AI changed who needs to be on the team. We're rebuilding the model around that.
AI handles a lot of the execution grunt work now. What it can't replace is the judgment and experience that comes from spending a decade shipping real products for real companies. So we're building a model around that judgment coupled with strong AI-skills and the right mix of human engineers.
A senior engineer-architect-PM hybrid who owns your outcome end-to-end.
The Conductor isn't a rebranded "senior developer" or a "technical project manager." It's a genuinely different role: someone who can whiteboard a system architecture, sit in a room with a CFO, scope the work, manage AI-augmented delivery, and know when a pull request isn't production-ready. All in the same week. Often in the same day. Strip away the titles and the job underneath is this: the Conductor holds your intent, the one thing AI can't generate.
Form it.
Intent starts in conversation. Whiteboard sessions, steering calls, the CFO meeting where ambition meets a budget. The Conductor sits in those rooms, turning "we need to modernize" into a concrete decision about what to build and why, with progress, risks, and trade-offs communicated without being asked.
Encode it.
Decisions that live in someone's head die in handoff. The Conductor writes intent down: specifications, architecture decision records, coding standards, integration constraints. Precise enough that humans and machines can build against it for months without drift.
Enforce it.
The person who designed the architecture reviews every pull request against it. Five automated quality gates run before human review even starts, and the Conductor's review asks the questions machines can't: is this the right architecture, does it solve the actual problem, is it production-ready.
Transmit it.
AI agents have no intent of their own; they run on what they're given. The Conductor builds context-engineered workflows that feed them exactly the right information, and knows when to hand work to a human instead. This is craft, not automation.
Who writes your code?
The Conductor who scopes your engagement is the one who builds and reviews it. The person who designs the architecture reviews every pull request against it.
Working alongside the Conductor are senior engineers who bring human judgment to AI-collaborative work. Each one is vetted through a paid working session that looks exactly like a real trial week, so we've seen them ship before they touch your code. They're integrated into your team, and work as part of it.
We're honest about where we are. We're early in scaling this model: a handful of our engineers lead as Conductors today, more are growing into the role, and we hire deliberately. We'd rather staff your engagement with the right senior person than the one who happens to be free.
What a Conductor actually does on a Tuesday.
Process diagrams describe how delivery is supposed to work. They rarely describe what actually happens. Here's a real Tuesday on a real engagement: the moments where senior judgment shows up, the AI work running alongside it, and the small decisions that keep big projects on track.
Morning review.
Coffee, then PRs. The Conductor reviews five overnight runs from AI agents and three commits from a senior engineer. Three approve cleanly. Two go back with specific architectural notes, not "fix this" but "the cache invalidation here will fail under the load pattern we discussed in the ADR. Try this instead."
Client standup.
Fifteen minutes with the client engineering team. Reports progress on the integration layer. Flags one risk on the auth migration that surfaced overnight. Takes one decision back to the engagement team to discuss before the steering call.
Whiteboard session, then ADR.
Forty minutes with the client's lead engineer working through a data sync pattern. Two viable approaches, different trade-offs on consistency and cost. The Conductor captures the call in a written Architecture Decision Record before lunch: what was decided, what was rejected, why. The ADR becomes context for every AI agent and every senior engineer on the engagement from this point forward.
Specification pass.
Writes a specification for the next feature: business intent, integration points, edge cases that aren't obvious from the user story, expected test behavior. The spec is precise enough that an AI agent can scaffold against it cleanly tomorrow morning, and a senior engineer can pick up where the agent leaves off without context loss.
Pair with a senior engineer.
Ninety minutes with a senior engineer on a tricky data migration: legacy schema with thirty years of accumulated quirks, a client deadline, and AI tools that handle the boilerplate but not the judgment calls. The Conductor drives the trade-offs; the senior engineer drives the implementation. Together they ship in a day what would have taken two.
Steering committee call.
