Run your backend from
one dashboard.
Infraveil runs the backend behind your product. Deploy your code, keep it running, put security rules in front of it, and watch every log, request, and alert from one dashboard - on servers you already own. No more jumping between separate tools to find out what is going on.
Send alerts to Slack or Teams, open incidents in incident.io, file GitHub issues, post signed webhooks, or export to OpenTelemetry. Your existing tools get the updates; Infraveil stays the single place where everything is recorded.
Start with the live demo
The demo walks through it step by step: connect a server, bring it online, check its logs and health, add security rules, and try the recovery controls. Pricing and docs are here too, but the product makes the most sense once you see it running on a real machine.
Deploys across multiple servers, security rules, recovery, live logs, request tracing, service health, and traffic controls all come in the same plan. Professional covers up to five APIs with no usage-based billing.
See plan detailsOne place to deploy, run, secure, and watch your backend.
Most teams stitch together a separate tool for each job - one to deploy, one for security, one for monitoring, one for incidents. Infraveil does all of it from one dashboard, so deploys, service health, security rules, logs, and recovery all work together instead of living in separate tabs.
Rate limits, geo rules, honeypots, request tracing, multi-server rollout, service health, incident context, and recovery are all part of the same product - not add-ons you have to wire up yourself.
Install on your server
Run one command to install the Infraveil agent on a server you own. It runs your code right there - your app stays on your own infrastructure.
Keep services running
The agent runs your services, checks they are healthy, and restarts anything that crashes - within limits you set, so a broken service can't loop forever.
Put security rules in front
Rate limits, geo rules, honeypots, and bad-traffic detection sit in front of your app - no code changes needed - and run right next to the service they protect.
See everything in one place
Logs, traces, who owns each service, incidents, public status, audit exports, and recovery actions all live in one dashboard - no SSH-ing into servers to find out what happened.
Two small pieces. One clear picture.
Infraveil installs two things on the servers you own: a launcher that manages the host, and an agent that runs and watches your services. Together they report exactly what is happening on each machine.
Because everything reads from that same live picture, every screen agrees. Logs, request traces, incidents, the service list, public status, recovery suggestions, and audit exports all answer the same questions: what is deployed, where it runs, how it is behaving, and what the records show.
Runs your services the way your config says, starts the agent, spots crash loops, and uses a cached copy if the connection drops.
Confirms the code is the right one, runs your services, checks their health, reports metrics, and restarts crashes within set limits.
Puts rate limits, honeypots, geo rules, and bad-traffic detection in front of your app, and acts on what it finds.
Turns what's happening on each server into incidents, status pages, a service list, recovery steps, and actions you can take.
One platform. Every screen.
The launcher and agent send live data into one control plane - so deploys, security, monitoring, recovery, status, and your audit trail all read from the same facts.
What You See Once a Server Connects
As soon as a server comes online, the dashboard opens up into a full workspace for deploying, monitoring, securing, and recovering your services.
See your infrastructure at a glance
Track server health, request volume, security events, and system status. Security rules sync every 5 seconds and auto-recover from server failures.
42ms
184
0
This page shows your entire backend at a glance: how much traffic you are getting, which servers are healthy, and where risk sits. Everything else flows from here.
Incidents built from your live runtime data
Infraveil does not need an operator to manually stitch together what happened. The server correlates launcher sync, agent heartbeat, runtime logs, request trace, security events, and pipeline telemetry into a clean incident surface.
1 launcher host degraded
Launcher runtime reported sync failures and a suspended agent after crash-loop protection engaged.
The incident is not guesswork. It is built from the launcher reporting its own sync failure count, cached agents, suspended agents, fetch failures, and process state, then combined with agent heartbeat and telemetry.
A customer-facing view from internal evidence
Status should not be a manually updated artifact divorced from reality. Infraveil produces a clean status preview from the same operational record that drives incidents and service ownership.
Degraded performance
Generated from launcher sync, agent heartbeat, runtime logs, request trace, and security events.
