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We live in a data driven business world. How do you tap into yours?
It’s thought Jeff Bezos was the first person to use the term Innovation Value Management (IVM) to describe data as a business asset based on its contributory value. If it wasn’t Jeff, then it was probably one of his team. Amazon is passionate about the value of its data. The company leadership team knows that capturing rich insights on its customers—their buying preferences and behaviors—offers an unrivalled competitive advantage.
When organizations shape their management approach to use data every day to make decisions, they are often described as operating a data driven culture. Organizations want to maximize the value of their data by using it to make business decisions. It’s never been more possible thanks to cloud computing and big data. And yet, the secret of driving business success through data often has more to do with the attitudes and skills of your people, than the technology they use.
Businesses that transition decision making to be evidence based, need curious minds to power change. Individuals at all levels of the enterprise must as the question ‘Why’ more often, and have data and analytical tooling at their disposal that equips them to rapidly find answers to those questions. In the digital age, a spreadsheet doesn’t quite cut it. You will need data harvesting and visualisation tools. More over, you will need data to be organized correctly in the first place, and probably cleansed of impurities. This is where low-code software apps come in.
Many of the new executive roles are analytics based. For example, in the office equipment industry, the transition to data-driven business has led many vendors to appoint Service Managers with an analytical background where previously, these roles were fulfilled by ‘the best field service engineers.’ Such roles today are largely about understanding patterns in data, managing people, and acting on escalations.
The latest research from Gartner suggests that, by 2023, data literacy will become an explicit and necessary driver of business value, demonstrated by its formal inclusion in over 80% of data and analytics strategies and change management programs.
Data has become the lifeblood of enterprise. Executive management teams are taking more of an active ownership role in BI initiatives than ever before. Once the bastion of large corporations—because they were the only community of business able to afford the extremely high price tag—business intelligence has become democratized over the last decade thanks to affordable ‘pay-as-you-use’ applications and cloud-based technologies that scale accessibility and affordability to dashboarding and data warehousing tools. What low-code software apps do is fulfil the ambition that many executives to further democratize business intelligence to every stakeholder in the enterprise, and potentially beyond it.
Creating a data driven ‘curious’ culture will help your business to understand customer behavior, react to market changes faster than your rivals and eliminate the unknowns. What organization would not want these abilities?
Armed with a new set of ambitions, organizations are establishing leadership roles to drive the transition of people, process, technology and data to evolve a data driven culture. The Chief Data Officer (CDO) role is growing in popularity as a standard bearer. According to the latest research from Gartner, this role is intended to:
In a digital era, businesses operate on data. Much of their opportunity is programmed into inbound marketing schemas and their operational performance depends on data analytics to execute hundreds of decisions based on fact—not gut-feel—to fine-tune internal processes and minimize sales costs. To create a data driven culture requires a culture change in many management teams that are accustomed to driving their business based on ‘hunches’ and ‘best guesses’ over what customers value and what they want. A digital economy means that enterprises no longer need to guess.
Jeff Bezos, the founder of Amazon is quoted as saying, “If you don’t understand the details of your business you are going to fail.”
The most commonly reported barriers to a data driven culture are:
The transition from analog to digital business behaviors has been swift; a matter of a few years. Many enterprises find themselves on the wrong side of this wave, operating without good customer, product, business or market insights. They find their operations somewhat sluggish compared to the ‘SaaSy’ new-kids on the block. Executives know, curious minds are needed to fast-track change at every level of the organization.
Attitudes to data vary across businesses. Leaders generally see it as crucial and an opportunity, while many departmental leaders find it a tantalizing prospect that’s probably out of reach. IT leaders, on the other hand, see data as a problem and a risk. And there will be many that see the surfacing of operational data as a risk, given that it might expose their underperformance. Bringing everyone on the same page will not be easy, but it is necessary to remain competitive in a digital economy.
Creating a data driven culture is a change project like any other. To be successful, your business needs to be armed with the same state-of-the-art methods and tools that your competitors will be using. Nothing less will do. That means harnessing robotics and artificial intelligence, analytical visualization tools, predictive modeling and automated escalation routines.
Unfortunately, when considered in isolation, none of this technology will actually help your business to harvest its opportunity and grow. Like most changes in business, it will take a blend of ‘people, process, data and technology’ to become a successful data-driven enterprise—and the need to change attitudes and behaviors will as always take center-stage.

Ian Tomlin is a management consultant and strategist specializing in helping organizational leadership teams to grow by telling their story, designing and orchestrating their business models, and making conversation with customers and communities. He serves on the management team of Encanvas and works as a virtual CMO and board adviser for tech companies in Europe, America and Canada. He can be contacted via his LinkedIn profile or follow him on Twitter.
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HyperAutomation is revolutionizing businesses, powered by new integration ware that makes it easier to glue AI, RPO, IOT and other tech advancements into incumbent business processes. HyperDrive is an example of the bleeding edge of this new enterprise tech. But how does it work and why is it so different to APIs and other data connectors?
