Principle Security Principle Security.

Resident Engineering

Resident engineers, not visiting consultants

Contractors visit; residents live there. Charter the domains, set your velocity, and get two named engineers who learn your environment and stay — backed by our entire bench, re-aimed whenever your priorities shift.

2+
Dedicated engineers per account

Your named mains — embedded, accountable, and backed by the full bench

You set it
Velocity, as a fraction of an FTE

10, 20, 40 hours a week — dialed to your actual need, adjustable as it changes

Whole bench
Skills on demand

Network, cloud, identity, GRC, IR — one program, every discipline

Why we built it

The rigid SOW is where security projects go to stall

The traditional statement of work asks you to predict, months in advance, exactly which tasks you'll need, in what order, from which specialty — then locks all three behind a change-order process. Security doesn't work that way. A pen-test finding, an examiner letter, or a stalled migration reshuffles your priorities overnight, and the contract can't keep up.

The usual result: work that no longer matches the need, unused budget expiring against the wrong line items, and a single-skill contractor watching a problem outside their lane. We ran engagements both ways for years across credit unions, health systems, and global enterprises — the accounts with resident engineers consistently got more done. A visitor works the contract; a resident works the problem. So we made the model the product — we call it Resident Engineering, or ResEng for short.

Visiting consultant, rigid SOW

  • Scope fixed months before the work starts
  • Every pivot is a change order and a delay
  • Staffed for one predicted skill
  • Contractor leaves; context leaves with them

Resident Engineering

  • Domains chartered; tasks aimed as reality demands
  • Re-prioritize in a conversation, same week
  • Whole bench behind your dedicated mains
  • Two named engineers hold your context, always

How it works

Charter, velocity, mains — then motion

Four moves from first call to embedded engineers. Most ResEng accounts are working inside two weeks.

  1. 01

    Define domains & areas of effort

    Week 0

    Together we map the security domains where you need motion — threat & vulnerability management, IR readiness, GRC, platform and infrastructure hardening, identity, cloud. Not a task list carved in stone: a charter for where the effort aims.

  2. 02

    Set your velocity and time span

    Week 0

    Pick the fraction of a full-time seat that matches your reality — commonly 20–40 hours per week — and a term, typically six months. That velocity becomes your predictable monthly retainer.

  3. 03

    Meet your residents

    Week 1

    At least two named engineers are dedicated to your account as your resident mains. They learn your environment, your change process, and your people — and they're backed by the entire specialist bench when a task calls for deeper expertise.

  4. 04

    Operate and steer

    Ongoing

    Work flows against the domains you chartered, re-aimed whenever priorities shift — no change orders, no re-scoping cycle. An Engagement Architect keeps leadership-level eyes on direction; if sustained usage runs well past your velocity, we have a resize conversation instead of surprise invoices.

Why it wins

What flexibility actually buys you

Re-aim without change orders

Priorities shift mid-quarter — a finding lands, an auditor calls, a project accelerates. Resident work re-points in a conversation, not a contract amendment. The rigid SOW's biggest hidden cost is the two weeks you lose renegotiating it.

One program, every skill

A fixed SOW staffs the skill you predicted needing. Resident Engineering gives your mains the whole bench behind them — the firewall engineer can pull in the Okta specialist, the GRC lead, or the cloud architect without a new contract.

Continuity with redundancy

Two resident mains means your context never lives in one head. Vacation, illness, or a deep-specialty task never stalls the account — and you never re-explain your environment to a stranger.

Budget you can actually predict

A fixed monthly amount, invoiced in advance. Use-it-or-lose-it keeps both sides honest: you're incentivized to keep work flowing, we're incentivized to make every hour count — and velocity adjusts at renewal if reality has changed.

Leadership included

Every ResEng account carries Engagement Architect oversight — someone senior watching direction, gaps, and improvement opportunities across your controls, processes, and technologies. It's staff augmentation with a strategy layer, not body-shopping.

Speed to useful

No months-long scoping dance before anyone touches a keyboard. Charter the domains, set the velocity, and your engineers are in the environment within days — the model was built for teams that needed help last quarter.

Domains a resident charter can cover

Threat & vulnerability managementIncident response & resilienceGovernance, risk & compliancePlatform & infrastructure securityIdentity & access managementCloud security & migrationNetwork engineering & segmentationEndpoint & email securityAudit preparation & evidenceSecurity tooling & automation

Straight answer

When Resident Engineering is the right call — and when it isn't

Residents fit when…

  • Your security backlog spans multiple disciplines and shifts monthly
  • You need sustained motion — not a one-time deliverable
  • You want senior help embedded with your team, not working around it
  • Hiring is too slow, too expensive, or too permanent for the need

Fixed scope still fits when…

  • The deliverable is discrete and testable — a penetration test, a risk assessment, a defined migration
  • You genuinely know the exact scope and it won't move
  • Procurement requires a fixed price for a fixed artifact

We'll tell you which one you need on the scoping call — including when the answer is the cheaper option.

Charter your domains. We'll bring the bench.

A 45-minute scoping call is enough to shape a resident charter: your domains, a velocity that fits, and the two engineers you'll be working with.