Threatlas vs SD Elements
Threatlas vs SD Elements
These tools solve overlapping problems differently. SD Elements turns a questionnaire into security requirements and compliance tasks. Threatlas builds a threat model from your actual architecture and code — and can run its AI on your own infrastructure.
The short version
SD Elements, by Security Compass, is a mature security-requirements and compliance automation platform: you answer a survey about your application and it generates prescriptive countermeasures, developer training, and compliance evidence to track in your SDLC. That’s a different shape of problem from architecture threat modeling. Threatlas builds a model from your real code and design and reasons over it with AI grounded in a security knowledge graph — and, unlike a cloud-only assistant, it can run self-hosted models on your own infrastructure. If your need is breadth of compliance content and developer requirements, SD Elements is strong. If it’s architecture-level modeling with data sovereignty, that’s Threatlas.
Side by side
Based on publicly available information as of June 2026. “Not publicly documented” means the vendor hasn’t published that detail — not that it’s absent.
| SD Elements | Threatlas | |
|---|---|---|
| Approach | Questionnaire/survey-driven: describe the app’s profile and it generates security requirements, countermeasures, and compliance tasks (“Balanced Development Automation”). | Architecture- and code-driven: builds a model from code, docs, and diagrams; agentic AI reasons over a structured security knowledge graph. |
| Category | Security requirements & compliance automation pushed into the SDLC — not a diagram/architecture threat modeling tool. | Architecture threat modeling plus requirements, mapped from design through to the controls that address them. |
| AI | “Navigator” AI assistant (beta 2024). Underlying model, self-hosting, and bring-your-own-model: not publicly documented. | Multi-LLM agents over a knowledge graph; frontier models or self-hosted open models running on-premises. |
| Deployment | SaaS, plus on-site / self-hosted; available on AWS Marketplace. Air-gapped: not publicly documented. | Managed SaaS (EU & US) plus on-premises / air-gapped deployment. |
| Data control | ISO 27001 certified; SOC 2 Type 2 audited annually. HQ Toronto, Canada. EU data residency: not publicly documented. | Zero data retention and data-residency options; built in the EU. |
| Integrations | ALM-integration framework; Jira and GitHub documented. GitLab / Azure DevOps / Jenkins: not verified. | GitHub, GitLab, Jira, Jenkins, Confluence. |
| Security content | Deep: 70+ compliance regulations and 750+ developer training modules with code samples, including OWASP LLM/ML and NIST AI RMF content. | NIST, OWASP, ISO 27001, PCI DSS, CIS, STRIDE, MITRE ATT&CK, CWE — and fully extensible with your own frameworks and controls. |
| Company | Security Compass, founded 2004, Toronto; growth equity from FTV Capital (2020). | Built by AppSec practitioners from Europe’s tier-1 financial sector; EU & US. |
| Maturity | Established, mature enterprise platform. | Private beta with a select group of design partners. |
When SD Elements is the right call
- You primarily need developer-facing security requirements, compliance task tracking, and just-in-time training across many regulations (70+).
- Your goal is to push prescriptive countermeasures and compliance evidence into developer workflows at scale.
- You want a mature platform with ISO 27001 and SOC 2 and a large content and training library.
When Threatlas is the better fit
- You want true architecture- and code-level threat modeling — a model built from your actual system, not a questionnaire about it.
- You can’t send code or architecture to a cloud AI — Threatlas runs self-hosted open models on-premises and air-gapped (SD Elements’ AI model and hosting aren’t publicly documented).
- You want EU data residency and zero retention, with a knowledge-graph-grounded agentic approach that’s fully extensible.
Threatlas vs SD Elements — FAQ
Is Threatlas an alternative to SD Elements?
Yes, with a category nuance. SD Elements (by Security Compass) is primarily a survey-driven security-requirements and compliance-automation platform. Threatlas is architecture- and code-driven threat modeling. Teams looking to move from a questionnaire-based requirements tool to a model built from their actual architecture — with self-hosted AI — use Threatlas as the alternative.
What’s the main difference between Threatlas and SD Elements?
SD Elements starts from a questionnaire about your application and generates security requirements, countermeasures, and compliance tasks. Threatlas starts from your actual code, docs, and architecture and builds a threat model that agentic AI reasons over, grounded in a security knowledge graph. Threatlas also supports self-hosted AI models on-premises; SD Elements’ AI hosting is not publicly documented.
Does SD Elements do diagram-based threat modeling?
SD Elements is characterized publicly as a “Balanced Development Automation” platform — its threat modeling is survey/questionnaire-driven rather than centered on drawing data-flow diagrams or modeling architecture directly. It excels at translating an application profile into prescriptive, trackable security requirements and compliance evidence.
Can Threatlas run AI on-premises?
Yes. Threatlas supports bring-your-own-model with self-hosted open models running fully on-premises for air-gapped, regulated environments, paired with zero data retention and data-residency options.
Model your architecture, not a questionnaire.
Threatlas is in private beta with a select group of security teams. Request a demo to see architecture- and code-driven threat modeling on your own stack.
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SD Elements® and Security Compass® are trademarks of their respective owners. Threatlas is not affiliated with, endorsed by, or sponsored by Security Compass. This comparison is based on publicly available information as of June 2026 and is provided for general information; “not publicly documented” indicates details the vendor has not published.