- BFSIBanking, Financial Services & Insurance
- HealthcareComing soon
- ManufacturingComing soon
- Retail & E-CommerceComing soon
Every other control protects data while it is inside your boundary. This is the only one that still works after the file has left.
Rights management puts the policy inside the document rather than around it. The file carries its own rules — who may open it, whether they may print or copy, when it expires — and those rules are enforced on a recipient’s laptop in an organisation you do not control.
The test that separates this from everything else on the site: a confidential file was legitimately sent to an external auditor last month and the engagement has ended. Can you stop them opening it today? Only one product on this page can.
Already decided — What this page decides
Still yours to weigh
Three different controls that all get called “encryption”.
Six products, three distinct jobs. Rights management wraps policy inside the file so it stays enforced anywhere. Encryption protects storage — a disk, a removable drive, a database — so a stolen device or a raw dump is unreadable. Classification labels documents so one of the other two knows what to act on.
They are routinely conflated, and the cost of conflating them is specific: buyers who ask for encryption usually already have it from their storage layer or device management, and buyers who need protection to survive the file leaving find that disk encryption does nothing at all for that scenario.
The row to get exactly right
What the external recipient has to do. If opening a protected file requires them to install your software, register an account or contact your helpdesk, the process is abandoned within weeks and people revert to unprotected email. This decides adoption more than any capability on the datasheet, and it is the question to put in writing before signature.
Often confused withDLP & Insider Risk — deciding whether the file may leave →·DSPM & Data Discovery — finding what needs protecting →·Cyber Recovery — where immutability protects the copy →
Four terms, resolved
These are adjacent controls at different points in the data’s life, not tiers. A product that encrypts a disk perfectly protects nothing once a legitimate user copies a file off it.
Encryption at rest vs in transit
Which gap are you actually closing?
Encryption at rest vs in use
Is the data protected while it is being processed?
EDRM/IRM vs encryption
Does the protection travel, or stop at your boundary?
EDRM/IRM vs DLP
Stop the file, or protect it after it goes?
Six things decide this purchase. The feature grid is none of them.
Six variables move the shortlist. Everything else is preference.
What travels with the file
Whether the policy is inside the document or around its container. This is the dividing line of the whole page.
Revocation after distribution
Withdrawing access to a file already delivered is the reason to buy rights management. Confirm in writing whether it reaches a copy already downloaded and held offline.
The external-recipient experience
Can they open it with no software from you? This decides adoption, and adoption decides whether the investment returns anything.
Format and application coverage
Office and PDF are universal here. CAD, engineering drawings and arbitrary formats are not — and manufacturing estates usually need them.
Integration with DLP and DSPM
Rights management is normally the enforcement arm of a classification decision made elsewhere. Applied manually, it is applied rarely.
Key management
Who holds the keys, where they are held, and what happens to protected files if the vendor relationship ends. Nobody owns this until it matters.
Narrow 6 products to your shortlist
Pick what the protection has to survive. Products drop out with the reason stated, never silently.
After the file leaves
What it protects
How it has to run
India
India residency is annotated rather than used to eliminate. Where offline behaviour is not documented, the product says so instead of implying support.
quoted per protected user in INR from the Mumbai-built vendor, SaaS or self-hosted; policy travels inside the file with usage controls, expiry and post-distribution revocation across Office, PDF, CAD and arbitrary formats
Indian BFSI and manufacturing estates that share confidential documents outside the organisation routinely and need the protection to survive the file leaving — with the vendor, the keys and the support in the same country.
The catch: Rights management is only as good as its adoption: protection applied manually is applied rarely, so it needs to be driven by a classification or DLP decision rather than by users remembering. Narrower than a global suite on adjacent capabilities — this is a specialist, not a platform.
quoted per user in INR; labelling at creation and at rest that decides which documents get protected, feeding the rights-management engine automatically rather than relying on the author
Estates deploying Seclore EDRM that need the protection triggered by a rule rather than a person — the piece that turns rights management from optional into automatic.
The catch: Classification is not a protection control by itself: it labels and hands off. Bought alone it produces labels nothing acts on.
quoted per endpoint, managed from the Trellix ePO console; full-disk, file and removable-media encryption with central key escrow and recovery
Estates whose requirement is the lost-laptop and stolen-USB scenario — device-level encryption with a central place to recover keys when someone leaves or forgets a passphrase.