Sixty minutes with the client's CTO and VP of Engineering. Walks through the milestone hit, the burn against budget, the architecture decision from this morning, and the next phase scope. Surfaces one trade-off that needs the client's input before next week. No slides for the sake of slides; the call ends fifteen minutes early because there are no surprises to unpack.
Discovery call with a prospect.
A different conversation entirely: a mid-market manufacturer exploring a data platform modernization. The Conductor who'd deliver the engagement is the one scoping it. Asks the questions a sales deck can't answer, listens for the constraints the prospect hasn't named, and leaves with enough context to draft a proposal that's actually deliverable.
Tee up the overnight queue.
Reviews tomorrow's plan and queues three tasks for the AI agents to run overnight: a refactor against the new ADR, a test suite for the migration shipped this afternoon, and a documentation pass on the integration layer. Sends an async update to the client. Closes Slack.
By Friday, this Tuesday looks like:
AI makes writing code faster. It also makes writing bad code faster.
That's not an argument against AI-generated code. It's an argument for automated quality infrastructure that catches problems before humans need to find them. We run five automated gates before any human review even starts.
Security validation
Static analysis, credential detection, and dependency scanning on every commit. AI-generated code gets the same scrutiny as human-written code.
Test validation
AI-assisted code carries higher test coverage thresholds than the project baseline. If it can generate the code, it can generate the tests.
Quality validation
Complexity metrics, architectural consistency checks, and technical debt scoring flag issues before they compound.
Performance validation
Benchmarks and regression tests for performance-sensitive paths. AI doesn't naturally optimize for speed unless the context demands it.
Deployment readiness
Environment configuration, monitoring integration, and rollback capability. Nothing ships without a way to undo it safely.
Then comes the Conductor.
Human review happens after all five automated gates pass. Our Conductors focus on the high-value questions: Is this the right architecture? Does this solve the actual problem? Are there edge cases the spec didn't anticipate?
Context engineering, not prompt engineering
The defining technical discipline of AI-augmented delivery isn't writing better prompts. It's systematically feeding AI tools exactly the right information to produce production-quality output. Put another way: context engineering is the discipline of transmitting intent to something that can't generate it. Every engagement gets a structured knowledge base: business requirements, architecture decisions, coding standards, and integration constraints. Not documentation for its own sake, but the working memory that makes AI effective across weeks and months, not just within a single session. For a full look at how we protect your data and IP when AI touches your work, see our AI Governance commitments.
We don't claim 10x. Here's what we actually deliver.
The AI productivity conversation is full of vendor studies claiming 40-55% gains and marketing slides showing 10x improvement. The honest numbers, drawn from controlled experiments and real-world enterprise data, tell a more useful story. The last number is the most important one on this page.
End-to-end across an engagement. Not 10x. Not "AI does all the work." But compounded across every phase, it adds up to real time saved on a typical project.
High confidence. This is where AI earns its keep with minimal risk: templates, test harnesses, documentation, and config files.
Pattern-based transformations and file migrations. One bank used AI to migrate ETL files at 10x speed. AWS saved 4,500 developer-years internally.
These require the judgment that AI doesn't replace. This is exactly why the Conductor role exists, and why senior-throughout matters.
We wrote a whole essay about that zero → The Engineer in the Room
Your Conductor guides the outcome. Start to finish.
Your Conductor is in the architecture sessions, the client meetings, and the code reviews. They carry the full context of your business, your systems, and your goals, which means faster decisions and fewer "wait, let me get up to speed" moments.
Transparent pricing, not time-and-materials math.
When AI lets you deliver a project in 6 weeks instead of 16, billing by the hour punishes efficiency. We price on the value of the outcome, not the cost of the inputs.
- Sprint-based fixed pricing for well-scoped work.
- Retainer plus outcomes for ongoing relationships.
- Project-based value pricing for larger implementations where ROI is directly measurable.
Think you have what it takes?
We hire senior engineer-architects who want to own outcomes, not just write code. Small team, hard problems, profit-sharing, and full autonomy. No middle management. No timesheets.
See open roles