Engineering — Service line 03

Technical support & contact centre engineering

Telephony, CRM and workflow engineering — integrations, routing logic, dialler configuration and the automation that removes the steps nobody should be doing by hand.

Coverage
Tier one and tier two, 24/7 where the product needs it
Disciplines
Telephony, CRM, integrations, workflow automation
Typical ramp
Three to six weeks depending on product depth
Reporting
Resolution rate by tier, escalation reasons, root causes

Two halves of the same problem

This line does two things that most providers sell separately, because in practice they are the same problem. One half is technical support: people who can actually diagnose a fault rather than read a script at a customer who has already tried turning it off and on again. The other half is engineering the contact centre itself — the routing, the integrations, the automation — so that the support team is not spending half its day on work a system should be doing.

Technical support

Tier one triage and tier two resolution for software products, hardware, connectivity and platform services. Agents are recruited for aptitude rather than for a script, trained on your architecture and your known failure modes, and given real access to the diagnostic tools — logs, admin consoles, test environments — because support without visibility is just a courteous holding pattern.

  • Installation, configuration and onboarding support.
  • Fault diagnosis, reproduction and documented handover to engineering.
  • Account, provisioning and access issues.
  • Known-issue management, so the fiftieth report of a live incident is handled in seconds.

Every escalation to your engineers arrives with reproduction steps, environment details, logs and what has already been ruled out. Support that escalates a one-line ticket is transferring work, not doing it.

Contact centre engineering

The systems side, whether or not we are staffing your floor:

  • Telephony and routing — IVR design that does not trap people, skills-based routing, queue overflow, callback rather than hold, and recording configured to your retention policy.
  • Dialler configuration — pacing, list management, suppression, retry logic and the calling-window rules your market imposes.
  • CRM and helpdesk integration — screen pop on inbound, unified customer history across channels, and an end to agents copying reference numbers between two tabs.
  • Workflow automation — ticket routing and triage, templated follow-up, data sync between systems that were never designed to talk to each other.

The cheapest support ticket is the one that never arrives. Before adding agents to a queue we look at what is generating it. A confusing error message, a broken confirmation email, or a form that silently fails on mobile can generate more contacts than a whole product line. Those go in the report as findings, with the volume attached.

Applied automation

Automation earns its place where the work is genuinely repetitive and the failure mode is cheap — classifying and routing an inbound ticket, drafting a reply for an agent to check, summarising a call into the CRM, flagging the tickets that are drifting. It earns nothing where judgement is required, and a bot that confidently answers wrong costs more goodwill than a slower human answer. We are conservative about the boundary and explicit about where we have drawn it.

Who this suits

Software and hardware companies whose support queue needs real diagnosis; telecoms and platform businesses with routing complexity; and any operation that has grown into a stack of tools that do not talk to each other. If your agents are working from a spreadsheet next to the CRM, that is the problem this line exists to remove.

Common questions

Can you work on our existing telephony rather than replacing it?

Yes, and that is usually the right answer. Replacing a working phone system is expensive and risky, and most of the gains come from configuration rather than replacement — routing, queueing, integration. We would only recommend a change where the platform genuinely cannot do what you need, and we would show you why.

What is the difference between your tier one and tier two?

Tier one handles documented issues end to end — known faults, configuration, access, anything with a runbook. Tier two takes what tier one cannot close: reproduction of unknown faults, log analysis, and the packaging of a genuine bug for your engineering team. Where the split sits is set with you at scoping, because it depends entirely on how much access you are comfortable granting.

Do you need access to our production systems?

Only to whatever you decide to grant, and less is usually workable. Read access to logs and an admin console covers most diagnosis. Where deeper access is not appropriate, tier two works from what tier one can capture and the reproduction happens on your side — slower, but it is your call and we will scope to it.

Will you use AI to answer tickets?

Only where you have agreed to it, and with a human check in the loop by default. Automated classification and routing we would recommend to almost anyone. An automated reply going straight to a customer without review is a decision with real downside, and we will not turn it on quietly. Anything we automate is written into the scope.

Can you do the engineering work without us outsourcing the agents?

Yes. Routing design, integration work and automation are frequently taken as a standalone project by companies who intend to keep support entirely in-house. There is no requirement to buy the people to get the systems work.

Work with us

Tell us what is keeping the queue full.

Send over the volumes, the hours you need covered and the systems you already run. We will come back with a staffing shape, a timeline and a price — not a brochure.