Preservation Hold Library

Preservation Hold Library

The Preservation Hold Library: The Hidden SharePoint Storage Cost No One Talks About

And How Squirrel’s Recycle Bin Monitoring Stops Storage Blowouts Without Breaking Retention

Most organisations assume that when files are deleted from SharePoint to reduce storage, the data is actually removed. It seems logical: delete the file, empty the recycle bin, and available space should increase. But in Microsoft 365 environments where retention or compliance policies are enabled, this is simply not what happens. Instead, SharePoint silently moves deleted or modified files into a hidden repository known as the Preservation Hold Library (PHL). This library is not visible to standard users, is rarely checked by administrators, and continues to grow silently in the background. And importantly, it consumes the same high-cost SharePoint storage as the primary site content.

Squirrel Recycle Bin Capture

This is why many organisations see storage usage rise even after large clean-up projects. In some cases, deleting old files actually increases total storage usage. And once the tenant reaches its allocated limit, Microsoft begins charging monthly overage fees that grow as storage continues to increase. For companies dealing with active collaboration, heavy file churn, or large historical project archives, the financial impact can escalate quickly.

Squirrel now provides a way to prevent this completely — without disabling retention, breaking compliance, or changing how users work. But before explaining how, we need to clearly understand what the Preservation Hold Library is and why it behaves the way it does.

Why the Preservation Hold Library Exists

Microsoft 365 is designed to support regulatory, governance, and legal protection standards. Many organisations are required to retain business records for a set period — often 2, 5, or even 7+ years — even if users attempt to delete or overwrite them. To enforce this, SharePoint does not allow permanent deletion when any of the following are active:

  • Retention Policies
  • Retention Labels
  • Litigation Hold
  • eDiscovery Hold

If a file is modified or deleted, SharePoint is obligated to keep the original, unaltered copy. That preserved copy must remain accessible for audit or legal discovery for the duration of the retention period. Rather than blocking users from deleting files—which would be disruptive—SharePoint allows the deletion to appear to succeed, but quietly stores the preserved version in the Preservation Hold Library, invisible to the person who deleted it.

The result is that the organisation stays compliant, the user continues working as normal, but storage consumption increases in ways that are neither obvious nor intuitive.

Why Storage Goes Up When Files Are Deleted

 This is the part that causes the most confusion.

Let’s consider a simple real-world scenario:

A project team completes a body of work and decides to clean up hundreds of gigabytes of old documents. They delete the files from the library and even empty the recycle bin. The site now appears to be almost empty.

However, a week later the Microsoft 365 storage report shows that total SharePoint storage has gone up, not down.

This happens because every file that was deleted was automatically copied into the Preservation Hold Library. And if those files had multiple versions — which is common with documents that evolve over time — every one of those versions is also retained. So deleting 200GB of documents may easily result in 300GB+ being stored in the PHL.

The more aggressively users try to clean up data in a retention-controlled environment, the faster the PHL grows.

This is why many organisations see storage spike immediately after “data clean-up initiatives.”

Why This Becomes a Cost Problem

When your organisation exceeds its Microsoft 365 storage allocation, Microsoft charges for additional storage every month. These are not one-time charges — they accumulate indefinitely and increase as retained data accumulates.

Meanwhile, storing that same data in Azure Blob Storage costs a fraction of the price — often 20× to 100× cheaper depending on the tier.

Storage Location Approx. Cost per TB/month Notes
SharePoint Storage (Overage Billing) $60–$120+ Cost grows continuously
Azure Blob Cool Tier $1–$3 Same data, far lower cost
Azure Blob Archive Tier $0.20–$1 For long-term retention data

So the problem is not just that the PHL grows — it’s that it grows in the most expensive place possible.

This is why many organisations see storage spike immediately after “data clean-up initiatives.”