Does your business have the ‘Amazonian’ capability to process every customer request directly from its web-shop or eCommerce site? If the answer is no, you wouldn’t be alone. A study by McKinsey of a leading high-street bank a decade ago found that almost 60% of processes still used hard-copy forms or required some level of human intervention. The fact is, the majority of business processes in most companies aren’t automated still today.
The role of a codeless iPaaS is to build a bridge between the data silos that span the enterprise to form up a single-version of the truth when it comes to the critical data landscapes executives need to see.
The quality of data that new app designers want to consume into their workflows remains the biggest single reason why projects derail. Try harvesting data from two or more apps and the challenges soon mount up.
For one thing, many systems still lack a codeless iPaaS to expose their data. Another challenge comes from the fact that businesses don’t always use software the way authors intended, and this can lead to data tables with many omissions. Incomplete data makes matching and organizing data hard to get right.
Even when you can (1) access data, and (2) find it to be of a reasonable quality, there remains the constant challenges of managing sessions (to prevent them from timing out), and knowing what to do with the data once you’ve got it uploaded.
For more than a decade, there have been a variety of Extract, Transform and Load (ETL) products available to app developers that will ‘take care’ of data uploads, transformation and republishing tasks.
But any app developer knows, consuming data often requires a lot of pre and post processing, much of which has to happen server-side on a relational database platform like SQL. All these scripts become a critical ingredient of deployed applications, the hidden heroes of new digital transformation projects. After a while, they become invisible to users and administrators, cogs in the data processing machine that few people can see, or know exist.
And that’s a problem. Because, when you want to adapt or change your app, there’s a good chance you will need to go back a re-bake these logic rules. If the developers that built these scripts move on, that can leave your project in a mess.
One of the biggest shortcomings of low-code and no-code enterprise app platforms has been their inability to think of everything.
Every now and then, requirements come along that demand more than the collection of app building blocks provided by the provider. For business-critical apps, very often, in-house development teams have over the years found themselves having to rebuild low-code deployments with hi-code solutions on enterprise systems like Oracle, Salesforce, or SAP.
Until now that is.
Encanvas, one of the leading providers of no-code enterprise applications platforms, has this year introduced a new technology called HyperDrive.
HyperDrive is an agnostic data plug-in technology that enables app developers to ingest code, script, third-party data sources, algorithms, and app plug-ins and DLLs into its no-code integrated development environment (IDE)—all done without scripting and coding. Which is clever, but what makes HyperDrive cleverer still is that the Encanvas team has added data pre-processing and post-processing into its HyperDrive tool.
Screenshot of Encanvas HyperDrive functionality. The feature is built into the Encanvas Integrated Development Environment

Author
Francesca is an independent writer and head of communications for technology brands. Armed with a passion for writing about innovative technologies that can transform business, she serves on the management team of Encanvas and has worked as a public relations adviser to the executive teams of various companies including Newton Day Ltd, TwoMinute Reads.com, NDMC Consulting, PrinSIX Technologies, and Answer Pay helping to rethink their marketing in order to tell their brand story. She can be reached via LinkedIn.
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At Encanvas we have a passion for low-code / no-code (we like to say codeless) software development. We’ve been leading innovation in the enterprise rapid applications development (low-code / no-code / data mashups) industry since 2002.
Our enterprise digital transformation platform is used to design, deploy and run custom apps by uniquely blending application (aPaaS), integration (iPaaS), Robotic Process Automation (RPA), and data mashup codeless software tools.
Encanvas brings agility and innovation to businesses. Used by data-driven organizations around the world, our platform evolves digitalization plans at the speed of light to maximize customer experience and minimize IT costs. Accelerate time to value of new applications as part of your digital transformation or data engineering program. Read the Encanvas Blog to learn more about what we do.
Without data, you’re just another person with an opinion
W. Edwards Deming, American Statistician
Data matters and it’s central to digital transformation. The problem is no matter how much companies invest in their data, and however they capture it, the quality will always be suspect. Without data, any ideas of digital transformation are likely to be a pipe dream. Low-code is transforming the ability of organizations to create custom apps to cleanse, organize and use their data.
Most companies hoard gigabytes of data on their finances, their products, their customers and markets. The difficulty is that almost no enterprise has its data organized in a structure that makes it easy to access. As soon as business leaders come up with ideas for business model re-invention, probably the next thought in the minds of DevOps leaders is ‘Where is the data coming from?’
Digital transformation projects have a habit of either generating new data (as in the case of sensor network-centric projects) or re-using old data (such as plotting assets or customers on a map and gaining value from location-centric perspectives), or a blend of the two. Re-using data found within the enterprise can be challenging because of data quality issues, the variations of data structures and field formats between applications, and issues getting data out of systems. This means DevOps teams need to have very good data management skills. Low-code platforms offer a smart new way for these teams to harness data that is close by but remains out of reach
How should DevOps teams approach their data challenges? Here are 10 ways DevOps teams are using Encanvas to breathe new life into their old data.
