Don’t Wait Until You Lose Your Data to Build a Backup System

Businesses Do Not Lack Places to Store Data, but They Often Lack a Sensible Storage Approach

After beginning to standardize their data, many businesses quickly face a new question:

Where should the data be stored?

Some businesses continue storing everything on personal computers. Others move all their data to Google Drive or another cloud platform. Some purchase additional hard drives, NAS devices, or document management software. Others invest in a relatively large system from the outset, expecting it to solve all their data-related problems.

However, the issue is not only about choosing a device or software.

More importantly, businesses need to determine:

• Which data is used frequently.
• Which data is rarely accessed.
• Which data must never be lost.
• Which data contains sensitive information.
• Which data needs to be shared with customers or partners.
• Which data must be retained for a long period to support traceability, audits, or compliance verification.
• Which data can be deleted after a certain period.

Without classification, businesses often store all data in the same way. As a result, costs increase, files become difficult to find, access rights become disorganized, and the risk of data loss continues to grow.

A suitable storage architecture does not have to be complicated. For small and medium-sized enterprises, the objective should be:

Store the right data in the right place, at the right cost, and with the appropriate level of protection.

Why Do the Current Storage Practices of Many SMEs Create Risks?

In small and medium-sized businesses, data is often created in response to daily work requirements rather than according to a unified design.

Accounting staff store financial documents on personal computers. The sales department keeps customer lists in Google Sheets. The sourcing team stores farmer images on mobile phones. The quality department saves inspection records in a separate folder. Directors receive reports through email or messaging applications.

Each storage method may work for a certain period. However, when the business expands its number of customers, employees, growing areas, or product lots, weaknesses begin to emerge.

For example, when an employee leaves, the business may discover that important documents exist only in that person’s private account.

When a computer breaks down, the business may realize that the files have never been backed up.

When a buyer requests documentation for a lot shipped three years earlier, the business may have to search across multiple hard drives and email accounts.

When a file is edited by mistake, no one may know which version is the final one.

When data is shared through a public link, the business may not know who has downloaded or forwarded the documents.

These problems do not necessarily arise because the business lacks technology. They usually result from the absence of clear storage governance principles.

Not All Data Needs to Be Stored with the Same Priority

A quotation being used this week does not have the same characteristics as a set of growing-area images from three years ago.

An active customer list is different from a promotional video that has already been published.

A financial record is different from a design file that can be recreated.

Businesses should therefore classify data based on two main factors:

1. Frequency of use.
2. The level of impact if the data is lost or exposed.

The simplest approach is to divide data into three categories: hot data, warm data, and cold data.

Hot Data: Information Used Every Day

Hot data is data that employees access, edit, or update frequently.

In a coffee business, hot data may include:

• Orders currently being processed.
• Lists of customers currently being followed up.
• Current inventory status.
• Purchasing data for the ongoing crop season.
• Production and delivery schedules.
• Lots currently undergoing inspection.
• Short-term cash-flow monitoring.
• Documents being prepared for buyers.
• Weekly or monthly operational reports.

Hot data should be stored in a location that is easy to access, performs quickly, and allows multiple people to collaborate.

Google Workspace, Microsoft 365, enterprise management software, or a cloud system with access controls is often suitable for this data category.

The important point is that businesses should not focus only on access speed. Hot data also needs:

• Clear viewing and editing permissions.
• Version history.
• Change logs.
• Regular backups.
• Locking or recovery mechanisms in case of errors.
• Accounts controlled by the business.

A file may be easy to access, but it remains a risk if the business cannot control who is allowed to edit it.

Warm Data: Not Used Daily but Still Needs to Be Accessed Relatively Quickly

Warm data is information that is no longer used frequently but may still need to be accessed.

Examples include:

• Records of completed lots from the previous one to three years.
• Older contracts that may still need to be reviewed.
• Quality results from previous crop seasons.
• Customer feedback data.
• Farmer training records.
• Certification documents.
• Operational reports from recent years.
• Images and videos that may be reused.
• Traceability documentation.

Warm data does not necessarily need to remain in the highest-cost system. However, the business should still be able to search for and recover it within a reasonable period.

This category of data may be stored in:

• A structured cloud archive.
• A NAS device at the office.
• An object storage system.
• A specialized archive provided by a service provider.
• Centrally managed backup drives.

