Go Armor

Move protected

Real-time protection for teams in motion

Armor every trip from dispatch to arrival.

Go Armor keeps mobile teams, vehicles, and critical gear connected to live risk signals and rapid response workflows wherever the job takes them.

24/7

monitoring

92 sec

median alert triage

4.9/5

operator confidence

Live protection command
Fleet shield active across 18 mobile teams
Active
Signal health

98%

all devices reporting

Response window

2m

fastest nearby assist

Route B-14 requires attention

Weather delay detected. Crew notified with safe detour.

Built for movement

Protection that travels with every person, vehicle, and asset.

Impact-ready coverage
Blend route intelligence, incident response, and equipment coverage into one always-on protection layer.
Instant emergency signal
Escalate SOS events with location, motion, and team context so responders know exactly where to move.
Live route awareness
Spot risky zones, stalled vehicles, and changing conditions before they slow down your crew.
Armor workflow

From check-in to incident closeout in one shared flow.

Give operators a calm command center while crews keep moving with simple mobile prompts, automatic status updates, and trusted assistance paths.

1

Pair devices and vehicles in minutes

2

Watch journeys from one command view

3

Coordinate roadside, medical, or security help

Security playbooks

Close public exposure paths before attackers automate against them.

Each charcoal playbook converts a finding into remediation steps, environment context, and an external verification method.

charcoal
Exposed Windows RDP (Port 3389)
Direct internet access to RDP makes this server a primary target for automated ransomware attacks.

Environment

Windows Server 2019

1

Remove public inbound TCP/3389 access from the perimeter firewall, cloud security group, or router NAT rule.

2

Require administrators to connect through a VPN, zero-trust access gateway, or managed bastion host before using RDP.

3

Restrict Windows Defender Firewall inbound RDP rules to trusted private management subnets only.

4

Confirm Network Level Authentication is enabled and enforce MFA for all remote administrator accounts.

5

Review Windows Security logs for repeated failed logons, lockouts, or unfamiliar source addresses before closing the incident.

Verification

From an external machine without VPN access, run 'Test-NetConnection -ComputerName 192.0.2.99 -Port 3389' in PowerShell. The TcpTestSucceeded flag must return 'False'.
charcoal
Exposed MySQL Database (Port 3306) & CVE-2023-38325
Database is exposed to the public internet, risking credential brute-forcing and cryptographic mishandling.

Environment

MySQL 5.7.42 on Linux

1

Remove public inbound TCP/3306 access from cloud security groups, host firewalls, and perimeter ACLs.

2

Bind MySQL to a private interface or localhost and require application traffic to traverse a private network path.

3

Upgrade MySQL 5.7.42 to a supported patched release and confirm CVE-2023-38325 remediation guidance is applied.

4

Rotate database credentials, disable anonymous users, and require strong unique passwords for every account.

5

Review MySQL audit logs and authentication failures for brute-force attempts before closing the exposure.

Verification

Run 'nmap -p 3306 192.0.2.45' from an external network. The port state should report as 'filtered'.
Go Armor ready

Put a smarter shield around every journey.