Old data may be held in various applications and formats. It’s not uncommon for Encanvas to gather information from spreadsheets, big back-office systems databases like SAP R3, IBM DB2, Microsoft Dynamics and SQL – all at the same time. Encanvas is a plug-and-play multi-threaded and multi-sourcing platform which means designers can create concurrent live data feeds from multiple systems or end-points at the same time. This capability is used extensively by designers when creating applications that re-use data from existing and new systems together, creating new data structures on the fly for the specific canvases they author as part of applications under development.
Your old data may require filtering to select only the records relevant to your project. A powerful feature built into Encanvas’s mashup environment is our special filter which allows designers to employ drag and drop controls to instantly create very powerful data filtering on inbound data from third party sources. Any number of filters can be applied to tables at the same time. For example, if a designer wants to only ingest data from a customer table of a specific type, and that relates to a specific region, they can create special filters for ‘types’ and ‘regions’ selecting only the records that apply to those conditions. All of this rich configuration is done without any coding and doesn’t influence the integrity of the ingested table, or the potential re-use of data in its native form by other applications (or canvases).
Old data may be held in various applications and formats. It’s not uncommon for Encanvas to gather information from spreadsheets, big back-office systems databases like SAP R3, IBM DB2, Microsoft Dynamics and SQL – all at the same time. Encanvas is a plug-and-play multi-threaded and multi-sourcing platform which means designers can create concurrent live data feeds from multiple systems or end-points at the same time. This capability is used extensively by designers when creating applications that re-use data from existing and new systems together, creating new data structures on the fly for the specific canvases they author as part of applications under development.
If your old data can benefit from being enriched by other sources of data, Encanvas’s mashup capabilities can really bring value by making the internal and external data accessible to applications designers without having to use coding or API to build new integrations.
Sometimes old data requires cleansing at the point of transfer from its original location using a machine to machine cleansing and transforming process to shed unwanted data and apply transformation rules to re-order, de-dupe and re-locate data to new data structures. Encanvas Software Robots make possible machine-to-machine integrations. They equip designers with the means to configure ETL actions and normalize data before it gets ingested into applications. Our software robots also automate the generation of notices to alert designers (and users too if necessary) that transformations have worked – or not. Transformations can be triggered by events, scheduled times, watch folder changes and a variety of other means.
A powerful (and pretty unique) feature of Encanvas lies in its ability to create quarantining protocols for old data that fails to live up to your expectations for data integrity. There are few good reasons to upload records that are unfit for purpose. If you are gathering customer records for example and would determine that records that fail to have any contact email, telephone or mobile numbers included are not suitable for use, then designers can create quarantining rules that filter this data out for special treatment. In such cases, the data remains ‘in the system’ but is no longer visible to users until it has been manually or machine cleaned.
It may be that old data is being ingested from multiple systems or end-points and you need to create a new data mart that has to prioritize the best likely source of good quality data over others. This can get really complicated because different systems may create new data at different speeds and this can create latency issues but, nevertheless, Encanvas has the codeless tooling to enable designers to author voting systems to vote on which source is most trusted. Voting systems can use algorithms to automatically test data integrity and then automatically augment the voting structure, or they can be manual, where the data owner or manager uses a sliding scale of trust levels to determine which source is proving to generate the best results (or both!).
When there are gaps in your old data, there are many ways that Encanvas can create new data as part of its application design. For example, the numeric controls of Encanvas allow designers to create formulas and calculations on data to total columns, sum value, source averages etc. that may be required for your new dashboards and reports but do not exist in the ingested data. Encanvas also has the ability to ingest SQL script and DLLs to make it easy for DevOps teams to re-use existing code blocks or create new APIs and transformations.
Another way to create new data is by using Encanvas’s mapping capabilities to apply location-data to existing addresses and locations. Encanvas has an integrated – and codeless – mapping engine (sometimes referred to as Geo-Spatial Intelligence, or ‘GIS’). It allows designers to plot and pin records on maps. The geo-data of records is added to the data-set (companies like Google and Microsoft charge lots of money to do this!).
Parachute in a high profile technology-centric team with a strong leader into an organization with an existing IT department it’s hardly surprising that you’re going to have to put out some fires and smooth over a few ruffles.
Balancing two-speed IT means having an internal IT team focused on reducing costs and improving process efficiencies through Business Transformation (BX) and a DevOps team re-inventing business models through Digital Transformation (DX) in tandem. Recognizing each team for its own skills and contributions to business outcomes and balancing praise is going to be important for a healthy culture.
