The Federant Edge Platform keeps AI running when connectivity, cloud access, and local support aren't guaranteed.
The platform combines open ruggedized hardware ( Federon Base ), an open offline-first operating system with hierarchical AI runtime ( Federon OS ), and a commercial cloud-based fleet management layer ( Federant Assure ) into a single policy-driven fabric. With support for seven network bearer types and automatic failover, it keeps AI running when disruption is not an option.
The Federant Edge Platform keeps AI running when connectivity, cloud access, and local support aren't guaranteed.
The platform combines open ruggedized hardware ( Federon Base ), an open offline-first operating system with hierarchical AI runtime ( Federon OS ), and a commercial cloud-based fleet management layer ( Federant Assure ) into a single policy-driven fabric. With support for seven network bearer types and automatic failover, it keeps AI running when disruption is not an option.
A Platform Built on Autonomy, not Connectivity
A Platform Built on Autonomy, not Connectivity
A Platform Built on Autonomy, not Connectivity
FEDERON
TM
BASE
Ruggedized industrial edge gateway hardware.
IP65 weatherproof, −40°C to +60°C, fanless design supporting x86 and ARM architectures with optional AI acceleration. Integrates with mixed IT/OT environments without rip and replace.
FEDERON
TM
BASE
Ruggedized industrial edge gateway hardware.
IP65 weatherproof, −40°C to +60°C, fanless design supporting x86 and ARM architectures with optional AI acceleration. Integrates with mixed IT/OT environments without rip and replace.
FEDERON
TM
BASE
Ruggedized industrial edge gateway hardware.
IP65 weatherproof, −40°C to +60°C, fanless design supporting x86 and ARM architectures with optional AI acceleration.
FEDERON
TM
OS
Offline-first Edge OS with a hierarchical AI runtime.
Federon OS executes inference and automated responses locally, governs autonomy, and preserves data and decision state using attested store-and-forward. State and models synchronize opportunistically when connectivity permits.
FEDERON
TM
OS
Offline-first Edge OS with a hierarchical AI runtime.
Federon OS executes inference and automated responses locally, governs autonomy, and preserves data and decision state using attested store-and-forward. State and models synchronize opportunistically when connectivity permits.
FEDERON
TM
OS
Offline-first Edge OS with a hierarchical AI runtime.
Federon OS executes inference and automated responses locally, governs autonomy, and preserves data and decision state using attested store-and-forward.
FEDERANT
TM
ASSURE
Supervisory control plane for governing autonomous edge fleets.
Federant Assure provides fleet-wide visibility, policy-driven orchestration, and asynchronous state rconciliation as devices connect and disconnect. Deploy as a private instance, integrate via APIs, or consume as a managed service.
FEDERANT
TM
ASSURE
Supervisory control plane for governing autonomous edge fleets.
Federant Assure provides fleet-wide visibility, policy-driven orchestration, and asynchronous state rconciliation as devices connect and disconnect. Deploy as a private instance, integrate via APIs, or consume as a managed service.
FEDERANT
TM
ASSURE
Supervisory control plane for governing autonomous edge fleets.
Federant Assure provides fleet-wide visibility, policy-driven orchestration, and asynchronous state reconciliation as devices connect and disconnect.
Understand the Architecture
Understand the Architecture
Understand the Architecture
Download our technical brief for an in-depth look at how Federant enables autonomous edge operations in environments where cloud-dependent architectures fail.
Download our technical brief for an in-depth look at how Federant enables autonomous edge operations in environments where cloud-dependent architectures fail.
Download our technical brief for an in-depth look at how Federant enables autonomous edge operations in environments where cloud-dependent architectures fail.
Operations Continue When Assumptions Fail
Operations Continue When Assumptions Fail
Offline-first by default.
AI inference, telemetry, and automated responses run locally as the primary operating state, not as a fallback mode triggered by disruption.
Edge BMC remote recovery
Policy-driven multi-bearer connectivity.
Automated graceful degradation.
Offline-first by default.
AI inference, telemetry, and automated responses run locally as the primary operating state, not as a fallback mode triggered by disruption.
Edge BMC remote recovery
Policy-driven multi-bearer connectivity.
Automated graceful degradation.
