The ingestion gateway
Receives files from all channels before the protected zones.
GateScanner Security Dome
Files enter the organisation only after being rebuilt clean
CDR — Content Disarm and Reconstruction: each file is taken apart, cleaned of macros, scripts and disallowed objects and rebuilt, without relying on recognising a virus signature.
A Sasa Software (CAS) Ltd. product, delivered, integrated and supported by VOGO. On premise, in a private cloud or as a service.
- Over 300 file types
- Zero-day and ransomware
- Logs to the SIEM
GateScanner Security Dome
A single control point for all files coming in and going out
Suppliers, partners and citizens send files by e-mail, through portals, network shares or USB sticks. GateScanner Security Dome takes them all through the same circuit: ingestion, CDR sanitisation, delivery and storage.
The CDR engine removes the elements that break the policy — macros, scripts, embedded objects, risky links —, processes archives and embedded files recursively and delivers a rebuilt, usable version. New threats are neutralised without waiting for a signature.
Users keep working from Outlook, the browser and network folders; sanitisation happens transparently, and every upload, download and share stays in the log.
Ingestion. Sanitisation. Delivery. Proof.
CDR sanitisation
Macros, scripts and disallowed objects removed, the file rebuilt and usable.
Archives and embedded files
Recursive processing, including password-protected archives, as configured.
Over 300 file types
Office documents, PDF, images, archives and specialised formats.
Automated transfer
SMB, SFTP, FTPS, S3 and Azure Blob storage, scheduled or event-triggered flows.
Collaboration vault
Shared folders, links with password and expiry, role-based access.
Outlook
Attachments uploaded to the vault and replaced by links to the sanitised version.
Browser
Downloads in Chrome, Edge and Firefox sent through sanitisation, mandatorily.
Active-Active grid
CDR engines scaled horizontally, with no downtime when a node is added.
What VOGO adds
Logs in the SIEM
Transfer and sanitisation events reach VOGO eBS SIEM, correlated with the rest.
Clean documents in ECM
Incoming files enter the registry and the archive only in their sanitised version.
Single identity
Accounts from Active Directory, LDAP, SAML 2.0 or OpenID Connect.
Support in Romanian
Implementation, policy configuration and training provided by VOGO.
GateScanner Security Dome is a Sasa Software (CAS) Ltd. product; VOGO delivers it, integrates it with the VOGO eBS suite and provides local support.
GateScanner Security Dome — the components
The CDR engines
The Active-Active grid that sanitises and rebuilds the files.
Automated transfer
Flows between sources and destinations, with sanitisation included.
The collaboration vault
Controlled upload, download and sharing of files.
The endpoint extensions
Outlook and the browsers, connected to the same circuit.
Frequently asked questions
What is GateScanner Security Dome?
It is a platform for secure file transfer, sharing and collaboration, based on CDR technology: each file is cleaned and rebuilt before it reaches the recipient.
How is it different from an antivirus?
An antivirus looks for known signatures. CDR does not depend on them: it removes from the file everything the policy does not allow, so it also neutralises new, zero-day threats.
Who is the manufacturer?
Sasa Software (CAS) Ltd. VOGO delivers, integrates and supports the product at the organisation.
Where does it run?
On premise, as a virtual appliance on VMware vSphere or Microsoft Hyper-V, in a private cloud on AWS, Azure or Google Cloud, or as a SaaS service.
Request a demo
See how GateScanner Security Dome works
Request a demo on your organisation’s file flows.
Note: The services are provided in line with the European DNSH principle – “Do No Significant Harm”, in accordance with Article 17 of Regulation (EU) 2020/852 on the establishment of a framework to facilitate sustainable investment and with the European Commission’s technical guidance on the application of the DNSH principle, C/2023/111.