Protect, Monitor, and Recover Docker Workloads with Trinity
Safeguard Docker data, configurations, and applications with automated backups, immutable recovery points, continuous monitoring, threat detection, and guided remediation. One collector, one console, built for managing many customers.
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Industry leaders protect their data with CyberFortress
Docker Workloads Escape
Conventional Backup
Critical data in Docker environments lives in volumes, bind mounts, database containers, Compose files, and locally built images. Server backups don’t see these parts, and they don’t see what’s going wrong inside them either: restart loops, vulnerable images, suspicious processes, ransomware activity. Trinity understands Docker natively and brings protection and detection together in one place.
The Data Lives Where File Backups Can’t See
Named volumes, bind mounts, database containers, Compose files, and locally built images hold the application state that matters. A conventional server backup captures the host and misses the workload.
The Problems Hide Inside the Containers
Restart loops, containers running as root, critical CVEs in images, suspicious processes, and malicious connections are all invisible to backup tooling. By the time a customer notices, the problem has been running for days.
The Backups Themselves Are Now Targets
Modern ransomware goes after recovery data first, deleting or encrypting backups before touching production. Recovery points that an attacker with admin credentials can erase are recovery points you don’t actually have.
Complete Cyber Resilience
for Docker
Docker environments combine persistent data, databases, container configurations, images, and host resources. Trinity brings their protection and security monitoring into one operational view.
Docker-Aware Backup
Protect named volumes, eligible bind-mounted directories, Docker Compose files, container configurations, custom networks, and selected local images. Trinity also creates application-consistent dumps for supported PostgreSQL, MySQL, MariaDB, and MongoDB containers, with a preview of size and contents before any on-demand backup runs.
Immutable Recovery Points
S3-compatible Object Lock prevents protected backups from being deleted or overwritten until their configured lock period expires, even if administrative credentials are compromised. No one can alter them, and that includes ransomware and administrators alike.
Controlled Restoration
Download recovery points or restore them directly through Trinity. Choose all or selected volumes, include protected host directories, and optionally stop and restart affected containers during recovery. Checksums validate every restore.
Health & Operational Monitoring
See CPU, memory, disk usage, container health, restarts, volume growth, Docker versions, collector status, and full backup history from a single host view. Hosts check in about every minute with health and security telemetry.
Threat & Vulnerability Detection
Identify critical CVEs in images with fix guidance, containers running as root, privileged workloads, suspicious processes, malicious network connections, SSH attacks, and application errors before your customers notice them.
Guided Remediation
Alerts arrive with AI-assisted summaries, likely causes, recommended actions, and a remediation plan: stop a compromised container, block a malicious IP, pause and preserve. Nothing runs without administrator approval, and every action is logged.
See a Docker Host
Under Trinity’s Protection
These are real views from the Trinity console: a Docker host with backups running, alerts firing, and health telemetry streaming in. Everything on this page lives one click apart.
Every Recovery Point, Verified and Visible
Recent backups show status, duration, size, and storage path at a glance, with live progress bars for running jobs. Restore history sits right alongside, including verification results, so you can prove a recovery point actually restores and not just that it exists. Below it, the full container inventory tracks image age, root usage, CVE counts, HTTP errors, uptime, and resource consumption per container.
Alerts That Arrive with Analysis
Restart loops, container errors, aging images, containers running as root, HTTP error spikes, rapid volume growth, and critical CVEs surface as prioritized alerts, each with AI analysis attached. When remediation is approved, you can watch it run from the same list. Warnings and criticals are separated so your team works the right problem first.
One View per Host
CPU, memory, and disk usage for the host and for Docker specifically, container counts, load averages with trend, Docker and collector versions, and the last backup, all on a single screen that refreshes as the host checks in. When a backup is in progress, you see it here too.
Up and Running
in Three Steps
One lightweight collector per host handles backup, monitoring, and remediation, and keeps itself updated. From enrollment to first protected backup takes minutes, not a migration project.
Enroll the Host
Select the customer, name the host, and configure the backup policy, retention, and immutability in the Trinity console.
Install the Collector
Paste the generated installation command on the Docker host. The lightweight collector registers securely, starts as a service, and begins checking in.
Protect and Monitor
Run backups on demand or schedule them every 6 hours, 12 hours, daily, or weekly. Trinity continuously reports health, security, and recovery status from then on.
One Platform for
Every Customer
Trinity is designed for multi-tenant operations from the ground up. Manage Docker hosts across your entire customer base while keeping each customer’s hosts, alerts, policies, and recovery data strictly tenant-scoped.
Tenant-Scoped by Design
Your team operates every customer’s Docker hosts from one console, and each customer’s world stays its own. Isolation holds at every layer, from enrollment through restore.
- Hosts, alerts, and backup policies stay scoped to each customer’s tenant
- Recovery data is isolated tenant to tenant, with per-customer retention and immutability
- Restores, deletions, and remediation always require admin privileges
- One centralized view surfaces what needs attention across the whole fleet
Built to Be Trusted
on the Worst Day
Backup software only earns its keep when everything else has gone wrong. Trinity is engineered so that what you see in the console is what you can actually recover, without disrupting production along the way.
- Encrypted S3-compatible object storage with time-limited signed transfer links
- Every recovery point carries a manifest and checksums, verified on restore
- Sensitive environment values are redacted before data leaves the host
- Multipart uploads with automatic retry and progress reporting
- Disk-space safeguards before any backup job starts
- Reduced resource priority so production workloads come first
- Automatic retry for interrupted backup and restore jobs; overdue backups raise alerts
- Optional email notifications for failed or degraded backups and restores
- Automatic collector updates when hosts are idle
- Compliance-mode immutability that no credential compromise can bypass
- Linux AMD64 with Docker Engine and systemd
- Root or sudo privileges to install the collector
- Outbound HTTPS to Trinity and object storage
- Restores, deletions, and remediation always require admin privileges
Take the Details
with You
Everything on this page, condensed into a two-page PDF built for sharing: what Trinity delivers for Docker, the three-step deployment, the engineering safeguards behind every backup, and the host requirements. Pass it to your infrastructure team or bring it to your next backup review.
See Trinity Protect Your First Host in Minutes
Bring backup, recovery, monitoring, threat detection, and guided response together in one platform. Tell us a little about your environment and a CyberFortress specialist will set up a live walkthrough.
- A live demo of Trinity protecting a real Docker host
- Scoping for your organization or your entire customer base
- Answers from a specialist, not a sales script
Fill out the form and we’ll be in touch within one business day.