The catch: Encryption at rest on devices you manage: it protects the disk, not the file once a legitimate user copies it elsewhere. It does not answer the after-it-leaves question at all — that is the row above.
quoted per database instance; activity monitoring, vulnerability assessment and protection for database contents at rest, without changing the application
Estates whose sensitive data is structured and sitting in databases, where the control needs to sit at the data layer rather than on the endpoint.
The catch: Database-scoped, on-premises oriented, and it is monitoring and protection rather than rights management — the file exported from the database is outside its control entirely.
quoted per endpoint in INR, frequently bundled with Seqrite endpoint protection; full-disk and removable-media encryption with central policy and key recovery from the India-built vendor
Indian mid-market estates that need documented device encryption for an audit, at a price and on an agent they may already be running.
The catch: Device encryption only, on the Seqrite agent: no file-level rights, no revocation, and no protection once a file is legitimately copied off the device. It answers the compliance question about lost devices and nothing beyond it.
quoted within the Forcepoint data-security portfolio; user-driven and automated labelling that drives Forcepoint DLP policy and downstream protection decisions
Forcepoint estates that want one classification decision made once and honoured by every control in the portfolio, rather than each product deciding separately.
The catch: A labelling layer, not a protection control: it decides what a document is and hands the enforcement to DLP. Bought alone it produces metadata with nothing acting on it. India residency is not documented.
Why each constraint rules out what it doesShow the reasoning ↓
protection that travelsRules out Seclore ARMOR Data Classification, Trellix Data Encryption, Trellix Database Security, Seqrite Encryption and Forcepoint Data Classification — protects data inside your boundary; a legitimate copy taken elsewhere is unprotected. That leaves Seclore ARMOR EDRM.
revocation after deliveryRules out Seclore ARMOR Data Classification, Trellix Data Encryption, Trellix Database Security, Seqrite Encryption and Forcepoint Data Classification — no revocation after distribution. That leaves Seclore ARMOR EDRM.
no software for recipientsRules out Trellix Data Encryption and Seqrite Encryption — the recipient needs an agent or client installed. That leaves Seclore ARMOR EDRM, Seclore ARMOR Data Classification, Trellix Database Security and Forcepoint Data Classification.
any file formatRules out Seclore ARMOR Data Classification and Forcepoint Data Classification — documented for Office and PDF; other formats are not covered. That leaves Seclore ARMOR EDRM, Trellix Data Encryption, Trellix Database Security and Seqrite Encryption.
CAD formatsRules out Seclore ARMOR Data Classification, Trellix Data Encryption, Trellix Database Security, Seqrite Encryption and Forcepoint Data Classification — CAD formats are not documented. That leaves Seclore ARMOR EDRM.
a protection controlRules out Seclore ARMOR Data Classification and Forcepoint Data Classification — classification labels the file and hands enforcement elsewhere. That leaves Seclore ARMOR EDRM, Trellix Data Encryption, Trellix Database Security and Seqrite Encryption.
SaaS — nothing of ours to hostRules out Trellix Database Security — on-premises deployment only. That leaves Seclore ARMOR EDRM, Seclore ARMOR Data Classification, Trellix Data Encryption, Seqrite Encryption and Forcepoint Data Classification.
Keys held only by us, never the vendorRules out Seclore ARMOR EDRM, Seclore ARMOR Data Classification and Forcepoint Data Classification — the vendor can hold the keys in the default deployment; customer-held is available on request. That leaves Trellix Data Encryption, Trellix Database Security and Seqrite Encryption.
IndiaRules nothing out on published terms. It flags Trellix Data Encryption — India residency for the policy server and key material is not documented, Trellix Database Security — India residency for the policy server and key material is not documented and Forcepoint Data Classification — India residency for the policy server and key material is not documented — marked on the cards, not removed.
documented offline behaviourRules out Trellix Database Security — not applicable: this control does not travel with files. That leaves Seclore ARMOR EDRM, Seclore ARMOR Data Classification, Trellix Data Encryption, Seqrite Encryption and Forcepoint Data Classification.
