Three integration nightmares. One translator.
Legacy you can't rewrite. Networks you can't reach. Versions nobody migrated off. trAPIoka deletes the glue that holds each one together.
SOAP from 1998. REST teams in 2026. Custom glue forever.
A mainframe runs payroll. A SOAP service from a vendor acquisition runs payments. A Java 7 monolith handles inventory. None can be rewritten. All have to be exposed to modern teams, so someone writes another bespoke adapter service.
- ⨯One adapter service per integration. Average enterprise has 47 of them. We've asked.
- ⨯Untested at the boundary. The contract between adapter and legacy is verified by hand, once, at the start.
- ⨯3am calls to one person. Whoever wrote the SOAP wrapper in 2019 is your incident commander tonight.
- ⨯Compounding maintenance debt. Each new integration adds another 4-6 weeks of glue work per quarter, forever.
Import the WSDL. Define the REST surface you want. Map the fields. Done, that's the integration. trAPIoka owns the protocol bridging, retries, auth, and audit. Your team owns the route definition.
On-prem systems the cloud cannot reach. Without changing the firewall.
An Oracle DB in a colo. A Modbus PLC on the factory floor. A Cisco switch that only responds to SSH. The traditional answers, VPN, firewall rules, custom relays, all require network team tickets, multi-week waits, and ongoing maintenance.
- ⨯11-day average for inbound firewall rule approval.
- ⨯6-week average for a site-to-site VPN with proper segmentation.
- ⨯SSH-only devices are second-class. Switches, PLCs, IoT, everything that doesn't speak HTTP becomes a custom integration.
- ⨯Every new cloud service repeats the cycle. Network teams become the bottleneck for every product launch.
A lightweight agent runs inside your network and dials out to the trAPIoka platform on 443. Mutual TLS, certificate-pinned. No inbound ports. No firewall changes. No VPN. The cloud now reaches any on-prem service as if it were a local API.
aws · gcp · azure
platform
platform
outbound
your network
oracle · ssh · modbus
Deprecate a version. Tell every consumer. Enforce the date. Without a spreadsheet.
Breaking change ships in v2. Someone sends an email. Six months later you're chasing the last three teams. The audit team asks who's calling what. Nobody knows. Most companies run this on Slack messages and hope.
- ⨯8 months average per deprecation cycle, in our customer interviews.
- ⨯Hard cutoff is political, not technical. Someone always has a reason for more time.
- ⨯You don't know who is calling what. The data is in nginx logs nobody parses.
- ⨯Behavioural drift between versions only surfaces in production at 2am.
Mark v1 deprecated. Pick a sunset date. trAPIoka inserts Deprecation and Sunsetheaders automatically, tracks who's still on v1 by API key / JWT / cert, fires reminders on your schedule, and serves 410 GONE at cutoff with the migration link in the body.
Three roles. One decision.
Finds trAPIoka, runs the Sidecar, has a route working in an hour, walks it to their manager.
- Does it actually work?
- How fast can I prove it?
- Can I run it locally?
Owns the integration backlog. Tired of staffing it. Needs a force multiplier their team will adopt willingly.
- Will my team actually use this?
- How much glue code can I retire?
- What's the operational cost?
Has a five-year modernization plan. Needs something that bridges the mainframe to cloud-native without rewriting either.
- Does it scale to 2B req/day?
- Is it portable across clouds?
- What's the lock-in story?
The veto. Needs an auditable trail of every byte that touches the wire and proof you take their controls seriously.
- Where does data sit at rest?
- Tamper-evident audit log?
- BYOK · HSM · air-gap?
Deprecations become a managed, tracked process, not folklore on a spreadsheet.
# lifecycle.yaml version: payments-api@v1 deprecated_at: 2026-04-01 sunset_at: 2026-07-01 notify: channels: - { type: webhook, url: "https://hooks.…" } - { type: email, list: "api-consumers@…" } - { type: slack, channel: "#api-platform" } schedule: [-90d, -60d, -30d, -14d, -7d, -1d] cutoff: strategy: hard status: 410 body: "see https://api.acme.com/migrate/v1-v2"
Pick the one that hurts most.
The Sidecar binary solves any of these problems in an afternoon. The SaaS platform solves all three at organisation scale.