GRC Engineering

The platform runs the tests.
We make them prove the controls.

Manual evidence collection and compliance theater drain every audit cycle — and still don't make you secure. GRC engineering automates the evidence and validates your controls against the live environment, so you get real security first, and compliance as the by-product.

40–60hevidence work returned per cycle
Real-timecontrol validation, not pre-audit
Cloud + on-premincluding co-location racks
Ali Aleali
Ali Aleali, CISSP, CCSP
Co-Founder & Principal Consultant

Former security architect for Bank of Canada and Payments Canada. 20+ years building information security programs for critical infrastructure.

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Video walkthrough coming soon

Trusted by leaders who can't afford to get security wrong

Bank of Canada
Payments Canada
COX
MD Financial
Proxi ID
Pfizer
CGI
CMHC
Pace Network
Bank of Canada
Payments Canada
COX
MD Financial
Proxi ID
Pfizer
CGI
CMHC
Pace Network

Ad-hoc compliance tasks, vs operating security program

Most programs are real for one week a year. Here is the difference engineering makes.

Compliance Theater
Tasks buried in vague policies

No system, owner, or definition of done. Monday, the team doesn't know what to do.

Evidence by spreadsheet archaeology

SSH, screenshots, manual exports: 40–60 engineering hours every audit cycle.

Default tests that miss the scope

The dashboard looks green and proves little about the real environment.

GRC Engineering
A concrete, owned task list

Each control is a specific task: what, which system, how often, who owns it, what counts as done.

Evidence pulled automatically

Monitoring, cloud, ticketing, and on-prem wired in. Hours go back to product.

Controls validated in real time

Drift surfaces the week it happens, and the same test flags a hacker's opening first.

What we engineer

Automated Evidence Collection

Datadog, GitHub Actions, cloud consoles, and on-prem SIEM (Sentinel, Wazuh) produce timestamped, verifiable evidence on their own.

Continuous Control Validation

Controls tested in real time against the live environment. Drift, stale evidence, and exposures surface while there's still time to fix them.

Controls Tiered to the Real Environment

Scoped to the systems, data, and boundaries in play, then tiered by sensitivity and exposure.

One Program, Every Framework

Core controls defined once, mapped across SOC 2, ISO 27001, HIPAA, and ISO 42001. New frameworks become a mapping exercise, not a rebuild.

Every dollar spent on proving compliance also buys defense against real-world attackers and threats.

Scoping Call

See what the evidence can prove

We look at the real environment, cloud and on-prem, and show the gap between what the policies claim and what the systems can demonstrate today. You leave with a clear read and a plan.

Frequently asked questions

What does a GRC engineer do?
Builds and operates the systems that make compliance provable without manual effort: evidence collection, continuous validation, and the scope, ownership, and cadence behind each control.
We already have a GRC platform. Why do we need GRC engineering?
The platform runs the tests it's configured with but doesn't understand your scope. GRC engineering builds the customized tests that then run in the platform.
Do we need a GRC platform to do GRC engineering?
No. For teams without one, we build an effective equivalent with GitHub Actions and a code repository wired into the existing stack.
Does this work for on-prem and co-location infrastructure?
Yes, and it's where the difference is largest, with tooling that reaches on-prem systems like Azure Sentinel and Wazuh.

From compliance theater to an effective security program

Provable, automated, and continuous — so you answer any auditor or enterprise buyer with evidence instead of hope, and stay genuinely harder for a hacker to breach.

Book a Scoping Call