Every service, owner, server, and health check in one list
This is not a spreadsheet you keep up to date by hand. It is built from what the servers report in real time: which services are running, on which hosts, the exact code version, and whether each one is healthy.
payment-api
When something breaks, you shouldn't have to dig through a deploy page, a status page, a monitoring tool, and a spreadsheet to find out which service is affected. Infraveil already knows the agent, server, code version, and health.
Manage your running services
See every running service, its status, code version, config, which server it is on, and whether it is healthy. Edit code in place, redeploy with one click, and keep a record of exactly what is running.
| Identifier | Type | Status | Package Hash | Actions |
|---|---|---|---|---|
|
auth-api
Authentication & session management
|
Node API | Running |
a7f3c9d1...
|
|
|
payment-api
Payment processing & webhook handling
|
Node API + worker route | Running |
b2e8f4a6...
|
|
|
user-api
User management & profile operations
|
Rust service | Stopped |
c9d4e1f7...
|
|
|
webhook-processor
Async webhook queue processing
|
Python worker | Idle |
d1a5b8c3...
|
|
Get the port your service runs on. Route that port to your domain. Done. You are now running a critical service on secure infrastructure with full visibility.
No need to build rate limiting, geo-blocking, or security middleware into your code. Infraveil handles all of it automatically for every deployment.
Build monitoring stacks, target them to specific services or servers, and shape defense logic from the same workspace.
Connect servers and control rollout
Generate a secure, one-time deployment command for each server, assign services to the right launcher, and control multi-server rollout without pulling in extra complexity.
-H "Authorization: Bearer ivl_8x9...2k4" \
-H "X-Nonce: a7b3c9d1" \
-d '{"sandbox":true,"user":"admin"}'
Security Center
Threat protection, traffic analysis, and access control for your infrastructure.
Telemetry pipeline execution
Watch each request flow through your telemetry and response pipelines. See which stages executed, what data was captured, and what decisions were made. Build custom defense modules from observed traffic.
Live output from all your services
Live output streams from every deployed service. Filter by server, search output, or verify log integrity. Cryptographically chained to detect tampering.
Every log entry is cryptographically chained. Any modification to past entries would be automatically detected.
View all servers at once or filter to a single service. Each stream is color-coded and timestamped for easy correlation.
Search across all output or filter by log level. Export logs for external analysis.
See every request in real time
Watch every HTTP request hitting your services live. Method, path, headers, response codes, and latency. Essential for debugging and security analysis.
Expand any request to see full headers, body, response codes, and timing. Essential for debugging service issues.
Filter by path, method, status code, or latency. Search across captured traffic to find specific requests.
Blocked and rate-limited requests are clearly marked with the enforcement reason.
See what the agent is doing
See exactly what the Infraveil agent sends back to us. Every request to api.infraveil.com is shown here: security-rule fetches, heartbeats, deploy check-ins, and security events. Nothing is hidden.
The agent sends regular heartbeats to api.infraveil.com to stay connected and report its health.
Security policies, firewall rules, and geo-blocking configs are pulled from Infraveil's backend.
Security events, threat signals, and pipeline decisions are reported back for dashboard visibility.
How Infraveil works
Read how the pieces fit together: code delivered securely to your server, checked before it runs, security rules applied in front of it, services kept running, and the agent talking back to the dashboard.
1. Secure Deployment
Your API code is encrypted and sent to the agent over a secure connection. It's checked for tampering before it runs.
2. Checked Startup
Each service runs in its own clean workspace with health checks, traffic routing, and restart limits - and Infraveil keeps it running whatever language it's written in.
3. Real-Time Enforcement
Security policies sync from the dashboard to all agents. Rate limiting, geo-blocking, and threat detection apply instantly.
Manage your subscription
See your plan and payment history in one place. Infraveil is sold as a single Professional plan: one flat monthly price, no setup fee and no surprise usage charges.
Runtime error recovery
When your code crashes, the LLM layer analyzes the traceback, excluding any auth or proprietary logic you mark as off-limits, identifies the issue, and proposes a fix. You review it, ask questions in the discussion thread, and explicitly approve or decline. Nothing deploys without your consent.
