system support. The company’s other services include team augmentation, data migration, legacy software modernization, and others. Location: London, United Kingdom Founded: 1994 Major Clients: WaterAid, Mitsubishi, Hospify, Abbott, Lidl, Pearson Number of Employees: 50-249 Industry Presence: Healthcare, Education, Manufacturing, Real Estate, IT Website: https://www.dcslsoftware.com/ 28. DockYard Since 2010, DockYard has been delivering product strategy, UX, digital design, software development, software support, and maintenance services. DockYard also provides QA and testing, team augmentation, and business analysis. Location: Boston, MA Founded: 2010 Major Clients: Netflix, Apple, NASDAQ, Zipcar, Fidelity Investments, Harvard University Number of Employees: 50-249 Industry Presence: IT, Transportation, Education Website: https://dockyard.com 29. SoftwareMill SoftwareMill helps its clients tackle IT challenges with outsourcing software development, data science, system integration, and analytics. The company delivers enterprise solutions, UI/UX design, mobile and web applications, and DevOps integration. Location: Warsaw, Poland Founded: 2009 Major Clients: Tipser, Knip, Flexys Number of Employees: 50-249 Industry Presence: Finance, IT, Energy, Ecommerce Website: https://softwaremill.com/ 30. Tivix Specializing in Agile development of cloud-connected web and mobile applications, Tivix is a US-based company housing 65+ experienced developers across six offices worldwide. The company’s expertise in outsourcing software development includes API, database, Django, Angular, and React development. Location: San Francisco, CA Founded: 2008 Major Clients: Apple, Tesla, SolarCity, Zoetis, VMware Number of Employees: 50-249 Industry Presence: Finance, IT, Consumer Services, Healthcare What Does the Future Hold for Outsourcing Software Development Companies? As time passes and businesses start looking for new technologies such as cognitive computing and RPA, some of these vendors can start lagging or cease delivering outsourcing at all. To keep the listing current and help you keep tabs on in this ever-changing market, we’ll continue monitoring the best outsourcing software companies. Stay tuned. ) (Find out more about Explority and our ranking methodology, click here and here

