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Managed Engineering Operations

Managed IT and Engineering Services That Guarantee Operational Reliability

We assume full operational accountability for your technology estate - delivering 24/7 production support, ITIL-aligned incident and change management, proactive capacity planning, and structured cost optimisation under contractual SLAs. Your engineering team builds product while we keep the lights on.

ISO 27001SOC 2 ReadyNDA Day 1MSA AvailableIP Protection

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500+
Enterprise Clients
10,000+
Engineers Deployed
50+
Countries Served
99.4%
CSAT Score
48h
Team Assembly

The Challenge

Operational Burden Is Silently Degrading Your Engineering Productivity

Most engineering organisations spend 30-50% of their capacity on reactive operational work - incident response, manual deployments, unplanned infrastructure maintenance, and compliance evidence gathering. This operational tax compounds over time, crowding out product innovation, accelerating senior engineer burnout, and eroding the reliability that enterprise customers depend on.

47%
of engineering time lost to unplanned operational work in mid-scale organisations
3.2x
higher attrition among engineers carrying sustained on-call burden without tooling support
$2.4M
average annual cost of unplanned downtime for mid-market technology businesses
68%
of production incidents are repeat events without structured problem management

Why QuickHire

Why Enterprises Choose QuickHire

01

Contractual SLA Accountability

Every service commitment is backed by a contractual SLA with defined financial consequences for breaches. We own operational outcomes, not just effort.

02

ITIL-Aligned Operating Model

Our service processes are built on ITIL best practices for incident, problem, change, and continual improvement management. This eliminates the informal firefighting that erodes engineering culture.

03

Dedicated Service Delivery Manager

A single named accountable lead chairs your monthly service reviews, owns escalation management, and translates operational data into strategic recommendations. You always have a person, not a queue.

04

Proactive Capacity and Cost Management

We model your growth trajectory, right-size your infrastructure, and optimise cloud spend continuously. Clients typically realise 20-35% cloud cost reductions within six months.

05

Multi-Cloud and Hybrid Coverage

Our managed service operates across AWS, Azure, GCP, and on-premises environments within a single engagement. No operational silos between your cloud and on-premises workloads.

06

Security and Compliance Embedded

Patch management, vulnerability scanning, access control reviews, and compliance evidence generation are built into the managed service - not charged as optional add-ons.

Challenges

Common Enterprise Pain Points

01

Unsustainable On-Call Culture

Engineering teams carrying informal on-call rotation without structured incident management suffer accelerating burnout and attrition. Without SLA governance and escalation paths, every incident relies on individual heroics rather than repeatable process, making the organisation fragile to personnel changes.

02

Repeat Incidents Without Root Cause Closure

Organisations without formal problem management resolve incidents symptomatically rather than eliminating their root causes. This creates an accumulating backlog of known fragility that generates recurring outages, erodes stakeholder trust, and consumes disproportionate engineering capacity over time.

03

Uncontrolled Cloud Spend Growth

Cloud infrastructure costs frequently grow faster than business value as organisations scale, due to idle resources, over-provisioned instances, absent lifecycle policies, and missed reserved capacity opportunities. Without dedicated cost engineering, waste compounds and becomes difficult to unwind without disrupting running services.

04

Change-Induced Production Risk

Organisations without disciplined change management introduce production risk with every deployment, configuration change, and infrastructure modification. Undocumented changes, absent rollback plans, and ad-hoc deployment practices are among the leading causes of major outages in growing technology businesses.

05

Compliance Audit Overhead

Preparing evidence for SOC 2, ISO 27001, PCI DSS, or HIPAA audits consumes significant engineering and management time when compliance practices are not embedded in day-to-day operations. Retrospective evidence collection is slow, incomplete, and creates regulatory risk that a mature managed service eliminates.

Our Approach

A Fully Managed Engineering Operations Service Built on Accountability and Process Maturity

Our managed service transfers operational accountability from your engineering team to a dedicated service organisation governed by contractual SLAs, ITIL-aligned processes, and monthly executive review cadences. We provide 24/7 production coverage, structured incident and change management, proactive capacity planning, and continuous cost optimisation - releasing your engineers to focus entirely on product development and innovation.

01
24/7 Production Operations
Follow-the-sun engineering coverage with tiered SLAs for incident detection, triage, and resolution across infrastructure, application, database, and security domains.
02
ITIL Service Management
Incident, problem, change, and continual improvement processes governed by defined workflows, approval gates, and documented runbooks that eliminate informal operational practices.
03
Capacity and Cost Optimisation
Quarterly capacity roadmaps and continuous cloud spend analysis that keep your infrastructure right-sized and your cost trajectory predictable as you scale.
04
Governance and Reporting
Monthly service reviews with SLA performance data, incident summaries, cost savings reports, and an improvement backlog reviewed with your dedicated service delivery manager.