The key difference between hot and warm data is frequency of use, not importance.

An old contract may rarely be opened, but it can still be extremely important if a dispute arises.

Cold Data: Rarely Used but Retained for the Long Term

Cold data is rarely accessed but still needs to be retained for legal, traceability, historical, or backup purposes.

Examples include:

• Growing-area records from many years ago.
• Lot data after the transaction period has ended.
• Finalized financial records.
• Audit documentation.
• Original image and video files.
• Compliance records.
• System backups.
• Historical data used for long-term analysis.

Cold data often occupies a large amount of storage space but does not require fast access. It is therefore unnecessary to store cold data on the same high-cost platform used for hot data.

Businesses may use:

• Object storage with long-term archive tiers.
• External hard drives stored securely.
• NAS devices with long-term archive areas.
• Low-cost cloud services for infrequently accessed data.
• Offline copies stored at another location.

It is important to understand that cold data does not mean unimportant data.

Many businesses only test whether data can be recovered after an incident occurs. At that point, they may discover that a hard drive has failed, files can no longer be opened, or passwords have been lost.

Businesses should periodically test whether cold data can still be read and recovered, rather than copying it once and forgetting about it.

A Simple Example of Data Tiering in a Coffee Business

Suppose a business has 10,000 files, including spreadsheets, documents, images, and videos.

If all files are stored in one shared cloud folder, employees may face three problems.

First, costs gradually increase as storage volume grows.

Second, searching becomes more difficult.

Third, critical data and low-value data become mixed together.

The business can redesign its storage as follows:

Tier 1: Active Data

This includes orders, inventory, purchasing records, buyer documentation, and current reports.

The data is stored on a shared working platform with access controls and editing history.

Tier 2: Completed Data Still Needed for Reference

This includes lot records, quality results, contracts, and certificates from the previous three years.

The data is moved to a structured archive where only a limited number of people can edit it.

Tier 3: Long-Term Archive Data

This includes original images, original videos, old data, system backups, and historical records.

The data is stored in a lower-cost location with restricted access and at least one independent copy.

This tiered approach helps the business avoid having to purchase a larger system simply because too much old data remains in the daily working area.

Cloud, NAS, or Hard Drives: There Is No Single Best Choice for Every Business

Many businesses want one clear answer to whether they should use cloud storage, NAS, or external hard drives.

In reality, each solution addresses a different set of needs.

A good architecture is often a combination of solutions rather than a single option.

Cloud Storage: Convenient but Not Automatically Completely Safe

Cloud storage offers many advantages for SMEs:

• It does not require a large upfront infrastructure investment.
• It supports sharing and remote work.
• Storage capacity can be expanded when needed.
• It often includes version history.
• It is suitable for teams working from multiple locations.
• It reduces dependence on a specific computer.

However, cloud storage does not eliminate all risks.

Businesses may still lose data when:

• An employee deletes something by mistake.
• The administrator account is lost.
• A personal account is not handed over.
• Data is synchronized incorrectly.
• Access permissions are inappropriate.
• A link is shared publicly.
• The business stops paying for the service.
• The provider suspends the account due to a violation or verification issue.

A common misunderstanding is that once data is stored in the cloud, it no longer needs to be backed up.

In reality, the cloud may be the primary storage or working environment, but businesses still need an independent copy of critical data.

NAS: Suitable When a Business Needs Greater On-Site Control

NAS is a network-attached storage device that allows multiple people in a business to access a shared data repository.

For businesses with large volumes of images, videos, lot records, or internal documents, NAS can help reduce complete dependence on cloud platforms.

The advantages of NAS include:

• The business controls the device.
• Internal access speed is good.
• It is suitable for large files.
• Access can be controlled by folder.
• It can be synchronized with the cloud.
• Long-term costs may be lower if data volume grows rapidly.

However, NAS is not a solution that can simply be purchased and left unattended.

The business must manage:

• Hard drives.
• Power supply.
• Network connectivity.
• Security updates.
• Administrator accounts.
• Backups to another location.
• Recovery procedures when the device fails.

A NAS located in the office may be lost together with all the data in the event of fire, flooding, theft, or electrical damage.

NAS should therefore be one part of the storage architecture, not the only copy.