Why Traditional Fixes Don’t Work

Most organisations try the obvious steps first:

  • Deleting old files

  • Emptying recycle bins

  • Asking users to clean their sites

  • Using third-party file cleanup tools

  • Manually exporting content to external drives

None of these work, because retention overrides deletion. As long as retention is active, SharePoint is obligated to preserve the file — whether or not users want it deleted.

This isn’t a technical problem.
It’s a governance rule.
So the solution must respect governance.

And that’s where Squirrel’s new feature comes in.

How Squirrel Stops the PHL From Growing (Without Breaking Retention)

Squirrel has always archived inactive content into low-cost Azure Blob storage while leaving a stub file behind in SharePoint so users can still open the document as if it were still stored there.

Now, Squirrel adds the ability to intercept deletions.

Recycle Bin Monitoring (New Feature)

When enabled:

  • A user deletes a file in SharePoint.
  • Before SharePoint moves it into the Preservation Hold Library
  • Squirrel detects the deletion.
  • Squirrel archives the file directly to your Azure Blob storage, under your retention policies.
  • Squirrel leaves a stub behind in SharePoint so users can still open the file in the same way as before.

The result:

  • The file is still retained (compliant)

  • The file is still accessible (stub handles retrieval)

  • But SharePoint never stores it in the PHL

  • Storage stops growing

  • Costs drop to a fraction of what they were

This does not disable retention.
This does not circumvent compliance.
This simply changes where the retained file lives.

Instead of being stored in Microsoft’s high-cost SharePoint database tiers, it is stored in your much cheaper Azure Blob storage, fully controlled by you.

Why This Is the Correct, Safe, Long-Term Strategy

This approach:

  • Respects retention rules

  • Preserves audit and discovery access

  • Prevents storage blowouts

  • Avoids manual cleanup cycles

  • Does not require retraining users

  • Does not change how people interact with files

Nothing about how users work changes.
Nothing about your compliance posture changes.
Only the storage location changes — and the cost of that storage drops dramatically.

Summary

Challenge Why It Happens Impact Squirrel’s Solution
SharePoint storage keeps increasing Deleted/modified files are preserved in PHL under retention Tenant exceeds storage allocation and incurs monthly costs Intercept deletions and archive files to Azure Blob
Cleanup does not reduce storage Retention requires files to be preserved Storage goes up, not down Squirrel prevents files from entering PHL
Need to retain access and audit history Compliance requires recoverability Cannot bulk delete safely Stub files maintain access while storage moves to Azure

Frequently Asked Questions

1. Why does SharePoint storage increase even when files are deleted?
Because if retention policies or legal holds are active, SharePoint cannot permanently remove content. Instead, deleted files are copied into the Preservation Hold Library, which still consumes storage.

2. Where is the Preservation Hold Library and why can’t users see it?
The PHL is a hidden system library. It is only visible to Site Collection Administrators and does not appear in normal document library views. Microsoft hides it to prevent accidental modification or deletion of retained records.

3. Does emptying the Recycle Bin remove the files from the Preservation Hold Library?
No. The Recycle Bin is only the first stage of deletion. If retention is enabled, the file is preserved in the PHL even after the recycle bin is emptied. Storage usage does not decrease.

4. If we turn off retention policies, will the PHL empty itself automatically?
No. Disabling a retention policy does not purge existing retained data. The files remain until the retention period expires or they are removed using a controlled remediation process.

5. Can we delete or purge the Preservation Hold Library to reclaim storage?
Not while retention applies. Purging data still under retention is a compliance violation and can expose the organisation to legal and regulatory risk.

6. Why does deleting old project sites or folders sometimes increase storage?
Because deleting large amounts of data triggers large batch preservation events, which can cause the PHL to grow significantly, especially when multiple versions of files are retained.

7. Can we still meet legal and regulatory retention requirements if we archive data outside of SharePoint?
Yes — as long as the archived data is stored in a compliant, tamper-resistant, and retrievable format. Squirrel preserves metadata and access integrity while storing files in your Azure Blob Storage, which meets retention requirements.