Top 30 Outsourcing Software Development Companies in 2020

Top Custom Software Development Companies

Top Custom Software Development Companies 2018

This December marks 5 years for me at Arthrex within the Digital Media department (which didn’t even exist when I started). Arthrex is a healthcare company specializing in orthopedic devices, hardware, and techniques. The Digital Media Team is specifically focused on surgeon and patient education, surgery outcome tracking, and more. While reflecting upon this 5 year milestone, I felt that it was an infrastructure evolution story worth sharing. A story of our initial migration from our on-prem VMs managed by another internal team to the AWS cloud. Then, you can follow along our migration from EC2 centric deployment to our current ECS approach. We can then take a look into the near future and cover our plans for 2018. I will gloss over deprecated/retired technologies we have used and get more detailed as we get more current with our deployment. Day 1: December 17, 2012, 4 short days until the supposed end of the world, we had a small handful of web applications we were responsible for, written in either coldfusion or flex. Our subject of study for this era will be arthrex.com which was hosted on two Windows 2008 VMs and one bare metal windows system (affectionately known as “node a”, b and c). These app servers were load balanced by a Cisco NetScaler. The datastore for all of our apps at the time was a 2008 MSSQL server setup for manual failover across DCs. Software and system patches along with deployments were done manually and would at most require dropping the node from the load balancer, patching, and rebooting the box before re-adding them to the load balancer all by hand, zero automation. At the very least the application server would need to be restarted during deploys. Over time these nodes started to show their age, mostly during deployments, which at the time, had a bad habit of happening late in the day. Anytime a node had to be restarted, we were not certain it would come back up in a timely manner. Couple that with requests backing up at the load balancer and overloading the very slow (at the time) app servers when they were ready to serve and back in the load balancer. We ended up having to pre-warm our nodes before adding them back, coordinating over a WebEx to bring them in and out of the load balanced group. All these resources we just covered, along with DNS, Email, monitoring (or lack thereof), were all managed by an infrastructure team outside of our department. Conflicting priorities in a growing company and different technical ideologies made for difficulty making changes, planning deploys, or even troubleshooting at times. Things needed to change, time to take our fate into our own hands. Let’s skip ahead to Q4 2013, one year later, and the context of surgicaloutcomesystems.com (SOS), an internally developed Rails application ready for deployment. This application was a rewrite of the, at the time, on-prem flex application containing PHI. With it moving from flex to rails, the question was, how do we host it? Do we submit a help desk ticket along with and email over to the infrastructure team and be at there whim? After much internal debate, discussions with AWS, and many meetings, the business case was made and agreed upon to move to AWS. As far as I know, we were one of the first companies to sign a BAA in regards to HIPAA compliance on AWS. Certainly, at least, SOS would become the first Arthrex application hosted in the cloud. The stage was set, red tape cut, and handcuffs removed. The order, one rails application hosted in a highly available, HIPAA compliant manner on AWS. Infrastructure as code is a core tenant of our DevOps team. For configuration management, Puppet solo would sync the system with our desired state. Orchestration was done via nested Cloudformation stacks partitioned logically on networking, compute, datastore, etc. As for CI and deployment jobs, we spun up a Jenkins server, on here we also installed for ChatOps driven deployments in Hipchat. For monitoring, we brought in New Relic. OpenVPN would provide any private access we need for dev, qa, dba and ops. Hubot network Our VPC design utilized public subnets for ELBs with Internet Gateways and private subnets with EC2 nat instances for our application and database servers. Trying to take AWS best practices into account in regards to high availability we deployed our EC2 instances across multiple AZs* in autoscaling groups with prebaked AMIs, meaning no more pet nodes a, b and the beloved node c. Being in an autoscaling group and on EC2, these application nodes had to be stateless, no local session stores here, because now they could disappear at any time, unlike