Thread exit detected. Traceback sent to LLM layer (auth/proprietary code redacted by default).
LLM reads the problematic snippet, identifies the root cause, generates a targeted fix.
Fix is presented with a precise description of what went wrong. You can ask questions in the discussion thread.
You approve or decline. Nothing deploys automatically. Auth logic fixes are blocked by default.
server.js:47 — KeyError: 'user_id'.get('user_id', None) with explicit None handling, or add key existence check before access.When an agent goes offline, the dashboard auto-provisions a fresh instance. But a broken server that loop-restarts is still broken. The LLM worker breaks this cycle — not by auto-deploying, but by proposing fixes you explicitly approve. It exists to escape the breakage loop, not to replace your judgment.
Account settings
Manage your organization details and account information.
Decide where traffic lands and what deploys first
Set default host behavior, rank your servers, and pin an API to a specific host. Placement controls how requests are routed, how failover works, and the order services deploy across your servers.
Routing, failover, and deploy order are one setting, not three separate tools. Pin a latency-sensitive API to a host, rank the rest, and the gateway and agents follow it automatically.
Test the live gateway entry point
The test console runs against your real gateway: health and echo routes, decoy trap routes, and sample attack requests — so you can see exactly how a request is handled before an attacker finds out.
See what your servers and agents report right now
One screen for live server and agent status, with one-click audit export, a signed status report, and a health check that tests the whole runtime end to end.
Know each host's safe capacity before you ship
Capacity tests compare your hosts on safe API count, spare headroom, agent load, CPU, memory, and disk — then recommend where the next service should run.
Run the next API on edge-us-east. West is close to its safe limit.
Keep running when the dashboard is unreachable
Each server caches encrypted copies of your code and boots from the last working version, so it keeps serving even when it can't reach the dashboard. Watch the cache and the event queue in one place.
Services, health checks, and limited restarts
The agent reads your config, starts each service, captures its output, tracks exits and restart counts, and runs health checks — with restart limits so a crash loop can't run away.
The gateway and its route map
The local gateway matches each request path to a route in your config and passes it to the right service port — the same path every security check runs on.
Proof of what ran and who did it
Every privileged action leaves a tamper-evident receipt: a cryptographic signature, the version of the code it ran against, and the operator and time. A record you can check, not a screenshot.
Build the exact flow: capture, score, act
Set what to capture, how to score it, and what to do next — then test it live against one API or all of them before it ever touches production traffic.
Send alerts and records to your other tools
Push incidents and signed records to the tools your team already uses. They get a copy; Infraveil stays the one place your backend is run from.
Incident and emergency-action alerts to your team.
Send verified runtime records into incident response.
Turn proposed fixes into tracked work items.
HMAC-signed records sent to your own endpoint.
Keep export references alongside your existing traces.
Reach a support engineer without leaving the dashboard
Open a ticket with a summary and urgency, and your workspace details attach automatically — no copy-pasting logs into another tool.
One place to deploy and run your services
Ship code to your own servers with security rules, monitoring, and automatic recovery already built in.
What Infraveil Replaces
One platform instead of seven separate tools to buy, wire up, and maintain.
Deploy Tooling
CI/CD pipelines, Docker registries, kubectl, Helm charts
Security Layers
WAF, rate limiting service, geo-blocking middleware, DDoS protection
Monitoring Tools
Log aggregator, APM, network tracer, metrics dashboard
Incident Response
On-call rotation, manual debugging, post-mortem analysis
One Deployment Command
Launcher generates a one-time deploy command. Server connects instantly.
Built-In Security
Rate limiting, geo-blocking, and honeypot traps sync every 5 seconds.
Monitoring in One Place
Logs, request traces, and traffic analytics, all from the same live view of your servers.
Automated Recovery
When code crashes, the system identifies the issue, proposes a fix, and waits for your approval.
Seven separate tools, replaced by one.
Who This Is For
Infraveil works for any team that runs a backend. The compute stays on your servers, so you keep full control. If you ever switch servers, just unplug and move.
Startups Building APIs
You are building APIs, payment processing, auth systems, or data pipelines. You need deployment that keeps up with how fast you iterate.