Delivery Models

How We Deliver

Full Managed Service

Complete operational ownership of your technology estate including 24/7 monitoring, all incident management tiers, change advisory, capacity planning, and cost optimisation under a fixed monthly retainer.

Timeline
4-8 weeks onboarding
Team Size
4-8 engineers
Co-Managed Operations

A partnership model where we augment your internal team for specific operational functions such as security operations, database administration, or cloud cost engineering while your team retains ownership of other functions.

Timeline
2-4 weeks onboarding
Team Size
2-4 engineers
Stabilisation and Transition

A time-bound engagement to stabilise a troubled environment, document operational procedures, implement monitoring and alerting, and prepare for handback to your internal team or transfer to full managed service.

Timeline
6-12 weeks
Team Size
3-6 engineers

Capabilities

Technical Capability Matrix

Incident Management
P1-P4 SLA triageWar room coordinationStakeholder communicationPost-incident reviewRCA documentation
Change and Release Management
Change advisory boardDeployment runbooksRollback planningMaintenance window managementEmergency change process
Observability and Monitoring
Infrastructure metricsAPM integrationDistributed tracingLog aggregationCustom dashboards
Cloud and Cost Engineering
Right-sizing analysisReserved instance planningSpot instance strategyStorage lifecycle managementFinOps reporting

Engagement Models

How We Engage

Choose the model that fits your programme governance, budget cycle, and team structure.

01

Staff Augmentation

Engineers embed directly under your management.

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02

Dedicated Developers

Full-time team aligned to your product roadmap.

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03

Managed Teams

End-to-end delivery with SLA-backed outcomes.

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04

Engineering Pods

Autonomous cross-functional pods per domain.

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05

Offshore Dev Centre

Permanent engineering base in India. Full IP ownership.

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06

Build-Operate-Transfer

We build and run it. You take ownership on schedule.

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Our Process

From Discovery to Delivery

1

Environment Discovery

Week 1-2

We conduct a structured assessment of your infrastructure, application landscape, monitoring maturity, and current operational processes to establish a service baseline and identify risks.

2

Monitoring and Alerting Deployment

Weeks 2-4

Observability tooling is deployed or integrated across your environment, alert thresholds are tuned, and escalation routing is configured in line with your SLA tiers.

3

Runbook and Knowledge Transfer

Weeks 3-6

Joint runbook authorship sessions with your engineering team capture operational knowledge, document recovery procedures, and define RACI boundaries between your team and ours.

4

Shadow and Transition

Weeks 5-8

Our engineers shadow your team through a full incident and change cycle before taking operational ownership, ensuring continuity and building mutual confidence in the handover.

5

Steady-State Operations

Ongoing

Full managed service delivery under contractual SLAs with monthly service reviews, continual improvement backlog management, and ongoing cost and capacity optimisation.

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Security & Compliance

Enterprise-Grade Security by Default

✓ISO 27001 Certified✓SOC 2 Type II Ready✓GDPR Compliant✓DPDP Act Ready✓NDA on Day 1✓MSA Available✓IP Assignment Clauses✓Escrow Options

Governance

Programme Governance

✓

Contractual SLA Framework

All service commitments are documented in a legally binding service level agreement with defined response, resolution, and availability targets for each service tier.

✓

Monthly Service Reviews

Structured executive reviews chaired by your dedicated SDM cover SLA performance, incident trends, cost savings realised, capacity outlook, and improvement priorities.

✓

Change Advisory Board

All production changes pass through a CAB process with impact assessment, rollback planning, and appropriate approval gates proportionate to change risk.

✓

Continual Improvement Register

A shared improvement backlog tracks all identified optimisation opportunities, assigns owners, and measures outcomes against baseline metrics reviewed at each service review.

Team Structure

Your Enterprise Team

Each managed service engagement is staffed with a dedicated service delivery team structured around your environment complexity and SLA tier. The team is led by a service delivery manager and supported by specialist engineers across infrastructure, application operations, security, and cloud cost management disciplines.

✓Service Delivery Manager
✓Lead Site Reliability Engineer
✓Infrastructure Engineer
✓Application Operations Engineer
✓Cloud Cost Engineer
✓Security Operations Analyst
✓Database Administrator
✓Incident Commander

Project Lifecycle

From Kickoff to Production

01
1-2 weeks

Discovery and Baseline

Environment inventory, risk register, current-state SLA assessment, monitoring gap analysis, and service baseline report.

02
2-3 weeks

Observability Implementation

Monitoring stack deployment, alert threshold configuration, escalation routing, and initial dashboard suite for key services.

03
2-3 weeks

Knowledge Transfer and Runbooks

Operational runbooks for top-20 incident scenarios, RACI matrix, escalation paths, and change management procedures.

