Move from manual development and fragmented AI assistance to controlled autonomous execution — with verification, policy enforcement, and local operational control.
Engineers write, test, and verify everything. High quality but slow. Doesn't scale with codebase growth.
Suggestions and snippets. No execution. No verification. No memory. Engineer still does all the work.
System plans, executes, verifies, and learns. Policy-enforced. Scope-limited. Stops on uncertainty. Engineer approves, doesn't do.
47 rules. Blocked patterns. File boundaries. Dangerous command rejection. No exceptions.
JSON plans with scope, risk, verification checkpoints. Memory-informed. Human-approved.
Syntax. Diff coherence. Test generation. Self-healing. Every change validated before and after.
Step-by-step execution. Pause, inspect, resume, abort. No all-or-nothing commits.
Stops on uncertainty, unexpected file spread, or policy violation. Logs everything for audit.
Multi-agent quality gate. Correctness, completeness, and regression risk assessed post-execution.
Semantic index. Function-level chunking. Dependency mapping. Concept search.
Structured plans. Scope limits. Risk flags. Stop conditions. Memory-informed.
Policy-enforced. Step-by-step. Scope-limited. Stops on drift or uncertainty.
Syntax. Coherence. Tests. Self-healing loop. Every change validated.
Scored patterns. Time decay. Anti-patterns. Learns from every task.
Single machine. GPU accelerated. CLI + local dashboard. Full autonomy in minutes.
Shared instance. Centralized memory and journal. Multi-user support.
Air-gapped. No internet after setup. Full offline operation with local models.
2-week engagement on your actual codebase. We deploy, you observe. Measurable output against your manual baseline.
SQ2.ai doesn't suggest code. It carries engineering work forward — with structure, verification, and accountability that scales.