We’ve saved the most dramatic way of fixing old data quality issues until last – because it’s no small project to build a new data warehouse to gather and re-organize data into new structures but sometimes it’s the most sustainable way to ensure that data integrity is preserved for the life of your application. For mission-critical processes, it’s probably the best quality outcome although the time and investment needed to create a data warehouse or enterprise data-hub are definitely ‘none trivial’. Encanvas includes all of the codeless tooling needed to fast-track the creation of new data warehouses and data marts using the data repository of your choice – whether you are moving towards a big data solution like Hadoop or are seeking a more traditional data structure like SQL or DB2.
So there you have it – ten ways Encanvas Low-Code can help you to turn old data into useful data for your next digital transformation.
To find out more about the capabilities of the Encanvas Low-Code platform, please contact our team.

Author
Francesca is an independent writer and head of communications for technology brands. Armed with a passion for writing about innovative technologies that can transform business, she serves on the management team of Encanvas and also works as a consultant and advisor to the executive teams of PrinSIX Technologies, Answer Pay and INTNT.AI, helping to rethink their marketing in order to tell their brand story. She can be reached via LinkedIn.
In its 2019 FutureScale outlook focusing on ‘Digital Supremacy’ IDC argued that operating as a software-driven “digital innovation factory” will be at the core of an enterprise’s ability to sustainably differentiate and compete in its own industry.
They suggested that, by 2025, nearly two thirds of enterprises will be prolific software producers with code deployed daily, over 90% of apps cloud native, 80% of code externally sourced, and 1.6 times more developers than today.
Watch any ad break on the TV and you will see 4 in 5 ads promoting apps or showing someone using a smart device. The world has gone mad for smart devices, AND APPS.
Why are so many companies becoming no-code software app factories?
A clue comes from McKinsey & Co. in its paper published in August 2020 titled, ‘The Next Normal—Digitizing at speed and scale’ where the management consulting and analyst firm suggests the recovery will be digital. They write, ‘The COVID-19 pandemic has heightened the need for companies to adopt digital business models—and only cloud platforms can provide the agility, scalability, and innovation required for this transition. Although there have been frustrations and false starts in the enterprise journey to the cloud, companies can dramatically accelerate their progress by focusing investments in it where they will provide the most business value and by building cloud-ready operating models.’
No business today can ignore the importance of transitioning incumbent slow-burn enterprise systems towards an agile, cloud-born, no-code software platforms that serve the information management demands of all stakeholders.
There are two major drivers of this move to no-code software. They are:
The pace of change in markets is unprecedented. It means laggards are no longer ‘just slow’ and missing out on opportunities. Without a place in the digital future, companies face extinction. According to research conducted by PWC in 2019 and 2021, around 1 in 5 surveyed companies (18%) implemented some form of Artificial Intelligence in 2019, but that dropped to 4% in 2020 when the pandemic gave businesses something else to think about. 2021 is likely to be the rebound year when businesses accelerate their digital plans to innovate their way out of the economic slowdown.
Frank Gens, Senior Vice President and Chief Analyst at IDC, argues, “As more than half the global economy turns digital by 2023, a new species of enterprise will be required to compete and thrive. IDC’s 2020 predictions show that enterprises will prepare for the digitized economy by accelerating investments in key technologies and new operating models to become hyperspeed, hyperscaled, and hyperconnected organizations.”
For many industries, customer aspirations have changed in the past year. Some businesses will be impacted by the raising demand for PPE and medical products. Others will have to deal with the consequences of more home working that reduces foot-fall in major commuter cities. Covid-19 brought the travel and tourism industry to its knees. Office space will drop in demand and value. And ANY business not already trading successfully online will need to get their act together in 2021. Those, however, are the top-line impacts. Consider too that consumers have reset their perspectives on what’s important. The pandemic has raised questions in the minds of buyers in the efficacy of a wasteful consumer society. Re-cycling, re-use, and business models framed around protecting the planet will trump behaviors that promote excess and extravagance.
Every business will face its own unique blend of challenges, and to counter them, the solution is to create a technology ecosystem that maximizes customer value and experience, while minimizing cost. Unfortunately, that doesn’t just come out of a box in a form executives can plug in—it needs to be crafted and deployed.
The modern no-code software app factory relies on a partnership between the IT team and ‘the business’ comprised of Line-of-Business (LoB) managers, execs and application stakeholders (which could be employees, contractors, customers, suppliers, industry partners, shareholders, etc.).
To herd the cats, you will also need a Project Manager to drive the ideation process. Additionally, a Business Analyst should be on hand to create the apps using a modern codeless Integrated Design Environment (Today, the app creation role has shifted away from the tech-stack deployment, scaling, backup and architectural considerations, and the operational governance responsibilities of IT).
Bringing these disparate interests together is the role of the FUSION TEAM. This is a transitional decision making ‘meeting of minds;’ where stakeholders come together to agree what should be built, how it should be deployed, and what people, process, technology and data considerations need to be thought about to make any app deployment a success.