04
1-2 weeks

Shadow and Parallel Operations

Validated incident response capability, completed handover checklist, and signed operational readiness confirmation.

05
Ongoing

Managed Operations

Monthly service review packs, SLA performance reports, cost optimisation reports, quarterly capacity roadmaps, and continual improvement register updates.

Case Studies

Enterprise Outcomes

Financial Services

A mid-market payments platform was experiencing three to four major incidents per month due to absent change management and no structured problem management process.

We implemented ITIL change and problem management, deployed comprehensive observability, and established a 24/7 operations team. Repeat incident categories were eliminated within 90 days through structured root cause closure.

94%reduction in major incidents within 6 months
SaaS Technology

A fast-growing SaaS business was spending 42% above benchmark on cloud infrastructure with no FinOps practice and significant idle resource accumulation.

Our cloud cost engineering team conducted a full spend analysis, implemented right-sizing recommendations, deployed auto-scaling policies, and purchased reserved capacity commitments aligned to the growth forecast.

$1.8Mannual cloud cost savings realised in year one
Healthcare

A digital health platform needed to achieve SOC 2 Type II certification while its engineering team lacked capacity to prepare audit evidence without halting product development.

We embedded compliance controls into daily managed service operations, automated evidence collection, and managed the audit engagement end-to-end alongside the 24/7 production support function.

100%SOC 2 Type II certification achieved on first audit cycle

Start Your Engagement

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Hiring Models

One platform, two ways to hire

Not ready for a long-term commitment? QuickHire Instant lets you book a vetted engineer in 10 minutes - no contracts required.

Both models use the same vetted talent network · PM always included · Multi-country billing