on-prem. VPC Design (simplified): During any production code change, once it had been QA tested and signed off on, we would do a canary deploy to a single node. Once that looked good, we baked a new AMI based on that node, updated a cloudformation parameter with the new AMI, which updated our autoscaling groups with a rolling deploy. To kick off this fully automated process you would run to do the canary, and to bake the AMI and update cloudformation. hubot deploy production hubot ship production *A cross region deployment is still something we are looking to accomplish, and the new makes that a lot more exciting! cross region VPC peering To check the compliance box, we were limited to a subset of AWS services, some with certain restrictions, some of these requirements stand today. Any EC2 resources had to live within a dedicated VPC, all PHI must be encrypted at rest and in-transit, ELB could only be ran in tcp/ssl mode making capturing the requesters true remote ip much more difficult than it should have been, no RDS support, the list goes on. The data migration plan was ready for moving from the old schema to the new. The DNS was ready to be updated. The infrastructure, monitoring and deployment process were all in place. Early in 2014, SOS was relaunched on AWS and continues running the same code base to this day, however, the infrastructure and process have changed drastically. The infrastructure architecture pattern used in SOS was applied to all greenfield projects taken on by the team. We had some pre-processable cloudformation templates driven by yaml that you could more succinctly declare applications in to easily follow the pattern. Also where we could we moved some websites to s3 static sites. By the end of 2014 we had a solid foothold on AWS, but we still had a proportionally large footprint on-prem, including arthrex.com with all its ever growing aches and pains. We began to deploy and migrate more supporting enterprise to the cloud as well, such as Jira, Confluence, and Github, and given we had many users at our corporate office, it made sense to setup a VPN connection at the office using the an AWS VPN connection. We also segmented our overall deployment into multiple VPCs for logical separation of duties, and connected each new VPC to the office via VPN connection. This evolved to a multi account strategy based on duty, where we can use IAM roles to control privileges and access across accounts. tools 2015, enter our container adoption era. As a DevOps team of one, it took a while to find a way to get containers into our workflow and how to run a production docker cluster. The experimentation spanned K8s, Deis, Flynn, Panamax, ECS, etc. At the time some of these were immature or running them meant DIY etcd or ceph management and HA architecting… something that after a bit of experimentation I discovered was not worth the overhead or stress, at least when there was a nice open source managed AWS ECS offering called that worked right of the box for both local development and for production quality deployments. Convox Convox AWS Architecture: Convox provides a core preprocessed cloudformation template that provisions the above architecture (or close to it — dated diagram) for you, in which it runs its own api within AWS ECS. Convox’s awesome command looks in your cwd for both a Dockerfile and a “docker-compose.yml” file. They support a subset of docker compose v2 to describe both local development and deployment. will run a command behind the scenes, hook up code syncing, and attach stdout logs from your application and route them to your terminal. convox start convox start docker-compose up To get your app up on AWS, you can create You can then deploy your application via , which in turn Convox creates a new cloudformation stack. We use multiple docker-compose.*.yml files to control if we want a certain container or port configuration for different purposes. This new app stack will create a load balancer exposing the ports defined in your docker-compose.yml file on a per docker compose process bases. It will also create an ECS task definition and ECS service using your Dockerfile, which is attached to the provisioned load balancer. There are a few other AWS services leveraged but these are the heaviest lifters. convox apps create my-app convox deploy -a my-app -f docker-compose.prod.yml Initially I had to add support for the private networking and custom VPC CIDR design for us to be able to deploy production loads and connect our VPNs. But aside from that, out of the box it has offered everything we have needed to get all of our applications containerized and ready to start using standard CI pipelines across the board. With all that said, we had found our container platform and began the