Outages are inevitable. A fragmented customer experience is not.
As distributed systems scale, managing operational complexity becomes critical. When systems degrade, applications must fail gracefully to protect customer trust and eliminate the ad-hoc panic loop.
Buried in Feature Flags
Operational states are often implemented through feature flags, custom code, and disconnected workflows meant for feature releases, increasing complexity and risk.
Inconsistent Implementations
Every engineering team builds its own custom status toggle or notification banner, leading to fragmented operational tooling.
No Centralized Control
Incident Commanders lack a single control layer to see which applications are operating under outage, degraded, or maintenance states.
Inconsistent Operational Behavior
Customers get mismatching messages across API endpoints, mobile applications, and web frontends, eroding trust during critical events.
Team Dependencies
Changing operational behavior requires finding code owners or deploying code changes, wasting valuable minutes during a SEV-1 incident.
Fragmented Coordination
Updating banners, schedules, and active outage flags requires orchestrating across Slack channels, CMS platforms, and custom scripts.
RuntimeHQ sits between your incident workflow and your applications
Your monitoring detects anomalies. Your on-call team assesses impact. The moment an incident is declared on RuntimeHQ, every connected application receives the computed operational state - instantly, without redeployment.
Operational Control Flow
Monitoring & Observability
e.g. Datadog, Splunk, Elastic
Internal Alerts
e.g. PagerDuty, Opsgenie
Impact Assessment
On-call team
RuntimeHQ
Declare · Resolve · Propagate
Application Response
Web · Mobile · APIs
Define Impact
Declare an incident or schedule a maintenance window from the centralized operational console. Link affected applications and their specific capabilities to the active event.
Propagate
RuntimeHQ computes the effective state for each application whenever an incident is created, its scope changes, or severity shifts. State is immediately distributed via highly available, edge-delivered APIs.
React Instantly
Connected applications synchronize the state payload in the background. They deterministically evaluate how each capability should behave - zero redeployments, no critical-path dependencies.
“Monitoring tells you something is wrong. RuntimeHQ coordinates how applications respond.”
Built strictly for operational readiness
No marketing clutter. Just pure operational pillars constructed to safeguard reliability when things break.
Multi-App Targeting
Trigger an operational state change once and propagate it consistently across all connected web, mobile, and internal applications.
Centralized Activation
A single control plane for Incident Commanders to trigger operational states without coordinating across disparate tools.
Zero-Code Updates
Toggle outage modes, maintenance banners, and runtime copy with one click-no code changes or redeployments required.
Commander Visibility
A unified live view showing Incident Commanders exactly which operational states and customer messages are active across every application.
Scheduled Windows
Pre-schedule maintenance windows to automatically activate notices and gracefully degrade capabilities without manual intervention.
Engineered for distributed tech organizations
RuntimeHQ aligns SREs, Incident Commanders, and platform engineering teams under a single source of truth.
Platform Engineering
Standardize outage banner APIs across micro-services, web clients, and mobile layers. Deliver consistent SDK templates.
SRE Teams
Guarantees edge caching and deterministic state resolutions. Prevents accidental production outages with staging keys.
Incident Commanders
Gain live command surfaces to toggle emergency messages instantly-without waiting for emergency code deploys or feature-flag approvals.
Engineering Operations
Maintains centralized activity trails, append-only timelines, and post-incident timeline generation for COEs.
See RuntimeHQ in Action
A 3-minute walkthrough of how RuntimeHQ helps applications respond consistently during outages, degraded service, and maintenance events.
RuntimeHQ is not a feature flag platform, status page, or observability system.
We do not track metrics, monitor clusters, or generate marketing copy. RuntimeHQ is operational state infrastructure purpose-built specifically for outages, degraded states, and planned maintenance coordination in customer-facing applications.
Frequently Asked Questions
Clear answers about operational state propagation, integrations, and application behavior.
What is RuntimeHQ?
How is RuntimeHQ different from feature flags?
How do applications consume runtime state from RuntimeHQ?
Can RuntimeHQ activate outage banners without redeployment?
Who is RuntimeHQ built for?
Why do companies need centralized outage banner management?
Does RuntimeHQ replace a status page?
Can RuntimeHQ manage maintenance windows across multiple applications?
Establish a Single Source of Operational State
Eliminate fragmented operational workflows and establish a single source of truth for outages, degraded service, and maintenance states.
Meet an Architect
Discuss your architecture and integration directly with the engineers building RuntimeHQ. No sales reps or qualification decks.
Pick a Time