InThe TradespacebyDiakronos·Jul 27What Aerospace Engineers Get Right About AI That Most Teams MissA Working Group Pushes Back
Pranesh Parameswaran·Mar 4Practical Patterns for Safety-Critical Software Engineering Across Regulated DomainsWhen Software Failure Has Physical Consequences
Pranesh Parameswaran·Feb 16Designing Safety-Critical Software on Non-Lockstep HardwarePractical Patterns for Reliable Software Systems
Umut Akbulut·Jan 3Neural Network Verification: Why Is “Verifying” a Neural Network Still a Research Problem?
Sairaj Chavan·Jan 1Why Fault Tolerance Is Not Optional in Safety Critical Embedded SystemsA practical view using software redundancy, MISRA C, and space grade constraints.A response icon2A response icon2
InGoPenAIbyArXiv In-depth Analysis·Jun 18, 2025From Vague Words to Verifiable Code: How AI is Building the Bridge to Flawless SoftwareA deep dive into the quiet revolution where LLMs are finally translating ambiguous human requirements into machine-provable logic…
Jusuf Topic·May 30, 2025Isolate to Survive: Applying the Bulkhead Pattern in MicroservicesIn distributed systems, failure is not a question of if, but when. This is where the Bulkhead Pattern comes in, helping us contain damage…
Jusuf Topic·May 25, 2025Fail-Safe by Design: How to Build Systems That Break GracefullyLessons from safety-critical thinking for software architects
Hasnain Ali·Apr 6, 2025🧠 Humans vs AI? Let’s Team Up Instead — Designing Human-AI Hybrids for Safety-Critical SystemsPicture this.
