EnCo SOX ATA vs KAVACH
EnCo SOX ATA
enco-software.comKAVACH
agnile.comSide by side
| Figure | EnCo SOX ATA | KAVACH |
|---|---|---|
| Price from | — | — |
| Free plan | — | — |
| Free trial | — | — |
| Open source | — | — |
| Web | Yes | — |
| Windows | Yes | Yes |
| Plans published | 0 | 4 |
| Spec score · Threat Modeling Software | 7.5 (#14) | 7.7 (#8) |
| Founded | 2005 | 2023 |
| Headquarters | Hamburg, Germany | Bengaluru, India |
| Integrations | EnCo lists integrations with codebeamer, PTC Windchill, Jama Connect, IBM DOORS, Jira, and Polarion; its integrations page labels Jira as coming soon. | The maker names DOORS, Polarion, Jira, and AUTOSAR ARXML as toolchain context or integration targets, where applicable. |
| Purpose | ATA is a top-down method for identifying attack paths from a point of attack to a threat and analyzing those paths. | KAVACH is an automotive cybersecurity engineering workspace supporting ISO/SAE 21434 lifecycle workflows from vehicle architecture to traceable evidence. |
| Standards | The ATA guide describes calculating threat level under SAE J3061 or attack feasibility under ISO 21434, depending on the selected norm. | The current release focuses on ISO/SAE 21434 Clauses 5–15, UNECE R155/R156 evidence, AIS 189/AIS 190 readiness, and post-production vulnerability monitoring. |
| Support | SOX and licensing queries are handled through EnCo’s Service Desk, which requires registration and active customer status. | Program Deployment includes onboarding, training, governance setup, and Agnile engineering support across the programme. |
Plans
KAVACH
- Engineering Services AcceleratorPriced on request
- EvaluationPriced on request
- Program DeploymentPriced on request
- Scoped PilotPriced on request
In their own words
EnCo SOX ATA
EnCo SOX ATA is an attack tree analysis module in the SOX engineering workbench. It models hierarchical attack paths with logical AND and OR gates and links those trees to TARA threat scenarios. Users score attack steps against feasibility criteria; the module propagates scores through the tree to calculate threat or attack-feasibility levels according to the selected norm and expose critical paths. Threats can move between TARA and ATA, with paths linked by drag and drop. Reusable attack paths can be placed elsewhere in a tree or another analysis. The module connects requirements, system design, TARA and cybersecurity goals, while trace views show requirement relationships and assets can be assigned to elements. Teams can assign tasks, set statuses, track progress and review changes through a central database. Outputs include printed or image-exported diagrams, Excel results and Report Designer documentation. It runs on web and Windows; pricing is on request.
KAVACH
KAVACH is an automotive cybersecurity engineering workspace connecting vehicle architecture to traceable cybersecurity evidence across ISO/SAE 21434 workflows. Its TARA process links assets, damage and threat scenarios, attack paths, risk assessment and treatment, security goals, controls, and evidence. The workspace includes architecture context, attack-tree editing, a traceability hub, vulnerability monitoring, a cybersecurity case, an R155 compliance matrix, and report generation. SBOM and vulnerability signals can connect affected components with assets, threats, and treatment decisions. The current release focuses on ISO/SAE 21434 Clauses 5–15, UNECE R155/R156 evidence, AIS 189/AIS 190 readiness, and post-production monitoring. Deployment choices are a customer-controlled desktop workspace, on-premise deployment, or a customer-dedicated EU cloud VPC. Manual engineering, deterministic automation, and optional private AI are available. Generated work products are structured drafts requiring engineer review and customer approval. Pricing is scoped per programme.