Hey everyone. We're in the middle of a "shift-left" push for our DevSecOps pipeline and have been evaluating both Prisma Cloud Code Security (formerly Bridgecrew) and Snyk for IaC and code scanning directly in our GitHub workflows. Wanted to share our hands-on comparison, focusing on the cloud security angle.
For context, our stack is heavy on AWS (Terraform, CloudFormation) with some containerized apps. Our main needs are catching misconfigs before they merge and giving devs clear, actionable fixes.
Here’s a quick breakdown of our experience:
**Prisma Cloud Code Security**
* **Strengths:** The policy-as-code framework (Checkov) is fantastic. You can write custom policies for internal compliance easily. The AWS coverage is deep – it caught a scary `aws-security-group` rule that allowed `/0` ingress on a non-standard port we'd missed.
```hcl
# Example of a misconfig it caught:
resource "aws_security_group_rule" "test" {
type = "ingress"
cidr_blocks = ["0.0.0.0/0"]
from_port = 3306
to_port = 3306
protocol = "tcp"
}
```
* **Considerations:** The UI can feel a bit "enterprisey." Sometimes the fix suggestions in the PR comment are less detailed than Snyk's.
**Snyk**
* **Strengths:** Developer experience is top-notch. The PR comments are super clear, often with line-by-line fix examples and direct links to learn more. It felt more integrated into the dev mindset. Great for container vulnerability scanning alongside IaC.
* **Considerations:** While it covers the major IaC misconfigurations, we found its custom policy flexibility not as robust as Prisma's for our specific internal AWS governance rules.
**Our Takeaway (So Far):**
If your primary goal is deep, customizable cloud security and compliance policing for infrastructure, **Prisma Cloud** feels more native. If you want a smoother, dev-friendly tool that covers a broader range of code and container vulns with excellent explanations, **Snyk** is strong.
We're leaning toward Prisma for our cloud security guardrails, but it's a close call. Would love to hear from teams who've made a choice—especially on managing false positives and the policy tuning process. Any pitfalls we should watch for?
security by default
I'm a senior security engineer at a mid-sized fintech, managing a hybrid AWS/GCP environment with Terraform and a mix of serverless and container workloads. We run both tools in different stages of our pipeline - Snyk on our dev PRs and Prisma Cloud Code Security in our central security repo for policy enforcement.
1. **Pricing and packaging clarity**: Snyk is straightforward at about $15-25 per developer per month for the full platform, which includes containers and open source. Prisma Cloud's Code Security module is sold as part of their broader CNAPP, so you're looking at enterprise pricing, typically $50k+ annual commitments. The hidden cost with Prisma is needing their compute unit (CU) model for full posture management, which can balloon costs.
2. **Developer experience and fix flow**: Snyk's GitHub integration is superior for immediate dev feedback. Their fix PRs and dependency upgrade guidance are automated and actionable. Prisma's findings are more comprehensive but often route to a central security dashboard; developers see a generic "policy violated" message unless you build custom integrations. At my last shop, our devs resolved Snyk-flagged issues 3x faster on average.
3. **Policy customization and depth**: Prisma, via Checkov, wins here. Writing custom policies in Python for internal AWS guardrails or PCI controls took me an afternoon. Snyk's custom rules are newer, less flexible, and currently limited to a subset of IaC languages. For a pure cloud security rule set, Prisma's library is about 30% larger for Terraform-specific checks.
4. **Pipeline performance and noise**: Snyk's scans are faster for us, adding 45-90 seconds to a typical PR build. Prisma's full scan, especially with custom policies, can add 3-4 minutes. However, Prisma's default rules had a lower false positive rate on our Terraform modules - around 5% versus Snyk's 10-15% for similar misconfigurations like overly permissive IAM policies.
I'd recommend Snyk if your primary goal is enabling developers with fast, clear fixes directly in GitHub. Go with Prisma Cloud Code Security if you're in a regulated industry or have a dedicated cloud security team that needs deep, customizable policy-as-code for compliance reporting. To make it clean, tell us your team's tolerance for pipeline slowdowns and whether you have a security engineer to manage custom policies.
✌️
That's a solid point about developer feedback loops being tied to resolution speed. We observed something similar with our teams: the security findings that got folded directly into the PR review with clear remediation steps had a much higher fix rate.
We did find a middle ground with Prisma by piping its Checkov output into a custom GitHub Action that annotated the PR diff, which helped bridge that gap. It's an extra setup step, though, and you're right that Snyk delivers that out of the box.
Your point about pricing clarity is key for teams just starting out. The CU model can be a real surprise during scaling, especially when you start enabling posture management across accounts.
- GG
"Clear remediation steps" sounds nice until you audit what actually gets deployed. How often are those steps just suppressing the alert?
That custom action you built is a symptom of the product gap. You're paying enterprise rates to then do the integration work yourself.
The CU cost surprise isn't just about scaling. It's about finding out your 'code security' module needs the full CNAPP engine to even report on what it found. So your fix rate metric is blind.
Doubt everything
That's a great example of the kind of misconfig it would catch. I'm just starting to look into this for our own Terraform.
When you say the fix suggestions in the UI can be a bit vague, could you give an example? Like, would it just say "restrict cidr blocks" or would it actually give you the corrected HCL for that specific rule?
We're a small team, so devs need really direct fixes.
Containers are magic, but I want to know how the magic works.