Platform Engineering
Hardware architecture, board design, firmware baseline, and production-intent pilot units.
- Reference architecture definition
- Board and module design packages
- Real-time software baseline
Solutions
Engineering solutions designed for long lifecycle and strict reliability targets
Our delivery model combines platform architecture, safety engineering, industrialization planning, and field sustainment. Engage VYSM for standalone work packages or end-to-end product realization.
Core Service Lines
Modular engagement across the full engineering lifecycle
Safety & Compliance
Regulatory-aligned development artifacts and quality evidence for safety-critical domains.
- Hazard and risk analysis workflows
- Traceability and verification plans
- Audit preparation and remediation support
Managed Lifecycle
Operational support for active fleets, including secure updates, reliability analytics, and response management.
- Release and patch orchestration
- Vulnerability response planning
- Performance trend intelligence
Specialized tracks by market
Medical Devices
Embedded control systems, software lifecycle documentation, and test strategy for regulated healthcare products.
Automotive & Mobility
Gateway ECUs, telematics firmware, and integration frameworks for connected vehicle ecosystems.
Industrial Automation
Factory controllers, edge orchestration, and deterministic communication stacks for production environments.
Transportation Infrastructure
Rail and signaling modules engineered for uptime, monitoring, and controlled field updates.
Engineering depth across critical domains
Real-Time Operating Systems
Secure Boot Chains
CAN / LIN / Ethernet
FPGA Integration
Power Electronics
Sensor Fusion
OTA Updates
Cloud Telemetry Gateways
Architecture Readiness Workshop
2-week accelerated engagement for roadmap validation, risk mapping, and staffing strategy.
Delivery Stages
Standard project pathway
Stage 1: Discovery & Risk Framing
Requirement baseline, architecture options, stakeholder alignment, and risk profile definition.
Stage 2: Build & Verify
Detailed design, implementation, automated testing, and readiness evidence generation.
Stage 3: Launch & Sustain
Controlled production release, field monitoring setup, and maintenance governance handover.
Program Examples
Representative engagements
| Program | Domain | Scope | Outcome |
|---|---|---|---|
| EdgeMed Controller | Healthcare | Firmware architecture, test automation, release documentation | Regulatory submission readiness in 8 months |
| TransitGuard Gateway | Rail | Secure communications stack and remote lifecycle management | Reduced incident response window by 42% |
| ForgeLine RTU | Industrial | Hardware redesign and deterministic control firmware upgrade | Improved fleet uptime to 99.9% |
| DriveCell Sensor Hub | Mobility | Gateway integration, functional safety process support | Validation cycle shortened by 30% |
Request a capability walkthrough
Share your program goals and we will schedule a capability walkthrough.
Design and planning materials
Embedded Platform Readiness Checklist
Framework for architecture risk evaluation and lifecycle planning.
Validation Coverage Planning Guide
Coverage strategy template for mixed hardware and software verification.
Secure Update Governance Matrix
Policy structure for release approval, rollback, and incident handling.
Regulatory Artifact Map
Cross-reference model linking design controls, tests, and submission evidence.