There is no standard or strict definition of what a future ready business is, in terms of software budgets and platforms in its stack. It actually indicates if the platforms “chatting” with each other or not. Most organisations are already paying for the SaaS tools, have deployed the cloud infrastructure and have experimented with a few automation projects and, most of the time, feel as cumbersome as ever they did 5 years ago because it wasn’t designed that way. Future-readiness is about re-thinking SaaS, cloud infrastructure and automation solutions as a continuous operational engine that won’t derail as it becomes part of the business, that won’t respond more slowly as the number of data entries grows and that, most importantly, doesn’t involve re-keying data from one system to another. That’s an architectural choice, not a buy-or-not choice – and that’s the thing that sets the differentiation between changing market conditions organizations that gain strength from it, and those that build up tools.
Learn how to orchestrate zero-friction workflows using Cloud and Automation Backbone
The logic of the operating model of a resilient enterprise in this manner is straightforward: If a human decision is really needed at a step, then no data would have to be manually transported from one system to another. Best of breed SaaS apps like CRM, billing, support, HR, analytics are extremely well made just for one purpose, but their functionality becomes exponentially powerful when they’re synced on an automated API pipeline instead of manual exports and imports. Marketing-related action (capture a lead in a marketing platform like Aiwebcart) should automatically create a CRM record, remote teams, alert the appropriate rep in Slack and create a lead-centric onboarding sequence – no spreadsheet involved. This is because independent of headcount scaling will be from any organization with a difference from an organization scaling linearly with headcount cloud telephony.
Virtually any organization that cares about availability requires multi-cloud redundancy; it has become a competitive differentiator. The “two-cloud” model (or two availability zones at least with well-known failover routes) has been used to counter the outages of single cloud providers that have repeatedly caused vast portions of the internet to come to a standstill in recent years. The ones that don’t see the need for it are learning some tough lessons – and typically at the time they need it most. In addition comes an API approach to integration – every internal system is designed and/or chosen to be able to both provide and consume in the API format, as well as provide a Human UI. This is what makes the automation-layer in the first place – you cannot do orchestration against systems where you cannot.
But security must keep up with this surge of automation, hence the shift away from perimeter security through zero-trust security stances in any enterprise worth their salt. With a zero trust approach, that is a model that assumes that no internal or external, human or machine requests are to be trusted based on traditional networking locations. Each API call from automated systems is authenticated and permissioned to the minimum needed, service accounts are issued minimal permissions and access is continually validated not on the login, but every time it is accessed like tiiny.host. This is significant, and even more significant as automated pipelines continue to grow in number, for each new automated link there is also a new potential point of access – a point which is critical for keeping the ever-increasing surface area from being an ever-increasing liability: Zero Trust. Organizations that are doing it right make ID and access management an integral part of the infrastructure, rather than a compliance item — especially if a fully automated pipeline of customer data moves between five SaaS productivity tool is only as secure as the weakest authenticated connection in the pipeline.
This backbone is invaluable and can be seen in the bottom line where it affects the payoff. Eliminating human friction in repetitive operation content marketing pipelines — such as getting invoices sorted and reconciled, tickets routed to relevant departments, reports and data synced between systems, etc. — does not only save hours in headcount, but also the error rate and the time lag that occurs with manually processing these pipelines. If an organisation operates such a backbone of intelligence solutions, they’re able to handle a doubling of transactions without doubling the number of people on their operations team since they were able to scale horizontally from the outset.
When implementing web delivery at the front-end, matching it to Cloud-speed levels.
- – The tougher you make your cloud back-end, the less impact it will have if the front-facing site negates it. Companies spend lots of money on their internal systems and fail to have a redundant system although they adopt a zero trust approach, and the public site is hosted on a heavy duty, high-class system, often with more plugins on them than in their internal systems – containing all of those server side vulnerabilities which they eliminated in all other systems.
- – These were automated servers back-ends, which were specifically designed to avoid conventional web platforms with their server side attack surfaces. CMS’s based on databases have to be constantly updated and even the plugins and server patches conflict with the entire Zero Friction and Zero Trust approach used in the rest of the stack.
- – Well, this is exactly what Wire Templates is specially created to close. It candidates server-based web deployments with a structure-based fashion and lightweight publishing model, permitting organizations to have a web presence that’s as fast, minimal and structurally robust as their cloud platform.