Frequently Asked Questions

A fully managed engineering service covers end-to-end operational responsibility for your technology estate, including 24/7 production monitoring, incident detection and resolution, change management, release governance, and capacity planning. Our ITIL-aligned service model ensures every function is governed by defined processes, escalation paths, and measurable service levels. You retain strategic ownership while we assume full accountability for day-to-day reliability and performance. Monthly service reviews provide executive-level transparency across all operational metrics and improvement initiatives.
Service level agreements are tiered by incident severity, typically spanning P1 (critical - 15-minute response, 2-hour resolution target), P2 (high - 30-minute response, 4-hour resolution), P3 (medium - 2-hour response, next business day resolution), and P4 (low - 8-hour response, 5-business-day resolution). SLA commitments are contractually binding and tracked through our service management platform with real-time dashboards available to your stakeholders. Breaches trigger automatic escalation and root cause analysis. Monthly SLA performance reports are reviewed with your dedicated service delivery manager.
ITIL alignment means our managed service is structured around proven frameworks for incident management, problem management, change management, service request fulfilment, and continual service improvement. In practice, this means your team interacts with a disciplined operating model that reduces noise, prevents repeat incidents, and introduces changes through controlled processes with rollback plans. ITIL practices eliminate the informal firefighting culture that erodes engineering productivity and increases mean time to recovery. Your developers can focus on feature delivery while the managed service team owns operational stability.
Your dedicated service delivery manager (SDM) is a senior operational lead who serves as the single point of accountability for your managed service contract. The SDM chairs monthly service reviews, tracks performance against SLAs, owns escalation management for major incidents, and drives continual improvement initiatives on your behalf. They maintain deep familiarity with your technology stack, business priorities, and organisational stakeholders so that service decisions are always made in context. The SDM bridges the gap between operational performance data and strategic recommendations, translating metrics into actionable insights your leadership team can act on.
Capacity planning encompasses proactive analysis of compute, storage, network, and application-layer resource utilisation to ensure your infrastructure scales ahead of demand rather than reactively. Our team models traffic patterns, seasonal peaks, and anticipated growth trajectories to produce quarterly capacity roadmaps with specific resource recommendations. We work directly with your cloud provider accounts to right-size workloads, schedule scaling events, and negotiate reserved capacity commitments that reduce cost. Capacity planning outputs feed directly into your budget cycle, giving finance and engineering a shared, data-driven view of future infrastructure spend.
Cost optimisation is a structured, ongoing practice rather than a one-time exercise. Our team continuously analyses your cloud spend across compute, data transfer, storage tiers, and licensing to identify waste, idle resources, and right-sizing opportunities. We implement and track savings through reserved instance purchases, spot instance strategies, auto-scaling policies, and storage lifecycle rules. A dedicated cost optimisation report is included in each monthly service review, showing realised savings against a baseline and projecting forward opportunities. Clients typically achieve 20-35% reductions in cloud infrastructure spend within the first six months of engagement.
All changes to production systems pass through a structured change advisory process that classifies each change as standard, normal, or emergency and applies appropriate review and approval gates. Standard changes follow pre-approved runbooks and can be executed without additional review, while normal changes require impact assessment, rollback planning, and CAB approval before a defined maintenance window. Emergency changes invoke an expedited path with post-implementation review to capture learning. Change records are logged in our service management platform and linked to incident and problem records to provide a complete audit trail for compliance and forensic purposes.
Our 24/7 production support model operates across geographically distributed engineering teams in follow-the-sun shifts, ensuring that skilled engineers are actively monitoring your environment at all hours without relying on on-call fatigue. Automated alerting pipelines route incidents to the appropriate engineering discipline - infrastructure, application, database, or security - within minutes of detection. All incidents are worked in a dedicated war room channel with real-time stakeholder communication until resolution. Post-incident reviews for P1 and P2 events are delivered within 48 hours and include timeline reconstruction, contributing factors, and permanent remediation actions.
Our managed service is designed as a complement to your internal engineering capability rather than a replacement for it. We establish clear operational responsibility boundaries documented in a RACI matrix, so your engineers retain ownership of product development and architectural decisions while we own operational reliability. Integration points include shared ticketing systems, Slack or Teams channels for real-time collaboration, joint runbook authorship, and regular handover cadences. Many clients use the managed service to free their senior engineers from on-call rotation and production firefighting, redirecting that time toward high-value product work.
Security is embedded at every layer of the managed service, including patch management with defined SLAs for critical CVEs, access control reviews, secrets rotation, and vulnerability scanning integrated into CI/CD pipelines. We maintain SOC 2 Type II alignment in our own operations and can support your compliance requirements for ISO 27001, PCI DSS, HIPAA, or GDPR depending on your industry. Security incidents are handled through a dedicated incident response process separate from operational incidents, with forensic preservation and regulatory notification support included. Compliance evidence packages are generated automatically for audit cycles, reducing the burden on your internal teams.
Our managed service operates a cloud-native observability stack encompassing infrastructure metrics, application performance monitoring, distributed tracing, and log aggregation unified into a single pane of glass. We work with your existing tooling investments - such as Datadog, New Relic, Grafana, or AWS CloudWatch - and supplement gaps to achieve the four golden signals of monitoring: latency, traffic, errors, and saturation. Custom dashboards are built for your specific services and shared with your internal stakeholders. Alerting thresholds are tuned iteratively to reduce noise while ensuring meaningful signals surface quickly.
Monthly service reviews are structured 60-90 minute sessions chaired by your dedicated service delivery manager, covering SLA performance, incident and problem summaries, change management activity, capacity utilisation, cost optimisation progress, and the continual improvement backlog. Attendees typically include your engineering director or VP of Engineering, heads of product and operations, and any relevant technical leads. We provide a pre-read report 48 hours in advance so discussions can focus on decisions and strategy rather than data presentation. Action items are tracked in a shared register between reviews to ensure accountability and momentum.
Onboarding follows a structured four-phase approach spanning environment discovery and documentation, monitoring and alerting deployment, runbook development and knowledge transfer, and a shadowing period where our engineers work alongside your team before taking full operational ownership. The full transition typically takes four to eight weeks depending on environment complexity. We produce a comprehensive service baseline at the end of onboarding that documents the current state of your infrastructure, known risks, and agreed improvement priorities. This baseline becomes the foundation for your first monthly service review and continual improvement roadmap.
Disaster recovery is addressed as a distinct workstream within the managed service, covering RTO and RPO definition, backup verification, failover testing, and DR runbook maintenance. We conduct scheduled DR exercises at least annually and produce test reports that validate your recovery capabilities against defined objectives. Business continuity planning extends beyond infrastructure to include communication plans, stakeholder notification trees, and regulatory reporting obligations. Where gaps are identified against your DR objectives, we provide architecture recommendations and implementation support to close them within agreed timelines.
Our managed service is cloud-agnostic and regularly operates across AWS, Microsoft Azure, Google Cloud Platform, and on-premises infrastructure within a single engagement. We maintain certified expertise across all major cloud platforms and use cloud-neutral tooling where possible to avoid operational silos. Hybrid environments with on-premises components connected to cloud workloads via VPN or ExpressRoute/Direct Connect are fully supported, including network performance monitoring and firewall management. Multi-cloud strategies are assessed pragmatically - we advise on workload placement that balances performance, cost, and operational complexity rather than advocating for any single provider.
Managed service engagements are priced on a fixed monthly retainer model that covers all defined services within the agreed service scope, providing budget predictability without per-incident billing surprises. Retainer pricing is calculated based on environment complexity, number of managed services, coverage hours, and SLA tier selected. We offer three primary engagement models: a full managed service covering all operational functions, a co-managed model where we augment your internal team for specific functions such as security operations or database administration, and a project-based transition engagement to stabilise a specific environment before handing back to your team. All models include the dedicated service delivery manager and monthly service reviews.
Industries
Financial ServicesHealthcareSaaS and TechnologyRetail and E-CommerceManufacturing