External Hard Drives: Low Cost but High Risk Without a Process

External hard drives remain useful tools for small businesses.

They can be used to:

• Create regular backups.
• Store cold data.
• Maintain offline copies.
• Transfer large volumes of data.
• Store original images and videos.

However, hard drives can create a false sense of security.

If a hard drive is always connected to a computer, it may be affected at the same time if the computer is infected with malware.

If there is only one hard drive, the business still has a single point of failure.

If there is no data inventory, employees may not know what the drive contains.

If it is not checked regularly, the drive may fail without anyone noticing.

Hard drives are effective only when the business has a clear process covering:

• The person responsible.
• Backup frequency.
• Backup naming rules.
• Storage location.
• Data retention period.
• Recovery testing.

Object Storage: An Option Worth Considering as Data Volume Grows

Object storage stores data as individual objects rather than through a traditional folder structure.

The concept may sound technical, but it can be understood simply: each file is stored together with descriptive information and a unique identifier.

Object storage is suitable for:

• Growing-area images.
• Videos.
• Scanned documents.
• PDF files.
• Sensor data.
• System backups.
• Traceability documents.
• Large collections of data that are rarely edited.

The advantage of object storage is that it scales well and is relatively cost-effective as data volume increases.

It is also suitable for traceability systems or applications that need to retrieve files by code.

However, object storage is not as convenient as Google Drive or computer folders for ordinary users. Businesses usually need a clear interface or process to help employees use it.

Object storage should therefore be viewed as a storage infrastructure layer, not necessarily as the place where employees work directly every day.

The 3-2-1 Rule: A Simple Way to Reduce the Risk of Data Loss

A widely used backup principle is the 3-2-1 rule.

Businesses should have:

• Three copies of the data.
• Stored on at least two different types of storage media.
• With one copy stored at another location or kept offline.

For example, a business may have:

1. The working copy in the cloud.
2. A backup on a NAS device at the office.
3. A periodic backup on a hard drive stored at another location.

Or:

1. The primary data on a NAS device.
2. A copy in the cloud.
3. A cold-storage copy that is not regularly connected.

This principle does not eliminate every risk, but it helps the business avoid dependence on one device or one provider.

Backup Is More Than Copying Files

Many businesses assume that copying data to a hard drive means the backup process is complete.

A real backup system must answer four questions.

What Data Is Backed Up?

Not every file needs to be backed up in the same way.

Core data such as contracts, lot records, financial documents, customer lists, and system configurations should be prioritized.

How Often Is the Backup Created?

The frequency should depend on how much data loss the business can tolerate.

If order data is updated every day, a monthly backup is not sufficient.

If archived images are only added a few times a year, the backup frequency may be lower.

How Many Versions Are Retained?

If only the latest copy is retained, the business may accidentally back up a file that has already been edited incorrectly or encrypted by malware.

Keeping multiple versions allows the business to return to an earlier state.

Can the Data Actually Be Recovered?

A backup is valuable only if it can be restored.

The business should periodically test the recovery of randomly selected files.

The Greatest Risk Often Lies in Personal Accounts

Many businesses use personal Gmail accounts to manage Google Drive, forms, websites, social media, or sales systems.

This may be convenient at the beginning, but it creates major risks as the business grows.

If an employee leaves or can no longer be contacted, the business may lose access to:

• Data files.
• Administrator accounts.
• Ownership of forms.
• Customer history.
• Advertising accounts.
• Domains or websites.
• Design files.
• Data backups.

An important principle is:

Business data assets should be managed through accounts controlled by the business.

The business should have:

• A shared administrator account or accounts under the company domain.
• At least two people with appropriate administrative rights.
• An account handover process.
• A list of systems currently in use.
• Two-factor authentication.
• A process for revoking access when employees leave.

Data Access Controls: Not Everyone Needs to See Everything

A good storage system does more than help employees find files quickly. It also controls who can view, edit, download, or share data.

For example:

• The sourcing team may need access to farmer data but not necessarily to all financial information.
• The sales team may need to view quality records but should not be allowed to edit inspection results.
• An inspection partner may be allowed to download selected documents but should not have access to the customer list.
• A buyer should receive only the documents related to the lot being discussed.
• Interns or collaborators should have access only to the work area assigned to them.

