A DSPM product connects to your stores, scans what is in them, classifies it and maps who can reach it. The first scan typically returns thousands of findings within days — and every one of them needs an owner, a decision and a change made by someone who has other work.
The check before you shortlist: ask where your sensitive data is. If the answer is a guess, the first deliverable of any product here is the map — and the second, larger project is doing something about what the map shows.
Already decided — What this page decides
Still yours to weigh
Data security posture management finds data at rest, decides what it is, and maps who can reach it. It is the answer to the question almost no organisation can answer unaided — where is our sensitive data — and it is the prerequisite for writing any credible DLP policy or rights-management rule.
The fifteen products below differ most in what they can physically scan. Cloud-native tools are agentless and fast and stop at the cloud boundary. Hybrid platforms reach on-premises file shares and cost more to deploy. Two are modules of platforms carded elsewhere — Wiz in cloud security, Rubrik in backup, where the scan runs over a copy production never notices.
The row to get exactly right
What it can actually scan. Cloud object storage is universal; managed databases are common; SaaS varies; on-premises file shares are the usual gap. Estates whose sensitive data lives on shares and whose business case assumed coverage discover the mismatch after signature. Ask for the specific store list, not the category.
Often confused withDLP & Insider Risk — acting on what you find →·Encryption & Rights — protecting what you find →·Cloud & Workload Security — CSPM, which is a different job →
These are adjacent controls at different points in the data’s life, not tiers. A product that classifies perfectly may block nothing, and a product that secures the cloud account may know nothing about what is inside it.
DSPM vs CSPM
Are you securing the cloud account, or what is inside it?
DSPM vs DLP
Do you need to find data at rest, or stop it moving?
Discovery vs classification
Finding the file, or deciding what it is?
Classification vs cataloguing
Is the audience security, or the data team?
Six variables move the shortlist. Everything else is preference.
What it can scan
Cloud object storage, managed databases, SaaS applications, on-premises file shares, large unstructured estates. Coverage varies enormously and on-premises is where business cases break.
Agentless or connector-based
Agentless is fastest to first finding. Connector catalogues decide coverage — confirm your specific stores are on the list before signature.
Access-path depth
Reporting permissions is not the same as computing effective access through nested groups, inherited rights and share links. This is Varonis's differentiator and where several cloud-first tools are visibly thinner.
Remediation or reporting
Acting on a finding, raising a workflow, or producing a report. The further right you sit, the more headcount the programme needs.
Indian data-type accuracy
PAN, Aadhaar, GSTIN. Undocumented across every vendor here — prove it in a proof of concept, because a US-tuned classifier returns nothing useful in an Indian estate.
Scanning cost
Metered on stores or scanned volume rather than headcount, so a small team with large object stores can cost more than a large workforce.
Pick what has to be scanned and what has to happen to a finding. Products drop out with the reason stated, never silently.
What it has to do with what it finds
How it deploys
What it has to scan
India
Indian data-type classification and India residency are annotated, never used to eliminate: where a vendor has not documented them, the product is flagged for you to prove rather than ruled out.
quoted per user or per data store; discovery and classification across Microsoft 365, cloud stores, databases and on-premises file shares, with effective-permission mapping and automated remediation
Estates whose real question is who can actually reach this — through every nested group, inherited permission and share link — and whose data lives partly on file shares that cloud-first tools do not scan.
The catch: The most complete answer here and priced accordingly; quote-only, and deployment is a programme rather than a connector. The breadth that makes it strong on file shares also makes it heavier than an agentless cloud scan.
quoted within the Varonis platform; least-privilege enforcement over unstructured data — finding and removing excessive access rather than only reporting it
Estates that already know roughly where the data is and whose finding is that far too many people can reach it — the remediation half rather than the discovery half.
The catch: Governance over unstructured data specifically: it is not a cloud posture tool and not a DLP. Assumes the Varonis platform underneath.
quoted within the Varonis platform; alerting and automated response on abnormal access to data at rest, rather than on a cloud configuration
Estates that have the map and now need a motion sensor on it — detecting the account that suddenly reads ten thousand files it has never touched.
The catch: Detection over data Varonis already classifies: it is the response half of a posture investment, not a standalone monitoring product.
quoted per environment or scanned volume; agentless AI-native discovery and classification across cloud object storage, managed databases and SaaS applications
Cloud-first estates that want an accurate map quickly without deploying anything — the fastest time-to-first-finding on this page.