8. How does Squirrel prevent the Preservation Hold Library from growing?
Squirrel’s Recycle Bin Monitoring intercepts deletion events. Instead of letting the file fall into the PHL, Squirrel archives it directly to Azure Blob Storage and leaves a lightweight stub file in SharePoint for seamless access.

9. Do users still access archived or deleted files in the same way?
Yes. When users click the stub in SharePoint, Squirrel retrieves the file from Azure and opens it normally. There is no change to user workflow and no retraining required.

10. How much can we reduce storage costs by archiving instead of using the PHL?
Typically 20× to 100×, depending on the Azure storage tier. SharePoint storage overages are costly, while Azure Blob storage is designed for long-term, low-cost retention.

Storage Type Approx. Cost per TB/month
SharePoint Overages $60–$120+
Azure Blob Cool Tier $1–$3
Azure Blob Archive Tier <$1

Stop SharePoint Storage Blowouts Caused by the Preservation Hold Library

Squirrel intercepts deletions before SharePoint can store them in the Preservation Hold Library, archiving the file to your Azure Blob storage instead. Retention is preserved, access is maintained, and storage costs drop dramatically.

squirrel storage size

With Squirrel’s Recycle Bin Monitoring, deleted and modified files are captured and archived automatically — preventing the Preservation Hold Library from silently consuming expensive SharePoint storage.

Retention Without the Storage Cost

Want to reduce your SharePoint Storage costs?

SharePoint Storage Limit Warning

SharePoint Storage Limit Warning

SharePoint Storage Limit Warning

What To Do When You Hit 95% Capacity

When your Microsoft 365 tenant reaches the SharePoint storage limit, the impact is immediate. File uploads start failing, Teams sites stop provisioning, indexing slows down, and storage overage charges begin applying automatically. For organisations storing large volumes of documents, drawings, media files, or project data, hitting the SharePoint capacity threshold can become a recurring and expensive problem—especially when underlying retention policies prevent deletion.

squirrel storage size

How SharePoint Storage Allocation Works

Your tenant’s storage limit is determined by Microsoft 365 licensing:

  • 10 GB base storage per tenant

  • + 10 GB per licensed user

Example:

Licensed Users Total SharePoint Storage Allocation
250 users 10 GB + (250 × 10 GB) = 2.51 TB
1,000 users 10 GB + (1,000 × 10 GB) = 10.01 TB
10,000 users 10 GB + (10,000 × 10 GB) = 100.01 TB

This storage is shared across:

  • SharePoint Online sites

  • Microsoft Teams files

  • OneDrive for Business accounts

  • The Preservation Hold Library (if retention or legal hold is enabled)

Over time, these workloads accumulate content faster than expected, especially in organisations with:

  • Project or engineering document repositories

  • Large Teams channels and video call recordings

  • Active retention / compliance policies

  • High staff turnover (departing user OneDrives pile up)

  • Multiple business units collaborating in shared libraries

What Happens When You Hit the SharePoint Storage Limit

When your storage consumption reaches 90–95%, you may see:

Symptom Impact
Uploads fail or sync errors appear Users can’t save files
New Teams/SharePoint sites fail to create Collaboration is blocked
SharePoint search/indexing slows Content becomes harder to find
Performance degradation in Teams/SharePoint Daily operations affected
Microsoft begins billing storage overage fees Recurring operational cost

Overage charges are not one-off—they continue every month.

Why Deleting Files Usually Doesn’t Work

Most organisations attempt deletion first. Two problems arise:

  • Retention policies prevent permanent deletion
    Files go to the Preservation Hold Library, which still consumes storage.

  • Users can’t reliably determine what is safe to delete
    Deletion risks breaking collaboration context, version history, and audit trails.

So even when large folders are removed, overall tenant storage doesn’t change.

