Native backend infrastructure under your control

Power the application. Protect the infrastructure. Keep control.

PowerVest is a native Windows backend platform for software companies and enterprises that need protected client-server communication, synchronized databases, encrypted file services, software licensing and complete control over deployment and licensed source-code access.

Developed by Secured Globe, Inc. Native C++ Windows Service Customer-controlled deployment

Complex, security-sensitive products should not require a fragmented backend.

Teams repeatedly rebuild communication protection, synchronization, encrypted storage, licensing and update delivery—stretching delivery timelines and increasing operational risk.

Multiple moving parts

Authentication, messaging, database sync, files and licensing often evolve as separate subsystems.

Security bolted on late

Protection added after architecture decisions are already baked in is harder to validate and maintain.

Operational blind spots

Without a coordinated backend, updates, quotas, queues and alerts become one-off implementations.

One coordinated platform for protected backend operations.

PowerVest integrates communication, data services, file services, licensing, updates and operational controls behind a defined SGClient integration layer—so product teams focus on product logic.

Technical profile at a glance

RuntimeNative C++ server operating as an automatically started Windows Service.
ConnectivityProprietary TCP/IP-based application protocol for multiple clients and concurrent requests.
Communication protectionLayered AES-256-based design using server-side, client-specific and per-communication elements.
DataEncrypted SQLite-based database support using the SQLite Encryption Extension.
SynchronizationChanged-record and table synchronization in a one-server-to-many-clients model.
FilesEncrypted transfer, synchronization, storage, metadata tracking and quota control.
LicensingIntegrated Wizdome software authorization and usage restrictions.
DeliverySelf-installation and silent-update workflows.
OwnershipOn-premises or customer-controlled deployment with commercial source-code licensing.

Architecture preview

Product-facing clients connect through SGClient to a protected PowerVest protocol layer and a Windows Service that coordinates data, files, licensing and updates.

  1. Product-facing clients
  2. SGClient integration layer
  3. Protected PowerVest protocol
  4. PowerVest Windows Service Data · Files · Licensing · Updates · Queues
PowerVest architecture: clients, SGClient, protected protocol, Windows Service and data services.

View full architecture overview →

Core capabilities

Representative platform capabilities available through PowerVest Server.

Protected communication

A proprietary TCP/IP-based application protocol used through the SGClient integration layer.

Registration and authentication

Authentication is designed so the server does not retain reusable plaintext passwords.

Database synchronization

Changed-record and table synchronization for one-server-to-many-clients deployments.

Encrypted database services

SQLite-based data services with SQLite Encryption Extension support.

Encrypted file services

Protected upload, download, synchronization, storage, metadata tracking and lifecycle records.

Storage quotas

Controls for limiting storage consumption by supported clients or application workflows.

Explore all capabilities →

Security is architectural—not an add-on.

PowerVest uses an AES-256-based layered design across server-side, client-specific and per-communication elements, with encrypted database and file services and controlled authorization.

Layered communication protection

Server-side, client-specific and per-communication elements work together in a defined design.

Encrypted storage

SQLite Encryption Extension support and encrypted server-side file storage.

Controlled operations

Defined client identities, authorization and operational boundaries.

Explore security →

Customer-controlled deployment and licensed source-code access and customer-controlled deployment.

PowerVest runs as a Windows Service on infrastructure you control. Commercial source-code licensing supports adaptation under written terms.

Learn about deployment and ownership →

Industries and use cases

Enterprise software, cybersecurity, healthcare, finance, public sector, gaming and commercial platforms.

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Common questions

Is PowerVest open source?

No. PowerVest is proprietary server software developed and owned by Secured Globe, Inc. Commercial source-code licensing is available under written terms.

Does PowerVest require cloud deployment?

No. PowerVest is designed for customer-controlled Windows infrastructure, including on-premises deployment.

What clients can use PowerVest?

Product-facing clients integrate through the SGClient layer—desktop applications, web-facing services, internal systems and administration tools.

Read full FAQ →

Built through long-term native engineering

PowerVest Server is developed by Secured Globe, Inc. as a native C++ Windows backend platform shaped by years of software, cybersecurity and infrastructure engineering—not a bolt-on collection of third-party services.

Architecture you can evaluate

Review a public-safe summary of the platform, deployment model and evaluation process before any commercial discussion.

Download Technical Architecture Overview (PDF)

What a PowerVest engagement can include

  • Licensed PowerVest server source code
  • SGClient integration components
  • Architecture and integration documentation
  • Technical evaluation
  • Product-specific integration planning
  • Customer-controlled deployment guidance
  • Custom development
  • Implementation assistance
  • Support and maintenance
  • Strategic partnership discussions

Technical evaluation process

  1. Requirements discussion: understand the product, deployment model, client environment and business goals.
  2. Architecture review: identify where PowerVest fits and what existing systems it would replace or complement.
  3. Technical fit assessment: review communication, synchronization, storage, licensing and operational requirements.
  4. Commercial proposal: define licensing, integration, customization, support and delivery terms.
  5. Implementation plan: agree on responsibilities, milestones, testing and deployment.

Discuss commercial licensing →

Request a technical evaluation

Discuss protected communication, synchronization, encrypted files, licensing and commercial source-code licensing with Secured Globe.

Request a Technical Evaluation