Your tools already havethe signals. Spaktoconnects them into context.
Spakto's Telemetry Mesh ingests and normalizes signals from EDR, SIEM, IAM, cloud, DevOps, and network tools — transforming siloed data into a unified, correlated security context that feeds the live attack graph.
Security teams don't lack data.
They lack connection.
Each security tool sees a fragment of the attacker's story. EDR sees the endpoint. IAM sees the identity. Cloud logs see the API call. None of them see the full attack chain. The Telemetry Mesh stitches every signal into unified context — automatically, in real time.
Every tool in your stack.
Natively connected.
Spakto natively integrates with 50+ security tools across endpoint, identity, cloud, network, and DevOps platforms — transforming siloed alerts into unified, correlated security intelligence.
across 6 categories
Raw telemetry to
attack-ready context
Every signal from every tool passes through the same 4-stage normalization pipeline before entering the attack graph. Heterogeneous vendor formats become one universal security event schema — automatically.
Raw Signal Ingestion
- ›Native API, syslog, streaming, agent
- ›Automatic protocol negotiation
- ›Backpressure management
- ›End-to-end encryption in transit
Schema Normalization
- ›50+ vendor format parsers
- ›Universal field mapping table
- ›Timestamp normalization + dedup
- ›Type coercion + null inference
Context Enrichment
- ›Asset criticality injection
- ›MITRE ATT&CK technique tagging
- ›Threat intel IOC matching
- ›Geo/IP and user risk scoring
Cross-source Correlation
- ›Entity resolution across sources
- ›Behavioral session stitching
- ›Attack chain assembly
- ›Attack graph node/edge creation
Less engineering.
More attack intelligence.
Custom SIEM rules take months to build, break when vendors update APIs, and produce alert storms with no attacker context. The Telemetry Mesh connects in minutes and outputs ranked attack chains.
How signals become
attack intelligence
Four tools each see one fragment of the same attack. None connect them alone. The Telemetry Mesh joins all four into a complete, correlated attack chain — in under 43 seconds.
Connected 4 signals across 4 tools into a complete attack chain showing Initial access → Privilege escalation → Remote code execution → Data exfiltration — none of which were visible to any single tool in isolation. Correlated in 43 seconds.
Who benefits from
unified telemetry
From SOC analysts drowning in alert noise to security architects mapping tool coverage gaps — unified telemetry transforms every security function.
Eliminate alert fatigue — see correlated attack chains, not individual alerts. Reduce MTTR from days to hours with full attack context at first glance.
- ›Correlated attack chain view
- ›Cross-source context in seconds
- ›MITRE ATT&CK pre-mapped
- ›AI-suggested response actions
Query across all sources in one unified graph. Hunt with attacker-centric hypotheses against the full signal corpus — not siloed tool-by-tool searches with no cross-source context.
- ›Unified signal graph queries
- ›Cross-domain pivot hunting
- ›MITRE technique filtering
- ›Historical attack pattern search
Understand which gaps in your tool coverage create blind spots in the attack graph. Make data-driven decisions about tool investments with real coverage heat maps.
- ›Attack graph coverage scoring
- ›Source gap identification
- ›Tool overlap analysis
- ›ROI-driven investment guidance
One schema.
Every vendor, unified.
50+ vendors use 50+ different field names, timestamp formats, and data types. The Spakto Universal Schema maps every vendor field to a single canonical structure — enabling cross-source correlation without any manual field mapping.
All 50+ vendor schemas are pre-mapped to the universal schema. No manual field mapping, no ETL pipelines, no data engineering required.
Timestamps from all sources are normalized to UTC with millisecond precision. Sub-second ordering across tools enables accurate cross-source correlation.
IP addresses, hostnames, user identifiers, and domain objects are resolved to canonical types — enabling entity resolution across vendor-specific representations.
When vendors update their APIs, Spakto automatically updates the mapping. Your data pipeline never breaks when a vendor releases a new API version.
Deploy anywhere.
Your boundary. Your rules.
The Telemetry Mesh runs within your deployment boundary — no raw security telemetry leaves your environment. Choose the deployment model that fits your data residency and compliance requirements.
Mesh collector agents deploy in your environment, stream normalized events to Spakto-hosted infrastructure. Setup in under 2 hours.
- ›Collector agents on-premises
- ›Encrypted event streaming
- ›Spakto-managed infrastructure
- ›Auto-scaling + HA built in
Full Telemetry Mesh runs inside your cloud VPC. No data leaves your boundary. Spakto manages updates and scaling remotely.
- ›Deployed inside your AWS/Azure/GCP VPC
- ›Zero data leaves your boundary
- ›Remote management by Spakto
- ›Configurable retention + residency
Full Mesh deployment on your own infrastructure. No internet connectivity required. Ideal for government, defense, and regulated environments.
- ›Full on-prem deployment
- ›Air-gap / offline mode supported
- ›FIPS 140-2 compliant cryptography
- ›Local key management
Telemetry Mesh FAQs
Frequently asked
questions.
answered
No. Spakto's Telemetry Mesh integrates with your existing stack. You keep your EDR, SIEM, and IAM tools — Spakto makes them work together to produce attack intelligence that none of them can provide alone.
Not necessarily. Spakto complements your SIEM by providing attack-path-centric correlation on top of your existing SIEM data. Many customers run both — SIEM for compliance/logging, Spakto for attack intelligence.
Spakto maintains all integration connectors. Updates are pushed automatically — you never need to re-engineer integrations when vendors release new API versions.
Spakto uses efficient streaming connectors with configurable sampling and filtering. Typical deployments add less than 2% overhead to existing tool API usage.
Most integrations are configured in under 30 minutes via Spakto's native connector library. No custom engineering or ETL pipelines are required.
Spakto processes telemetry to build the attack graph. Data handling follows configurable retention and residency policies. We support on-premises, cloud, and hybrid deployment models.
Yes. Spakto provides value from any connected source. The attack graph becomes more comprehensive as more sources are connected, but partial connectivity produces meaningful results immediately.