Step 1: Identify Where Storage Is Being Consumed

Check Storage Usage in Microsoft 365 Admin Center

  • Go to SharePoint Admin Center

  • Select SitesActive Sites

  • Sort by Storage Used

Look specifically for:

Hotspot Storage Pattern
OneDrive of former employees Large, unused, often years old
Project / department sites Heavy media, drawings, reports
Teams collaboration sites Files duplicated across channels
Preservation Hold Library Hidden retained data growing silently

This analysis identifies where optimisation efforts provide immediate value.

Step 2: Address Departed Employee OneDrives (Fastest Storage Win)

When staff leave, their OneDrive is typically preserved for compliance reasons. Over time, this results in massive storage accumulation that provides no operational value.

Correct Approach (No Risk)

  • Export or archive the user’s OneDrive

  • Store it in long-term low-cost cloud storage

  • Remove the original OneDrive container from the tenant

This process instantly frees capacity.

Chipmunk automates this:

  • Archives departed user OneDrive, Exchange, and Teams data

  • Preserves metadata and searchability

  • Allows controlled, auditable access for investigation or continuity

  • Safely removes the original OneDrive to reclaim storage

More info: https://www.smikar.com/chipmunk-automated-user-archiving/

Step 3: Archive Inactive SharePoint Content Without Breaking Access

For SharePoint sites that contain old project or historical content, the goal is to move inactive files to cheaper storage while keeping them accessible.

The Archive Pattern That Works

  • Identify files older than X months

  • Move them to Azure Blob or cold storage

  • Leave a lightweight placeholder (stub) behind

  • Users can still open the file normally

This allows:

  • No change to user experience

  • No broken links

  • No permission changes

  • No retraining

This is the core function of Squirrel:

  • Automatically archives files from SharePoint to Azure Blob Storage

  • Leaves stub files so users access archived content as usual

  • Supports metadata retention, version history capture, and audit compliance

  • Reduces storage consumption significantly and permanently

More info: https://www.smikar.com/squirrel

Step 4: Prevent the Storage Problem from Returning

Once storage is stabilised:

Governance Task Frequency
Archive inactive files Monthly scheduled job
Auto-archive departing users Triggered at license removal
Monitor storage trends Monthly review
Lifecycle policies by library Standard practice

This shifts the organisation from reactive cleanup to predictable storage lifecycle management.

Summary

Problem Solution Outcome
SharePoint storage limit reached Identify largest storage locations Visibility to act
Departed user OneDrives consuming storage Archive using Chipmunk Immediate storage recovery
Legacy data sitting in SharePoint Archive to Azure with Squirrel Lower storage cost, no user disruption
Storage continually grows Apply automated lifecycle policies Stable long-term storage costs

Frequently Asked Questions

Does Microsoft charge for storage overages?
Yes. Once your SharePoint storage allocation is exceeded, Microsoft bills monthly for additional storage consumed.

Will deleting files reduce SharePoint storage usage?
Not if retention policies or legal holds are enabled. Deleted files move to the Preservation Hold Library and still consume storage.

Can archived files still be opened from SharePoint?
Yes. With stub-based archiving (such as Squirrel), files open exactly as before.

How do we handle access to files from former employees?
Use an automated archiving solution like Chipmunk that preserves search and audit access while releasing OneDrive storage.

Reduce your SharePoint Storage with Squirrel

SharePoint Archiving Best Practices for Compliance

SharePoint Archiving Best Practices for Compliance

SharePoint Archiving Best Practices for Compliance and Cost Savings

SharePoint Online has become the backbone of document management for many organizations. From project files to legal contracts, HR records to financial reports, it holds critical business data that grows relentlessly.

Squirrel Recycle Bin Capture

But as usage increases, so do two unavoidable challenges:

  • Escalating storage costs – Microsoft charges around $180–$200 per terabyte (TB) per month once you exceed your licensed allocation. For large tenants, that quickly becomes six figures per year.