arduous process of containerizing both the remaining legacy on-prem applications, and the existing ec2 based applications. From this point on, in early 2016, all new development was docker based. Up to today, Convox has been a great platform both operate and deploy to, and has served a great purpose in speeding up our initial container adoption given limited resources. For service discovery with convox/ecs, we are using and to declare our APIs. Kong is an open source API Gateway, of which we run one kong node for dev, and one cluster for prod. We use this for DNS for web apps and as a true api gateway for microservices, including header injection, JWT authentication, and more. We keep service discovery at this layer, agnostic and declarative to ensure it is reproducible and consistent across applications . kong kongfig We run kong in 3 environments, local, development, and production. Each has its own set of api consumers, JWT secrets, and api endpoints reachable via hostname based routing, allowing us to both map addresses and ports to a DNS name, which is exactly what we needed to address to our individual containers without having to worrying about the ports, everything could use :443 and :80 regardless of what is exposed on our ELBs. Kong itself is of course deployed as a container on our convox local or ecs cluster. Each kong environment gets 2 dns entries in route53 mapped to its ELB, one directly to the kong api i.e. and a wild card entry for any apis that the node will be hosting i.e. which accounts for kong apis exposed at or without registering directly in route53. mydevdomain.com *.mydevdomain.com myservice.mydevdomain.com mybetterservice.mydevdomain.com Taking a further look at local development, we are running a suite of containers to provide greater dev-prod parity, namely kong and its supporting containers, postgres, and kong dashboard. Kong Dashboard is used to view and troubleshoot local and deployed kongs. This suite is described in a docker-compose application that also provisions a user defined network when a docker.sock is mounted. We hide this behind a local cli but the internals at work here are as follow: Create or launch the application, named “arthrex” and detach the process: . docker-compose --project-name arthrex up -d --force-recreate And here is the corresponding docker-compose.yml: version: '2'services:kong-database:image: postgres:9.4ports:- 5432:5432networks:dev:aliases:- kong-database.arthrex.xyzkong:image: kong:0.9.3ports:- 80:8000- 443:8443- 8001:8001- 7946:7946- 7946:7946/udpenvironment:- KONG_PG_HOST=kong-database.arthrex.xyz- KONG_PG_DATABASE=postgres- KONG_PG_USER=postgres- KONG_PG_PASSWORD=postgresrestart: alwayssecurity_opt:- seccomp:unconfinednetworks:dev:aliases:- kong.arthrex.xyzkongdashboard:image: pgbi/kong-dashboard:v2.0.0ports:- 3070:8080networks:dev:aliases:- kong-dashboard.arthrex.xyzmailcatcher:image: yappabe/mailcatcher:latestports:- 1025:1025- 1080:1080networks:dev:aliases:- mailcatcher.arthrex.xyznetworks:dev:driver: bridge Now, let’s take a look at a sample application bootstrapped with kongfigure for self declaration on and . convox start convox deploy version: "2"services:kongfigure:build: ./kongfigureenvironment:- WWW_NAME- KONG_HOST- WWW_VIRTUAL_HOST- API_URLlinks:- wwwvolumes:- /var/run/docker.sock:/var/run/docker.sockwww:build: ./wwwenvironment:- API_URLports:- 4200networks:dev:external:name: arthrex_dev ./kongfigure/Dockerfile FROM arthrex/kongfigure:0.3 ./kongfigure/kongfig.yml apis: name: $WWW_NAMEattributes:request_host: $WWW_VIRTUAL_HOSTupstream_url: " " http://$WWW_HOST:$WWW_PORT When the application starts, kongfigure execute its baked in ONBUILD command . This registers the application load balancer with kong using the local kongfig.yml file. The variable dictates which kong environment we are targeting, local, develop, or production. Convox populating the and other variables via an integration with the docker-compose.yml links section. kongfig apply $KONG_HOST $WWW_NAME Kongfigure also manages the applications private network configuration, specified in our docker-compose.yml file “arthrex_dev”, this network exists only locally. This is just another approach driven by infrastructure as code, here we have service routing declared by code. By the end of 2016 we migrated our last app out of on-prem and into docker, and by Early 2017 all of our applications were running on convox. Greatly simplifying and genericizing the operations of our rails, go, coldfusion, node, and other apps. Current footprint is ~35 docker nodes, over ~130 application instances, and over 300 containers. 