Insights from Federant
Insights from Federant
Insights from Federant
Technical deep-dives, deployment case studies, and edge AI architecture patterns
Technical deep-dives, deployment case studies, and edge AI architecture patterns
Technical deep-dives, deployment case studies, and edge AI architecture patterns
Your Data Stays on Your Devices by Default
Your Data Stays on Your Devices by Default
Your Data Stays on Your Devices by Default
Local Control
Data never leaves your site without explicit permission.
Local Control
Data never leaves your site without explicit permission.
Local Control
Data never leaves your site without explicit permission.
Total Privacy
End-to-end encryption using keys only you manage.
Total Privacy
End-to-end encryption using keys only you manage.
Total Privacy
End-to-end encryption using keys only you manage.
Verifiable Integrity
A tamper-proof record of every AI decision and action.
Verifiable Integrity
A tamper-proof record of every AI decision and action.
Verifiable Integrity
A tamper-proof record of every AI decision and action.
Data sovereignty is not a setting. It is the architecture.
Data sovereignty is not a setting. It is the architecture.
Data sovereignty is not a setting. It is the architecture.
Open Architecture Means No Vendor Controls Your Business
Open Architecture Means No Vendor Controls Your Business
Open Architecture Means No Vendor Controls Your Business
Open Hardware
Production-grade reference design
Federon Base defines an open, production-grade edge hardware architecture, designed to be built, sourced, or adapted by multiple manufacturers.
Open Hardware
Production-grade reference design
Federon Base defines an open, production-grade edge hardware architecture, designed to be built, sourced, or adapted by multiple manufacturers.
Open Hardware
Production-grade reference design
Federon Base defines an open, production-grade edge hardware architecture, designed to be built, sourced, or adapted by multiple manufacturers.
Open APIs
Integration Ready
Federant Assure provides open APIs that integrate with existing operational and control systems, avoiding dependence on a closed management stack.
Open APIs
Integration Ready
Federant Assure provides open APIs that integrate with existing operational and control systems, avoiding dependence on a closed management stack.
Open APIs
Integration Ready
Federant Assure provides open APIs that integrate with existing operational and control systems, avoiding dependence on a closed management stack.
Open Standards
No Lock-in
Federon OS is built on community-governed software foundations designed to work with existing infrastructure rather than replace it.
Open Standards
No Lock-in
Federon OS is built on community-governed software foundations designed to work with existing infrastructure rather than replace it.
Open Standards
No Lock-in
Federon OS is built on community-governed software foundations designed to work with existing infrastructure rather than replace it.
Your infrastructure, your data, your operations.
Your infrastructure, your data, your operations.
Your infrastructure, your data, your operations.
Built for the Environments That Others Avoid
Built for the Environments That Others Avoid
Built for the Environments That Others Avoid
Smart Agriculture
Emergency Response
Energy Installations
Autonomous climate control and crop monitoring powered by localized AI agents that adjust ventilation, irrigation, and lighting based on continuous sensor inputs. Model refinements sync when connectivity allows. Farm operations data stays on-site by default, keeping yield maps and input costs under grower control.
Smart Agriculture
Emergency Response
Energy Installations
Autonomous climate control and crop monitoring powered by localized AI agents that adjust ventilation, irrigation, and lighting based on continuous sensor inputs. Model refinements sync when connectivity allows. Farm operations data stays on-site by default, keeping yield maps and input costs under grower control.
Smart Agriculture
Emergency Response
Energy Installations
Field notes from the edge of modern systems
Field notes from the edge of modern systems
Lessons learned where carefully designed architecture meets unreliable networks, imperfect hardware, and human behavior.
Lessons learned where carefully designed architecture meets unreliable networks, imperfect hardware, and human behavior.
Field notes delivery
Field notes delivery
Be notified when we publish new lessons from deploying, operating, and scaling edge systems.
Be notified when we publish new lessons from deploying, operating, and scaling edge systems.
Start from Your Operating Conditions,
Not the Vendor's
Start from Your Operating Conditions,
Not the Vendor's
Start from Your Operating Conditions,
Not the Vendor's
Whether you are evaluating edge AI deployment for the first time or updating a cloud-dependent architecture that is not surviving field conditions, Federant's team works alongside yours to configure the platform for your environment, your workloads, and your data sovereignty requirements.
Whether you are evaluating edge AI deployment for the first time or updating a cloud-dependent architecture that is not surviving field conditions, Federant's team works alongside yours to configure the platform for your environment, your workloads, and your data sovereignty requirements.
