You cannot encrypt what nobody knows exists — discovery scans structured and unstructured stores to find sensitive data and label it, and the output drives encryption policy directly rather than becoming a report nobody acts on.
Data residency & processing — two different questions
Where data lives
Yours — deploy on-premises in India
CipherTrust Manager deploys as a virtual appliance or physical hardware in your own data centre, and Luna HSM is a box you own. Keys, ciphertext and policy stay on infrastructure you control — the best answer available on Indian residency, since what you produce is an access log and a device serial number rather than a contractual clause.
The constraint, stated plainly
No India SaaS region — and Noida is people, not data
CipherTrust as-a-Service runs in Europe and North America only. Thales has 2,200+ staff in India with Noida as its Cyber & Digital engineering centre, and that is a genuine commitment — but people in India and data in India are different facts. An audit is where mistaking an engineering presence for residency gets exposed.
For a residency-bound Indian buyer this pushes you to on-premises deployment, which is very likely what your regulator wanted anyway. Under the DPDP Act the sequence matters more than the product: find the personal data first, then protect it. For RBI-regulated entities the question behind the question is usually who can decrypt, and whether administrators can read production data — both answerable here with evidence rather than assurance. And note what does not exist, so its absence is not misread: Gartner publishes no Magic Quadrant for HSM or key management at all, only Market Guides, which have no Leader quadrant. No vendor in this category has a Gartner Leader placement, and any implying one is misleading you.
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This page covers CipherTrust Data Discovery & Classification — the starting point. The rest of the Thales data-security platform:
Most product pages skip this. We start here — so you buy a capability, not a buzzword.
Scanning that finds sensitive data across structured and unstructured stores and classifies what it finds — the prerequisite to every other control on this platform.
What a scan actually changes about knowing your data, dimension by dimension.
| Dimension | Inventory & questionnaires | Discovery & Classification |
|---|---|---|
| Where data is | What people remember | What a scan finds |
| Shadow copies | Invisible | Found in shares, replicas and cloud stores |
| Classification | Manual, by each owner | 250+ infotypes plus custom ones |
| Secrets in files | Unknown | 30+ secret types detected |
| Protection status | Assumed | Shown per data object |
| Freshness | An annual questionnaire | Scheduled rescans |
| Cost driver | Staff time | Volume of new data scanned |
| Best fit | Small, well-documented estates | Estates older than their documentation |
CipherTrust Data Discovery & Classification scans files, databases, big-data and cloud stores, classifies what it finds and shows whether each sensitive object is already encrypted. It finds; it does not protect. Licensed by volume of data scanned; Thales publishes no list price. TechBag quotes in INR with GST.
Vendors love diagrams; buyers need to know what they’re actually operating. Here’s how a scan works, demystified.
Scans are configured from the CipherTrust Manager console or REST API, so discovery shares users, roles and logging with the rest of the platform.
Windows and Linux hosts, SMB and NFS shares, Oracle, SQL Server, DB2, PostgreSQL, MySQL, MongoDB, SAP HANA, Hadoop, Teradata, S3, Azure, Office 365 and Salesforce.
Local agents scan on the host so data never leaves it; proxy agents reach remote stores. Agents are unlimited, because licensing is by the volume of data scanned.
Profiles group infotypes — financial, personal, medical, national ID, secrets — aligned to laws such as GDPR, HIPAA and PCI DSS, and you can add custom ones.
Reports rank sensitive data objects by exposure risk and show whether an encryption policy already protects each one.
Scan, classify, rank — then hand the result to the encryption policy rather than a spreadsheet.
What Data Discovery & Classification actually does — finds sensitive data wherever it sits, labels it against profiles you control, and turns findings into a ranked remediation list.
Databases, file shares, big-data clusters and cloud stores in one tool, rather than a separate scanner for each data type.
Local agents keep scanning on the host; proxy agents scan remote stores without installing anything on them.
Thales says DDC scans whole targets rather than sampling — which is how the one forgotten spreadsheet gets found.