Only one product here survives the file leavingSeclore ARMOR EDRM is the only product on this page whose protection travels inside the file. The others encrypt storage, encrypt devices or label documents — all valuable, none of them answering the after-it-leaves question.
The external recipient decides adoptionIf the person you send a protected file to cannot open it easily, the process is abandoned within weeks and people revert to unprotected email. This is the variable that decides deployments, and it is under-weighted in almost every evaluation.
Classification is the trigger, not the controlTwo of these six are labelling layers. They decide which documents get protected and hand the enforcement elsewhere. Bought alone they produce metadata that nothing acts on.
Every product here runs on-premises, and every one allows customer-held keysThat is unusual and worth stating: it is not a variable that narrows this shortlist. What does narrow it is whether protection survives the file leaving, and what the external recipient has to do.
Encryption at rest is usually already onYour storage layer, your cloud provider and your device management probably already encrypt at rest. If that is the requirement, check before buying — and note that it stops none of the scenarios that bring people to this page.
Eight situations, and what each one buys
If one of these is your sentence, the shortlist is short — frequently one product.
A confidential file went outside and we need it back
Why: Revocation after distribution is documented, and it is the only product here whose protection persists outside your estate.
The trade-off: Confirm in writing whether revocation reaches a copy already downloaded and held offline — that is the scenario people picture when they buy this.
Files legitimately go to external auditors and consultants
Why: Protect-and-send rather than block-or-allow, with expiry when the engagement ends and no software for the recipient to install.
The trade-off: Needs the classification half to trigger protection automatically; applied by hand, it is applied rarely.
A laptop was lost and we need to prove the data was safe
Why: Full-disk encryption with central key escrow — the documented answer to the lost-device audit question.
The trade-off: Protects the device, not the file. A legitimate copy taken elsewhere is unprotected, which is a different problem entirely.
Removable media leaves the building routinely
Why: Media encryption with central policy means the stick is unreadable off your estate without the key.
The trade-off: The recipient needs the agent or the recovery process; this is not a way to share files with outsiders.
Our confidential documents are engineering drawings
Why: CAD and arbitrary formats are documented, where the classification layers here cover Office and PDF only.
The trade-off: Prove your specific CAD applications in a proof of concept — format support is version-specific in practice.
The sensitive data is structured, in databases
Why: Protection and activity monitoring at the data layer, without changing the application.
The trade-off: On-premises oriented, and the file exported from the database is outside its control entirely.
The keys and the vendor must be in India
Why: All three are India-built, quote in INR, and offer self-hosted deployment with customer-held keys.
The trade-off: Both vendors are narrower than a global suite on adjacent capabilities — specialists rather than platforms.
Protection is applied by hand, so it is barely applied
Why: Labelling at creation and at rest triggers protection by rule rather than relying on the author to remember.
The trade-off: Neither is a control on its own — each hands enforcement to something else, and produces only metadata if bought alone.
Rights management fails for a reason that has almost nothing to do with the technology. You protect a document and send it to a partner, a customer or an auditor. They double-click it, and something other than the document appears — a prompt to install a viewer, a request to create an account, an error they do not understand.
They email back asking what this is. Someone in your organisation sends an unprotected copy to unblock the meeting. That happens three or four times, and the informal rule becomes: do not protect anything you need someone outside to actually read. The licence renews for another year against a control almost nobody uses.
Three questions to put in writing before signature, because a demonstration with your own vendor’s software installed answers none of them:
Ask before signature
- What exactly does a recipient with none of your software see, on a machine you do not manage?
- What happens when they are offline — on a plane, or behind a corporate proxy that blocks your policy server?
- Does revocation reach a copy already downloaded to their laptop, or only one still being fetched from a link?
The second and third are where honest vendors differ from optimistic ones. Test them with a real external party during the proof of concept — not with a colleague on your own network.
What changes as usage grows
Rights management scales by protected users and by how automatic the protection is.
One team, one document type
- —Manual protection is workable at this size
- —Legal or finance is the usual first team
- —The external-recipient test still decides everything
Put this in your PoC
Run the recipient test with a real outside party before widening.
Several departments
- —Manual application starts failing — people forget
- —Classification becomes the trigger, not a nice-to-have
- —Format coverage beyond Office starts to matter
Put this in your PoC
Automate the trigger before adding the second department.