If a business shares an entire large folder to save time, the risk of data exposure increases.

Access control is not a sign of mistrust. It is part of professional governance.

Folder Structure Matters More Than Many Businesses Realize

A business may use good technology and still be unable to find data if the folder structure is inconsistent.

For example, the same type of document may be saved under names such as:

• Final report.
• New report.
• Revised report.
• Official report.
• New official report.
• Report final.
• Report final 2.

Over time, no one can be sure which file is correct.

The business should establish a consistent folder structure.

For example:

Year > Crop Season > Lot Code > Document Type

A lot folder may include:

• 01_Origin
• 02_Purchasing
• 03_Processing
• 04_Quality
• 05_Certification
• 06_Warehouse
• 07_Order
• 08_Customer_Feedback

File names should also follow a clear structure:

Lot code_Document type_Date_Version

For example:

CF-2026-SL-001_Cupping-results_2026-07-15_V1.pdf

This simple rule helps reduce search time and prevents the use of incorrect versions.

Businesses Should Not Keep All Data Forever

Another mistake is never deleting data.

Over time, businesses retain:

• Duplicate files.
• Drafts.
• Faulty videos.
• Data that no longer has value.
• Personal records that no longer serve their original purpose.
• Old customer information with no valid basis for continued retention.
• Copies with unclear origins.

Keeping all data not only increases costs but also increases security risks.

Businesses should develop a data retention policy.

The policy may define:

• Which types of data need to be retained.
• How long the data should be kept.
• Who approves deletion.
• Which data needs to be anonymized.
• Which data must be retained for legal reasons.
• Which data should be moved to cold storage.
• Which data can be deleted safely.

The principle is that businesses should not retain data merely because it “might be useful someday.”

Data should be retained for a specific purpose.

A Better Way to Calculate Storage Costs

When evaluating a storage solution, businesses often look only at the equipment purchase price or monthly subscription fee.

However, the true total cost also includes:

• Installation costs.
• Administration costs.
• Maintenance costs.
• Hard drive replacement costs.
• Internet connection costs.
• Storage expansion costs.
• Employee training costs.
• Recovery costs after an incident.
• Costs caused by data loss.
• Costs caused by being unable to find data when needed.
• Costs associated with dependence on a provider.

A low-cost solution that requires significant management time may not actually be inexpensive.

Conversely, a service with a higher monthly fee may deliver better value if it reduces search time, supports collaboration, and lowers risk.

Businesses should evaluate costs across the entire lifecycle, not only the initial price.

A Reference Storage Architecture for a Small Business

A small coffee business can begin with the following simple architecture.

Daily Working Area

Use Google Workspace, Microsoft 365, or an equivalent platform to store:

• Orders.
• Reports.
• Tracking tables.
• Documents currently being processed.
• Materials that require collaboration.

Large-Volume Data Area

Use NAS or object storage to store:

• Images.
• Videos.
• Scanned files.
• Older lot data.
• Technical documents.
• System backups.

Backup Area

Create at least one independent copy using:

• Another cloud service.
• An offline hard drive.
• A device located elsewhere.

External Sharing Area

Create separate folders for buyers, experts, or partners.

Do not share internal folders directly.

Administration Area

Maintain a list of:

• Accounts.
• Owners.
• Access rights.
• Providers.
• Costs.
• Renewal dates.
• Recovery procedures.

This architecture is not overly complicated, but it can significantly reduce risk.

Practical Exercise: Review the Storage System in 60 Minutes

A business can spend one hour reviewing its current situation.

Step 1: Select 20 Important Files

For example:

• Five contracts.
• Five lot records.
• Five financial documents.
• Five customer records.

Step 2: Identify Where the Original Is Stored

Record whether each file is stored on:

• A personal computer.
• A personal drive.
• The company drive.
• Email.
• A hard drive.
• Software.
• A mobile phone.

Step 3: Check Ownership

Identify which account owns each file.

If the account belongs to an individual, mark it as a risk.

Step 4: Check for Copies

Determine whether the file has at least one independent copy.

Step 5: Test Searchability

Ask someone who did not create the file to try to find it.

If the process takes too long, the storage structure needs to be standardized.

Step 6: Test Recovery

Try restoring a deleted file or an older version.

Through this exercise, the business can quickly identify weaknesses without carrying out a complicated technology assessment.

