A deterministic system of record for technology capital.

[ atlas ]

Atlas bypasses surface-level abstractions and instruments the enterprise at the operational substrate. It maps the true topology of systems, dependencies, and dormant assets. The result is a continuously updating graph of reality that remains current without manual reconciliation.

Customers use Atlas as the factual backbone for board approvals, audits, and ongoing financial control. It provides a shared, defensible view of the technology estate that finance, technology, and risk teams can rely on without reconciliation debates.

By making structural waste visible, Atlas enables organizations to redirect capital away from redundant and unused technology toward investments that improve customer experience, delivery capability, and competitive position.

Yeild Problem

Only 5–10% of deployed technology drives measurable revenue.
The remainder locks capital in low-yield assets.

Infrastructure Drift

In large estates, thousands of resources persist without owners. Orphaned servers and environments quietly compound cost.

The Inheritance Trap

Decisions outlive teams by years. Ownership decays while capital commitments persist.
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Fragmented Ownership

Spend is distributed across teams. Accountability is structurally absent.
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The Capex breakdown

Consumption-based systems forced into project ROI models cause TCO forecasts to fail over 3–5 years.

Decision Latency

Capital decisions lag reality. By the time cost, usage, and risk are reconciled, conditions have already changed, locking the business into outdated allocations.

How Atlas establishes ground truth.

Once the estate is observable, capital becomes governable. Atlas converts technical reality into financial facts. Every asset, dependency, and workload is continuously reconciled to its economic impact, allowing technology to be managed with the same discipline as Sales or Finance.

Graph Native Foundation

Atlas models the technology estate as a living graph rather than static tables. This is the architectural standard behind large-scale networks, knowledge systems, and fraud detection.The graph exposes hidden dependencies, blast radius, and financial contagion paths that relational databases never surface.

CDC Pipelines

Cloud resources can appear and disappear between batch jobs. Atlas captures change as it happens using CDC, ensuring every state transition is recorded. This is about auditability, not speed. Even resources that exist for minutes are captured, so spend and risk reconcile to reality.

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The Hyperscaler Standard

Atlas observes systems at the kernel level using eBPF, bypassing APIs and declared state. Truth is derived from execution, not reporting. Reconciliation reflects what systems actually did, not what they claimed or billed.

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Enterprise Security and
Compliance by Design

ENTERPRISE SECURITY AND COMPLIANCE BY DESIGN

Atlas is built to meet enterprise security and regulatory requirements out of the box, including GDPR, SOC 2 Type II, ISO 27001, PCI-DSS, and industry-specific audit controls. Evidence is produced continuously from observable system behavior, simplifying vendor risk assessments, security reviews, and compliance approval.

ZERO TRUST ARCHITECTURE BY DEFAULT

Identity-centric boundaries with continuous verification. We reinforce Zero Trust principles using execution-level telemetry, ensuring that least-privilege access is verified by the kernel, not just the config.

RUNTIME DEFENSIBILITY

Kernel-level signals capture process execution and network flows. We provide deep security observability to support investigation and control evidence, ensuring audit defensibility without requiring production write access.

READ-ONLY BY DESIGN

Atlas is deployed with least-privilege, read-only access. This reduces third-party risk and preserves the integrity of control evidence by ensuring the measurement system cannot modify the environment it measures.

Six to eight weeks to operational baseline.

Week 1 - 2

Security review and prerequisite access confirmed. Read-only scopes and trust boundaries established.

Harness AI-powered defense systems that identify, prevent, and adapt to new threats — keeping your enterprise data safe and compliant.

Week 3 - 4

Instrumentation enabled. Execution telemetry and state change capture brought online.

Harness AI-powered defense systems that identify, prevent, and adapt to new threats — keeping your enterprise data safe and compliant.

Week 5 - 6

Graph baseline built. Dependencies, attribution, and control evidence generated.

Harness AI-powered defense systems that identify, prevent, and adapt to new threats — keeping your enterprise data safe and compliant.

Week 7 - 8

Operational hand-off. Stakeholder training, documentation, and runbooks delivered. Operating cadence established and ownership transferred.

Harness AI-powered defense systems that identify, prevent, and adapt to new threats — keeping your enterprise data safe and compliant.

How Atlas establishes ground truth.

Enterprise Security and Compliance by Design

Enterprise Security and
Compliance by Design