The business wants another process. Do you really need another system silo because of it?
The warehouse wants a WMS. Maintenance wants a CMMS. Operations want an equipment register. Sales want a CRM. Every problem may be real — but for IT it also means data, integrations, users, permissions, maintenance and one more system somebody will have to support.
Remanently lets you run specific operational processes without rebuilding the entire ERP. The goal is not to replace systems that already work, but to handle the processes whose implementation in the current environment would be too expensive, too slow or too inconvenient for users.
Easy to manage
3x more efficient operations
Which of these sentences do you hear most often when the business brings a new problem to IT?
A business problem can be simple. The technical consequences of solving it are not always simple.
The process exists in the main system, or it could be built there, but cost, time or usability make the business look for another route.
It works at first. Later come more file versions, manual re-typing of data and knowledge that can't easily be controlled.
Every new application can solve a local problem and at the same time create another silo of data, users and integrations.
Connecting two systems does not yet answer the questions of data ownership, synchronisation direction, errors and integration maintenance.
The pressure for a fast rollout does not disappear at go-live. IT is later left with the architecture, access, monitoring and responsibility for continuity.
The same customer, product, asset or location starts living in several systems without a clear answer as to which source prevails.
It's not about blocking another system. It's about not buying yourself more technical debt.
A CIO/CTO is not only responsible for going live. They are also responsible for what happens a year later, at the next integration, at an ERP change, or when the person who "knew how it worked" leaves.
A new application starts keeping its own copy of the data, but it is not clear which source prevails.
Formally the process is digital, but a person still copies data from the ERP, an email or Excel into the second system.
Every additional system gets its own connection, and over time changing one process starts affecting several others.
Another application means more roles, more users and responsibility for access.
After go-live someone has to know what to do when a process, a user or an integration stops working.
The more business logic sits inside one solution without a clear way to exchange data, the harder a later change becomes.
First establish: where does the ERP end and where does the operational process begin?
Not every action performed by an employee has to be extended directly in the ERP. But that also does not mean a new system should take over data and responsibilities that already have their place.
Financial, accounting and other data that remains the core of the current environment does not have to be moved into Remanently just because an operational process uses its context.
Remanently can handle a specific operation performed by a user where changing the process in the ERP would be too difficult, too expensive or too inconvenient.
Not every piece of information has to be copied in both directions. Integration should follow data responsibility and the real process.
Before integrating, establish which system is the source for the customer, product, asset, warehouse or other shared data.
"We already have an ERP. Why not just do it there?"
If the existing ERP handles the process well, there is no reason to replace it.
The problem appears when the change requires:
- expensive development,
- a long project,
- extending an interface that is inconvenient for operational users,
- many workarounds,
- or a process that ends up in Excel, an email or on paper anyway.
Remanently does not have to replace the ERP. It can act as an operational layer for a chosen process and exchange with the main system only the data it actually needs.
Integration does not start with "do you have an API?". It starts with "which system owns the data?".
A good connection between systems should have a clear purpose, flow direction and data responsibility.
Establish where customers, products, employees, assets, locations and other data needed in the process come from.
Establish which events are created in Remanently and which of them should return to other systems.
Do not automatically assume that everything is synchronised both ways.
Integration must account for a situation where data cannot be accepted or one source is temporarily unavailable.
The link between records across systems should be unambiguous and maintainable.
An integration should be able to evolve without rewriting the whole process at every change of environment.
An API matters. But an API alone is not yet an integration architecture.
Before using an interface you need to know what data is available, which operations are to be performed, who initiates the exchange and what happens in case of an error.
The most expensive integration is the one where, after go-live, it is still unclear which system is right.
A technical data connection does not solve the problem of data responsibility.
If the product exists in the ERP, establish clearly whether Remanently uses that index or may create its own.
Customer data should not be maintained independently in several places without a reason.
A process may need information about the user, but the scope and source of that data should follow the specific operation.
Establish whether a specific asset is created in Remanently, the ERP or another system, and how the records are linked.
The location structure should be consistent with the physical process, not just convenient for one application.
Operational data should remain reconstructable also after changes in the organisational or system structure.
The architecture can be correct and the implementation still fail if the user does not want to use it.
A system for the shop floor, the warehouse or a technician should also be judged by the number of steps needed to complete a real operation.
In many processes the user can work directly where the operation takes place.
If the process requires an industrial device, the interface should support the way it is actually used.
Identification can reduce manual searching and re-typing of data.
It can make sense where the scale of the process justifies identifying many tagged assets without scanning each one separately.
Security cannot be a list of acronyms on a landing page.
A CIO/CTO needs specific answers about data, access, the environment and responsibility.
Who can see, create or change a specific type of information?
How is the user authenticated and how is their access managed?
Where is the data located and which protection mechanisms are applied?
Do significant operations allow reconstructing who did what and when?
How is responsibility for backups and restoring the environment defined?
What happens if a problem affecting security or availability occurs?
A system that works for one process should be extendable without building everything from scratch.
Remanently is modular. You can start with a chosen process and extend the scope when the next operational need appears.
You solve a specific problem without implementing every area.
The next process can use information that already exists in the solution.
Extending the organisation should not require a completely separate environment just because the process runs somewhere else.
A new need can be added as another module instead of another independent application.
The best architectural argument appears when the second problem does not require a second separate platform.
If the same assets, products, locations or users take part in several processes, a shared platform can reduce the number of independent applications and connections.
You know where the device is. But does its technical history have to live in a second independent system?
Asset Management answers the questions about the asset, its location and responsibility. CMMS extends that same context with reports, inspections and technical actions.
A machine needs a part. Does that process need a third manual connection between systems?
CMMS keeps the technical context of the device. WMS handles the physical warehouse process and part availability. These processes naturally meet during a repair.
The register says the company owns the equipment. The second process answers: who is using it right now?
Asset Management keeps the asset context. Tools adds requests, reservations, issues and returns of equipment.
Customer data does not have to end up in yet another independent application either.
CRM uses information about the customer, meetings and purchase history. Trade Marketing extends the process with promotions, bonuses, budgets and commercial conditions.
One new process does not have to mean one new system island.
You can start with a single module. If a related process appears later, it is worth checking whether it can use the same platform and data instead of creating another separate system.
The asset and its technical history.
The device, the technical action and the parts.
The asset base and its issue to a user.
The customer, the sales potential and the cost of commercial conditions.
"I don't want the next process to be hostage to a single vendor."
That is the right question. Before implementation you need to know what data sits in the solution, which of it comes from other systems, how it is identified and how it can be exchanged.
Which data belongs to the process and where is its source?
Does the data exchange have a clearly defined interface and responsibility?
Can the significant process data be obtained in the way the organisation needs?
Are the integration method and the data model described well enough not to depend on one person's knowledge?
"Implementation takes a moment. Maintenance stays for years."
Before the decision it is worth clearly establishing responsibility for users, configuration, integrations, updates and incident handling.
Who is responsible for the process rules and configuration?
Which parts of the environment and integration does the internal team own?
Which parts of the application does Remanently own?
What does introducing a later change look like without breaking the existing solution?
The safest first step can also be the smallest one.
You don't have to integrate all processes, systems and locations at once. You can run a specific scope, check it in real work, and only then extend the solution.
Start with a business problem that has a clearly defined scope.
Define what information the process really needs from the existing systems.
Decide which data and operations Remanently owns and which stay with the main system.
Don't build an integration wider than the process it has to serve.
What can we say without guessing?
Which problem does the business want to solve today — and which systems really have to take part in it?
Once we answer those two questions, we can start a meaningful conversation about data, integrations and architecture.