Dagobert vs SandsBytes
Dagobert
github.comSandsBytes
sandsbytes.comSide by side
| Figure | Dagobert | SandsBytes |
|---|---|---|
| Price from | — | — |
| Free plan | — | — |
| Free trial | — | — |
| Open source | — | — |
| Web | Yes | Yes |
| Linux | Yes | Yes |
| API | Yes | Yes |
| Self-hosted | Yes | Yes |
| Plans published | 0 | 0 |
| Spec score · Incident Response Software | 7.6 (#12) | 7.3 (#16) |
| Case management | It supports multiple investigations in separate workspaces with role-based, per-case access control managed in the UI. | Sands Manage supports team collaboration, case correlation, task assignment, evidence tracking, timelines, IOC tracking, and automated reports. |
| Deployment | The project describes itself as a single Go binary backed by SQLite and provides Docker-based installation instructions for self-hosting. | The platform is deployed as a containerized stack on Ubuntu Linux 20.04.6 LTS or later, with Docker Engine and Docker Compose. |
| Integrations | Indicator enrichment can query VirusTotal, AbuseIPDB, and Hybrid Analysis, and Dagobert can exchange timelines with Timesketch. | Workflows can connect to external systems such as HTTP APIs, databases, queues, and file storage. |
| Intended users | The product document identifies DFIR consultants working cases for outside clients as its primary audience and internal CIRT/SOC teams as a secondary audience. | SandsBytes identifies incident response teams, SOC analysts, digital forensics specialists, MSSPs, and security consultancies as its intended users. |
| Purpose | Dagobert provides incident response teams a shared workspace for forensic investigations, including findings, timelines, tasks, notes, and report generation. | SandsBytes is a cybersecurity investigation and incident response platform for triaging incidents, hunting threats, documenting findings, managing evidence and IOCs, and generating structured reports. |
| Security controls | The configuration reference says secure cookies and the Strict-Transport-Security header are enabled by default, and describes a compressed and decompressed archive size limit of 10 GiB each. | Deployment instructions call for setting unique secrets for authentication, internal service communication, database access, and SMTP credential encryption. |
| Support | The README directs users to open a GitHub issue for questions and bug reports. | The maker directs customers to [email protected] for deployment sizing questions and unresolved support issues. |
In their own words
Dagobert
Dagobert is a free, MIT-licensed workspace for digital forensics and incident response investigations. Teams can keep multiple cases in separate workspaces with role-based, per-case access managed in the interface. Records cover timelines, assets, indicators, evidence, malware, tasks, notes and comments, with CSV import and export. A cross-case dashboard includes a MITRE ATT&CK heatmap, unified timeline, evidence and indicator tracking, and a lateral-movement graph. Reports are generated from supplied Word, Excel or Calc, Writer, and Impress templates in DOCX, ODS, ODT and ODP formats. Background jobs can process evidence with Hayabusa, Zircolite, Chainsaw, Plaso and Dissect. Indicator enrichment can query VirusTotal, AbuseIPDB and Hybrid Analysis, while timelines exchange with Timesketch. Hooks trigger automations on record changes. An authenticated read-only MCP endpoint exposes case data. Local accounts and OIDC are supported. The project is a Go binary backed by SQLite, with Docker self-hosting instructions.
SandsBytes
SandsBytes is a cybersecurity investigation and incident response case-management platform for triage, threat hunting, evidence, indicators of compromise, and reporting. Its three products divide that work: Sands Investigate converts forensic artifacts into searchable, ECS-normalized records, enriches them with threat intelligence and external lookups, and flags indicator matches and suspicious patterns. Sands Manage supports collaborative cases with evidence, timelines, findings, task assignment, indicator tracking, and automated reports. Reports can be produced as PDF or DOCX files from configured templates. Sands Flow offers visual playbooks for enrichment pipelines, alert routing, and service-level escalation. Workflows can connect with external HTTP APIs, databases, queues, and file storage. The Hunt interface supports dashboard and table analysis, pivot filtering, CSV export, and bulk tagging. Deployment is self-hosted on 64-bit Ubuntu 20.04.6 LTS or later, accessed with Chrome, Firefox, or Edge; minimum resources are 6 CPU cores, 16 GB RAM, and 100 GB free storage. A license key expires after its specified validity period, and access is rejected until renewal. Pricing is on request.