01 Manual Review
Repeated security review time.
Turn repeated security review steps into visible checks, exception paths, and owner notes for one delivery path.
DevSecOps Services
Make your highest-risk release path secure, evidenced, and owned.
For companies and teams that build software, whether code is written by engineers, AI-assisted workflows, or AI-generated code. We start with the release path most likely to block a customer review, audit request, or production decision, then build the checks, evidence, rollback rules, and handoff docs your team can run.
30-minute technical scoping call | No obligation
- One product, service, repository, or workflow turned into a secure delivery path
- SAST/SCA/secrets checks plus SBOM and deploy evidence
- Rollback rules, ownership notes, and engineer handoff docs
- CISSP
- CMMC CCP
- AWS Solutions Architect Pro
- Ottawa-based
Quick Answer
What should DevSecOps improve first?
DevSecOps should first improve the one release path that creates the most security review, audit evidence, rollback, or ownership friction. That keeps the work tied to a real delivery path instead of becoming a broad tooling program.
Who this applies to
Software teams with customer security reviews, audit pressure, AI-assisted code changes, or risky releases
Timeline
Start with one product, service, repository, application, or workflow
Investment
Depends on existing pipeline maturity, evidence needs, tool access, and release ownership
Start here
Choose the one release path that has to become easier to defend.
The first conversion path is a scoping call for one product, service, repository, application, or workflow. The secondary path is the assessment when you need a maturity score before you talk to us.
Release-path worksheet
Use the starter engagement to name the path, proof gap, and owner.
Lower-intent teams can review the offer stack first. High-intent teams can book the same release-path scoping path from here.
When Teams Engage Us
When software delivery starts carrying security risk.
Teams usually arrive here when a release path has become hard to defend: manual security reviews, buyer security review, vendor questionnaires, audit evidence scramble, pipeline ownership gaps, release bottlenecks, inherited pipeline risk, AI-assisted code changes, or manual approval paths that no longer scale. Common triggers include customer due diligence, a new regulated market, a product launch, platform work, and security findings that need to become repeatable controls.
Quick Triage
What DevSecOps should improve first.
DevSecOps work should improve the release path that creates the most review, security, evidence, or ownership friction. The first target is usually not every pipeline. It is one product, service, repository, or workflow where delivery speed and security proof now depend on manual judgment.
| Trigger | First DevSecOps target | Proof the work is helping | What to avoid |
|---|---|---|---|
| Customer security review | Release evidence, scan output, SBOM, and owner notes for one path. | Review answers come from saved artifacts instead of ad hoc meetings. | Buying tools before evidence owners are named. |
| Slow or risky releases | Pipeline gates, exception rules, and rollback decision points. | Engineers can see what blocks release and who can approve exceptions. | Adding checks with no threshold or escalation rule. |
| Compliance or audit pressure | Repeatable evidence capture tied to the selected path. | Artifacts are stored in known locations with dates and source commands. | Treating screenshots as the whole evidence program. |
| AI-assisted code changes | SAST, SCA, secrets scanning, review routing, and human ownership rules. | Generated or assisted changes pass the same checks as human-written code. | Letting speed outrun review, provenance, and rollback controls. |
What You Get
What we build into one release path.
This is the value stack for one product, service, repository, application, or workflow. It is a working path, not a strategy deck. The sequence is deliberate: map, gates, evidence, rollback, handoff, and scale decision, so each deliverable answers a security review, release-risk, or ownership question.
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Release path risk map.
Turns hidden build, deploy, approval, evidence, and rollback decisions into one visible map so your team knows which release questions need owners.
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Security gate starter set.
Adds practical SAST, SCA, and secrets checks with thresholds so routine changes have guardrails before security review or manual approval slows them down.
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Evidence pack.
Creates the known locations for scan output, SBOM, deploy logs, approvals, and notes a security reviewer is likely to request.
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Rollback decision map.
Defines release gates, exceptions, rollback triggers, and escalation paths before a tense release decision depends on memory.
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Engineer handoff runbook.
Gives engineers runbooks, ownership notes, and a handoff session so the path can be operated without a permanent consultant.
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Next-path recommendation.
Summarizes what changed, what risk remains, and whether the next move is to scale, pause, or choose a different path.