Whether you are evaluating edge AI deployment for the first time or updating a cloud-dependent architecture that is not surviving field conditions, Federant's team works alongside yours to configure the platform for your environment, your workloads, and your data sovereignty requirements.
FAQs
What is an edge-first AI platform?
An edge-first AI platform runs inference, stores data, and takes automated action locally on the device as its default operating state. Unlike cloud-dependent edge solutions that treat local processing as a fallback, an edge-first architecture like the Federant Edge Platform maintains full operational capability regardless of network connectivity. Cloud synchronization happens opportunistically to refine models and aggregate fleet telemetry, but business outcomes never depend on it.
How does edge AI work without cloud connectivity?
The Federant Edge Platform decouples its control plane, data plane, and decision plane from cloud infrastructure. Federon OS runs AI inference using on-device acceleration through frameworks like OpenVINO and Hailo RT, stores telemetry and state locally with attested store-and-forward, and executes policy-driven automated responses without requiring a network connection. When connectivity returns, the Federant Assure control plane performs automatic state reconciliation without interrupting operations so the device and cloud converge on a single source of truth.
What is offline-first edge computing?
Offline-first edge computing means the system is designed to operate fully disconnected as its primary mode, not as an emergency fallback. The Federant Edge Platform runs AI workloads, stores data, and triggers automated actions locally. Multi-bearer network failover across multiple connection types, including satellite, 5G, and Ethernet , restores cloud sync when any link becomes available. If AI confidence degrades, policy-driven autonomy reverts workflows to deterministic operation rather than failing outright.
What industries use edge AI in harsh environments?
Edge AI platforms built for harsh environments serve industries where operations happen in remote, infrastructure-constrained locations. The Federant Edge Platform is deployed in smart agriculture for autonomous greenhouse climate control, in energy for predictive maintenance across distributed wind and solar installations, and in emergency response for mobile command center coordination in disaster zones. These environments share common constraints: extreme temperatures, unreliable connectivity, limited on-site IT expertise, and data sovereignty requirements.
How does edge data sovereignty work?
On the Federant Edge Platform, raw data remains on-device by default. Operators explicitly control what data is shared for centralized logging, analysis, or cloud-based model refinement. Zero-trust security with hardware-rooted TPM attestation verifies device identity at every layer. Attested store-and-forward creates tamper-evident audit trails, end-to-end encryption uses customer-controlled keys, and signed decision logs maintain full chain of custody from sensor through model to action.
What is offline-first edge computing?
Federon Base defines an open, production-grade edge hardware architecture published under the OFA license. Organizations can manufacture compatible systems from open design artifacts, adapt features and form factors to their deployment needs, or deploy Federant-produced hardware. Federon OS contributes core capabilities to community governance, while Federant Assure exposes open APIs for integration with existing management and control systems. The result is an open architecture that supports brownfield deployments without forcing infrastructure replacement or vendor lock-in.
What is an edge-first AI platform?
An edge-first AI platform runs inference, stores data, and takes automated action locally on the device as its default operating state. Unlike cloud-dependent edge solutions that treat local processing as a fallback, an edge-first architecture like the Federant Edge Platform maintains full operational capability regardless of network connectivity. Cloud synchronization happens opportunistically to refine models and aggregate fleet telemetry, but business outcomes never depend on it.
How does edge AI work without cloud connectivity?
The Federant Edge Platform decouples its control plane, data plane, and decision plane from cloud infrastructure. Federon OS runs AI inference using on-device acceleration through frameworks like OpenVINO and Hailo RT, stores telemetry and state locally with attested store-and-forward, and executes policy-driven automated responses without requiring a network connection. When connectivity returns, the Federant Assure control plane performs automatic state reconciliation without interrupting operations so the device and cloud converge on a single source of truth.
What is offline-first edge computing?
Offline-first edge computing means the system is designed to operate fully disconnected as its primary mode, not as an emergency fallback. The Federant Edge Platform runs AI workloads, stores data, and triggers automated actions locally. Multi-bearer network failover across multiple connection types, including satellite, 5G, and Ethernet , restores cloud sync when any link becomes available. If AI confidence degrades, policy-driven autonomy reverts workflows to deterministic operation rather than failing outright.
What industries use edge AI in harsh environments?