Teams That Want Control Without Complexity
You want production-grade infrastructure without managing Kubernetes, service meshes, or layered cloud-provider configuration.
Teams That Want It All in One Place
Deploying, securing, monitoring, and recovering your services shouldn't mean paying for and wiring up seven different tools before you've even hit scale.
Your whole backend, live, on one screen.
The Alternative
What you would need to build yourself to get everything Infraveil provides out of the box.
Without Infraveil
GitHub Actions, GitLab CI, or Jenkins for build and deploy automation
Kubernetes, Docker Swarm, or Nomad for workload management
WAF (Cloudflare/AWS WAF), rate limiting service, geo-blocking middleware, DDoS protection
Log aggregator (Datadog/Splunk), APM (New Relic), network tracer, metrics dashboard (Grafana)
On-call rotation (PagerDuty), manual debugging, post-mortem analysis
2-3 senior engineers spending their time wiring up and maintaining this infrastructure instead of building product
With Infraveil
Generate a single-use install command. Your server connects in seconds.
Rate limiting, geo-blocking, honeypot traps sync every 5 seconds
Logs, request traces, and traffic analytics, all from the same live view of your servers
Runtime error recovery identifies crashes, analyzes failures, proposes fixes, and waits for operator approval before changes are applied.
Compute stays on your servers. No vendor lock-in. Unplug and move anytime.
One dashboard, so you don't need a dedicated infrastructure team to run it.
Why One Dashboard Wins
Your team shouldn't need five tools and a pile of custom scripts just to run a backend. Infraveil brings deploys, security, monitoring, multi-server coordination, and recovery into one place - so there's less to buy, less to learn, and less to maintain.
Fewer Tools
Deploy, security, monitoring, and recovery in one place. No more bouncing between a CI/CD tool, a WAF, a log service, an APM, and an incident tool.
Less to Keep Track Of
Fewer moving parts, fewer systems to remember, fewer places to go when something breaks. Your team works from one screen instead of jumping between five.
Less Custom Glue Code
Less scripting and less upkeep. Stop building and maintaining your own tools just to connect your deploy, security, and monitoring setup together.
Ship Faster
Go from code to a running, watched service in minutes. The launcher and agent check the code, start your services, route traffic, report health, and stand ready to recover - no pile of custom release scripts to babysit.
Security Built In
We won't pretend security risk ever disappears. But Infraveil keeps control of your servers separate from your app code, checks code before it runs, and applies the same rate limits, geo rules, and honeypots in front of every service.
Less Tech Debt
Every deploy starts from a clean copy, so servers don't drift apart over time and "it works on my machine" stops being a problem. When something breaks, recovery rebuilds from a known-good copy instead of patching in place.
Fits into your workflow without taking it over.
Infraveil can ping Slack or Teams, open incidents in incident.io, file GitHub issues, send signed webhooks, and export to OpenTelemetry. Your tools get the updates; the full record stays in Infraveil - server status, traffic, incidents, recovery actions, and your audit trail.
Send incident and emergency-action alerts straight to your team.
Open incidents in the tool your team already uses, with the context attached.
Turn recovery suggestions and findings into tracked work items.
Send signed updates to your own endpoint so you can verify they came from Infraveil.
Deploy backend services
from one dashboard.
With most setups, you wire up deployment, monitoring, security, incidents, and recovery as separate tools after your service is already live. Infraveil follows one clear path instead: check the code, set up a clean workspace for each service, run and watch every process, route traffic through a security layer, and report it all back to the dashboard.
Scattered Across Tools
Deployment, logs, incidents, policy, and recovery live in separate tools
When something fails, you piece the story together by hand
What's actually running and what your status page says often don't match
One Clear Path
Your code is checked before the agent runs it
Works with Node, Python, Go, Rust, Java, and more
Each service runs in a clean workspace, not tangled up with the host
Your development workflow stays the same.
You write and build your code exactly as you do today, in whatever language fits the job. Infraveil handles everything around it: deploying, connecting your servers, keeping services running, applying security rules, keeping a record, and recovering when things break.
