ANKASYS
Safety-Critical Engineering

Evidence-driven design.
Verification with intent.

Certification-oriented ASIC/FPGA design and verification capability for high-reliability programs, with deep experience around DO-254 workflows and reusable verification methodology.

ASIC / SoCFPGAVerificationGNSSSafety-CriticalRISC-VIP & Products

Engineering discipline for programs where process matters.

ANKASYS supports safety-critical digital hardware work with structured design and verification methods, reusable flows, documentation support and technical training. The emphasis is specialist engineering capability that integrates with the customer's certification process.

DO-254 Design & VerificationCertification-oriented FPGA/ASIC design and verification engineering aligned with project assurance needs.
Verification MethodologySystemVerilog/UVM environments, assertions, coverage, traceable verification structure and reusable automation.
Template & Process SupportStructured document sets, plans, standards and checklists supporting consistent engineering execution.
Training & Knowledge TransferDO-254, Verilog, SystemVerilog and UVM training grounded in hands-on project delivery.
ASSURANCE MINDSET

Design → Verify → Evidence

01Planstructured lifecycle and objectives
02Implementcontrolled design & verification
03Measurecoverage, reviews and analysis
04Evidencerepeatable, auditable outputs
DO-254ISO 26262IEC 61508
Avionics display platform photographed by ANKASYS
Real avionics platform context from ANKASYS verification work. Product shown is customer-owned.

DO-254 IN PRACTICE

Verification around real avionics hardware.

ANKASYS has applied SystemVerilog/UVM-based FPGA and CPLD verification, regression, traceability and certification-support activities on customer-owned avionics platforms across multiple Design Assurance Levels.

DO-254DAL A/B/C/DSystemVerilogUVMTraceability

Building high-reliability digital hardware?

Talk to ANKASYS about design, verification, methodology or training for certification-oriented programs.

Discuss safety-critical engineering