  • Tightening compliance obligations – Frameworks like GDPR, HIPAA, SOX, ISO 27001, NIST, and the Australian Essential 8 demand strict retention, defensible deletion, and auditability.

The dilemma? Simply deleting files may reduce storage bills, but it risks non-compliance. Retention policies may satisfy regulators, but they don’t stop your storage from exploding in cost.

The solution is archiving: systematically moving inactive content out of costly SharePoint storage into secure, compliant, and lower-cost storage — without losing access or auditability. This article explores SharePoint archiving best practices to achieve both compliance and cost efficiency.

Understand the Difference Between Retention and Archiving

One of the most common mistakes organizations make is assuming Microsoft’s retention features are equivalent to archiving. They are not.

Retention policies (Microsoft Purview):
These prevent documents from being deleted or altered during a specified period. For example, you can set a 7-year retention for financial files. However, those files remain in your active SharePoint environment, consuming expensive storage.

Archiving:
This is about moving older or less frequently accessed content to a different tier of storage (e.g., Azure Blob). Users may still see stubs or shortcuts in SharePoint, but the heavy lifting of storage cost is moved elsewhere. Metadata, security, and accessibility are preserved.

Example:
A construction company keeps every project’s documents for 10 years. If they rely solely on retention, those files remain live in SharePoint, pushing storage bills above $250,000 annually. With archiving, the same files are securely stored in Azure Blob at a fraction of the cost, while still being retrievable for audits or disputes.

Best practice: Use retention to ensure legal minimums are met. Use archiving to keep costs sustainable while retaining compliance. Both should work together.

Align Archiving with Compliance Requirements

Archiving decisions cannot be random; they must reflect the regulatory landscape your business operates in.

Industry frameworks and requirements:

  • Financial services (SOX, SEC, APRA CPS 234 in Australia): Often mandates financial record retention for 7 years or more. Non-compliance can result in penalties and reputational damage.

  • Healthcare (HIPAA): Requires health records to remain accessible, immutable, and secured for extended periods. Archiving provides a way to meet those obligations without costly live storage.

  • Public sector (Essential 8, ISO 27001): Emphasizes governance, protection against accidental loss, and traceability. Archiving ensures agencies can produce records on demand.

Real risks and penalties:

  • Under GDPR, improper handling of data can result in fines of up to €20M or 4% of annual global turnover.

  • The SEC has fined firms millions for failing to retain communication records properly.

  • In healthcare, HIPAA penalties can run up to $1.5M per year, per violation.

Best practice checklist:

  • Map each compliance framework you fall under.

  • Translate requirements into archiving rules (e.g., “Archive project data after 2 years of inactivity, retain for 7 years in immutable storage”).

  • Document the rationale — auditors will want to see not just the process but the justification.

archiving and compliance

Create a Clear Archiving Policy

An archiving policy is more than a technical setting. It is a formal governance document that defines what, how, and why data is archived. Without it, you risk inconsistency, shadow IT, or gaps that auditors will notice.

A good archiving policy should cover:

  • Scope – Define what libraries, sites, or content types are included. Example: “All completed project sites will be archived 12 months after project close.”

  • Archiving rules – Define triggers such as inactivity (no edits in 24 months), age (files older than 3 years), or event-based (employee departure).

  • Exemptions – Identify exceptions (e.g., files under legal hold).

  • Retention length – How long archived content stays before defensible deletion (aligned with regulation).

  • Access controls – Who can request or restore archived content.

  • Audit process – How archiving will be verified and reported.

Example policy excerpt:

“All SharePoint documents not accessed in the past 36 months will be archived to Azure Blob storage via Squirrel. Archived files will be retained for 7 years, encrypted at rest, and logged for all access. Exceptions apply to documents under MIP label ‘Legal Hold.’ Restores must be requested via IT Service Desk.”

