ChainVector Enterprise
The institutional SOC platform ChainVector is building toward: real-time monitoring, automated response, and cross-organization threat intelligence for exchanges, protocols, and custodians.
Enterprise Security Architecture
ChainVector correlates exchange telemetry, on-chain intelligence, and analyst workflows without requiring custody of customer assets.
Exchange / Protocol Layer
- CEX telemetry
- DeFi protocol events
- Wallet events
- API logs
Ingestion Layer
- Alerts
- SIEM
- Webhooks
- Event streams
ChainVector Analyst Layer
- AI reasoning
- Correlation
- Risk scoring
MCP Tool Layer
- BitCityX MCP
- Wallet Intel
- Replay MCP
- Memory MCP
Response Layer
- SOC reports
- Replay simulations
- Response recommendations
SOC Workflow Alignment
ChainVector mirrors real-world incident response workflows used by enterprise security teams.
Detection
Alerts surface from exchange, protocol, or wallet telemetry as they occur.
Triage
Severity, asset value, and risk context determine investigation priority.
Investigation
Analyst tooling queries identity, API, and on-chain context for the alert.
Correlation
Independent signals are linked into a single coherent risk narrative.
Decision Support
A scored finding and confidence level guide the next action.
Response Recommendation
Concrete containment and verification steps are proposed.
Evidence Preservation
The full investigation trail is packaged for compliance and review.
Evidence-Driven AI Reasoning
ChainVector uses MCP tools to reason from real telemetry instead of relying on unsupported model assumptions.
- Every conclusion maps to evidence
- Tool outputs remain inspectable
- Replay validates response paths
Data Handling & Deployment
- ✓No private key storage
- ✓No transaction signing
- ✓No asset custody
- ✓Customer VPC deployment supported
- ✓Role-based analyst access
- ✓Evidence-only mode supported
ChainVector can operate in fully isolated enterprise environments.
Attack Coverage Matrix
ChainVector detects adversarial behaviors across centralized exchanges, DeFi protocols, and custodial infrastructure.
| Attack Type | Detection | Correlation | Replay | SOC Report |
|---|---|---|---|---|
| Suspicious withdrawals | ||||
| Account takeover | ||||
| API key abuse | — | |||
| Wash trading | — | |||
| Flash loan exploitation | ||||
| Oracle manipulation | ||||
| Governance attacks | ||||
| Insider abuse | — | |||
| Hot wallet anomalies | — |
Suspicious withdrawals
- Detection
- Correlation
- Replay
- SOC Report
Account takeover
- Detection
- Correlation
- Replay
- SOC Report
API key abuse
- Detection
- Correlation
- Replay
- —
- SOC Report
Wash trading
- Detection
- Correlation
- Replay
- —
- SOC Report
Flash loan exploitation
- Detection
- Correlation
- Replay
- SOC Report
Oracle manipulation
- Detection
- Correlation
- Replay
- SOC Report
Governance attacks
- Detection
- Correlation
- Replay
- SOC Report
Insider abuse
- Detection
- Correlation
- Replay
- —
- SOC Report
Hot wallet anomalies
- Detection
- Correlation
- Replay
- —
- SOC Report
Supported Detection Inputs
ChainVector correlates multiple telemetry sources to reduce single-signal bias.
Exchange telemetry
- Withdrawals
- Deposits
- Login history
- Device fingerprints
- API activity
Wallet intelligence
- Risk scores
- Sanctions
- Mixer exposure
- Cluster analysis
Protocol telemetry
- Smart contract events
- Pool state changes
- Oracle updates
- Governance actions
Security infrastructure
- SIEM alerts
- Webhooks
- Audit findings
- Analyst notes
Detection-to-Response Pipeline
ChainVector converts raw alerts into evidence-backed response decisions.
- No black-box conclusions
- Every recommendation maps to evidence
- Replay validates response paths before action
Reduce False Positives
ChainVector reduces analyst fatigue by correlating signals before escalating incidents.
Traditional SIEM
- Noisy alerts
- Isolated signals
- Manual enrichment
- Alert fatigue
ChainVector
- Correlated evidence
- Contextual scoring
- Automatic enrichment
- Higher-confidence escalation
Metrics represent internal modeling and expected workflow efficiency improvements, not customer benchmarks.
Example Adversary Scenarios
Representative investigations ChainVector is designed to accelerate.
BX-104 Suspicious Withdrawal
Large withdrawal triggered after abnormal API activity and unfamiliar login region.
ChainVector Response
- Links login anomaly
- Checks wallet risk
- Scores withdrawal
- Generates report
Flash Loan Attack
Protocol liquidity rapidly manipulated during atomic transaction execution.
ChainVector Response
- Identifies pool imbalance
- Traces exploit path
- Replays transaction impact
Oracle Manipulation
Price feed manipulation causes undercollateralized borrowing.
ChainVector Response
- Detects abnormal oracle delta
- Correlates liquidation activity
- Models exploit blast radius
Insider Wallet Abuse
Privileged wallet initiates unusual transfer sequence.
ChainVector Response
- Flags role anomaly
- Correlates approvals
- Generates escalation evidence
Need Custom Detection Engineering?
Solid Source Systems helps exchanges, protocols, and security teams implement ChainVector in production.
- Custom MCP connectors
- Detection engineering
- SIEM integrations
- Incident playbooks
- Replay scenarios
Real-time monitoring
Continuous, always-on detection across your protocol or exchange — the same detection logic that powers ChainVector Lite and Analyst, running live rather than on-demand. In private preview.
SignalNet
A planned cross-organization threat intelligence layer — correlating attacker addresses, tactics, and infrastructure across participating ChainVector Enterprise deployments. Architecture under active design.
Who Enterprise is being built for
Exchanges
Real-time withdrawal and account-takeover monitoring across user populations.
Protocols
Continuous flash loan, oracle, and governance exploit surveillance for live contracts.
Custodians
Treasury-grade monitoring and automated response for held assets at institutional scale.
ChainVector Enterprise is not generally available. The use cases above describe the roadmap direction, not a shipped product.
Contact sales for an architecture discussion
Contact Sales
Tell us about your organization and what you'd want from an Enterprise deployment — this starts a conversation, not a contract.