The technology toolset will be a no-code application Platform-as-a-Service (aPaaS) of one form or another, deployed on a private cloud by the vendor. Expect to find in your tool-kit the Integrated Development Environment (IDE), together with data management and governance tools, heaps of data security, and the necessary data crunching and integration tools needed to harvest data from existing and third party repositories. It’s worth noting that almost no application exists as an island these days. Inevitably, your apps will need to harvest and serve up data to third party tools. With modern tech-stacks, this is normally achieved using codeless data connectors, so whilst still not a trivial task, it is surprisingly simpler than using APIs and third party integration platforms and tools.
How companies think about their enterprise stack has been slow to change. Company IT teams were educated to code and script. They have invested hours of their lives in learning the systems and tools your business uses today. Asking them to forget all that and adopt a new approach and set of skills is a big ask. Therefore, managing change is best done by bringing in some fresh thinking, either from a third party, or by hiring a Digital Officer familiar with the latest generation of cloud-born no-code software application ecosystems—such as Appian, ServiceNow, Encanvas, Outsystems, BettyBlocks or force.com.
Transitioning to become an APP FACTORY is a people, process, data, and technology transformation—and it’s never easy eating an entire pizza in one serving. For businesses that have yet to transition to FUSION TEAMS and NOCODE development, the likely starting point is to find a technology partner able to advise on how to progress.
The good news, is that no company has to be left behind. Every opportunity exists to get on the band-wagon and to build up your capability to develop a digital ecosystem to build agility into your tech-stack and orchestrate your business model one app at a time.
Looking for enterprise-grade no-code software for YOUR app factory? To experience ENCANVAS for yourself, book a test drive.

Author
Francesca is an independent writer and head of communications for technology brands. Armed with a passion for writing about innovative technologies that can transform business, she serves on the management team of Encanvas and has worked as a public relations adviser to the executive teams of various companies including Newton Day Ltd, TwoMinute Reads.com, NDMC Consulting, PrinSIX Technologies, and Answer Pay helping to rethink their marketing in order to tell their brand story. She can be reached via LinkedIn.
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It’s about the small things. The ease at which, as a customer, you can apply for a loan, register for a service, pay a bill. These are characteristics of ‘the craft’ of running a digital business that sets businesses apart from their rivals today.
For the most part, the customer experience improvement agenda has shifted from the very front-of-shop to the no-mans-land space that resides between websites and back-office systems that power common core business processes. No-code digital transformation makes all this possible.
Note: There are some exceptions to this rule. 3D visualization of products is one of those; where customers today, in search of a richer online shopping experience, are finding value in solutions that empower them to personalise their own products using powerful 3D imagery and thoughtfully designed product feature selection journeys.
Read how firms are using 3D to drive customer engagement here.
No-code platforms aid digital transformation. It’s about what Dave Brailsford (the coach that took the British Cycling team to Olympics success and, in doing so, made history) called marginal gains. This means bringing attention to detail on the customer experience that applies ‘1% improvements’ to every nuanced step of the customer experience. This, to ensure that customers can find and get to what they want faster, simpler, better. no-code platforms equip IT teams to build apps as quickly as departments need them, with each app tailored to the needs of customer audiences.
Some examples of this? How about offering customers the ability to use their Facebook and Google accounts to register for a service, providing a voice bot to answer questions without asking customers to type anything into a form, or giving customers the ability to track delivery from order placement to the door!
As mentioned, while the focus of the customer experience started with swishy websites and intuitive landing pages, competition has driven customer experience into the back-office nowadays. The challenge for some organizations is that more often than not, back-office processes are powered by slow-burn enterprise IT systems or, worse still, spreadsheets and SaaS tools that aren’t good bedfellows.
What is a Customer Experience Strategy? Learn here.
What we’re seeing presently in some industries—like financial services and retail—could be best described as a digital innovation gold rush. There are so many places where new forms of digital technology can fashion a small improvement that capable firms are employing internal fast-track tech teams to grab fistfuls of this new goody bag of tech to start eradicating human-in-the-loop process steps.
While there’s no lack of enthusiasm in these teams, areas to improve, and no shortage of tech to innovate with, there are challenges. These mostly originate from leadership teams uncomfortable with change, officers that might be viewed by some as conflicting priorities—such as to protect the business continuity risk profile of the business, and the time immemorial cultural and behavioral barriers that hamper any enterprise change.
Fusion teams are displacing DevOps teams to upscale digital innovation in the enterprise. Learn more here.
Another drawback to innovating customer experience in the back office is how data and processes are managed today. As dev teams look to gather existing and third-party data together, they frequently discover that data quality is not what it should be in enterprise IT. Furthermore, a splurge of new SaaS tools adopted over the past decade, means there is no unified ecosystem of data in place; no single version of the truth for important data tables that determine organization structures, process designs, roles, policies, user groups, etc.
no-code platforms speed to market as much as anything else. Blend speed to market with ‘best-fit’ and you have all the IT ingredients you need for a successful digital rewiring of your business.