Best practice: Publish your archiving policy in your governance documentation. Communicate it to business units so users understand that archiving is not deletion — their files remain accessible when needed.

Automate the Archiving Process

Manual archiving is not sustainable. Expecting staff to move files manually, export libraries, or classify documents invites error and inconsistency. Worse, it creates compliance blind spots.

Why automation matters:

  • Consistency: Automation ensures the same rules are applied across all libraries.

  • Compliance: Automated logs and policy enforcement prove due diligence.

  • Scale: Organizations with millions of documents cannot rely on manual intervention.

Example without automation:
A legal department instructs staff to “move files older than 3 years to a separate library.” Compliance drops because staff forget, misunderstand, or leave.

Example with automation:
Squirrel applies rules automatically (e.g., archive files older than 24 months), replaces them with stubs in SharePoint, and logs every action. Compliance is achieved without staff intervention.

Best practice:

  • Use metadata or MIP labels to drive archiving decisions.

  • Apply idle-time rules (last modified >24 months).

  • Replace files with stubs so users can still access them seamlessly.

  • Ensure every archive event is logged for audit.

Ensure Secure, Auditable Storage

For compliance, archiving is not just about moving files to cheaper storage. The storage itself must be secure, auditable, and compliant.

Key requirements:

  • Immutability: Archived files must be protected against tampering or deletion until their retention period ends. Azure Blob supports Write Once Read Many (WORM) options.

  • Encryption: Data should be encrypted at rest and in transit. Azure provides automatic encryption with customer-managed keys.

  • Audit trails: Every access or restore event should be logged and reportable.

  • Accessibility: Files must remain retrievable within reasonable timeframes for eDiscovery or regulator requests.

Best practice:
Use Azure Blob as the underlying storage with Squirrel providing:

  • Stub file placeholders in SharePoint so users do not feel the archive gap.

  • Immutable storage configurations.

  • Full reporting dashboards to satisfy audits.

This ensures compliance is not compromised while achieving cost savings.

Review and Update Policies Regularly

Archiving policies cannot be “set and forget.” Regulations change, and so does your business.

Examples of change:

  • GDPR interpretations continue to evolve.

  • Australia’s Essential 8 maturity model has updated requirements.

  • NIST releases revisions that shift compliance expectations.

Best practice:

  • Conduct an annual governance review.

  • Involve IT, Legal, and Compliance teams.

  • Review audit logs from your archiving solution to ensure policies are being enforced.

  • Adjust rules as needed (e.g., change idle time from 24 months to 18 months if storage costs spike).

Proactive reviews protect you against regulatory surprises and maintain stakeholder trust.

FAQs

Q: How long should we keep archived SharePoint data?
It depends on industry rules. Financial services may require 7 years. Healthcare can extend to the lifetime of a patient. Always align with your sector’s legal requirements.

Q: Does archiving reduce SharePoint storage usage?
Yes. Proper archiving removes files from SharePoint’s active quota, cutting down Microsoft’s storage charges.

Q: Is archiving with third-party tools compliant with Microsoft’s shared responsibility model?
Yes. Microsoft manages the platform; you manage your data. Using solutions like Squirrel ensures you meet your responsibilities.

Q: Can archived files be restored quickly for an audit?
Yes. With Squirrel, stub files remain in SharePoint and can restore on demand with a click, ensuring compliance with audit requests.

Conclusion

SharePoint archiving is no longer optional. Organizations face spiraling storage costs and tightening compliance obligations. Deletion puts compliance at risk; retention policies inflate costs. Archiving delivers the best of both worlds: regulatory alignment and financial sustainability.

Best practices include:

  • Understanding the distinction between retention and archiving.

  • Aligning policies with compliance frameworks.

  • Documenting and communicating a clear archiving policy.

  • Automating the process to eliminate errors.

  • Using secure, auditable storage.

  • Balancing compliance with hard cost savings.

  • Reviewing policies regularly to stay aligned with evolving regulations.