The catch: Cloud-scoped: on-premises file shares are the usual gap, and buyers whose business case assumed them discover it after signature. Access-path analysis is present but shallower than Varonis.
quoted within the Cyera platform; who can reach which classified data across cloud stores and SaaS, with entitlement analysis over the discovered map
Cyera estates whose next question after discovery is access — and who want that answered inside the platform that did the classification.
The catch: Cloud and SaaS scope, following the platform's coverage; on-premises shares are outside it. Assumes Cyera DSPM underneath.
quoted within the Data Command Center; discovery, classification and posture across cloud, database, SaaS and on-premises sources through a connector catalogue
Estates whose driver is privacy operations as much as security — where the same map has to serve a DPDP or GDPR obligation and a security finding.
The catch: Connector-based, so coverage is a function of the catalogue: confirm your specific stores are supported before signature. Acquired by Veeam (about $1.725B, closed December 2025) and continuing under its own brand.
quoted within the Data Command Center; the discovery and cataloguing layer — what personal and sensitive data exists, where, and whose it is
Organisations at the very start of a privacy programme whose first deliverable is a defensible data map rather than an enforcement control.
The catch: Discovery and cataloguing rather than posture: it produces the inventory and does not analyse access paths or remediate. The right first step, not the whole answer.
quoted within the Data Command Center; consent records, data-principal request handling and privacy reporting built on the discovered map
Estates whose obligation is operational privacy — honouring data-principal requests and evidencing consent — rather than a security posture finding.
The catch: Privacy operations, not a security control: it does not block, encrypt or detect. It answers a regulator's question, not an attacker's.
quoted within the Data Command Center; policy, quality and lineage over the catalogued data estate for governance and analytics teams
Organisations where the data map has to serve analytics governance as well as security — one inventory, two audiences.
The catch: Governance tooling rather than a security control, and its audience is the data team rather than the security team. Buying it to satisfy a security finding answers a different question.

quoted within the Forcepoint data-security portfolio; discovery and classification that feed the same policy engine driving Forcepoint DLP
Estates buying discovery and enforcement together, where the classification that finds the data should be the one the DLP acts on.
The catch: The strongest case assumes Forcepoint DLP alongside it; as a standalone DSPM it is less specialised than the cloud-native tools. India residency is not documented.

quoted within the Forcepoint portfolio; detection and response on access to classified data at rest, rather than on cloud configuration drift
Forcepoint estates that want the posture map to raise alerts when someone actually touches what it found.
The catch: Detection over data Forcepoint classifies — it is the response half of a portfolio purchase rather than a standalone product.
quoted per environment in INR from the Mumbai-built vendor; discovery and classification that can hand off directly to Seclore's rights management for protection
Indian estates that want the discovery and the protection from one India-built vendor, with the remediation being protect-the-file rather than only report-the-finding.
The catch: Narrower connector coverage than the global platforms and documented deployments are Indian mid-market and BFSI. Indian data-type classification is not documented despite the India-built positioning — prove it.
a module of the Wiz platform, licensed with the cloud security graph; data findings joined to the same graph that carries the misconfiguration and vulnerability context
Wiz estates that want to know whether the public bucket the CSPM found actually holds sensitive data — the finding and the consequence in one view.
The catch: Cloud-native only and a module, not a standalone product: no on-premises coverage at all, and the case assumes Wiz is already the cloud security platform.

a module of the Rubrik platform; classification run over data the backup already holds, so discovery does not touch production systems
Rubrik estates that want a data map without a second scan of production — the backup copy is already a complete, quiescent snapshot of everything.
The catch: Scope is whatever Rubrik backs up, which is a real constraint if some stores are not protected. Reporting-oriented: it finds and classifies rather than remediating.

quoted per endpoint or per user in INR; personal-data discovery across endpoints and shares with DPDP-shaped reporting, from the India-built vendor
Indian mid-market estates whose driver is DPDP readiness and whose data sits mostly on endpoints and file shares rather than cloud object storage.