Where the state of the art in customer experience innovation is moving to a new battleground for technology in the clouds. Digital leaders know they can innovate faster, and show meaningful returns, only when they can truly harness enterprise data to show meaningful improvements. This is causing digital leaders to explore smarter ways to make sense of customer data (learn about Customer Data Platforms here), harvest data; and build applications designed to perfectly fit customer experience needs.
Enterprise no-code Application Fabrics are cloud platforms used to create a unifying digital canvas across your enterprise to interplay between internal systems and the bigger digital world. These ‘as a service’ cloud platforms leverage data from pretty much everywhere and bring together data management, applications design, and operational governance into a single technology toolkit. The dedicated players in this market, each offering varying stages of maturity include Encanvas, Appian, OutSystems, Mendix and ServiceNow, with further solution alternatives being provided by the leading enterprise platform providers, including Microsoft, Oracle, and SalesForce.com. The general direction of travel promoted by these vendors is to hyper automate back-office processes and cut operating costs while improving customer experience.
No-code platforms represent a new genre of enterprise software formed around low-code or no-code principles whereupon the design of applications, and much of their deployment effort is augmented without the need for scripting and coding skills. This means applications can be developed rapidly, by small teams of IT and business stakeholders (a.k.a. Fusion teams), and deployed at scale by IT architects. Design look and feel aspects are pre-determined by enterprise IT user experience teams to ensure that applications designers need only focus on the 40% of app characteristics and data dependencies that are truly unique to the app being created.
Businesses are moving to no-code platforms from the previous soup of SaaS solutions, slow-burn enterprise core business systems, and spreadsheets to fill and automate the void between websites and delivery systems. They are making a choice to make their processes ‘different’ to competitive rivals, instead of accepting the vanilla process enablement solutions that came before, to make every enterprise work in the same way.
It means that tools such as chatbots, AI-based decisioning, sensor networking and IoT technologies, blockchain, 3D visualization and virtualization, software bots, and other modern digital componentry can be ingested into business processes without major re-wiring.
No-code digital transformation and the adoption of enterprise-wide no-code applications fabrics makes for a very different kind of competitive advantage. Advances in the enterprise architecture like this—that meld data organization with applications design into a single toolkit that spans all enterprise activities—present new agility opportunities for customer experience chiefs. It means they can make substantive enhancements to processes over time, and implement them faster, at a much lower cost of change. Using no-code editing of applications—and fusion teams that harvest ‘how-to’ knowledge from the business stakeholders that really know their subjects—leaders now have the means to constantly tweak every cog in the customer experience until it is performing to its optimum.
Of greater importance perhaps is this: the use of software bots means that every step of the customer journey is recorded as digital data insights that can be used to expose new customer value, buying trends, expose process bottlenecks and shortfalls; to ultimately create smarter, more automated, and more competitive businesses.

Author
Ian Tomlin is a marketer, entrepreneur, business leader and management consultant. His passion is to help make great ideas happen. Relentlessly optimistic about the potential of technology for good, Ian’s 30+ year career has focused around the intersect of strategy, technology and marketing. He writes on subjects including enterprise computing and organizational design. He also works as a consultant and advisor to the executive teams of PrinSIX Technologies, Answer Pay and INTNT.AI, helping to rethink their marketing in order to tell their brand story.
Ian has founded a series of successful businesses including NDMC Ltd (2003), Encanvas (2006), and Newton Day Ltd (2019). He has written books, articles and guides on brand, digital transformation, enterprise applications, data science, workforce management, and organizational design. He can be reached via LinkedIn or Twitter.
SERVING THE CITIZEN DEVELOPER
#rapidapplicationsdevelopment #CodeLite #LowCode #NoCode #Codeless #no-loSoftware
Rapid-application development (RAD) is a term used to describe any form of adaptive approach that speeds up the process of creating and deploying software applications.
In 2018, Gartner declared, ‘Everyones a developer.’ They defined the term citizen developer as – ‘a user who creates new business applications for consumption by others using development and runtime environments sanctioned by corporate IT.’ At encanvas, we see citizen developers as non-coding and non-scripting professionals (like business analysts and architects) who want to develop a software application to service a business need.
The rise of citizen developers has come from a transfer of power from centralized IT teams to departmental leaders looking for ready-made fixes to forms capture, analysis, processing, task automation and reporting applications. Business units are increasingly controlling their own application development efforts and, as the result, business-led IT practices are on the rise; according to Gartner, something like 36% of the IT budget.
In its latest report on the subject of applications development, analyst firm Gartner suggests that, ‘By 2023, the number of active citizen developers at large enterprises will be at least four times the number of professional developers.’
Every citizen developer has ideas, but can they turn them into reality? Well perhaps they can today. Modern Rapid Application Development (RAD) platforms enable both IT professionals and citizen developers to create high-impact enterprise apps. In this article about software development we explore the various forms of modern rapid applications development concepts and why they appear to be taking hold.
