Photorealistic 3D isometric cluster of interlocking dark grey server-like cubes with glowing electric cyan edges

ASHLAR SYSTEMS — Infrastructure for Trust

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A security-first infrastructure platform rendered as an interlocking server-block metaphor. We’re building enterprise-grade, auditable server primitives for resilient cloud and on-prem systems. Sign up to secure early access and product updates.

Architectural Security, Built for Scale

Ashlar Systems provides composable infrastructure blocks engineered for zero-trust operations at scale. We combine deterministic audit trails, cryptographic block boundaries, and enterprise orchestration to reduce incident surface and accelerate secure deployment workflows.

Core Platform Pillars and Capabilities

Zero-Trust Isolation

  • Cryptographic block boundaries
  • Immutable audit logs

Enterprise Scale Orchestration

  • Policy-driven deployments
  • Cross-region replication

Continuous Verification

  • Automated attestation checks
  • Signed configuration snapshots

Proven Performance and Reliability Metrics

99.999%

Projected Uptime

5ms

Median Latency

3

Audit Certifications

100+

Enterprise Integrations

How Ashlar Secures Your Infrastructure

Our architecture composes small, verifiable server blocks that are cryptographically isolated and orchestrated via policy layers. This reduces lateral risk, enables tamper-evident deployment, and simplifies compliance across distributed systems.

Founders and Advisory Engineers

Maya Chen — Co-Founder

Ex-SRE leader, scalable systems

Omar Reyes — Co-Founder

Security architect, cryptographic systems

Dr. Lina Park — Advisor

Cloud reliability and compliance

Trusted by Early Adopters

Ashlar’s block approach reduced our incident surface and cut recovery time in half during stress testing.

Platform Lead, Fintech company

Seamless integration with existing CI/CD and immediate auditability made adoption straightforward for our security team.

Head of Security, Global Retailer

Stay Connected with Ashlar Systems

[email protected]
Ashlar Systems, Remote

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