AI-Powered Background Remover (Windows Application)
Windows desktop application designed for production use, supporting batch image processing with secure offline execution.
Key technical highlights
- Batch processing pipeline with predictable performance and clear progress feedback
- Production-ready desktop UI and workflow design
- Secure offline processing (no upload dependency)
Windows
Desktop
Batch processing
Offline
Background Removal Web Service (API)
REST-based image processing API with secure request handling and a scalable backend layout for cloud deployment.
Key technical highlights
- REST endpoints designed for stable contracts and predictable error responses
- Scalable backend architecture (cloud-ready deployment patterns)
- Secure request handling: input validation, resource limits, and safe defaults
REST
Backend
Secure handling
Cloud-ready
Signature Background Removal (Document Workflow)
Signature-focused background removal for scanned or photographed documents, producing clean transparent PNG output while preserving thin strokes and ink texture.
Key technical highlights
- Stroke-preserving extraction tuned for signatures (fine lines, low contrast, uneven lighting)
- Noise cleanup and edge refinement to avoid jagged artifacts and broken strokes
- Export pipeline to transparent PNG with consistent sizing and background neutrality
- Designed for document workflows (forms, PDFs, e-signature stamping, back-office automation)
Image processing
Document workflow
PNG
Automation
NFC UID-Based Product Validator
NFC-based product authentication workflow supporting Android and Windows clients, backed by secure validation services.
Key technical highlights
- NFC UID-based scan workflow with robust reader/device handling
- Secure backend validation designed for anti-counterfeiting use cases
- Android & Windows compatibility with consistent behavior across platforms
NFC
Android
Windows
Validation API
NXP P71 — SCOSTA CL Card Personalisation (Windows)
Windows desktop application for SCOSTA CL smartcard personalisation workflows on NXP P71, supporting reliable data writing and provisioning steps.
Key technical highlights
- Card personalisation flows: data writing, file/record updates, and controlled sequencing
- Secure-element (SE) creation/provisioning workflow support (as required by deployment)
- Operator-friendly UI with predictable status reporting and failure handling
- Protocol-aware communication patterns suitable for smartcard integration scenarios
Smartcard
SCOSTA CL
NXP P71
Windows
NFC — NXP Ultralight EV1 Writer & Protection (OmniKey 5022, Windows)
Windows application for NXP Ultralight EV1 tag operations using an OmniKey 5022 reader, supporting data writing and password protection workflows.
Key technical highlights
- Data writing with structured content layouts and validation before commit
- Password protection setup and protected access workflows (Ultralight EV1)
- Authentication flows to verify tag state and enforce protected reads/writes
- Reader integration optimized for OmniKey 5022 in Windows environments
Note: Standard NXP Ultralight does not support password protection; this project targets Ultralight EV1.
NFC
Ultralight EV1
OmniKey 5022
Windows
Security note
For NFC/Smartcard systems, identifiers alone may not be sufficient for strong authentication.
Where higher assurance is required, systems can incorporate cryptographic challenges, secure elements,
and server-side verification strategies appropriate to the threat model.