8090's Software Factory is a serious enterprise SDLC platform, governing from requirements through shipped code for regulated industries, and its Work Orders module integrates with Cursor and Claude Code via MCP so those agents can pull task context and report status back. Tetriz operates at a different layer regardless: AI Drivers and AI ROI already attribute the cost and outcome of every session and autonomous loop across six coding agents, whether or not that session is tied to a governed Work Order.
8090's Software Factory gives humans and AI agents a governed, auditable way to co-build software for regulated industries like healthcare, insurance, and government, from requirements through blueprints, work orders, and tests. Its Work Orders module integrates with Cursor and Claude Code via MCP, letting those agents pull task context and write status back into Software Factory, so a session directed at a Work Order is genuinely inside 8090's governed pipeline. What Software Factory doesn't do is measure or coach that session itself: cost, prompt quality, and outcome for the engineer who ran it. That's the layer Tetriz operates at, across the six coding agents it supports, whether or not the session traces back to a governed Work Order.
| Capability | Tetriz | 8090 |
|---|---|---|
| Loop & cost accounting | Every session and autonomous loop run in one of the six supported agents is attributed to an owner by AI Drivers, cost and outcome included; AI ROI rolls that up into an org-level net dollar figure, net of the AI Tax. | Software Factory audits its own pipeline for compliance, including sessions run through its Cursor and Claude Code MCP integration, but doesn't publish a cost-versus-outcome model for that agent work. |
| Session quality scoring | Every session is scored directly against six coachable dimensions: clarity, specificity, context, actionability, completeness, efficiency. | Software Factory governs and audits its own build process (requirements, blueprints, work orders); it doesn't publish a session- or prompt-quality score for the engineer directing the work. |
| Weekly coaching loop | The engineer who ran the session gets a Session Quality Score every week, visible only to them and their org's admins, never a cross-engineer ranking. | No coaching signal published for the individual engineer or agent operator; its product surface is process governance and audit trail. |
| Harness improvement & enforcement | A vetted, pre-filtered base of skills, sub-agents, and rules, curated by a recommendation engine, is what the Harness Control Plane publishes to every engineer's machine across the four coding agents it enforces on (Claude Code, Cursor, Codex, and Kiro), tracking who has converged on it and who hasn't. | Software Factory's MCP integration lets Cursor and Claude Code pull Work Order context, but it doesn't publish a harness baseline or track per-engineer install status for those agents. |
A structured, auditable pipeline from requirements to shipped code, now integrated with Cursor and Claude Code via MCP so those agents can pull Work Order context and report status back, is a real and different problem than session-level measurement, one Tetriz doesn't attempt to solve.
A $135M Series A led by Salesforce Ventures is real backing, and 8090's own disclosed modernization work includes a Medicare-claims project it describes as an 18-million-line codebase.
Not as a build pipeline. Tetriz doesn't orchestrate requirements-to-code delivery or govern Work Orders the way Software Factory does. Where it does compete: across the six coding agents it supports, including sessions directed at a governed Work Order through 8090's own MCP integration, it prices what a session or autonomous loop cost against what it shipped, publishes and tracks the AI configuration those agents run with, and coaches the engineers and agent operators involved every week.
Yes. Sessions run in one of the six agents Tetriz supports (Cursor, Claude Code, GitHub Copilot, Codex, Kiro, and Antigravity) are priced and coached whether or not they're also tied to an 8090 Work Order via MCP, since Tetriz reads from the coding agent itself, not from Software Factory's own pipeline state.