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Sign documents securely from anywhere without carrying a USB token. A Web-Based Digital Signature Certificate (Cloud DSC) lets individuals and businesses digitally sign documents through a secure web platform with legally valid authentication and strong security.
To issue a Web-Based Digital Signature Certificate, the applicant must complete identity verification and submit valid supporting documents. The exact requirements may vary depending on the certificate type, applicant category, and the Certifying Authority (CA).
Most Web-Based DSC applications are completed through a secure online verification process. Applicants may be required to complete OTP authentication, live photo verification, or video-based identity verification as per the guidelines of the issuing Certifying Authority.
If any submitted document is unclear, expired, or contains mismatched information, additional documents or verification may be requested before certificate issuance.
A Web-Based Digital Certificate is an X.509 cryptographic credential issued to a server, domain name, or IP address — not to an individual person. Unlike the USB-token DSC used by individuals to sign documents on government portals, this certificate is installed on your server or enterprise application.
In plain terms: When your SAP system needs to sign a transaction, or your banking API must prove its identity to a payment gateway, it uses this certificate — automatically, at the machine level, 24×7 — without any human inserting a USB token.
Issued to a specific domain such as
erp.yourdomain.com. Used for HTTPS servers,
ERP portals, and API gateways.
Issued to a static IP — used where no public DNS is involved, such as internal banking middleware or private API endpoints within a corporate network.
Binds the company's verified legal name to the certificate — the right choice for enterprise-to- enterprise integrations requiring identity assurance beyond domain control.
Every certificate we issue is built for enterprise reliability, security, and platform compatibility.
As enterprise systems move toward API-first architectures and automated workflows, machine-level identity and cryptographic trust have become core infrastructure requirements — not optional security features.
When your ERP or SAP system generates thousands of purchase orders, invoices, or compliance reports daily, having a human physically sign each one is not feasible. A server certificate enables the system itself to sign these documents programmatically — with full legal validity under the IT Act.
Within a corporate network, services communicating with each other — HR systems talking to payroll engines, order management syncing with logistics APIs — benefit from mutual TLS. This prevents internal man-in-the-middle attacks and spoofed service calls.
Modern APIs connecting banks, payment gateways, government systems, and enterprise platforms require the calling system to authenticate its identity. A server certificate is used to sign API requests and prove the call originated from your authorised system — not an interceptor.
When your system signs a transaction with a server certificate, the signature is cryptographically tied to your server's identity. Neither party can deny the signed transaction originated from your system — critical in procurement, finance, and interbank operations.
Several government mandates, RBI circulars, NPCI guidelines, and enterprise procurement frameworks require cryptographic authentication for system-to-system communication. Entities on NIC portals, PFMS, GSTN, and bank middleware are increasingly required to implement certificate-based signing.
An expired or missing server certificate can halt API integrations, break payment gateway connections, and trigger security alerts across partner systems. It is foundational infrastructure — not a supplementary tool.
This certificate is designed for organisations that operate system-level integrations, run enterprise applications, or have regulatory obligations for authenticated digital communication.
A web-based digital certificate sits at the intersection of IT infrastructure, enterprise security, and regulatory compliance. The decision typically involves one or more of these roles:
Oversees PKI deployment as part of enterprise security architecture.
Ensures certificate-based authentication standards are met across all systems.
Manages CSR generation, server installation, and certificate renewal scheduling.
Handles certificate integration in SAP NetWeaver, STRUST, and PI/PO middleware.
Deploys certificates in Oracle, Dynamics, or custom ERP environments.
Implements mTLS and certificate signing in REST and SOAP APIs.
Ensures signed transactions and reports meet statutory and audit requirements.
Manages certification requirements during ERP rollouts and portal onboarding.
These are real deployments where web-based digital certificates are mandatory or operationally critical across Indian enterprises and government bodies.
SAP NetWeaver and SAP PI/PO require server certificates for HTTPS-based RFC connections, signing outbound IDocs, and implementing Secure Network Communications (SNC). The certificate is installed in SAP's STRUST (SSL Client Standard) trust manager. Many large PSUs and corporates integrating SAP with vendor portals, bank SFTP servers, or government portals require this certificate.
→ Typical: SAP Basis team at manufacturing PSU or large corporate
ERP platforms in logistics, FMCG, pharmaceuticals, and infrastructure companies generate large volumes of purchase orders, gate passes, and dispatch notes that must carry a digital signature. The server certificate enables the ERP system to sign these documents in bulk, automatically, as part of the workflow — without routing each document to a person with a USB DSC.
Banks and NBFCs connecting to RBI's SFMS, NPCI's NACH/IMPS infrastructure, or other bank APIs must sign API requests using a valid server certificate. The certificate proves the originating system's identity and satisfies non-repudiation requirements mandated in RBI's API security guidelines. Installed in the bank's application server or API gateway.
Payment aggregators and merchant gateway platforms use server certificates to authenticate their endpoint to acquiring banks and card networks. Server certificates sign payment requests and callbacks — ensuring no intermediary can inject or alter transaction data. This is a compliance requirement under PCI-DSS and RBI's Payment Aggregator guidelines.