The Real Cost
What this work replaces.
The hidden cost is rarely the scanner license. It is the repeated review meeting, the evidence hunt before a buyer asks, and the unclear owner when rollback decisions get tense.
02 Evidence
Audit evidence scramble.
Create a known place for scan output, SBOM location, deploy logs, approvals, and release notes.
03 Throughput
Release bottlenecks.
Clarify what blocks a release, who can approve exceptions, and when rollback becomes the safer move.
04 Rework
Engineering rework.
Use one path as a reference model before platform-scale investment or wider security-tool rollout.
Sprint Plan
How the Secure Pipeline Ownership Sprint works.
The Secure Pipeline Ownership Sprint is one practical way to begin broader DevSecOps work: three checkpoints for software-building teams working on one service, application, repository, or workflow. Sprint duration is set after scope lock; timelines depend on environment complexity, access, tooling, decision owners, and client-side readiness.
i. Phase 1
Discover & Prioritize
Pick one path and map the gaps.
- Choose one repo or service path.
- Map release, rollback, and evidence gaps.
- Approve scope and success criteria.
ii. Phase 2
Build & Automate
Add the gates, evidence, and rollback rules.
- Add SAST, SCA, and secrets checks.
- Generate SBOM and deploy evidence.
- Document rollback and exception rules.
iii. Phase 3
Transfer & Scale
Hand the path to engineers.
- Handoff runbooks and owner map.
- Walk engineers through operations.
- Recommend what to scale next.
Discovery Refund Guarantee
Phase 1 produces a Risk Map and Evidence Gap List for one release path. If those two artifacts do not change how you would approach your next release, the discovery fee is refunded. No build commitment until you decide the discovery output earned its keep.
Results
What our clients say.
Pilotcore has already done the hard parts this offer requires: DevSecOps pipeline work, CI/CD, infrastructure-as-code, cloud security, production migration, and handoff in production environments. The sprint is one packaging of those same implementation patterns around a single release path.
HONK Technologies
Fintech / Payments
Outcome: IaC and pipelines delivered with no production impact; internal team enabled to extend.
"The cloud migration was a success and did not impact production operations. Infrastructure is now managed via code, and the internal development team was empowered to extend and add to the code base."
Tony La, CTO
Read case study
Collage HR
B2B Software
Outcome: Automated infrastructure and CI/CD delivered on time; application functionality preserved.
"The project was delivered on time, and the agreed-upon scope was implemented fully. Our app was 100% functional in the new infrastructure."
Gregory Sparrow, Lead Software Engineering
Read case studyWant to pressure-test your highest-risk release path?
Map one candidate path, confirm evidence gaps, and decide what should be improved first before you commit engineering time.
Why Pilotcore for DevSecOps
What makes us different.
We implement alongside your engineers and leave ownership behind.
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You know who touches your code.
Named team. Clear access. Canadian privacy law. You know who has access to your systems.
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Knowledge transfer, not dependency.
We commit code in your repos, document decisions, and train engineers to run the path.
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Right-sized for your stage.
Use existing tools first. Build for this stage, with clear next investments.
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Principal-led implementation.
Senior hands on the work, not a junior team behind a brand. We confirm fit during scoping before any build commitment.
Common buyer questions
Questions we often hear.
The five objections engineering leads bring up most often before scoping a release-path sprint.
How do we control scope and avoid a never-ending retainer?
We start with one path, then use checkpoints to decide what continues. No broad retainer by default.
Are you going to take over our stack or enable our team?
Enablement. We work in your repos, document decisions, and hand the system back to your engineers.
Will this actually give us audit-ready evidence?
It creates a reusable evidence trail for the selected path: scans, SBOM, deploy logs, and policy notes.
Does this slow feature delivery while you retool everything?
We keep scope narrow and reversible. The goal is guardrails for one path, not a platform rebuild.
When do we see ROI beyond nicer pipelines?
The first ROI signal is less manual review, clearer evidence, and fewer ownership questions on that path.
Ready to Scope the Secure Pipeline Ownership Sprint?
Start with one candidate product, service, repository, application, or workflow. Leave with a realistic DevSecOps scope for the path most likely to create review, release, or ownership friction.