Five Questions to Ask Before Purchasing More Storage or a New System

Before paying for a new storage solution, the business should answer:

1. Which data currently occupies the most space?
2. Which data genuinely needs to be accessed frequently?
3. Which data can be moved to a lower-cost storage tier?
4. Which data does not yet have an independent copy?
5. Who is responsible for administering the system?

If the business cannot answer these questions, it may be attempting to solve the problem by purchasing more storage, while the real cause lies in the way the data is organized.

Data Storage Is Part of Operational Innovation

Storage is often viewed as a technical back-office task.

However, the way a business stores and organizes data directly affects the speed of decision-making.

If employees spend hours searching for records, customer response times become slower.

If quality history cannot be found, the business will struggle to improve its products.

If data remains in personal accounts, the business will find it difficult to expand the team.

If there is no backup, the business may lose years of data in a single incident.

Operational innovation does not necessarily begin with automation or artificial intelligence.

Sometimes, the most important innovation is ensuring that the right person can find the right data at the right time.

KisStartup’s Perspective: Design Around Business Needs, Not Devices

KisStartup does not approach storage by first asking:

Which NAS should the business buy, or which cloud platform should it use?

The first questions should be:

• What types of data is the business storing?
• Which data creates value?
• What is the greatest current risk?
• Who is using the data?
• How long does the data need to be retained?
• How quickly does it need to be accessed?
• Does the business have the capacity to manage the system?
• Can the solution be maintained after the consulting engagement ends?

A suitable storage architecture must balance four factors:

• Cost.
• Accessibility.
• Security.
• The operational capacity of the team.

A highly advanced system that is too difficult to manage will quickly be neglected.

A low-cost solution that depends entirely on one individual is also unsustainable.

KisStartup prioritizes a step-by-step approach that begins with actual needs, makes use of existing tools, and adds new investment only when there is a clear business reason.

How Does KisStartup Support Businesses?

Through its Data Consulting & Operational Optimization service, KisStartup supports businesses in:

• Conducting an inventory of existing data sources.
• Classifying hot, warm, and cold data.
• Assessing the risks of data loss and data leakage.
• Developing folder structures and file-naming rules.
• Designing access permissions.
• Developing backup policies.
• Defining data retention periods.
• Selecting cloud, NAS, or hybrid storage models.
• Estimating lifecycle costs.
• Developing account handover processes.
• Training teams in data administration.
• Connecting businesses with suitable technology providers when needed.

The objective is not to create a complicated system.

The objective is to help the business build a storage architecture that is sufficiently secure, sufficiently flexible, and appropriate for its current resources.

Conclusion: Do Not Pay High Costs to Store Data in a Disorganized Way

Businesses do not need to store all their data on the most expensive platform.

They should also not place all their data on one computer, one hard drive, or one personal account.

A suitable storage architecture begins with understanding which data is needed every day, which data needs to be retained for the long term, and which data must never be lost.

Businesses can begin with very simple actions:

• Classify hot, warm, and cold data.
• Standardize the folder structure.
• Transfer ownership to business-controlled accounts.
• Create at least one independent copy.
• Test recovery capability.
• Assign access according to work requirements.
• Delete data that no longer serves a purpose.

Data storage is not a standalone technical decision.

It is part of risk management, operational optimization, and the development of long-term innovation capabilities.

Can Your Business Recover Its Data After an Incident?

Select one lot record, one contract, and one important customer data table. Then check whether the business knows exactly where the original is stored, who owns it, who has access, and when the latest backup was created.

If the answers are unclear, the business does not necessarily need to purchase more software or storage capacity. The first step should be to inventory the data, determine its level of importance, and design a storage approach suited to the scale of the business.

KisStartup supports businesses in reviewing data systems, classifying data, developing backup processes, and selecting an appropriate combination of cloud, NAS, object storage, and offline storage.

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Does your business have plenty of data but aren't sure where to begin with standardization?

KisStartup works alongside businesses to assess their current data landscape, identify operational bottlenecks, prioritize the most critical business challenges, and design a transformation roadmap that aligns with their available resources.

We don't start by selling software. We start by helping businesses identify which data can truly create value.

Contact KisStartup to learn more about our Data Consulting & Operational Optimization program for businesses.