Note 1: Please turn the power switch to OFF before you connect the battery, or the board may be damaged because of shorting. The 0FF/ON silkscreen is the power switch silkscreen. 5V OUT is a USB male port that can output 5V power.

The 8.4V interface is the charging interface, which uses an 8.4V 2A power supply for charging.

Battery supported：2 x 18650 Li batteries (NOT included).

Batteries warning indicators, easy to check if the battery is connected correctly.

5V USB output, convenient for powering other boards.

Onboard 5V regulator, up to 5A continuous output current, more sufficient power source for Raspberry Pi.

Multi battery protection circuits: overcharge/discharge protection, over current protection, short circuit protection, and reverse protection, along with the equalizing charge feature, more safe and stable.

I2C bus communication, monitoring the batteries voltage, current, power, and remaining capacity in real-time.

Designed for Raspberry Pi series, compatible with Raspberry Pi 3 / 3B+ / 4B, etc.

Miscellaneous Application IDs cover all other Application IDs that are often not in use in cloud environments, although can still be detected if the applications are in use.Ĭloud Service Application IDs are often applicable for Cloud Managed Service traffic.UPS HAT (B) For Raspberry Pi, 5V Uninterruptible Power Supply, Multi Battery Protection Circuits Cloud Service Application IDs are often applicable for Cloud Managed Service traffic. Legacy Application IDs are often applicable for East-West traffic. Client Application IDs are often applicable for Egress traffic. There are four (4) classes of Application IDs.

If more than one Application ID is specified an OR operator is applied. If Application IDs are specified, both layer 4 information and the Application ID information will be used to match. If no Application IDs are specified, only layer 4 information (port and protocol) will be used to match. Select Save to apply the Application ID settings.In the Application IDs dropdown, select the relevant Application IDs.Check the box next to an existing Forwarding or Forward Proxy Service Object and select Edit or create a new Forwarding or Forwarding Proxy Service Object by selecting Create.Navigate to Manage -> Security Policies -> Services.It is recommended that an IDS/IPS Profile be configured for all Policy Ruleset Rules.Īpplication ID information can only be detected if the traffic is unencrypted and in clear form when using a Forwarding Service Object, or if encrypted traffic is decrypted when using a Decryption Profile in a Forward Proxy Service Object. It is a best practice to use IDS/IPS as part of an advanced security posture regardless of whether Application ID is used. The Profile should be configured on all Policy Ruleset Rules where Application ID detection and protection is desired. Policy Ruleset Rule for specifying the IDS/IPS Profile and the Service Object to enable detection and protectionĪpplication ID requires an IDS/IPS Profile to enable the Application ID detection engine.Service Object for specifying the Application IDs to be used to match traffic.Application Info in Traffic Summary -> Logs for viewing the detected Application IDs for each session.IPS/IDS Profile for enabling the Application ID detection engine.Valtix Application ID uses a set of capabilities for detecting and protecting applications and services:

More advanced protection uses Application ID information. Basic protection uses layer 4 information. When Application IDs are known, they can be used in a more advanced security posture to permit or block traffic, and to provide protections against malicious intent. This classification is referred to as Application ID. When that signature is evaluated, the application or service can be classified more precisely. In reality, applications and services can communicate using most any port, and when they have malicious intent, or are compromised to become malicious in intent, the use of layer 4 mappings for securing a network is insufficient.Įvery application or service has a signature. Assuming applications and services adhere to the IANA convention and are trustworthy, use of this mapping would be sufficient when securing a network. The Internet Assigned Numbers Authority (IANA) maintains a list of known service names, port numbers and protocols that are generally useful. Traffic is commonly classified as a particular application or service using layer 4 port and protocol information.

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