The iHawk service supports both Distribution and Transmission business units, enabling efficient management of infrastructure risk and compliance with regulatory requirements.
The iHawk platform is materially embedded within existing operational processes for asset inspection, UAS imagery management, geospatial analysis and condition based reporting. Over several years, Cyberhawk has developed customised workflows, dashboards and reporting modules specifically for our operational environment, meaning that substitution would require wholesale transition to a new platform, re engineering of data ingestion models, re training teams, and conducting large scale re processing of historical asset imagery and asset condition information.
A technical review was conducted of comparable UAS‑data management and visual‑asset platforms currently on the market. Although several vendors offer generic imagery repositories or GIS‑adjacent tools, none provide a like‑for‑like replacement for iHawk’s integrated inspection, analytics, condition assessment and reporting capabilities, nor can they ingest existing structured datasets without a bespoke and cost‑prohibitive redevelopment programme. Engagement with Cyberhawk has also confirmed that the proprietary nature of their platform prevents direct replication by any other supplier.
The iHawk service supports both Distribution and Transmission business units, enabling efficient management of infrastructure risk and compliance with regulatory requirements.
The iHawk platform is materially embedded within existing operational processes for asset inspection, UAS imagery management, geospatial analysis and condition based reporting. Over several years, Cyberhawk has developed customised workflows, dashboards and reporting modules specifically for our operational environment, meaning that substitution would require wholesale transition to a new platform, re engineering of data ingestion models, re training teams, and conducting large scale re processing of historical asset imagery and asset condition information.
A technical review was conducted of comparable UAS‑data management and visual‑asset platforms currently on the market. Although several vendors offer generic imagery repositories or GIS‑adjacent tools, none provide a like‑for‑like replacement for iHawk’s integrated inspection, analytics, condition assessment and reporting capabilities, nor can they ingest existing structured datasets without a bespoke and cost‑prohibitive redevelopment programme. Engagement with Cyberhawk has also confirmed that the proprietary nature of their platform prevents direct replication by any other supplier.
The iHawk service supports both Distribution and Transmission business units, enabling efficient management of infrastructure risk and compliance with regulatory requirements.
The iHawk platform is materially embedded within existing operational processes for asset inspection, UAS imagery management, geospatial analysis and condition based reporting. Over several years, Cyberhawk has developed customised workflows, dashboards and reporting modules specifically for our operational environment, meaning that substitution would require wholesale transition to a new platform, re engineering of data ingestion models, re training teams, and conducting large scale re processing of historical asset imagery and asset condition information.
A technical review was conducted of comparable UAS‑data management and visual‑asset platforms currently on the market. Although several vendors offer generic imagery repositories or GIS‑adjacent tools, none provide a like‑for‑like replacement for iHawk’s integrated inspection, analytics, condition assessment and reporting capabilities, nor can they ingest existing structured datasets without a bespoke and cost‑prohibitive redevelopment programme. Engagement with Cyberhawk has also confirmed that the proprietary nature of their platform prevents direct replication by any other supplier.
The iHawk service supports both Distribution and Transmission business units, enabling efficient management of infrastructure risk and compliance with regulatory requirements.
The iHawk platform is materially embedded within existing operational processes for asset inspection, UAS imagery management, geospatial analysis and condition based reporting. Over several years, Cyberhawk has developed customised workflows, dashboards and reporting modules specifically for our operational environment, meaning that substitution would require wholesale transition to a new platform, re engineering of data ingestion models, re training teams, and conducting large scale re processing of historical asset imagery and asset condition information.
A technical review was conducted of comparable UAS‑data management and visual‑asset platforms currently on the market. Although several vendors offer generic imagery repositories or GIS‑adjacent tools, none provide a like‑for‑like replacement for iHawk’s integrated inspection, analytics, condition assessment and reporting capabilities, nor can they ingest existing structured datasets without a bespoke and cost‑prohibitive redevelopment programme. Engagement with Cyberhawk has also confirmed that the proprietary nature of their platform prevents direct replication by any other supplier.
A Managed Service Provider to provide a full managed service for the maintenance and repair of plant and assets within engineering across all of SSE's business units. primary role of the MSP includes data gathering and analysis, provision of bespoke web based catalogues for the goods and services required.
A framework for a IT reseller for the UK and potentially other
countries as business grows. It will include IT packaged software (Including licensing and Saas) and hardware with associated services. This framework will be awarded to two suppliers to support the UK, one primary and one secondary and two suppliers to support the Island of Ireland, one primary and one secondary.
The framework including extensions will last for upto eight years.