Superfactory vs 8090
Both call themselves SDLC control planes — but they operate differently. 8090 is an AI-native platform with a fully-managed delivery arm for regulated enterprises. Superfactory is a control plane your own team runs above the coding agents you already use. Here's how they compare.
An objective, sourced comparison of two SDLC control planes with different operating models.
Orchestrates agents including
8090 is the stronger choice for regulated enterprises that want AI-native software delivery fully managed — designed, built, and hosted by 8090's team, backed by an EY partnership, from business intent to production. Superfactory is an agent-neutral control plane your own engineers run above the coding agents you already use, best suited for teams that want run-level orchestration across agents, ticket-to-PR traceability, and a learning loop while keeping their codebase and control.
Superfactory and 8090, side by side
Two SDLC control planes, two operating models: 8090 can build and host software for you; Superfactory is software your team runs to coordinate the agents you already use.
| Dimension | Superfactory | 8090 | Bottom line |
|---|---|---|---|
| Category / layer | Control plane above the coding-agent layer, run by your own team | AI-native SDLC control plane plus a fully-managed delivery arm | Both call themselves control planes; different operating models |
| Operating model | Self-serve software your engineers operate | Self-serve Software Factory ($200/user/mo) or fully-managed 8090 Enterprise | 8090 also sells done-for-you delivery |
| What it orchestrates | The external coding agents you already run — Copilot, Cursor, Claude Code, Devin | Multiple AI models inside its own agents and workspace | Superfactory routes your agents; 8090 routes models in its factory |
| Codebase ownership | Your team owns and operates the codebase | You own business logic; on 8090 Enterprise, 8090 owns the codebase IP and delivery | Ownership differs on 8090's managed tier |
| Target customer | Teams already running multiple coding agents | Regulated enterprises — healthcare, financial services, manufacturing, federal | 8090 is regulated-enterprise-first |
| Execution model | Run-level execution + visibility across agents: tasks, runs, logs, stacked PRs | Requirements → Blueprints → Work Orders → Tests → Feedback, over a knowledge graph | Superfactory is run-first; 8090 is spec/document-first |
| Learning from outcomes | Learns from every accepted outcome to improve the next run | A living knowledge graph keeps documentation and context current | Superfactory learns from shipped runs; 8090 maintains living context |
| Neutrality | Neutral across agents, IDEs, trackers, Git hosts, and CI | IDE/agent of choice, no lock-in; orchestrates across models | Both claim neutrality, at different layers |
| Channel | Direct, self-serve design-partner pilot | EY.ai PDLC partnership; consulting-led enterprise channel | 8090 goes to market through EY |
| Pricing | Design-partner pilot (early access); no public per-seat pricing yet | Software Factory $200/user/mo + tokens; Enterprise custom from $1M/yr | 8090 is priced and self-serve today |
What each one is genuinely best at
8090 is the stronger choice for fully-managed, regulated-enterprise delivery. Superfactory covers the broader surface for teams that run their own agents and keep their codebase.
Managed enterprise delivery: 8090 Enterprise designs, builds, and hosts production applications for you, so a regulated enterprise can offload delivery entirely.
Regulated-industry focus: 8090 is purpose-built for healthcare, financial services, manufacturing, and federal government, with the compliance and audit trail a board expects.
Business-intent-first SDLC: Business leaders define what gets built in plain English before code, captured in a living knowledge graph that survives employee turnover.
EY partnership: 8090's Software Factory powers EY.ai PDLC, giving enterprises a Big Four delivery channel and consulting reach.
Agent-neutral orchestration: Superfactory coordinates the coding agents your team already runs — Copilot, Cursor, Claude Code, Devin — rather than routing models inside its own factory.
Run-level execution and visibility: Every task, run, log, artifact, PR, review state, and cost signal lives in one place across every agent, not just at the spec layer.
SDLC audit trail: Superfactory maps each unit of work from signal to production — issue or incident, through the assigned agent, to the merged PR.
Continuous signal ingestion: Superfactory ingests issues, incidents, reviews, and telemetry continuously so agent work is driven by live signal, not one-off specs.