Organisations automating bid submission, electronic invoicing, and digitally signed contract uploads on CPP Portal, GeM, or state e-procurement platforms through their ERP or custom portals require a server certificate to sign data before submission. This is increasingly required for high-value tender automation at PSUs and government departments.
Large organisations running internal workflow applications — employee contract generation, board resolution signing, internal audit reports — deploy server certificates to sign internal documents for tamper-proof authenticity records. Common in listed companies and PSUs undergoing digital compliance programs, even where documents are never submitted to a government portal.
Enterprises running cloud-native or hybrid applications decomposed into microservices use server certificates for service-mesh identity. Each service is assigned a certificate and mTLS ensures only authorised services communicate with each other — preventing lateral movement of threats and satisfying zero-trust architecture requirements.
Insurance companies submitting data to IRDAI's reporting platform, and hospitals transmitting records to ABDM (Ayushman Bharat Digital Mission) or insurance TPA systems, require authenticated, signed data packets. A server certificate ensures the submitting entity's identity is cryptographically verifiable and data integrity is preserved in transit.
From initial request to active deployment — our team supports every step. You focus on your business; we handle the certificate complexity.
We conduct a consultation to understand your infrastructure — the server OS, middleware (SAP, Oracle, Java), application requiring the certificate, whether it is domain or IP-bound, and the required validity. This ensures you receive the correct certificate type (DV, OV, or IP-bound) from the first issue.
The CSR is generated on your server using OpenSSL, IIS certificate wizard, SAP STRUST, or Java Keytool depending on your platform. Your private key is generated alongside the CSR and never leaves your server. We provide platform-specific CSR generation guidance at no additional charge.
Validation confirms domain control (via DNS record or HTTP token) and verifies your organisation's legal existence against company registration records. For IP-bound certificates, additional organisational validation is conducted. Our team manages this process and communicates with the Certifying Authority on your behalf.
Once validation is complete, CA issues the signed digital certificate — typically within 1–3 business days. You receive the certificate file in your requested format (PEM, CRT, PFX/PKCS#12) along with the intermediate CA certificate to complete the trust chain.
The certificate is installed on your server or application platform. For standard web servers, this is a configuration file update. For SAP, the certificate is imported into SAP STRUST. For Java applications, it is loaded into the JKS or PKCS#12 keystore. We provide installation documentation and remote support where required.
Post-installation, we verify the certificate is correctly bound, the trust chain is complete, and signing operations are functioning. For API environments, we verify signed requests are accepted by the target system. For SAP, we confirm STRUST entries and SSL connections are operational.
We maintain your certificate's validity record and initiate contact 60–90 days before expiry. Renewal follows the same process with updated key generation recommended for security hygiene. Certificate history is maintained for audit purposes and compliance reviews.
These two products are entirely different in purpose, use case, and deployment model. Understanding this before purchasing saves time, cost, and technical rework.
This page describes the Web-Based Server Certificate — a machine-level cryptographic credential. If you are looking for a USB DSC token for individual document signing on Income Tax, MCA, or tender portals, please visit our Digital Signature (DSC) section.
| Parameter | USB DSC Token (Class 3 DSC) | Web-Based Server Certificate ✓ This Page |
|---|---|---|
| Issued To | A named individual (person) | A server, domain, application, or IP |
| Physical Form | USB cryptographic hardware token | Digital certificate file (PEM / PFX / CRT) |
| Key Storage | Embedded in the hardware token | In server keystore or HSM |
| Signing Mode | Manual — physical token insertion required | Automated — system signs without human action |
| Primary Use Cases | Income Tax, MCA, tender portals, PDF signing | SAP, ERP, API auth, banking middleware, mTLS |
| Scalability | Not scalable — one person, one token | Signs millions of transactions with one certificate |
| Driver Requirement | Requires middleware on each client machine | No driver required on end-user machines |
| Token Loss Risk | Token can be lost, damaged, stolen | Private key secured in server infrastructure |
| Who Buys This | Individual directors, authorised signatories | IT teams, SAP admins, infrastructure heads |
| Regulatory Basis | IT Act 2000, CCA India | IT Act 2000, X.509 PKI, IETF RFC 5280 |
All certificates comply with X.509 v3 standard, IETF RFC 5280, and CCA India's Interoperability Guidelines for Certifying Authorities.
Platform Compatibility: Apache HTTP Server · Nginx · Microsoft IIS · SAP NetWeaver (STRUST) · Oracle WebLogic · IBM WebSphere · Java Keytool / JKS · Tomcat · Node.js / OpenSSL · Python SSL · .NET SslStream · F5 BIG-IP · HAProxy · AWS ACM Import · Azure Key Vault Import
Individuals, professionals, businesses, government organizations, and authorized representatives who require legally valid digital signatures for online filings, contracts, tenders, invoices, compliance, or document approvals can apply for a Web-Based Digital Signature Certificate after completing the required identity verification.
Our experts are here to help you choose the right product and guide you through the process.
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