Estate-wide, externally facing
- —Protection must be driven by DLP or DSPM decisions
- —Key management needs a named owner
- —Revocation gets used in anger, so test it properly
Put this in your PoC
Name the key-management owner. Nobody does until it matters.
Regulated, with retention obligations
- —Self-hosted and customer-held keys become the requirement
- —Audit evidence of access and revocation is the deliverable
- —Exit planning matters — what happens to protected files later
Put this in your PoC
Ask what happens to protected files if you stop paying.
Where a vendor does not publish deployment-scale evidence, this page says so rather than implying it.
Getting out
This is the one category on the site where leaving badly can make your own data unreadable.
Protected files
Every protected document depends on a policy server and keys that must keep answering
Encryption keys
Customer-held keys are portable; vendor-held keys are the whole risk of this row
Classification labels
Microsoft Information Protection labels are the nearest thing to a standard and travel reasonably
Policy definitions
Vendor-specific and rebuilt in the next product
Ask this question before signature, not at renewal: what happens to files already protected if the contract ends? The answer should be a documented bulk-decryption process, and you should hold the keys.
What it costs
Per protected user for rights management, per endpoint for encryption.
Do you already own one?
Four checks, in the order most likely to return a yes.
- Microsoft Purview
- Already encrypting Office files, if you hold E5 E5 includes sensitivity labels with Information Protection encryption that travels with Office files. Its limits are format and ecosystem — strong for Office and PDF inside the Microsoft world, thin for CAD and arbitrary formats.
- Your storage or cloud provider
- Encryption at rest is on by default nearly everywhere If the requirement is the lost-drive scenario at the storage layer, it is already covered and needs no purchase.
- Your device management
- BitLocker and FileVault are managed by most UEM platforms Full-disk encryption with key escrow is frequently a policy switch in a tool you already run.
- Your endpoint suite
- Seqrite and Trellix both sell encryption on their existing agents If either is already deployed, device encryption is a module rather than a new agent.
The pattern here is unusual: for encryption the answer is very often yes, and for rights management it is very often no. Separate the two before shortlisting.
What the rest actually cost
Quote-led, and the India-built options quote in rupees.
Seclore quotes per protected user in INR, SaaS or self-hosted, from Mumbai — the India story on this page and the one option whose protection travels with the file. Seqrite Encryption quotes per endpoint in INR and is frequently bundled with its endpoint protection, which makes it the cheapest documented answer to a device-encryption audit finding for an Indian mid-market estate. Trellix quotes per endpoint for Data Encryption and per instance for Database Security, both typically alongside ePO. Forcepoint Data Classification is quoted inside the data-security portfolio rather than standalone. Note the shape of the decision: the encryption products compete on price against something you may already own, while Seclore competes against nothing on this page — which is why its evaluation should be about adoption and the recipient experience rather than rate.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.
What isn’t in the licence price
Key-management ownership
Somebody has to own keys, escrow and recovery. Unowned until a laptop is wiped or an employee leaves, and then urgent.
The external-recipient trial
Testing with real outside parties on machines you do not manage. Skipped almost universally, and the reason deployments fail.
Classification to trigger protection
Manual protection is rarely applied. The trigger is usually a second purchase.
Format proof of concept
CAD and specialist formats are version-specific in practice. Prove your actual applications.
What goes wrong
Five ways this purchase goes wrong. The first is the one that ends deployments.
External recipients cannot open protected files
They ask what this is, someone sends an unprotected copy to unblock the meeting, and the informal rule becomes not to protect anything anyone outside needs to read.
Protection applied manually, so applied rarely
If a person has to remember, they will not. Protection has to be triggered by a classification or DLP decision to reach meaningful coverage.
Revocation that does not reach a downloaded copy
The scenario people picture when buying is a file already on someone's laptop. Confirm that specific case in writing — it is where implementations differ most.
Key management nobody owns
Escrow and recovery are unassigned until an employee leaves or a device is wiped, and then it is an incident rather than a process.
Buying rights management when the requirement was encryption at rest
Which the storage layer, the cloud provider and the device management already do. Separate the three jobs before shortlisting anything.
Three doors — pick by where you are
Vendor-neutral. No gated content. · Last reviewed