2017 has been another year of reworking our infrastructure to be easier to use and operate. This has been greatly accelerated by the addition of two DevOps team member, so now we actually have a real team, not an army of one! Some big enhancements this year is standardization of environment variables, migration away from MSSQL to Postgresql, PRs now create and deploy themselves into on demand containers for isolated testing, we brought in vault as a single source of truth for our configuration, and more! Vault is a now central configuration and secret store by hashicorp. We store numerous types of data within it including, third party tool credentials, database creds, server creds, application configuration and secrets, the list goes on. One of the main reasons we set up such a store was for the programatic access of application configurations to power our automation plans. My new(ish) colleague, senior DevOps engineer Braxton Beyer, has been busy replacing our hipchat/hubot/jenkins based deployment scheme with github hook based CircleCI. This new platform has already been through several incantations from circle 1, to circle 2, to a custom docker build image hosting a generic build pipline written in ruby. The ruby built pipeline allows for standardization of deployment across all of our applications, as the pipelines contact point with our apps is that the Convox level, which is agnostic about what it is deploying. From an ops perspective, there is now only one deployment process to learn, but nothing hands-on. From a dev perspective, their github PR’s are now all power and their interface to deployments. Looking ahead, this standard pipeline is the perfect place to begin enforcing code quality checks, linting, static analysis, and other custom checks related to the deployability of your service / application, and more, all in one place, and for all applicable apps at once. A key step in this pipeline is the realization of a long held idea of creating on demand environments from github PR’s. Anytime a new PR is opened on one of our repos, circleci kicks off the process of provisioning a new convox/ecs application. Following our conventions, we then inject the variables and into the build pipeline, which are based upon the github branch or PR name. We then pull a templated env file from vault, and evaluate it i.e.: $APP_NAME $APP_ENVIRONMENT MY_SECRET=thisissecretVIRTUAL_HOST=$APP_NAME.$APP_ENVIRONMENT.mydevdomain.comNEW_RELIC_NAME=$APP_NAME-$APP_ENVIRONMENT Given and . This env files becomes APP_NAME=myapp APP_ENVIRONMENT=shiny-feature MY_SECRET=thisissecretVIRTUAL_HOST=myapp.shiny-feature.mydevdomain.comNEW_RELIC_NAME=myapp-shiny-feature Next, we inject the environment into convox via . We then deploy your application via and from there, your app will start, kongfigure will run and declare your application routing configuration, and hipchat/github will be notified of the build success and provide the newly generated endpoint. Quick smoke testing, full QA testing, or developer review can then occur on that live version of code without having to clone and run locally. These environments are temporary and are set to be destroyed on PR merge. convox env set convox deploy This github PR pipeline is the most robust of all, and since it is a superset of our standard development CI environment and production environment deployment process, our entire infrastructure as code picture is getting very DRY. In order to expose application configuration control to developers, they each access have access to vault via the vault-web UI and are able to update the entries for their application instance as JSON objects. We run a daemon on our cluster that ensures the state of application configuration is met on our convox cluster. That evaluated env file generated from our PR pipeline is also written back into vault to provide access to the new app’s configuration. So here we are, wrapping up 2017, still on-boarding our older applications to the PR pipeline process and beginning to look beyond our convox deployment to the future. AWS Managed EKS looks very exciting, the control plane features k8s offers are second to none, a managed offering on AWS is a big win. Our experience with Convox and ECS will give us a big boost up at getting this new platform vetted, and if ready, spun up for use. We are also looking to take further steps into defining key application metadata used to provision and drive the entire automation pipeline from concept to post deployment monitoring for new and existing application, lowering the time to launch for new service, while keeping our legacy application on board with current internal best practices. This top level metadata would further drive configuration for downstream integrations, infrastructure, and applications. If any of this sounds appealing to you Arthrex is hiring many positions from dev, to devops and beyond, email me at cleblanc@arthrex.com.