Edge AI platforms built for harsh environments serve industries where operations happen in remote, infrastructure-constrained locations. The Federant Edge Platform is deployed in smart agriculture for autonomous greenhouse climate control, in energy for predictive maintenance across distributed wind and solar installations, and in emergency response for mobile command center coordination in disaster zones. These environments share common constraints: extreme temperatures, unreliable connectivity, limited on-site IT expertise, and data sovereignty requirements.
How does edge data sovereignty work?
On the Federant Edge Platform, raw data remains on-device by default. Operators explicitly control what data is shared for centralized logging, analysis, or cloud-based model refinement. Zero-trust security with hardware-rooted TPM attestation verifies device identity at every layer. Attested store-and-forward creates tamper-evident audit trails, end-to-end encryption uses customer-controlled keys, and signed decision logs maintain full chain of custody from sensor through model to action.
What is offline-first edge computing?
Federon Base defines an open, production-grade edge hardware architecture published under the OFA license. Organizations can manufacture compatible systems from open design artifacts, adapt features and form factors to their deployment needs, or deploy Federant-produced hardware. Federon OS contributes core capabilities to community governance, while Federant Assure exposes open APIs for integration with existing management and control systems. The result is an open architecture that supports brownfield deployments without forcing infrastructure replacement or vendor lock-in.
What is an edge-first AI platform?
An edge-first AI platform runs inference, stores data, and takes automated action locally on the device as its default operating state. Unlike cloud-dependent edge solutions that treat local processing as a fallback, an edge-first architecture like the Federant Edge Platform maintains full operational capability regardless of network connectivity. Cloud synchronization happens opportunistically to refine models and aggregate fleet telemetry, but business outcomes never depend on it.
How does edge AI work without cloud connectivity?
The Federant Edge Platform decouples its control plane, data plane, and decision plane from cloud infrastructure. Federon OS runs AI inference using on-device acceleration through frameworks like OpenVINO and Hailo RT, stores telemetry and state locally with attested store-and-forward, and executes policy-driven automated responses without requiring a network connection. When connectivity returns, the Federant Assure control plane performs automatic state reconciliation without interrupting operations so the device and cloud converge on a single source of truth.
What is offline-first edge computing?
Offline-first edge computing means the system is designed to operate fully disconnected as its primary mode, not as an emergency fallback. The Federant Edge Platform runs AI workloads, stores data, and triggers automated actions locally. Multi-bearer network failover across multiple connection types, including satellite, 5G, and Ethernet , restores cloud sync when any link becomes available. If AI confidence degrades, policy-driven autonomy reverts workflows to deterministic operation rather than failing outright.
What industries use edge AI in harsh environments?
Edge AI platforms built for harsh environments serve industries where operations happen in remote, infrastructure-constrained locations. The Federant Edge Platform is deployed in smart agriculture for autonomous greenhouse climate control, in energy for predictive maintenance across distributed wind and solar installations, and in emergency response for mobile command center coordination in disaster zones. These environments share common constraints: extreme temperatures, unreliable connectivity, limited on-site IT expertise, and data sovereignty requirements.
How does edge data sovereignty work?
On the Federant Edge Platform, raw data remains on-device by default. Operators explicitly control what data is shared for centralized logging, analysis, or cloud-based model refinement. Zero-trust security with hardware-rooted TPM attestation verifies device identity at every layer. Attested store-and-forward creates tamper-evident audit trails, end-to-end encryption uses customer-controlled keys, and signed decision logs maintain full chain of custody from sensor through model to action.
What is offline-first edge computing?
Federon Base defines an open, production-grade edge hardware architecture published under the OFA license. Organizations can manufacture compatible systems from open design artifacts, adapt features and form factors to their deployment needs, or deploy Federant-produced hardware. Federon OS contributes core capabilities to community governance, while Federant Assure exposes open APIs for integration with existing management and control systems. The result is an open architecture that supports brownfield deployments without forcing infrastructure replacement or vendor lock-in.
© 2026 Federant. All rights reserved.
© 2026 Federant. All rights reserved.
The Federant Edge Platform is an open source hardware and software for deploying, scaling and managing business critical applications in extreme operating environments. Untethered from cloud-dependent architectures, terrestrial networks and power grids, the platform enables resilient and secure operational autonomy.
Download the product brief to learn more about the Federant Edge Platform.
Field notes from the edge of modern systems
Lessons learned where carefully designed architecture meets unreliable networks, imperfect hardware, and human behavior.
Field notes delivery
Be notified when we publish new lessons from deploying, operating, and scaling edge systems.