With solutions like Squirrel, organizations can automate SharePoint archiving, reduce costs by 70% or more, and remain fully compliant with frameworks like GDPR, HIPAA, SOX, ISO 27001, and Essential 8.

Learn more about how Squirrel ensures compliant SharePoint archiving →

Archiving and Compliance in SharePoint doesnt have to be hard.

With Squirrel, you can reduce your SharePoint Online costs, archive to cheaper Azure Storage and remain compliant with your regulations.

Squirrel SharePoint Reports

Stay compliant and archive your SharePoint Data with Squirrel

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SharePoint Analytics

SharePoint Analytics

Unlock the Power of SharePoint Analytics with SharePoint Storage Explorer

Managing SharePoint storage can be a complex task, especially as your organization’s data continues to grow. Keeping track of how much space each site or user is consuming, identifying trends, and ensuring your storage stays within allocated limits are crucial for effective SharePoint management. This is where SharePoint analytics tools can make a significant difference, and SharePoint Storage Explorer stands out as an essential free tool to simplify the process.

sharepoint analytics

What is SharePoint Storage Explorer?

SharePoint Storage Explorer is a free and user-friendly tool that provides clear and detailed insights into your SharePoint storage usage. It allows you to see exactly how much storage each site, document library, and user is consuming, making it easier to stay on top of storage management. Whether you’re an IT administrator or a site manager, SharePoint Storage Explorer equips you with the data you need to make informed decisions about your SharePoint environment.

Key Features of SharePoint Storage Explorer

  • Comprehensive Storage Breakdown: With SharePoint Storage Explorer, you get an in-depth view of your storage usage, broken down by site collections, document libraries, and users. This feature helps you quickly identify which sites or users are using the most storage space.
  • Track Storage Trends Over Time: Understanding how your storage usage evolves is key for managing growth. SharePoint Storage Explorer lets you track storage usage over time, so you can anticipate future needs and avoid unexpected issues.
  • Simple and Intuitive Interface: Unlike other SharePoint analytics tools, SharePoint Storage Explorer is designed to be simple to use. You don’t need advanced technical skills to navigate the tool and access the data you need.
  • Find Large Files and Folders: Large files or document libraries can quickly eat up your storage space. SharePoint Storage Explorer helps you find these files so you can take action before they cause problems.
  • Optimize Storage Costs: With detailed reports on your SharePoint storage, you can identify areas where you can archive or delete unnecessary data, ultimately helping you optimize storage costs and improve efficiency.

Why Choose SharePoint Storage Explorer for Your SharePoint Analytics?

While there are many SharePoint analytics tools available, SharePoint Storage Explorer provides a unique combination of ease of use, detailed insights, and free access. It’s ideal for administrators who want a clear understanding of their SharePoint storage without the complexity and high costs that come with other tools.

By leveraging SharePoint analytics through this tool, you can ensure your SharePoint environment stays efficient, cost-effective, and scalable. It helps you stay ahead of potential issues, such as performance bottlenecks or storage overflow, by offering detailed, real-time data.

How Does SharePoint Storage Explorer Work?

Once you install SharePoint Storage Explorer, it automatically scans your SharePoint environment, gathering data on storage usage across all sites and libraries. The tool then generates a comprehensive report that categorizes storage usage by:

  • Site collections
  • Document libraries
  • User storage consumption
  • Storage trends over time

These insights allow SharePoint administrators to quickly spot inefficiencies or issues that could affect performance or lead to unnecessary costs.

Benefits of Using SharePoint Storage Explorer

  • Saves Time: SharePoint Storage Explorer makes storage management quicker and easier. You no longer have to manually track storage usage or generate complex reports; everything you need is right at your fingertips.
  • Better Control Over Your Storage: With clear data and trends, you have full control over your SharePoint storage. You can prevent unexpected issues and optimize your storage for better performance and cost savings.
  • Proactive Storage Management: By regularly monitoring your SharePoint storage with SharePoint Storage Explorer, you can proactively manage space, making sure you don’t run into capacity problems.
  • Free and Easy to Use: SharePoint Storage Explorer is completely free and designed for users of all technical levels. Whether you’re an experienced administrator or new to SharePoint, you’ll find it easy to use.