Scans run on demand or on a schedule, because data moves and a one-off scan is stale by next quarter.
Prebuilt patterns across financial, personal, medical, national-ID and secrets categories, grouped into classification profiles.
Define patterns for employee IDs, policy numbers or any identifier the prebuilt list does not cover, and add them to profiles.
Prebuilt profiles for GDPR, CCPA, HIPAA, LGPD, PCI DSS, APPI and UK GDPR; no DPDP profile appears in Thales’s published list.
Finds more than 30 types of secrets — AES keys, auth secrets, SSH keys — left behind in files and code.
Sensitive data objects are sorted by risk of exposure, so the first remediation work goes where it matters most.
Reports show whether an encryption policy is already active on each sensitive object — the link to Transparent Encryption.
Source data is not moved or modified; agents read a temporary in-memory copy and send back only a summary.
Scan results export as NDJSON for your own reporting tools and data-protection dashboards.
The overview, getting started, and the core workflows.
Where discovery sits in the platform.
What discovery output feeds into.
Want a live, India-context walkthrough for your environment?
Book a guided demo →Here’s what genuinely sets Discovery & Classification apart (and where a specialist scanner goes further).
Encryption, access policy and key management are all aimed. If the aim comes from an asset inventory, it inherits that inventory's blind spots — and every organisation's inventory has them, because inventories record what was provisioned deliberately and sensitive data accumulates by accident. The reporting replica, the analytics extract, the file share from before anyone governed file shares: none is in the CMDB, and all three are exactly where a breach or a DPDP complaint starts. Scanning finds them. Asking does not.
India's DPDP Act obliges you to know what personal data you hold and where. That sounds like documentation and is actually discovery, because the honest state of most estates is that nobody can answer it. Teams that begin with an encryption project and treat discovery as a later phase consistently rediscover this halfway through and restart. Beginning with the scan is slower to start and considerably faster to finish, and it produces the evidence a regulator asks for as a by-product.
This category's usual failure mode is a beautifully detailed report that nobody acts on, because acting on it means a separate project with separate funding. Discovery inside the CipherTrust platform feeds encryption and access policy directly — a classification decision becomes a protection decision rather than a recommendation. That closes the loop that otherwise leaves classification as an audit artefact, and it is the main reason to prefer platform-integrated discovery over a standalone scanner.
Discovery and classification tell you where sensitive data is and what it is. They do not encrypt it, do not control who reaches it, and do not follow it anywhere. On its own this product improves your knowledge and nothing else — which is genuinely valuable, and is not protection. It is the input to a decision, so budget it alongside the encryption and key management rather than as a substitute, and be clear internally that finishing the scan is the start of the work rather than the end of it.
Start here if you cannot confidently say where your personal or sensitive data lives — which, in our experience, is most organisations that have been operating for more than a few years. Start elsewhere if you already have a trustworthy data map and the problem is purely protection. And if you have already bought classification from another vendor and it is working, there is no strong reason to replace it; what matters is that the output reaches whatever applies protection, and we would rather integrate what you have than sell you a second scanner.
Start with the shares, databases and cloud buckets you can name, and the owners who can grant scan access.
Pick prebuilt profiles, then add custom infotypes for identifiers specific to you — customer IDs, policy numbers.
Test on one store first, then widen. Proxy agents are quickest to start; local agents keep data on the host.
Use the data-object risk view to hand each owner a short list, not a thousand-row export.
Schedule rescans, and track how many high-risk objects now show an active encryption policy.
Modelled on Gartner Peer Insights structure. *Counts and breakdowns are illustrative pending verified review collection.
“The first scan found card numbers in a finance share that three audits had missed. That one report justified the purchase.”
“Proxy agents had us scanning within a week; local agents on the big file servers came later, once the change board relaxed.”
“We added custom infotypes for our policy numbers on day two. The prebuilt ones alone missed much of what mattered to us.”
“Seeing which sensitive folders already had an encryption policy turned a spreadsheet exercise into a remediation queue.”
