const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}
const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}
const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}const genAIsys=new Orchestrator({providers:["claude","codex","gemini"],review:{enabled:true,bypass:false},autopilot:{supervised:true,layers:3,selfHeal:true},security:{safeWrite:true,shellAllowlist:["git","npm","dart","cargo","go"],diffBudget:{maxFiles:10,maxAdded:500}},qualityGates:{format:true,lint:true,test:true,adaptive:true}});async function orchestrate(task){const plan=await genAIsys.analyze(task);const agents=selectRoles(plan);const impl=await genAIsys.execute(agents,plan);const review=await genAIsys.review(impl,{freshContext:true});if(review.status==="APPROVE"){await genAIsys.commit(impl);await genAIsys.push();return{shipped:true}}return orchestrate(task)}function selectRoles(plan){return plan.needs.map(n=>({core:"CoreAgent",security:"SecurityAgent",docs:"DocsAgent",ui:"UIAgent",refactor:"RefactorAgent",debug:"DebugAgent"}[n]))}async function supervise(loop){while(loop.active){const health=await checkHealth(loop);if(health.deadlock)await loop.heal();if(health.idle)await loop.optimize();await sleep(loop.interval)}}function reflect(logs){const patterns=analyze(logs);return patterns.filter(p=>p.recurring).map(p=>createTask(p.fix))}
genAIsys
The beginning of everything.
BetaOpen Core Linux · macOS · Windows
The autopilot that
develops itself.
Sovereign AI orchestration for solo developers who ship quality. Connect your AI agents — genAIsys enforces the discipline.
Don'tknowhowtostart?
genAIsysit.
AI agents generate code fast — but without process discipline there's no quality guarantee. The result: technical debt, security gaps, unstable code, and more work instead of less.
genAIsys enforces a disciplined software lifecycle with non-negotiable invariants. Every change passes quality gates and independent review before touching your repository.
You define the vision.
genAIsys delivers.
— What is genAIsys
Not a code generator.
A production machine.
A desktop-first orchestrator for AI-powered software development. It connects to existing AI agents and orchestrates their work with strict quality controls, auditable workflows, and security architecture.
Orchestrates Claude Code, Codex & Gemini
Non-bypassable review gate on every change
Full CLI with 26+ commands — GUI optional
Everything in .genaisys/ — zero vendor lock-in
Self-improving through reflection & analytics
Cross-platform: Linux, macOS, Windows
Open core — BSL 1.1, auto-MIT after 3 years
— The autonomous loop
Continuous delivery.
Continuously verified.
genAIsys runs an autonomous loop: implement, review, ship. Every iteration is supervised. The loop self-heals, the review gate cannot be bypassed. This is how autopilot works.
Plan
Deep-scan repo, generate task breakdown, select agent roles.
Implement
Specialized agents execute — Core, Security, Docs, Debug.
Review
Independent AI review with fresh context. Only APPROVE ships.
Quality Gates
Format, lint, test — adaptive by diff type. Zero shortcuts.
Ship
Auto commit, push, merge. Branch-per-task, conflict detection.
Reflect
Analyze run-logs, detect patterns, self-tune for next cycle.
Loop continues
genAIsys
AUTOPILOT
Plan
Deep-scan repo, generate task breakdown, select agent roles.
Implement
Specialized agents execute — Core, Security, Docs, Debug.
Review
Independent AI review with fresh context. Only APPROVE ships.
Quality Gates
Format, lint, test — adaptive by diff type. Zero shortcuts.
Ship
Auto commit, push, merge. Branch-per-task, conflict detection.
Reflect
Analyze run-logs, detect patterns, self-tune for next cycle.
∞
Continuous loop
100%
Changes reviewed
0
Bypasses possible
— Core capabilities
Supervised Autopilot
Runs overnight. Heals itself.
Three autonomous layers: execution, supervision, and reflection. The system detects deadlocks, heals crashes, analyzes its own productivity — and generates optimization tasks while it works.
Mandatory Review Gate
Every line. Reviewed.
An independent Review Agent evaluates every change with fresh context. Only APPROVE commits code. This gate cannot be disabled or bypassed in any configuration.
Zero-Trust Security
Locked down by default.
Safe-Write blocks path traversal and symlink escapes. Shell-Allowlist permits only declared commands. Diff-Budgets cap change volume per task. Restrictive defaults, full configurability.
Model Agnostic
Any model. Same quality.
Claude Code, Codex, Gemini — with automatic quota rotation and fallback. Process rigor delivers quality even with cheaper models. You're never locked to one provider.
— How it works
01/04
01Define
Set your vision.
Deep-scan your repo — structure, dependencies, tests, CI/CD. Auto-generate project config. Validate before autopilot starts.
01
Define
Set your vision.
— Under the hood
Built for serious engineering.
Desktop GUI + Full CLI
Flutter Desktop app with project hub, kanban, autopilot dashboard. Complete CLI with 26+ commands. GUI is optional — never required.
.genaisys/ — Local Truth
VISION.md, TASKS.md, STATE.json, config.yml, RUN_LOG.jsonl. Versionable, transparent, portable.
Self-Improvement
Reflection layer analyzes run-logs, detects patterns, generates optimization tasks. Self-tunes parameters based on success rate.
Quality Gates
Format, lint, test — after every cycle. Adaptive by diff type. Dart/Flutter, Node.js, Python, Rust, Go, Java supported.
Security Audit
OWASP Top 10, injection patterns, hardcoded secrets, dependency CVEs. Results become prioritized tasks.
Audit Trail
Every decision logged in RUN_LOG.jsonl — correlation IDs, timestamps, recovery details. Replay-capable.
Crash-Safe Persistence
Atomic writes, CRC32 checksums, schema validation. PID-based locking with liveness checks. Zero data loss.
Currently in Beta
Shape the future of
sovereign AI.
The core engine is functional and testable today. Explore the source, run it locally, shape the future of sovereign AI orchestration.