The catch: Endpoint and share oriented: cloud object storage and managed database coverage is thin, and there is no access-path analysis. Reports rather than remediates.
effective access pathsRules out Cyera DSPM, Securiti DSPM, Securiti Data Governance, Forcepoint DSPM, Forcepoint DDR, Seclore DSPM, Wiz DSPM and Rubrik DSPM — reports permissions, but not effective access through nested groups and inherited rights; Securiti Data Discovery, Securiti Data Privacy Automation and Seqrite Data Privacy — no access analysis at all. That leaves Varonis DSPM, Varonis Data Access Governance, Varonis DDR and Cyera Data Access Governance.
acting on findingsRules out Cyera DSPM, Cyera Data Access Governance, Securiti DSPM, Securiti Data Privacy Automation, Securiti Data Governance, Forcepoint DSPM and Wiz DSPM — raises a workflow or ticket; the change is made elsewhere; Securiti Data Discovery, Rubrik DSPM and Seqrite Data Privacy — reporting only. That leaves Varonis DSPM, Varonis Data Access Governance, Varonis DDR, Forcepoint DDR and Seclore DSPM.
data detection and responseRules out Varonis Data Access Governance, Cyera DSPM, Cyera Data Access Governance, Securiti DSPM, Securiti Data Discovery, Securiti Data Privacy Automation, Securiti Data Governance, Forcepoint DSPM, Seclore DSPM, Wiz DSPM, Rubrik DSPM and Seqrite Data Privacy — posture only, no data detection and response. That leaves Varonis DSPM, Varonis DDR and Forcepoint DDR.
agentless deploymentRules out Varonis DSPM, Varonis Data Access Governance, Varonis DDR, Forcepoint DSPM and Forcepoint DDR — hybrid deployment with components to install; Securiti DSPM, Securiti Data Discovery, Securiti Data Privacy Automation, Securiti Data Governance, Seclore DSPM, Rubrik DSPM and Seqrite Data Privacy — connector-based: coverage depends on the connector catalogue. That leaves Cyera DSPM, Cyera Data Access Governance and Wiz DSPM.
a standalone productRules out Wiz DSPM and Rubrik DSPM — sold inside a cloud-security or backup platform licence, not as a discovery product on its own. That leaves Varonis DSPM, Varonis Data Access Governance, Varonis DDR, Cyera DSPM, Cyera Data Access Governance, Securiti DSPM, Securiti Data Discovery, Securiti Data Privacy Automation, Securiti Data Governance, Forcepoint DSPM, Forcepoint DDR, Seclore DSPM and Seqrite Data Privacy.
on-premises sharesRules out Cyera DSPM, Cyera Data Access Governance, Securiti Data Governance and Wiz DSPM — cloud-scoped: on-premises shares are not covered. That leaves Varonis DSPM, Varonis Data Access Governance, Varonis DDR, Securiti DSPM, Securiti Data Discovery, Securiti Data Privacy Automation, Forcepoint DSPM, Forcepoint DDR, Seclore DSPM, Rubrik DSPM and Seqrite Data Privacy.
managed databasesRules out Varonis Data Access Governance, Varonis DDR, Forcepoint DDR, Seclore DSPM, Rubrik DSPM and Seqrite Data Privacy — database contents are not a documented scan target. That leaves Varonis DSPM, Cyera DSPM, Cyera Data Access Governance, Securiti DSPM, Securiti Data Discovery, Securiti Data Privacy Automation, Securiti Data Governance, Forcepoint DSPM and Wiz DSPM.
SaaS applicationsRules out Wiz DSPM — SaaS application data is not covered. That leaves Varonis DSPM, Varonis Data Access Governance, Varonis DDR, Cyera DSPM, Cyera Data Access Governance, Securiti DSPM, Securiti Data Discovery, Securiti Data Privacy Automation, Securiti Data Governance, Forcepoint DSPM, Forcepoint DDR, Seclore DSPM, Rubrik DSPM and Seqrite Data Privacy.
unstructured sharesRules out Varonis DDR, Cyera DSPM, Cyera Data Access Governance, Securiti DSPM, Securiti Data Privacy Automation, Securiti Data Governance, Forcepoint DSPM, Forcepoint DDR, Seclore DSPM, Wiz DSPM and Rubrik DSPM — not documented for large unstructured share estates. That leaves Varonis DSPM, Varonis Data Access Governance, Securiti Data Discovery and Seqrite Data Privacy.
DPDP reportingRules out Varonis DSPM, Varonis Data Access Governance, Varonis DDR, Cyera DSPM, Cyera Data Access Governance, Forcepoint DSPM, Forcepoint DDR, Wiz DSPM and Rubrik DSPM — no DPDP-specific reporting documented (the underlying discovery may still serve the obligation). That leaves Securiti DSPM, Securiti Data Discovery, Securiti Data Privacy Automation, Securiti Data Governance, Seclore DSPM and Seqrite Data Privacy.
