Autonomous agents that build & ship software

PATENT PENDING

Enterprise delivery,
months to hours.

Transforming enterprise software delivery from months to hours; automated, auditable, alive.

Agents carry a requirement all the way to production: design, architecture, code, tests, infrastructure, deploy. The speed is safe because an evidence-graded graph of your software estate scopes every change, and every step seals immutable, exportable proof.

Fastbecause the graph makes it safeprovable because it’s audited

software estate · seed
verified-as-of · HEAD
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AI system awareness before code generation. Every candidate edge resolves only as its evidence attaches. This is why the speed is safe.

Where the time comes back

Every place the calendar leaks, the graph gives it back.

Months become hours not by cutting corners, but by removing the work that never needed a human in the first place (discovery, scoping, and plumbing) and by making the risky parts governed. Here is each cost, and what Findry does about it.

01Planning takes quarters

8–16 weeks of PRD walkthroughs and review cycles before build.

Impact analysis in minutes, from the graph

A requirement traverses the software estate graph to its impacted services, APIs, events, tables, and owners, deterministically, before anyone writes code.

02Blind discovery

Grepping code and chasing Slack to guess a change's blast radius.

Owners and blast radius resolved from evidence

The graph already knows who owns what and what couples to what, and every impacted-node claim links the evidence that justifies it.

03Rework over reuse

Hand-rolling scaffolds, CI/CD, IaC, and auth while docs drift.

Codified templates and extractors

Recurring structure becomes reusable extractors, policies, and Blueprint templates: captured once, applied everywhere the graph recognises the pattern.

04Risky shipping

Fragmented stacks and late policy driving failed releases.

Gated canary with attested rollback

Rollout is generated from the graph and gated through policy; a canary advances on healthy signals and rolls back on breach, each transition sealed into the audit trail.

Four ways in

The whole story, four pages deep.

The promise is efficiency: enterprise delivery from months to hours. The graph is the mechanism that makes the speed safe, and governance is the permission to go fast. Here is each thread, with a link to the full page.

The platform

An AI SDLC control plane.

Findry is the control plane between an enterprise requirement and production. It builds the Engineering Memory Graph, the Blueprint, and the evidence Ledger, and orchestrates coding agents, policy guardrails, and continuous delivery behind one adapter interface: batteries included, or bring your own.

Read: what Findry is

How it works

One governed pipeline, spec to sealed change.

A requirement is scoped on the graph, graded for risk, planned, and approved by a human before governed agents execute it. Agent dispatch, review, scanner gates, and a staged rollout all run under policy, and every stage is sealed into an evidence ledger you can audit.

Read: the end-to-end flow

The mechanism

The Engineering Memory Graph.

Generic agents know files; Findry understands the software estate. An evidence-backed dependency graph spans code, APIs, events, tables, ownership, and deploys, with no trusted edge without evidence, a database constraint, not a convention. The graph is the moat.

Read: the graph

The FDE program

Expertise that becomes product IP.

Forward Deployed Engineers convert enterprise expertise into product IP. An engineer works inside a design partner’s software estate, and every hour leaves something durable behind: a new extractor, a policy, a Blueprint template, a confirmed edge.

Read: the FDE program

Request a pilot

Point Findry at your software estate. Watch a requirement reach production in hours, provable claim by claim.

We’re onboarding a small number of design partners. The parsers, graph, and governed workflow spine are real; anything simulated is labelled as such. No fake demos.