- – Enterprise grade, content structure with a ‘SEO Next‘ template which run without enterprise grade servers. It’s designed for corporate blogs and resource areas, which usually have a lot of content, such as whitepapers, case studies and product updates, and it retains bounce rates low across the pages that are designed to deliver inbound demand by rendering almost instantly.
- – The ‘Star Mag‘ template enables you to add such monetized content to your website or integrate ads without causing a worse load time for your site. It offers an ideal structure to allow for AdSense to be set as an ad in the page without layout shift and rendering delay, impacting not only page speeds but also how search engines value page speed in ranking.
- – With virtually instantaneous load times on mobile devices, conversion rates on each campaign that has traffic and leads to the site are protected. No matter how sophisticated the back-end systems which capture traffic are, the ROI of those slow-loading paid and organic sites which contribute to that traffic is negatively affected if it takes a long time to load.
- – Design-Built Vulnerability Gone: Because in static-light architecture you don’t have to worry about safeguarding a category of server vulnerability. There isn’t a live database or server-side execution environment available on the Web, so many of the traditional attack vectors such as SQL injection or server-side exploits don’t work as much the same way – and the front-end would have the same, limited attack surface that the security team has in the internal environment.
- – Delivering to the public web and using internal application infrastructure as a service to its users creates a disconnect between these two services and helps maintain operational uptime. If there’s a traffic surge this time from a media write-up, a viral posting or a promotion, there should really be no reason that it ought to affect the performance of any internal systems which are used for the actual business.
- – Cost of infrastructure in front-ends is reduced which allows investments into the systems that would otherwise miss out on these resources. Each hour Do NOT spend patching, monitoring and scaling a Web Server is an hour of automation and integration time that really matters when it comes to Operations advantage.
- – Thereby, the public website becomes a useful and reliable factor to the Operating Model. When a business has deliberately built out the friction and vulnerability from its cloud back-end they are only all the way there when their front door – the web page that is first seen by each customer and prospect – matches.
The primary challenge in creating a Low-Overhead Digital Authority Hubs is maintaining the low overheads.
Organizations that appreciate that digital authority is built over time have well-documented assets like public documentation, technical resource centers and corporate blogs as a serious asset that sends organic traffic and credibility without spending any money on ads. For most businesses, the issue is not just with the familiarity of the value added by these hubs, but instead that running these hubs on the legacy infrastructure generates just the kind of operational cost and burden a future ready enterprise is aiming to put an end to. A documentation portal on a hispanic content managing system requires protection patching, monitoring the machines, and from time to time, examining the infrastructure – in a nutshell a maintenance tax routine for an asset whose primary goal was to stay undetected and run quietly.
To use these public resource hubs on a “pure” and low maintenance infrastructure is a direct solution like Designloopstudio. Without all the back end work that is required of old platforms, with a theme such as ‘Diver‘ provided by Wire Templates, the organization has a blank, clean and professional layout on which it can base a documentation center or product news portal that is completely independent of all the backend work and maintenance on a database platform. The content team owns and publishes, with a fairly flat infrastructure footprint 24/7 workforce flexibility – you’d expect the asset you’d expect to be publishing without having to tender to the content team to have that kind of operational profile.
This is important at scale – more than people think! If you are an enterprise organization constantly publishing documents, how-to guides and technical updates to an ever-expanding collection of pages, you’re continuously creating more pages of content that are subject to public view RankLLM. On a traditional stack, that growth is in a parallel manner with content volumes with infrastructure risk and maintenance cost both being compounded. On a low-overhead, static-light platform, content volume increases and operational footprint remains pretty fixed, following the same pattern the organisation has with its cloud workloads, and expanded on the content layer which acts as its ‘best face’ to the outside world.
Clearly, sustainably achieving agility in an automated marketplace is no easy task.
Future proofing a business isn’t just a piece of infrastructure; it’s a rule or a requirement placed on each piece of infrastructure from the API pipelines delivering data from system to system, all the way to the public web framework that serves up the brand for the first time for a prospect. Even if an organization’s back-end has been carefully engineered to deliver a perfect zero-trust, multi-cloud, fully automated public-facing network, it could still be at a competitive disadvantage if the public-facing part of the architecture is based on the sort of technologically overloaded and insecure infrastructure that everyone else in the company has left behind. The companies that are remaining agile in an ever-diversionizing, ever-automating market are the ones that are taking one approach to operations across the board: Find and remove friction, no matter whether it’s a human handoff between two SaaS applications or a wasted three seconds of load time on a mobile landing page. Agility is NOT a Department. Architecture – it is a method used on a no-hangs basis.