Indian data typesRules nothing out on published terms. It flags Varonis DSPM — Indian data-type classification is not documented by the vendor, Varonis Data Access Governance — Indian data-type classification is not documented by the vendor, Varonis DDR — Indian data-type classification is not documented by the vendor, Cyera DSPM — Indian data-type classification is not documented by the vendor, Cyera Data Access Governance — Indian data-type classification is not documented by the vendor, Securiti DSPM — Indian data-type classification is not documented by the vendor, Securiti Data Discovery — Indian data-type classification is not documented by the vendor, Securiti Data Privacy Automation — Indian data-type classification is not documented by the vendor, Securiti Data Governance — Indian data-type classification is not documented by the vendor, Forcepoint DSPM — Indian data-type classification is not documented by the vendor, Forcepoint DDR — Indian data-type classification is not documented by the vendor, Seclore DSPM — Indian data-type classification is not documented by the vendor, Wiz DSPM — Indian data-type classification is not documented by the vendor, Rubrik DSPM — Indian data-type classification is not documented by the vendor and Seqrite Data Privacy — Indian data-type classification is not documented by the vendor — marked on the cards, not removed.
India residencyRules nothing out on published terms. It flags Varonis DSPM — India residency for the classification index is not documented, Varonis Data Access Governance — India residency for the classification index is not documented, Varonis DDR — India residency for the classification index is not documented, Cyera DSPM — India residency for the classification index is not documented, Cyera Data Access Governance — India residency for the classification index is not documented, Securiti DSPM — India residency for the classification index is not documented, Securiti Data Discovery — India residency for the classification index is not documented, Securiti Data Privacy Automation — India residency for the classification index is not documented, Securiti Data Governance — India residency for the classification index is not documented, Forcepoint DSPM — India residency for the classification index is not documented, Forcepoint DDR — India residency for the classification index is not documented, Wiz DSPM — India residency for the classification index is not documented and Rubrik DSPM — India residency for the classification index is not documented — marked on the cards, not removed.
On-premises is the usual gapCloud-native DSPM is fast and agentless because it scans cloud APIs. Estates whose sensitive data sits on file shares discover this after signature. Confirm on-premises coverage explicitly if the business case assumed it.
Two of these fifteen are modulesWiz and Rubrik sell DSPM inside their platforms. If you already run either, the discovery may be a licence change rather than a purchase — and Rubrik's runs over the backup copy, so production carries no scan load.
Classification accuracy on Indian records is unprovenNo DSPM vendor here documents PAN, Aadhaar or GSTIN support. We mark it per product rather than assume it, and never eliminate on it. Scan a representative sample of your own records during the proof of concept — an empty finding list is the usual symptom of a US-tuned classifier.
Finding is fast; remediation is notA scan returns thousands of findings in days. Every one needs an owner and a decision. Estates that treat the scan as the deliverable end up with a report nobody actions and a renewal nobody can justify.
If one of these is your sentence, the shortlist is short.
Why: Agentless discovery across cloud object storage, databases and SaaS with nothing to install.
The trade-off: On-premises shares are outside scope entirely; confirm that matches your estate before signature.
Why: Effective access-path analysis through nested groups and inherited permissions, plus least-privilege enforcement.
The trade-off: Both assume their platform underneath; this is the remediation half of a discovery investment.
Why: This is exactly the CSPM-to-DSPM handoff: configuration finding, data consequence.
The trade-off: Wiz DSPM is a module — the case assumes Wiz is already your cloud security platform.
Why: Classification runs over the backup copy, which is a complete quiescent snapshot production never notices.
The trade-off: Scope is whatever Rubrik backs up. Stores outside the backup are outside the map.
Why: All four document DPDP-shaped reporting, and personal-data discovery is the first practical step of any readiness programme.
The trade-off: Privacy automation is not a security control — read the DPDP section below before assuming one product covers both.
Why: Data detection and response alerts on access to classified data at rest, not on configuration drift.
The trade-off: Both are the response half of a posture investment and assume the classification is already there.
Why: The classification that finds the data is the one the enforcement acts on — one definition of sensitive, not two.
The trade-off: Ties you to one vendor across two routes; the specialists are deeper at each individual job.
India’s Digital Personal Data Protection Act, 2023 was passed in August 2023. The DPDP Rules were notified on 13 November 2025, with phased commencement — most substantive obligations for data fiduciaries land around 13 May 2027. Penalties under the Act reach ₹250 crore for failure to take reasonable security safeguards.
