Verification, testing, and specification have always been the bottleneck, not implementation. Good engineers know what they want to build. They just cannot afford to prove it correct. If that cost drops to near zero, every domain where correctness matters accelerates. Aerospace, automotive, and medical device certification currently takes years of qualification effort. Cloud providers invest similar effort qualifying security-critical services and cryptographic implementations. Verified code generation could collapse that timeline to weeks. Hardware verification, where a single bug can cost hundreds of millions of dollars, benefits equally.
重点区域示范，引领效应日益凸显
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Wouter also believes in giving back to the greater gamedev ecosystem (something that is really important to EGG and its community). He wants to share his knowledge and his joy for games with others. Beyond all his open source contributions to major projects, he was also one of the creators of SMU Guildhall, teaching students how to build engine components (such as shader systems, skeletal character animation, scripting compilers) while supervising their Master’s projects. At DICE this year, I watched as a former student, upon seeing his former professor, ran across the room to thank Wouter for teaching him game development and inspiring him to start his successful gamedev career (he is now an executive at a prominent company).
Time-travel debugging might sound like a complex feature reserved for heavy-duty enterprise tools, but it fundamentally comes down to architectural design; it takes less than 100 lines of code to implement, and that figure includes our Effect System.
What This Means for the Market