The idea that smarter advanced programming languages and methods can speed up the task of developing software is nothing new. There has been a long-running quest to improve productivity by allowing business people to generate their own programs using rapid application development (RAD) tools. These applications serve to reduce the time, cost, technical complexity, and risk of software applications development by improving all aspects of the application development lifecycle.
Businesses are transforming their business models to embrace modern digital technologies such as blockchain, artificial intelligence, big data, 5G telecommunications, mobile computing, virtual reality, 3D printing, the Internet of Things, software robots and hardware drones. To achieve this transformation, they require software that fills the gap between their incumbent Systems of Record and the long-tail of demand for apps needed to orchestrate their business models. The introduction of new Development Operations (DevOps) functions within large corporations is creating demand for new tools that allow a faster pace of development with ‘fail-fast’ prototyping characteristics.
Another transformative change in the boardroom is the realization that, in an always-on economy, customer centricity and experience (and brand reputation) has become the biggest competitive differentiator. To deliver an above and beyond experience, organizations need to listen harder to customers, analyze large volumes of data, translate actionable insights, and apply learning lessons through the creation and iteration of their software applications. This calls for more agile, adaptive software than exists today in most organizations.
These two drivers are driving demands for software automation and innovative applications across the globe for what Gartner now describes as the low-code enterprise application platforms (LCAP).
According to Gartner, “Business units increasingly control their own application development efforts, of which citizen development will play a crucial role in the future of apps. Application leaders need to help define, guide, and optimize citizen development to maximize mutual benefits for business and IT.”
A 2018 market report by ReportBuyer suggests that, ‘The low-code development platform market size is expected to grow from USD 4.32 billion in 2017 to USD 27.23 billion by 2022, at a Compound Annual Growth Rate (CAGR) of 44.49% during the forecast period.’
Expect application platform capabilities to include:
– Tooling to develop, version-control, test, deploy, execute, administer, monitor and manage applications
– Support for the design of data schema and application logic
– Integration with third-party applications
– Automation of platform patching and versioning.
– Rapid application development provisioning, including:
– A low-code, no-code or codeless approach to development of UIs, databases, business logic and data definitions
– Support for development by non-coders
– Single-step deployment
– Providing support for enterprise-grade projects with:
– High availability and disaster recovery
– Secure access to application services
– Technical support to customers
– Third-party application access to application logic and/or data via APIs and/or event topics
– Scope to add third-party DLL, code, script, data visualizations, mapping engines, algorithms etc.
According to PwC, the gap between business and IT is growing wider. When asked if business and IT share an understanding of the corporate strategy, only 54% of respondents agreed
PWC, 6th Annual Digital IQ survey of nearly 1,500 business and technology executives (2015).
First came Fourth Generation Languages (4GL) in the 1980s and 1990s, that adopted a more human, conversational approach to writing applications. Most floundered after a few years of success.
Then in the early 2000’s came a wave of ‘enterprise mashup’ solutions after Gartner coined the term and defined a new multi-billion dollar enterprise software market for applications able to serve the long-tail of demand for ‘situational applications’. Mashups died as quickly as they arrived. However, the idea has gained traction again more recently, third-time-round rebranded as ‘low-code’, or for the ambitious, ‘no-code’ programming.
Low-code development tools are declarative – that is, they enable the visual modelling of the user interfaces, business logic, algorithms and data handling that make up a typical application, without the need to describe the controlling code. Most low-code solution providers will claim their tools support enterprise-class applications. One of the reasons low-code is expected to succeed where 4GL failed is that the average business person is more technically savvy than they were 20 to 30 years ago. Another is that the applications are often deployed to cloud platforms, giving central control of performance, availability, scalability, service levels and security.
According to its latest Magic Quadrant report on the Low-Code application platforms market, Gartner suggests that by 2024, three-quarters of large enterprises will be using at least four low-code development tools for both IT application development and citizen development initiatives, and will be responsible for more than 65% of application development activity.
Gartner 2019, Magic Quadrant Research
So far as Gartner is concerned, the focus of the rapid applications development market these days is Low-Code platforms. According to Gartner, Enterprise Low-Code-Applications-Platforms (LCAPs) enable organizations to develop applications faster using more capabilities and fewer conventional developers. Of course, we would disagree. Codeless software trumps Low-Code nd No-Code for the following reasons:
Much of what’s written about RAD projects and tools is based on technologies that preceeded cloud computing and innovations found in Encanvas. Nevertheless, most IT pundits would identify the following strengths and weaknesses to RAD methods and tools:
In an era where time-to-market can be the difference between a software product hitting a wave of demand or entering late after competitors have taken the market, RAD means that the time taken to develop an applications shrinks from weeks and months to a matter of days, reducing time-to-market of new applications by as much as 60%
RAD tools make it easier to work with Users and Stakeholders. Sponsors are able to get more hands-on in developments, and the detail of what’s needed is better surfaced. The resulting software can be more usable and has a better chance to focus on business problems that are critical to end users rather than technical problems of interest to developers.