From on-prem to AWS to ECS and beyond. The past 5 years at Arthrex Digital Media.

Eventually, we hired a few new Systems Administrators and moved the process into a bash script. Now with my bash script, I could run a little ssh for loop, and push code out to all of the servers pretty quickly. This script eventually became >1000 lines of Perl with a web interface. Server Installation So, that was how we deployed code, how about how we managed server installs before configuration management? It’s funny before we had good online update mechanisms for our servers, you actually had a consistent build across your systems, but only because you never updated anything. You’d think we’d gotten away from this but, in fact, here’s the more modern version for cloud infrastructure. If you do this well, you can have every server in production running a slightly different version of your operating system packages. Configuration Management A few startups after that first e-commerce site, I started working at a Looksmart with Nate Campi, who wrote on automating Linux. Looksmart was the first time I’d ever encountered a real configuration management system, and it was a revelation. a book When I got there, Nate had automated about half of the infrastructure with cfengine, and over the course of the next couple years, we would get to the point where the infrastructure was 100% run by code. Every server in the entire company (not including the Oracle database servers, and more on that in a moment) could be reimaged in a couple of hours. Eventually, I left that startup and went to another one. When I was interviewing, I always asked what kind of configuration management software they were running because I absolutely was not going back to another startup that wasn’t running automation. At the company I eventually joined, one of the people interviewing me said they were running Chef and really happy with it, and another interviewer said they were running Puppet. That was probably a red-flag, but I joined them anyway. It turns out they were running both, but over the course of a few months, we consolidated on Puppet. You might ask why we chose puppet over chef, but it wasn’t a particularly complicated decision. We had more of the infrastructure already automated in puppet, so there was less chef code to replace. If configuration management was so revolutionary and empowering, why shouldn’t you use it? From what I’ve seen there are two modes of running config management. In the first mode, you’ve got an operations team that bottlenecks all changes in production. They’re the only ones with commit access to the configuration management repository, and they have to make all changes in production. This is the way of doing things. anti-DevOps The other option is that you expect developers to run configuration management on the clusters that they are responsible for. This is the much more way of doing things, but it suffers from a different problem. Now you have to teach all your engineers the DSL of your configuration management software of choice, and depending on how you deploy your code to production, every developer now has the power to take down your whole system with a poorly written configuration change. I once had an engineer kill off everything owned by root — with the exception of init — on a 4000 node cluster — including sshd, rsyslogd, and most frustratingly crond — which prevented us from being able to fix the problem using our cron-triggered configuration management tool. DevOps So, there is a way to fix that problem, of course, you just have a separate configuration management branch for every cluster you run in production, and restrict developers to running code on only the systems they manage. Now they can only shoot their own team in the foot, but great, now how do you manage the common infrastructure code? Maybe you use git submodules? It becomes a hairy mess really quickly. And you still have another issue, which is out of sync configurations. Anyone who’s run configuration management at scale has run into this issue. At any given time there’s some percentage of your fleet that is not up to date. That’s for many reasons, either not all the servers run the configuration management tool at the same time, or because broken networks, buggy code, bad configuration pushes, you configuration server is down, or whatever. To solve this problem, you end up writing a bunch of error catching/correcting code to handle all the ways your configuration management tool can fail. Then you write a monitoring alert that triggers when a server gets too far out of date, and no matter how hard you try, you’ll still have unpredictable bits of your infrastructure that aren’t covered by your configuration management or your error checking code. See, configuration management promises that you’ll know the complete state of your infrastructure, but it never works that way. Then, and this isn’t unique to configuration managed environments, but it enables it. Every knows that one server. That one server that’s super important, but nobody has gotten around to automating yet. That one server, that’s a single point of failure. That one server that Bob, who now works at Hooli, setup, and nobody knows how to rebuild? Yeah, that one server! Still, none of this addresses the problem from the beginning of my talk, which is that release engineering still sucks. Configuration management doesn’t really work for release engineering. It can be tortured into the service of release engineering, but in most cases, you end up running some other tool on top of it. That doesn’t mean I haven’t tried. Update this release version for a gated set of the cluster then check that code in, let it run, and then un-gate another part of your infrastructure, oh, and try to automate those changes to your configuration management code, so you don’t screw it up when doing an emergency bug fix. It’s terrible. What’s the alternative? The alternative is immutable infrastructure. If you’re running in the cloud, this means baking your AMI with your application code already on it. See, imagine a world where you finish writing the code, you push it into git, and it gets built into an RPM or Debian package. That package is installed on a Base-AMI that was carefully crafted by your security and performance engineers, and then an AMI, with your software installed, along with its dependencies is pushed out to your AWS regions. But you say to me, well, we’re not running in AWS. We have our own private cloud infrastructure. Well, you can do almost the same thing with docker. In fact, docker makes it even easier. Docker images are immutable to start with. As a side note, don’t run configuration management inside your docker images. Seriously. If you’re doing that, you’re doing it wrong. Image Creation Start with a base, or foundation image — this is either your handcrafted, optimized image or just the default image from an upstream vendor. At Netflix, this was built by the performance engineering team, with input from the security team. Your base image should have the latest security updates as well as any base infrastructure packages that are run platform-wide. Things like your monitoring packages, or your service discovery. Now, you