Analyst firms bury this view behind paywalls, and G2 retired its Grid. So here’s TechBag’s synthesis of the sensitive-data discovery market — tap any vendor to see why it sits where it does.
Execution strength vs product vision among sensitive-data discovery tools.
Discovery built to feed encryption policy.
How deep the discovery goes vs how directly the findings drive protection.
Findings flow straight into encryption policy.
Positions are TechBag’s illustrative synthesis of public review-platform data and vendor documentation — not a reproduction of any analyst graphic. Verify before relying on it.
Microsoft Purview, BigID and Varonis — honest lanes. Purview is strongest inside Microsoft 365; BigID treats discovery as its own programme; Varonis leads on file access. DDC’s edge is findings that feed encryption policy directly. We say so.
| Dimension | Thales DDC | Microsoft Purview | BigID | Varonis | Standalone PII scanners |
|---|---|---|---|---|---|
| What it is | Discovery inside the encryption platform | Classification inside Microsoft 365 and Azure | Discovery and data-intelligence specialist | Data security platform, file-access heritage | Point tools that pattern-match PII |
| Coverage | Files, databases, big data, cloud | Deepest inside Microsoft | Broad connector catalogue | Files, Microsoft 365, cloud, databases | Varies by tool |
| Findings drive protection | Feeds CipherTrust encryption policy | Feeds sensitivity labels and DLP | Through integrations | Remediates access and exposure | A report |
| Runs on your infrastructure | Yes — on CipherTrust Manager | Microsoft cloud service | Check deployment options | Check self-hosted options | Usually |
| Licensing | By volume of new data scanned | Within E5 or Purview add-ons | Quote | Quote | Varies |
| The thing to plan around | No DPDP template in the published list | Strongest inside Microsoft only | Protection needs another product | A larger platform purchase | Findings with no follow-through |
| Best fit | Discovery that should drive encryption | Microsoft 365-centred estates | Discovery as its own programme | File-access risk and over-sharing | A one-off audit |
Honest fit signals — because the fastest way to lose your trust is to pretend one product wins every scenario.
CipherTrust Data Discovery & Classification is one of 21 encryption & rights management products TechBag carries. The encryption & rights management guide narrows them to a shortlist and shows the reasoning. →
Drag the sliders (data stores brought under scheduled scanning; loaded analyst-hour cost). The estimate contrasts manual data mapping — owner questionnaires, spreadsheet inventories, ad-hoc searches — with scheduled scans and ranked findings. Illustrative — TechBag scopes your estate.
Loaded cost = salary + overheads per productive hour. Illustrative only — your TechBag quote models your actual environment and modules.
Discovery & Classification is quote-priced, licensed by the volume of new data scanned — agents are unlimited — and it runs on CipherTrust Manager. Thales publishes no list price. TechBag quotes in INR with GST.
Best for a first data map
Best for acting on findings
Best value with TechBag
Whatever the list prices above, TechBag negotiates a significantly better deal — with GST-compliant INR invoicing and local support. Ask us for your discounted quote.
Tell us your requirements and current tools — we’ll model it against what you spend today.
Take this into your next vendor call — including ours.
Are all our data-store types — Oracle, SAP HANA, NFS, Office 365 — on the supported list?
Which identifiers matter to us — Aadhaar, PAN, internal IDs — and are they prebuilt or custom?
How will we map findings to DPDP duties, given no DPDP template appears in the published list?
Where must local agents keep data on the host, and where are proxy agents acceptable?
How much new data will we scan each year, since that drives the licence?
Who grants scan credentials for each store, and how are they protected?
Who owns remediation for each finding, and how will we track it to closure?
How often will we rescan, and who reviews what changed between scans?
Scope Data Discovery & Classification with a TechBag advisor — which stores to scan first, local or proxy agents, custom infotypes for your identifiers and a realistic data-volume estimate — compared honestly against Purview, BigID and Varonis, and quoted in INR with GST.
Stats, ratings, review counts and pricing are illustrative and sourced from public materials; verify before purchase.