Stakeholders get to a prototype of workable solution faster. This reduces risk in projects when weeks of development can take place without any validation that a development project is headed in the right direction. RAD helps to focus in early on the key risk factors and adjust to them based on empirical evidence collected in the early part of the process.
RAD method and tools demand smaller project teams, lower skills-sets, less development time, lower project overheads, less testing and tuning , simpler integration with third-party systems; reducing development costs by as much as 60%.
These are the most commonly described weaknesses and misconceptions about Rapid Application Development. It is:
This perspective comes largely from early experiences of 4GLs and the first generation of mashup tools, that no Low-Code or No-Code solutions can seriously deliver enterprise grade applications because they simply lack the broadness of features needed.
Many CIOs and CTOs are cautious of the fit of RAD tools for enterprise applications. Enterprise IT has a high level of expectation on software to be secure, to scale, to be easy for IT teams to support – and in some ways, the direction of developmental focus towards citizen developers can cause conflict in IT teams.
There is a perception that RAD platforms can’t scale, or at least, if it can it’s sometimes difficult to qualify the technical constraints that would threaten its ability to scale.
Making an application safe for data isn’t trivial in today’s high-risk environment. IT leaders require a great deal of convincing that the development platform itself, and the applications produced, are safe for data.
Perhaps the biggest concern over the use of proprietary RAD platforms – that hide or remove direct access to code for developers – is that vendor offerings will be too restrictive, or limit innovation to the features offered by vendors. Few businesses want to risk their future innovation strategy on the strength of a third-party development team.
For most IT shops RAD methods require experienced IT professionals to rethink the way they worked. Humans are virtually always averse to change and any project undertaken with new tools or methods will be more likely to fail the first time simply due to the requirement for the team to learn.
One of the advantages of RAD is that it provides a flexible adaptable process. The ideal is to be able to adapt quickly to both problems and opportunities. There is an inevitable trade-off between flexibility and control, more of one means less of the other. If a project (e.g. life-critical software) values control more than agility RAD is not appropriate.
Encanvas is an enterprise software company that specializes in helping businesses to create above and beyond customer experiences.
From Low Code to Codeless
Better than code-lite and low-code, we created the first no code (codeless) enteprise application platform to release creative minds from the torture of having to code or script applications.
Use Encanvas in your software development lifecycle to remove the barrier between IT and the business. Coding and scripting is the biggest reason why software development has been traditionally unpredictable, costly and unable to produce best-fit software results. Encanvas uniquely automates coding and scripting. Our live wireframing approach means that business analysts can create the apps you need in workshops, working across the desk with users and stakeholders.
When it comes to creating apps to create a data culture and orchestrate your business model, there’s no simpler way to instal and operate your enterprise software platform than AppFabric. Every application you create on AppFabric adds yet more data to your single-version-of-the-truth data insights. That’s because, we’ve designed AppFabric to create awesome enterprise apps that use a common data management substrate, so you can architect and implement an enterprise master data management plan.
Encanvas supplies a private-cloud Customer Data Platform that equips businesses with the means to harvest their customer and commercial data from all sources, cleanse and organize it, and provide tooling to leverage its fullest value in a secure, regulated way. We provide a retrofittable solution that bridges across existing data repositories and cleanses and organizes data to present a useful data source. Then it goes on to make data available 24×7 in a regulated way to authorized internal stakeholders and third parties to ensure adherence to data protection and FCA regulatory standards.
Encanvas Secure and Live (‘Secure&Live’) is a High-Productivity application Platform-as-a-Service. It’s an enterprise applications software platform that equips businesses with the tools they need to design, deploy applications at low cost. It achieves this by removing coding and scripting tasks and the overheads of programming applications. Unlike its rivals, Encanvas Secure&Live is completely codeless (not just Low-Code), so it removes the barriers between IT and the business. Today, you just need to know that it’s the fastest (and safest) way to design, deploy and operate enterprise applications.
Learn more by visiting www.encanvas.com.
Ian Tomlin is a management consultant and strategist specializing in helping organizational leadership teams to grow by telling their story, designing and orchestrating their business models, and making conversation with customers and communities. He serves on the management team of Encanvas and works as a virtual CMO and board adviser for tech companies in Europe, America and Canada. He can be contacted via his LinkedIn profile or follow him on Twitter.
Further reading:
Wikipedia page on Rapid Applications Development
Report into size of the Low-Code market by ReportBuyer (Jan 2018) predicting a 27.23bn market by 2022
Forbes article on No Code authoring
What is an enterprise mashup article by PCWorld
The pros and cons of citizen development article by Forbes
Citizen Developer article by devops.com