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Distributed infrastructure that manages itself

Distributed infrastructure that manages itself

Distributed infrastructure that manages itself

Deploy and operate distributed workloads across any number of sites. Self-healing architecture. Zero-touch provisioning. Zero cloud dependency.

Deploy and operate distributed workloads across any number of sites. Self-healing architecture. Zero-touch provisioning. Zero cloud dependency.

Deploy and operate distributed workloads across any number of sites. Self-healing architecture. Zero-touch provisioning. Zero cloud dependency.

Distributed infra must be easy to manage

Distributed infra must be easy to manage

Distributed infra must be easy to manage

Every new site adds complexity: different hardware, unreliable connectivity, and no on-site IT staff from the get-go. Traditional tools weren't built for this — they assume stable networks and centralised control.

Every new site adds complexity: different hardware, unreliable connectivity, and no on-site IT staff from the get-go. Traditional tools weren't built for this — they assume stable networks and centralised control.

Every new site adds complexity: different hardware, unreliable connectivity, and no on-site IT staff from the get-go. Traditional tools weren't built for this — they assume stable networks and centralised control.

Hiro builds different: we treat distributed, disconnected, and autonomous operations as the default.

Hiro builds different: we treat distributed, disconnected, and autonomous operations as the default.

Hiro builds different: we treat distributed, disconnected, and autonomous operations as the default.

#hiro

#hiro

The Hiro platform

The Hiro platform

The Hiro platform

A complete stack for distributed infra: orchestration, data governance, and MLOps. Each layer works independently. Together, they eliminate the operational complexity of distributed systems.

A complete stack for distributed infra: orchestration, data governance, and MLOps. Each layer works independently. Together, they eliminate the operational complexity of distributed systems.

A complete stack for distributed infra: orchestration, data governance, and MLOps. Each layer works independently. Together, they eliminate the operational complexity of distributed systems.

#infra stack

#infra stack

Orchestration

Orchestration

Manage workloads across distributed sites from a single console. Kubernetes-native. Self-healing mesh routes around failures without intervention. New nodes join automatically.

Manage workloads across distributed sites from a single console. Kubernetes-native. Self-healing mesh routes around failures without intervention. New nodes join automatically.

Zero-touch provision

New nodes register and configure themselves automatically. No manual setup, no site visits.

Auto-failover

When a node fails, workloads migrate instantly. The mesh reroutes around problems without waiting for human intervention or cloud connectivity.

Offline-ready

Keep sites running when network is down. Local autonomy is the default — sync happens when connectivity returns, not as a prerequisite.

Containers & Serverless

Run Kubernetes workloads or event-driven functions. Same platform, same management console. Choose the model that fits your application.

Data governance

Data governance

Control data flow across your infrastructure and beyond. Define policies, enforce access rules, maintain audit trails. Share data with partners without losing control of it.

Control data flow across your infrastructure and beyond. Define policies, enforce access rules, maintain audit trails. Share data with partners without losing control of it.

Federated access

Data stays where it lives. The platform manages who can access what — without copying, moving, or centralizing your data.

Policy-based access control

Define rules once, enforce everywhere. Grant access by role, organization, time window, or use case. Revoke instantly.

Immutable audit trail

Every access, every query, every export — logged, encrypted, tamper-proof. Full accountability for compliance and internal governance.

Cross-org collaboration

Share data products with partners without losing control. Set terms, track usage, maintain sovereignty across organizational boundaries.

ML-Operations

ML-Operations

When you need to run ML workloads at the edge, the tooling is already there. Ingest data, train models, and deploy to production — all-in-one.

When you need to run ML workloads at the edge, the tooling is already there. Ingest data, train models, and deploy to production — all-in-one.

Full cycle

From raw data to deployed model — one platform. Ingest, label, train, validate, serve. No tool-hopping, no integration headaches.

Distributed training

Train models across multiple edge sites without centralizing data. Resources allocate automatically based on availability.

Versioning and lineage

Track every model back to its training data, parameters, and pipeline. Know exactly what's running in production and why.

Production deployment

A/B testing, canary rollouts, instant rollback. Deploy models the same way you deploy applications — controlled, observable, reversible.

For industires where uptime matters

For industires where uptime matters

For industires where uptime matters

Hiro runs in industries where you can't afford to wait for a technician, reboot from the cloud, or lose data to a network outage.

Hiro runs in industries where you can't afford to wait for a technician, reboot from the cloud, or lose data to a network outage.

Manufacturing

Energy

Telecom

Critical Infra

Keep production lines running during network failures. Deploy updates without stopping operations. Manage every factory from one console.

Manufacturing

Energy

Telecom

Critical Infra

Keep production lines running during network failures. Deploy updates without stopping operations. Manage every factory from one console.

#Industries

#Industries

Manufacturing

Keep production lines running during network failures. Deploy updates without stopping operations. Manage every factory from one console.

Energy

Operate distributed generation sites autonomously. Balance loads locally. Stay online when the grid — or the internet — doesn't.

Energy

Telecom

Operate distributed generation sites autonomously. Balance loads locally. Stay online when the grid — or the internet — doesn't.

Run network operations at the edge. Process subscriber data on-site. Scale coverage without centralizing control.

Energy

Critical infrastructure

Operate distributed generation sites autonomously. Balance loads locally. Stay online when the grid — or the internet — doesn't.

Air-gapped deployments. Tamper-evident audit trails. Hardware root of trust. For environments where security isn't negotiable.

Building for EU sovereignty

Building for EU sovereignty

Building for EU sovereignty

Hiro technology has been developed and validated through EU-funded projects focused on edge-cloud computing, distributed systems, and data sovereignty.

Hiro technology has been developed and validated through EU-funded projects focused on edge-cloud computing, distributed systems, and data sovereignty.

Proven across 7 EU research programmes.

Proven across 7 EU research programmes.

Aces

NEXTGEN

Glaciation

Myrtus

Shift2dc

syclops

Cape

braine

#SOVEREIGNTY

#SOVEREIGNTY

See Hiro in action

See Hiro in action

See Hiro in action

We're running pilot programmes with organizations that need to manage distributed infrastructure. No slide decks. Real deployments, real feedback.

We're running pilot programmes with organizations that need to manage distributed infrastructure. No slide decks. Real deployments, real feedback.

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