could use a configuration management tool to build your base image, but you could also use OS packages and a little python to install and configure your base image. Now, once you have that base image, you’ll probably want to canary it with a smaller/less-critical applications before releasing it to the rest of the org. At Netflix, we built/promoted the base AMI every week, but we also had a way to push security updates on a faster release cycle when needed. Once you have that base image, you install your application and its dependencies on the base image using your standard package manager (like apt-get or yum). If you have your dependencies configured in your package correctly, this is basically one step. You compile that into a new application specific image, push that to all your was regions, and ! Immutable infrastructure! voilà Tools Let me just briefly talk about some of the tools that you need to make this work. First, if you’re going to use OS packages, you need a quick and easy way to build them. Netflix uses for this. I recommend it. Gradle Next, you need a system to build your images. Again, Netflix uses , but you could use Docker or . Aminator Packer You need a deployment system like , or CloudFormation. Spinnaker Terraform If you want to deploy the same images in test and prod, and you should, you need service discovery like , Zookeeper or even just internal ELBs. Eureka Finally, and this is optional, but I want to mention that having a way of doing dynamic configuration with feature flags can allow quick changes without the need for a re-bake/redeploy. Benefits It totally simplifies your operations. You no longer have to know the state of your currently running servers before releasing a new version. You no longer have to think about how to move from one state to another, and if you servers are broken, you don’t have to fix them (or log into them one at a time to restart crond). Have any of you spent hours or days trying to get the puppet Augeas code to work? Immutable means you never have to look at Augeas again, and that’s worth it just for its own sake. This enables continuous deployments because new code just goes through your pipeline and you don’t have to deal with old versions of libraries or dependencies or configuration that might have been left around. You can quickly start up new instances of your software when you need to scale. I’ve seen config management environments where it takes 4 hours from when an instance first launches before it’s ready to take traffic. That’s probably a pathological case, but it can easily be an hour. It’s hard to use reactive autoscaling if you have to wait an hour for new instances to come up. It’s also hard to recover from failure. If one of the machines in your cluster dies, is killed by chaos monkey, or rebooted because your cloud provider kills the underlying instance, you need to be able to start up a new one quickly. If you think back to CS1, this is a lot like how we talk about optimization during compile time. You’re going to execute the code over and over, put the optimization in there at the stage that only runs once, and take advantage of the startup/run speed. In addition, your configuration is always in sync across your nodes, since they were all launched at the same time, from the same image — no more worrying about that one node where Chef crashed halfway through. You also don’t have to worry about cruft building up in dark corners of your systems. If one of your nodes is acting weird, just kill it and start a new one. You deploy your same image to dev, test, and prod, so you can trust the systems to behave the same in each environment. It’s easier to respond to security threats because you’re used to replacing all of your images in production, so all you have to do is update your base image, and run a new push. No need for kernel-upgrade reboots because your nodes boot from a clean/upgraded state. Also, in the event one of your nodes was compromised, you might limit the time an attacker can persist inside your network. It makes multi-region operations easier because you run the same image everywhere. And that , well that is going to be really obvious. In fact, if you’re running chaos monkey, or your relying on AWS to be your chaos monkey, you’re going to lose that one server sooner or later anyway. one server one server Release Strategies Moving to immutable allows you to take advantage of some cool release strategies. The first one is a rolling release, where nodes are replaced one at a time. This can be handy when you have state on your cluster that needs to be preserved. My favorite release strategy is the Blue/Green push. You have 100 nodes, you start up 100 new nodes, and then you move traffic to the new nodes. If you have issues, you can quickly move traffic back to the old nodes. After a reasonable window, say 1–3 hours, you shutdown the old nodes. Caveats So, of course, there are a couple of caveats. If you are running your own bare-metal infrastructure, you still need to manage the base operating system, but this should be a small team, and you should make your base OS as small as possible. This reduces the attack surface externally, and it also reduces the risk of a bad change taking down your systems internally. Databases So, back at the beginning, I mentioned quickly that our CFEngine setup couldn’t reimage our database servers. Now, back then, we were running old-school Oracle on big Sun Hardware, but it’s a story I still hear from people running Mongo and Cassandra. Sure — we can run immutable, but not on our database nodes, and to that I say — you’re not trying hard enough. As long as the on-disk format is kept between db versions, you can keep your database on EBS (or mount-point in the case of Docker), and you now get the ability to dynamically relaunch your database using immutable images. It’s even possible using relational databases if you have scripted failover between your primary and standby instances. It is possible, I’ve seen it done. Configuration management had its day. It did change the way we managed our infrastructure and allowed us to scale our infrastructure in ways we never had before. The advantages it brought us in reliability and consistency should not be understated, but it’s also a technology, that like the hand-crafted Perl scripts that came before it, who’s time has come. With the adoption of the cloud and application containers, we can now do better than configuration management; we can run with immutability. This will make infrastructure more consistent, more reliable, more secure and more scalable than ever before.

DCSL SOFTWARE

dcslsoftware.com

201-500 employees

Since 1994

COMPANY RANKING

DCSL SOFTWARE

EVERGREEN INDEX #3549

Representing this company? Click here to claim and customize this page!

DCSL Software WIKI

Apply to get your Tech Company News Page live on HackerNoon.com today!

DCSL SOFTWARE

dcslsoftware.com

201-500 employees

Since 1994

COMPANY RANKING

DCSL SOFTWARE

EVERGREEN INDEX #3549

RELATED COMPANIESRANK

STORIES ABOUT DCSL SOFTWARE

Representing this company? Click here to claim and customize this page!

DCSL Software WIKI

Apply to get your Tech Company News Page live on HackerNoon.com today!