Kaspersky IoT Secure Gateway 100
- About Kaspersky IoT Secure Gateway 100
- What's new
- Standard deployment scenario
- Security objectives and constraints
- Configuring the gateway
- Diagnostics and contacting Technical Support
- Licensing
- Data provision
- Known limitations
- Other sources of information
- Glossary
- Availability
- Certificate
- Certificate chain
- Client
- Confidentiality
- Cyberimmune information system
- Data node
- Data source
- Digital signature
- Encryption
- Encryption key
- End-entity certificate
- Integrity
- Internet of things (IoT)
- Internet of things (IoT) Secure Gateway
- Kaspersky IoT Secure Gateway 100
- KasperskyOS
- Message Queuing Telemetry Transport (MQTT)
- MQTT broker
- MQTT topic
- OPC UA client security settings
- OPC UA security policies
- Open Platform Communications Unified Architecture (OPC UA)
- Root certificate
- Root Certification Authority
- Security constraints
- Security mode
- Security objectives
- Server
- TLS
- Information about third-party code
- Trademark notices
Diagnostics and contacting Technical Support > Diagnostics using PuTTY
Diagnostics using PuTTY
Diagnostics using PuTTY
This section provides instructions on using the PuTTY application to obtain diagnostic information about gateway operation. PuTTY is a freely distributed client for remote access protocols, including SSH, Telnet and rlogin. PuTTY can also connect to devices via serial port.
For additional information on configuring and using PuTTY, please refer to the documentation on the PuTTY application.
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In this Help section Connecting a computer to the gateway via USB-UART adapter Configuring a connection to the gateway in PuTTY Obtaining diagnostic information in PuTTY |
Article ID: 240119, Last review: May 24, 2023