One Command to Deploy
The Launcher generates a secure, one-time deployment command. Paste it on your server, and it connects to your dashboard instantly.
Authenticate and Generate
Sign in with Windows Hello or TOTP. The system generates a one-time deployment command with a unique code.
-H "Authorization: Bearer ivl_..."
-H "X-Nonce: a7b3c9d1"
Install on Your Server
Paste the command on your Linux, macOS, or Windows server. It installs isolated, runs without root access, and connects to your dashboard.
Deploy and Operate
Upload your service through the dashboard. Your server pulls the code over an encrypted connection, checks it hasn't been tampered with, and runs it with security rules already in place.
Know Exactly What's Running
The idea is simple: don't trust blindly, check the code before it runs, and keep control of the server separate from your app code. Infraveil runs each service in its own clean workspace, confirms the code is the one you shipped, applies your security rules, and can rebuild from a clean copy when needed.
Contained and Checked
Each service runs in its own clean workspace, kept separate from the rest of the server. The code is checked before it starts, so nothing runs that you didn't ship.
Stops When Something's Wrong
If a service looks unhealthy or starts behaving strangely, Infraveil can stop it and wait for a fresh, clean deploy before it runs again.
Fast to Rebuild
If a server goes down and you bring up a new one, it pulls the current version and is back in service in seconds - no rebuilding everything by hand.
From Upload to Running
What Your Team Gets Back
The payoff is practical: fewer moving parts at release time, tighter control over what runs, and less time spent gluing tools together.
Less Guesswork
Checked code, health checks, request traces, and a clear audit trail mean you can see what happened instead of guessing.
Less Maintenance
Your team spends less time rebuilding environments and fixing servers that have drifted, and more time building your product.
Ship Changes Faster
With less setup work between you and production, your team can test, tweak, and release changes more often.
Build your own security rules, your way
Set up checks that run on incoming traffic: name them, put them in order, point them at specific services or servers, and run several at once. Decide what to watch for, score the traffic, and respond in the order that fits your app.
Threat Scoring and External Lookups
Call external APIs mid-request with full context. Use threat scores or abuse reports to drive enforcement decisions.
Deception and Honeypot Actions
Serve fake 200 responses to attackers. Hold suspicious requests for 15+ seconds. Log attacker fingerprints in real time.
Cumulative Risk Scoring
Each detection adds points. Block, slow down, or divert the request once the score passes your threshold. Weights are configurable per deployment.
Ask what changed, then act on it.
A built-in AI assistant can read your logs, server status, incidents, service list, request traces, and security rules, then explain what's going on and suggest what to do. It only runs actions you approve.
“Why did payment-api degrade, and what should I do first?”
Built for Teams That Need Control and Proof
Infraveil fits anywhere you need tight control over what's deployed, a clear record of what happened, and fewer tools to manage.
Government
For teams that need tight control over deploys, clear separation between systems, and an audit trail they can show.
Defense
For cases where servers must be rebuilt fast while you keep full visibility into what's deployed, what's healthy, and how it recovered.
Professional
Makes it easier to ship internal tools and customer-facing services while keeping all the controls in one place.
Private Sector
Keeps backend operations in one place and shortens the time it takes to get product changes live.
The same setup, wherever your servers run.
How It Works, in Detail
Your engineers can read exactly how Infraveil works and why it's built this way before you commit to it.
Review Trust ModelYour Data Stays With You
Letting another company manage your infrastructure raises a fair question: who holds your data? Infraveil keeps as little as possible and keeps your operational records on your own servers.
Application activity can be logged right on your servers in audit.log, so you set your own retention and review rules to match the standards you follow, including SOC 2, HIPAA, or GDPR.
From Testing to Production
A clear path from trying it out to running it for real.
Development Environment
Use a development agent to check how your service behaves, practice the deploy flow, and get it right before going live.
Production Environment
Move the service to a production agent with monitoring, security controls, and a clear recovery plan already in place.
Open the demo and follow the full flow
Start with the connection, move through live monitoring and security controls, and finish with the workspace tools that stay available after the server comes online.