Today is a milestone for the project: VigilSOC 1.0.0 is live and generally available. On behalf of the maintainer team and the community, thank you for getting us here.
When we set out on the path from 0.6.0 through 0.8.0, the goals were clear: establish strict contract stability, build a seamless multi-agent investigation harness, and deliver a UI/UX that analysts want to use. 1.0.0 is the culmination of that work: a production-hardened platform for enterprise deployment, high-throughput alert triage, and autonomous threat hunting.
Full release details and artifacts are on our GitHub Releases page.
The Path to 1.0.0: v0.9.0, v0.10.0, and v0.10.x #
Real-world deployments and stress testing across 0.9.0, 0.10.0, and the 0.10.x patch releases resolved edge cases, improved memory efficiency, and locked in interface guarantees.
Stability and Harness Reliability (v0.9.0)
- Deterministic Agent Termination: Resolved non-terminating loop states by establishing strict decision predicates and typed exit conditions across all core agent skills (
SKILL.md). - MCP Schema Stabilization: Locked down Model Context Protocol (MCP) tool bindings, eliminating schema drift between core execution agents and integrated security microservices.
- Tamper-Evident Audit Chains: Hardened the hash-chained ledger to guarantee cryptographic integrity across every automated action and analyst approval.
High-Throughput and Performance Hardening (v0.10.0)
- Streamlined Context Windows: Optimized token selection and dynamic prompt construction, reducing inference latency during high-density multi-event investigations.
- WebSocket and Real-Time Sync: Fixed race conditions in client UI state updates during concurrent multi-agent tool execution and live case streaming.
- Helm and Kubernetes Refinement: Addressed container permission edge cases, memory limits under heavy log bursts, and pod lifecycle hooks.
Polish and Edge Cases (v0.10.x)
v0.10.1throughv0.10.3: Fixed UI layout regressions, improved mobile and tablet responsiveness on the investigation board, fixed proxy environment variables for isolated SOC networks, and refined default Atomic Red Team execution mappings.
What’s Next After 1.0.0 #
General Availability is the baseline. With 1.0.0 as a stable foundation, we’re turning to the next set of features. You can track upcoming work on the Vigil-SOC project board.
Native OpenCTI Integration
Bidirectional synchronization with OpenCTI, so Vigil agents can ingest threat knowledge graphs, correlate observables against adversary TTPs, and publish automated incident reports back to your threat intelligence platform.
Expanded Threat Intel
Multi-provider lookup chains across commercial and open threat intelligence feeds (including MISP, AlienVault OTX, and VirusTotal), with automated confidence scoring and duplicate suppression.
Zero-Start Enrichment
Remove cold-start friction when onboarding Vigil into a new environment. Zero-start enrichment infers network topology, cloud asset context, and user entity baselines from day one, without weeks of manual schema mapping.
Federated Detection and Multi-SOC Orchestration
Let federated Vigil instances safely query and share anonymized detection telemetry across enterprise boundaries, MSSPs, and regional security operations centers.
Thank You #
1.0.0 is a testament to open-source collaboration. To everyone who opened an issue, submitted a PR, tested release candidates, or shared prompt engineering feedback on Discord: thank you.
Get Started #
git clone --recurse-submodules https://github.com/Vigil-SOC/vigil.git -b v1.0.0
cd vigil
./start.sh
- GitHub:Vigil-SOC/vigil
- Project board:Vigil-SOC Project #1
- Community: Join us on Discord in
#generaland#releasesvia thecommunity page .
Onward to 1.x and beyond.