The learning loop: Superfactory learns from every accepted outcome so the next run starts smarter, across the whole fleet of agents.
You keep the codebase and control: Superfactory is self-serve software your team operates; your engineers own and run the codebase rather than handing delivery and IP to a vendor.
When to choose 8090
Choose 8090 when a regulated enterprise wants software designed, built, and hosted for it, with business-intent documentation and a Big-Four-backed delivery channel — and is comfortable with 8090 owning the codebase IP on the managed tier.
When to choose Superfactory
Choose Superfactory when an engineering team already running multiple coding agents wants to operate its own control plane — run-level orchestration, cross-agent traceability, and a learning loop — while keeping its codebase and staying self-serve.
Feature by feature
Where two SDLC control planes diverge across the areas that matter most to an engineering org.
Operating model
Superfactory is software your engineers run. 8090 offers a self-serve Software Factory and a fully-managed enterprise arm that designs, builds, and hosts applications for you.
What gets orchestrated
8090 orchestrates multiple AI models inside its own factory and agents. Superfactory orchestrates the external coding agents — Devin, Cursor, Claude Code, Copilot — your team already uses.
Documentation vs runs
8090 centers a knowledge graph and living docs from business intent. Superfactory centers run-level execution and evidence — tasks, runs, stacked PRs — and learns from accepted outcomes.
Codebase ownership
On 8090 Enterprise, 8090 owns the codebase IP and delivery responsibility while you own business logic. With Superfactory, your team owns and operates the codebase.
Pricing
8090 is priced and self-serve, with a managed enterprise tier; Superfactory is pilot-stage. Superfactory runs on top of the coding agents a team already pays for.
Design-partner pilot
Early access via a design-partner pilot. No public per-seat pricing yet. Your team operates Superfactory around the agents you already pay for.
$200/user/mo · $1M+/yr
Software Factory is $200/user/month with tokens billed separately; 8090 Enterprise (fully managed, 8090 owns the codebase IP) is custom, starting at $1M/yr (source).
Superfactory vs 8090: FAQ
Is Superfactory better than 8090?
Superfactory and 8090 target different buyers: Superfactory is an agent-neutral control plane engineering teams run above the coding agents they already use, while 8090 is an AI-native SDLC platform with a fully-managed delivery arm for regulated enterprises. Superfactory fits teams operating their own agents; 8090 fits enterprises that want delivery managed for them.
What is the difference between Superfactory and 8090?
8090 orchestrates AI models inside its own factory and can design, build, and host software for you, centered on a business-intent knowledge graph. Superfactory orchestrates the external coding agents your team already runs, centered on run-level execution, ticket-to-PR traceability, and a learning loop, with your team keeping the codebase.
Is Superfactory cheaper than 8090?
8090 publishes Software Factory at $200 per user per month plus tokens, and 8090 Enterprise as fully-managed delivery starting at $1M per year. Superfactory is in a design-partner pilot without public per-seat pricing yet. Superfactory runs on top of coding agents a team already pays for rather than replacing an engineering organization.
Can Superfactory replace 8090?
For teams that want to operate their own control plane around existing coding agents, Superfactory can replace 8090's self-serve Software Factory. It does not replace 8090 Enterprise, where 8090's team designs, builds, and hosts the software for you and owns the codebase IP.
Who should use 8090 instead of Superfactory?
Regulated enterprises that want AI-native software designed, built, and hosted for them — with business-intent documentation and a Big Four delivery channel through EY — should use 8090, especially when offloading delivery matters more than operating agents in-house. Superfactory fits teams that want to run their own agents and keep their codebase.
Sources
- 8090 — homepage — positioning, two products, regulated-industry focus
- 8090 — Software Factory — control-plane framing, 5 modules, knowledge graph, neutrality
- 8090 — Enterprise / custom delivery — design / build / host managed delivery model
- 8090 — Pricing — $200/user/mo self-serve; $1M/yr Enterprise; codebase IP ownership
- EY + 8090 launch EY.ai PDLC (PR Newswire) — EY.ai PDLC partnership, delivery via EY consultants
- Ry Walker — Cloud Coding Agent Platforms Compared — 8090 as SDLC control plane; managed pricing and IP retention
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