For engineering and platform teams
Ship fast without turning every release into a security rule project.
Protect websites and APIs with route-aware controls, useful event context and managed tuning that works with the way developers build and release software.
DEVRelease protection pipeline
Policy validated
MVX
Behavioral AI
Continuous learning
Traffic signals
Adaptive policy
Security that understands the application
Keep control close to routes, behavior and releases.
MVX gives engineering teams the evidence needed to debug a blocked request while managed specialists handle baselines, exceptions, attack tuning and escalation.
Generic controls
One-size rules ignore the difference between public content, authentication, webhooks and expensive API operations.
Opaque blocking
A security event without request and policy context sends developers into slow, speculative debugging.
Release drift
New endpoints and payload shapes can create gaps or false positives when controls do not evolve with the product.
Security toil
Engineering time disappears into rate limits, allowlists and emergency firewall changes during incidents.
Developer workflow
Protection follows the application lifecycle.
Policies evolve with production behavior without turning developers into full-time WAF operators.
Describe the surface
Share domains, endpoints, authentication flows, webhooks and expected integrations.
Observe real traffic
Build baselines for methods, payloads, identities, volumes and route sequences.
Tune by route
Separate public, authenticated, sensitive and machine-to-machine traffic policies.
Release with evidence
Review anomalies and policy events with enough context to validate or adjust quickly.
Engineering controls
Useful protection without a second platform to babysit.
The edge absorbs common security work while engineers retain visibility into decisions that affect the application.
Endpoint-aware rate policy
Shape traffic according to route cost, authentication context and expected client behavior.
Payload inspection
Detect exploit signatures, encoding evasions and abnormal request structures.
Bot classification
Separate legitimate automation, partners, crawlers and abusive scripted traffic.
Release-safe modes
Validate controls in observe or challenge mode before enforcing a block.
Event diagnostics
Connect request metadata, matched policy and mitigation outcome for faster debugging.
Managed exceptions
Document and scope trusted integrations without leaving broad permanent bypasses.
Faster releases
Avoid rebuilding edge security logic inside every service.
Fewer false positives
Tune decisions around actual routes and legitimate client behavior.
Cleaner incidents
Use request-level context to separate application defects from hostile traffic.
Lower toil
Move continuous policy maintenance to a managed operating layer.
Questions from for engineering and platform teams
Clear answers before your team changes production traffic.
Will MVX slow down our deployment process?
No. Policies can start from observed production behavior and be introduced independently from the application release cycle.
Can developers see why a request was mitigated?
Yes. Events provide route, request, policy and mitigation context so the team can validate expected behavior.
How are API and browser traffic treated differently?
MVX can apply distinct controls by hostname, route, method, identity signal and expected request pattern.
What if a new release changes payloads or traffic volume?
The team can review the change with MVX, observe the new baseline and tune affected policies before strict enforcement.
Next step
Bring your routes, not a firewall rulebook.
Walk through your architecture and release model with a specialist who understands application behavior.