What is stated, and what is implied. Rule 6 of the DPDP Rules, 2025 requires a data fiduciary to take reasonable security safeguards to prevent personal data breaches — and lists measures including encryption, obfuscation, masking, access control, and logs retained for a specified period. That is the provision. It does not name DSPM, DLP or any product category.
Everything beyond that is implication, and we label it as such. You cannot apply access control to personal data you cannot locate, and you cannot evidence masking or encryption of records you have never inventoried — so discovery becomes the practical first step of a readiness programme. That is a reasonable inference, not a statutory requirement, and any vendor telling you “DPDP mandates DSPM” is overstating what the instrument says.
What the law says
What actually helps. Four products here document DPDP-shaped reporting: Securiti Data Discovery, Securiti Data Privacy Automation, Seqrite Data Privacy and Seclore DSPM. Note the split — consent handling and data-principal request workflows are privacy operations, while classification and access control are security controls. One obligation, two different product shapes, and estates frequently buy one expecting both.
Sources: Digital Personal Data Protection Act, 2023; Digital Personal Data Protection Rules, 2025 (notified 13 November 2025), Rule 6 on reasonable security safeguards. Commencement is phased — confirm the schedule applicable to your class of fiduciary with counsel. TechBag states the provision and labels inference as inference; we do not advise on legal obligation.
DSPM is metered on stores and scanned volume, so scale here means data, not headcount.
A handful of cloud stores
Put this in your PoC
Check whether an existing platform already includes DSPM.
Cloud plus SaaS, tens of stores
Put this in your PoC
Confirm your specific stores appear on the connector list.
Hybrid, with on-premises shares
Put this in your PoC
Prove on-premises coverage in the proof of concept, not in the datasheet.
Petabyte-scale unstructured
Put this in your PoC
Model the scanning bill on your actual volume before signature.
Where a vendor does not publish deployment scale evidence, this page says so rather than implying it.
The map is easier to leave than the tuning behind it.
The inventory
Findings and classifications export to CSV or API almost everywhere
Classification tuning
Custom classifiers and thresholds are vendor-specific and are rebuilt
Connector configuration
Each platform models stores differently; the connections are re-made
Remediation history
Who decided what about which finding — exportable, but rarely in a form the next tool ingests
The practical consequence: a second DSPM re-scans and re-classifies from scratch. Switching is cheaper than switching DLP, and still not free.
Metered on stores, environments or scanned volume — not per user, which changes the budgeting shape entirely.
Four checks, in the order most likely to return a yes.
None of these is automatically right, and each covers a different slice. The Microsoft answer in particular is strong inside its own estate and silent outside it.
Quote-led across the board, and the meter is the thing to negotiate.
Varonis, Cyera and Securiti are quoted per environment, per data store or on scanned volume — which is why an estate with 200 users and large object stores can cost more than one with 5,000 users and little data. Seclore and Seqrite quote in INR, both India-built, and are the two options here priced for the Indian mid-market rather than the global enterprise; Seclore additionally quotes per environment rather than per seat. Wiz and Rubrik carry no separate line where the platform is already licensed. Ask every vendor to model the bill against your actual store inventory and growth rate, because the meter and not the rate is what decides the number.TechBag gives INR pricing, GST, PO cycle, minimums and tier-matched quotes. The INR above is conversion for scale at ≈₹83/$; the tier-matched INR quote is ours.
Thousands of findings need owners and decisions. This is the line that decides whether the map becomes a fix.
Cloud egress and compute for scanning petabyte-scale object storage is a real and separate bill.
Undocumented across every vendor. Budget the time to prove it against your own records.
Stores outside the catalogue need custom work or stay unscanned — and unscanned stores are exactly where surprises live.
Five ways this purchase goes wrong. Each is recoverable if caught before signature.
Findings nobody owns
The scan returns thousands of results in days and stops there. Without a named owner and a triage process, the map is a report and the renewal has no case behind it.
On-premises shares out of scope
The business case assumed them; the agentless tool cannot see them. This is the single most common mismatch in this category — confirm it explicitly.
Classification tuned for US data types
A classifier looking for social security numbers finds nothing useful in an Indian estate. Undocumented across every vendor here, so prove it with your own records.
Scanning costs nobody modelled
Volume-metered scanning on large object stores produces a bill that has nothing to do with headcount. Model it before signature.
Buying DSPM when the requirement was DLP
Or the reverse. One finds data at rest; the other stops it moving. The boundary section above resolves it in one question.
Vendor-neutral. No gated content. · Last reviewed