Run Anything · Verify Everything · Waste Nothing
The Secure Runtime Platform for Modern Infrastructure.
Armored Gate helps organizations run more workloads, reduce infrastructure costs, strengthen security, and prove exactly what is running across their environment.
Content-addressed storage, cryptographic verification, Zero Trust execution, and immutable audit records — a more efficient and secure foundation for containers, virtual machines, native applications, and AI workloads.
armored-gate · attest
signed_artifactverified
cve_scan0 critical
sbom_provenanceattached
runtime_verifycontinuous
sha256:a3f9c1…_
Trusted by Organizations That Need Proof, Not Assumptions
Trust is continuously verified. Security is built into every layer.
Whether supporting enterprise applications, government systems, defense programs, AI operations, or managed services, Armored Gate makes operational visibility a first-class part of the platform — never an afterthought.
Why Organizations Choose Armored Gate
Higher density. Lower cost. Stronger security. Full transparency.
Modern infrastructure is often burdened by duplicate storage, wasted compute, unnecessary licensing, fragmented security controls, and disconnected audit systems. Armored Gate replaces that complexity with one unified platform.
01 — Higher Density
Run More Workloads Per Server
Traditional platforms repeatedly store and execute identical software across systems. Armored Gate uses content-addressed storage, shared artifacts, and a single-layer workload architecture to eliminate redundancy and maximize utilization.
- Higher workload density
- Shared workload storage
- Content-addressed deduplication
- Reduced memory consumption
- Improved hardware utilization
02 — Lower Cost
Eliminate Infrastructure Waste
Most organizations spend money running duplicate software, storing redundant files, and maintaining overlapping tools. Armored Gate reduces overhead by optimizing how workloads are stored, verified, and executed.
- Lower compute consumption
- Reduced storage requirements
- Less infrastructure sprawl
- Reduced licensing overhead
- Better utilization of existing hardware
03 — Stronger Security
Verify Everything That Runs
Security is not added after deployment — it is built directly into the platform. Every workload can be tied to a cryptographic chain of custody and verified before execution.
- Cryptographic provenance
- Runtime verification
- Reduced attack surface
- Linux-native security controls
- Tamper-resistant execution
- Layered security architecture
04 — Full Transparency
Know Exactly What Is Running
Every build, deployment, configuration change, administrative action, and AI-driven operation can be tracked through a verifiable audit trail.
- Complete workload visibility
- Immutable audit records
- Provenance tracking
- AI action attribution
- Compliance-ready evidence
- Independent verification
One Platform. Four Outcomes.
Designed in, not added later.
Run more workloads with fewer resources.
Eliminate redundant compute, storage, and licensing overhead.
Continuously verify workload integrity.
Know exactly what is running, who changed it, and when.
01 — Efficiency
The most efficient runtime architecture.
Traditional container platforms duplicate storage and stack layers of overhead onto every workload. We use content-addressed storage, a single-layer model, and shared execution to maximize density while minimizing compute.
- Single-layer architecture eliminates redundant image layers
- Shared workload storage reduces infrastructure overhead
- Higher workload density per server
- Lower memory, storage, and compute requirements
Legacy container image~250 MB
Armored container image3 KB
Attack surface reduced by >99.9% — only verified binaries reach production.
Built for Modern Infrastructure
A common trust model for everything you run.
Containers
Securely package, verify, and execute modern cloud-native applications.
Virtual Machines
Operate legacy and modern workloads under the same security and audit framework.
Native Applications
Run Windows, Linux, and macOS workloads with consistent governance and verification.
AI Workloads
Enable accountable AI operations with full traceability and approval controls.
Edge & Data Center
Scale from a single server to thousands of workloads while maintaining security and visibility.
Application Platform
Deploy across cloud, edge, and data center under one verifiable trust model.
FAQ
Answers for security teams.
Who is Armored Gate?+
Armored Gate is the company behind the Volt Platform — a secure runtime platform that enables organizations to build, deploy, secure, and audit containers, virtual machines, native applications, and AI-driven workloads through a common trust model.
How is Armored Gate different from Docker?+
Docker focuses on packaging and running containers. Armored Gate focuses on verifying, securing, auditing, and efficiently operating workloads throughout their lifecycle through cryptographic verification, provenance tracking, and immutable audit records.
Does Armored Gate support both containers and virtual machines?+
Yes. Containers and virtual machines operate under the same security, provenance, and audit framework, reducing operational complexity while improving governance.
How does Armored Gate improve workload density?+
By using content-addressed storage, deduplication, and single-layer workload architecture, Armored Gate eliminates redundant files and infrastructure overhead, allowing more workloads to run on the same hardware.
How does Armored Gate improve security?+
Armored Gate continuously verifies workloads using cryptographic provenance, runtime validation, layered security controls, and immutable audit records.
What is ArmoredLedger?+
ArmoredLedger is the platform’s tamper-resistant audit system. It records deployments, configuration changes, workload history, AI actions, and operational events to provide complete accountability and transparency.
Is Armored Gate designed for regulated environments?+
Yes. Armored Gate is built for organizations that require security, accountability, and verifiable operational records, including government, defense, healthcare, financial services, critical infrastructure, and enterprise IT.
The Next Generation of Microservices.
Discover how organizations are increasing infrastructure density, reducing costs, strengthening security, and achieving complete operational transparency. Build securely. Run efficiently. Prove everything.