Comparison¶
PulseRoute vs. Doing Nothing¶
Most payment teams rely on manual failover — an engineer gets paged, investigates, and flips traffic. Here's how that compares:
| Manual Failover | PulseRoute | |
|---|---|---|
| Detection time | 5-30 minutes (alert → investigate → confirm) | Seconds (automatic) |
| Response time | 15-60 minutes (update config → deploy → verify) | Automatic, zero human intervention |
| Overnight/weekend | Depends on on-call response | 24/7, no human needed |
| Gradual degradation | Often missed entirely | Detected via multi-signal analysis |
| Recovery | Manual — someone has to switch back | Automatic with gradual traffic return |
| Cost per incident | Engineering time + lost transactions | Near-zero |
Real cost of manual failover:
For a business doing 100K transactions/month at $75 AOV: - Average outage detection: 15 minutes - Transactions during detection window: ~250 - Failed transactions (at 50% failure rate): ~125 - Revenue lost per incident: ~$9,375 - If this happens twice a month: ~$18,750/month
PulseRoute detects the same incident in under 30 seconds, reducing failed transactions to ~10-15. Revenue saved: ~$8,500 per incident.
PulseRoute vs. Building In-House¶
You could build payment failover yourself. Here's what that typically involves:
Engineering Investment¶
| Component | Estimated Effort | PulseRoute |
|---|---|---|
| Health monitoring (success rate, latency tracking) | 2-3 weeks | Included |
| Threshold-based failover logic | 1-2 weeks | Included |
| Routing rules engine | 2-4 weeks | Included |
| Predictive failure detection (ML) | 2-3 months | Included |
| Adaptive traffic optimization | 1-2 months | Included |
| Dashboard and observability | 2-4 weeks | Included |
| Webhook alerting | 1-2 weeks | Included |
| Multi-tenant isolation | 2-3 weeks | Included |
| SDK with caching and buffering | 2-3 weeks | Included |
| Total | 5-8 months, 2-3 engineers | 15-minute setup |
At $150K/year fully-loaded cost per engineer, that's $125K-$300K in engineering investment — before ongoing maintenance.
Ongoing Maintenance¶
The initial build is just the start:
- Model retraining: ML models drift. Someone needs to monitor prediction accuracy and retrain periodically.
- Threshold tuning: Different processors and traffic patterns need different thresholds. This is ongoing operational work.
- Edge cases: What happens when both processors degrade simultaneously? When a processor partially fails (some error codes, not others)? When traffic patterns change seasonally?
- On-call burden: Someone owns this system. When it breaks, they get paged.
PulseRoute handles all of this as a managed service.
What You Should Build In-House¶
To be fair, some things make sense to build yourself:
- Processor-specific retry logic — you know your processors' idiosyncrasies better than anyone
- Business-rule routing (e.g., "route subscriptions to Processor A") — PulseRoute handles this via routing rules, but complex business logic may warrant custom code
- Payment orchestration — PulseRoute is a routing intelligence layer, not a full payment orchestration platform
PulseRoute vs. Native PSP Failover¶
Payment processors offer their own resilience features. How does PulseRoute compare?
Stripe Adaptive Acceptance¶
Stripe's Adaptive Acceptance optimizes acceptance rates within Stripe. It's good at what it does, but:
- Only works within Stripe — doesn't help when Stripe itself is the one failing
- Can't fail over to Adyen, Braintree, or any other processor
- You have no visibility into what it's doing or control over its decisions
Adyen Dynamic Routing¶
Similar story — Adyen optimizes routing across their acquiring bank connections:
- Only works within the Adyen network
- Can't route traffic to a different PSP when Adyen has issues
- Limited visibility and configurability
PulseRoute's Position¶
PulseRoute is the processor-agnostic layer that sits above all your PSPs:
| Native PSP Features | PulseRoute | |
|---|---|---|
| Scope | Within one PSP | Across all PSPs |
| Failover | Within PSP's network | Between PSPs |
| PSP outage | You're stuck | Automatic failover |
| Visibility | Limited | Full dashboard + API |
| Control | PSP-managed | You configure thresholds, rules, tiers |
| Multi-processor | N/A | Native support |
PulseRoute doesn't replace Stripe's or Adyen's internal optimization — it complements it. Use Stripe Adaptive Acceptance within Stripe, and PulseRoute to decide whether traffic should go to Stripe or Adyen in the first place.
Summary¶
| Approach | Setup Time | Monthly Cost | Failover Speed | Predictive | Cross-PSP |
|---|---|---|---|---|---|
| Manual failover | 0 | $0 + eng time | 15-60 min | No | Yes (manual) |
| In-house build | 5-8 months | $10K+ maintenance | Seconds | If you build it | Yes |
| Native PSP | 0 | Included | Varies | Varies | No |
| PulseRoute | 15 minutes | Usage-based | Seconds | Yes (Tier 2) | Yes |