Get Started with SharePoint Storage Explorer

Ready to take control of your SharePoint storage? Download SharePoint Storage Explorer for free today and start monitoring your SharePoint environment with ease. With its intuitive interface and powerful features, it’s the perfect tool to help you manage and optimize your SharePoint storage efficiently.

Microsoft 365 Backup

Microsoft 365 Backup

Understanding Microsoft 365’s Native Data Protection

Protecting your organization’s data within Microsoft 365 is crucial to ensure business continuity, compliance, and resilience against threats like accidental deletions, cyberattacks, and data corruption. Implementing a comprehensive backup strategy safeguards your critical information and facilitates rapid recovery when needed.

Microsoft 365 offers built-in data protection features designed to maintain high availability and disaster recovery:

High Availability and Disaster Recovery (HADR): Microsoft 365 services are architected for resilience, with replicated data copies to ensure seamless failover during service disruptions.

Data Retention Policies: Tools like Microsoft Purview provide long-term retention capabilities, ensuring critical data remains preserved and compliant with organizational policies.

Versioning and Recycle Bin: Features such as file versioning and a two-stage recycle bin allow users to recover previous versions or deleted items within specific timeframes.

While these features offer a foundational level of data protection, they may not fully address all recovery scenarios, particularly those involving extensive data loss or corruption.

M365 Backup

Why Implement Additional Backup Solutions?

Relying solely on native Microsoft 365 protections might leave gaps in your data recovery strategy. Consider the following scenarios:​

Accidental or Malicious Deletions: Users might inadvertently delete important emails or documents, or malicious actors could remove critical data. Once retention periods expire, recovery becomes challenging.

Cybersecurity Threats: Ransomware attacks can encrypt or corrupt data, necessitating restoration from clean backups to resume normal operations.

Regulatory Compliance: Certain industries require data to be stored for extended periods or in specific formats, which may exceed Microsoft 365’s native retention capabilities.

To address these challenges, integrating a dedicated backup solution ensures comprehensive data protection and swift recovery options.

Best Practices for Microsoft 365 Backup

Assess Business Requirements and Risks: Identify which Microsoft 365 data—such as emails, documents, and calendars—are critical to your operations and determine the potential impact of data loss.

Select an Appropriate Backup Solution: Consider utilizing Microsoft’s own backup offerings or reputable third-party solutions that integrate seamlessly with Microsoft 365. These solutions should provide features like granular recovery, automated backups, and compliance support.

Define Backup Frequency and Retention Policies: Establish how often backups should occur and the duration for retaining backup data, aligning with your organization’s data recovery objectives and compliance requirements.

Implement Security Measures: Ensure backup data is encrypted both in transit and at rest to protect against unauthorized access. Utilize features like multi-factor authentication (MFA) and role-based access controls to enhance security.

Regularly Test Backup and Restore Processes: Conduct periodic tests to verify the integrity of backups and the effectiveness of restoration procedures. This practice helps identify and address potential issues before a real data loss event occurs.

Monitor and Audit Backup Activities: Implement monitoring tools to oversee backup operations and generate alerts for failures or unusual activities. Regular audits ensure compliance with internal policies and external regulations.

Educate Employees: Train staff on data protection policies and the importance of backups. Awareness reduces the risk of accidental deletions and encourages adherence to best practices.

Conclusion

Implementing a robust backup strategy for Microsoft 365 is essential to protect your organization’s data assets. By understanding the limitations of native protections and adopting comprehensive backup solutions, you can safeguard against data loss, ensure regulatory compliance, and maintain business continuity.