Platform Comparison: SecuPi vs. Imperva & Thales
General Overview
SecuPi provides a single, modern platform to address both Database Activity Monitoring (DAM) and Format-Preserving Encryption (FPE). Our architecture is built on a single management server with a centralized policy system enforced consistently across privileged users and applications.
In contrast, following Thales’ acquisition of Imperva’s legacy DAM solution, organizations are often forced into a fragmented ecosystem. Enforcing both DAM and encryption requires installing two separate solutions, maintaining dual server infrastructures, and operating monitoring policies in one tool (Imperva) while managing encryption in another (Thales).
1. Legacy DAM (Imperva) vs. SecuPi: Modernizing Data Security
Eliminating Risk, Cost, and Complexity
Complying with DAM regulations requires full visibility into DBA activity. However, legacy architectures built on kernel-level agents and appliances introduce significant operational risks.
Eliminate Operational Risk
Legacy solutions like Imperva rely on kernel-level agents. This creates systemic risk:
- Mandatory Downtime: Every database patch requires agent maintenance, leading to potential SLA violations.
- System Instability: Production environments are exposed to kernel-level failures and maintenance cycles.
SecuPi eliminates this risk entirely by using silent-install plug-ins on DBA tools, capturing activity without touching the database kernel.
Reduce TCO and Complexity
Legacy DAM environments are resource-intensive. Scaling to ~1,000 agents typically requires 100–150 appliances and a team of 5–10 dedicated experts. SecuPi simplifies this model via an agentless, appliance-free architecture, resulting in up to 80% reduction in operational effort.
From Passive Auditing to Active Control
While Imperva remains a passive auditing system (logging activity without controlling it), SecuPi transforms DAM into an active security platform:
- Fine-grained access control: Enforcement at the object, row, column, and cell level.
- Dynamic Protection: Real-time masking, filtering, and Quantum-resilient FPE.
- Sovereignty: Automatic enforcement of cross-border and purpose-based access policies.
| Feature | Legacy DAM (Imperva) | SecuPi DAM |
|---|---|---|
| Architecture | Obtrusive Kernel-Agents deployed on critical databases or high-latency native log collection and filtering. | Appliance-free, agentless plug-ins or gateways |
| Operational Risk | High: Kernel agents cause downtime, may corrupt critical database operations and transactions. Requires upgrade every time a change is applied to the database. | Zero: No impact on database operation stability and availability Agnostic to database changes |
| Total Cost of Ownership | 100-150 appliances need to be maintained with high-availability for audit processing and 5-10 full time DAM experts required for monitoring 1,000 database instances. | 1/5 of legacy DAM TCO: Agentless and appliance-free with simplified installation and maintenance |
2. Thales FPE Encryption vs. SecuPi
Application-Transparent Security
Thales provides Transparent Encryption (CTE) at the storage layer, but it fails to address PCI DSS v4 requirements for “data-in-use.” Because CTE decrypts data upon access, sensitive information (like PAN) remains exposed to applications, DBAs, and developers.
The “Code-Dependency” Trap
Thales’ CipherTrust Database Protection offers field-level encryption, but it is not application-transparent. It requires embedding encryption/decryption logic into the application code itself. If a field appears on 10 different screens, developers must manually modify 10 different workflows.
The SecuPi Advantage: Our Enforcer delivers real-time, identity-aware control with NIST-standard FF1 encryption without code changes. It ensures data is never exposed in clear-text, even while in use, across SQL, BI, and AI workloads.
| Capability | CipherTrust Database Protection | SecuPi FPE Solution |
|---|---|---|
| Deployment cost and effort | Expensive and slow to deploy: every application requires ongoing developer involvement and code changes. Thales DPG: Narrow coverage - protects only API traffic, leaving standard database access (SQL, BI, AI) unprotected. | Lightweight, application-transparent enforcers deployed with zero code changes - removing developer dependency, eliminating disruption, and accelerating time to value. |
The Bottom Line
- Eliminate operational risk by removing kernel agents from critical systems.
- Reduce DAM TCO by up to 70% by eliminating appliances.
- Upgrade from passive auditing to active, real-time enforcement.
- Future-proof your data for AI and sovereignty without re-architecting applications.