DevOps Services That Ship Software Faster and More Reliably
We design and implement DevOps pipelines, cloud infrastructure, and automation that let your engineering team ship faster, with fewer incidents, and with full confidence. CI/CD, Kubernetes, IaC, and monitoring — built by engineers who run production systems daily. Serving teams in the USA, UK, Canada, and Europe.
DevOps is a set of practices, tools, and a culture that unifies software development (Dev) and IT operations (Ops) to shorten the development lifecycle and deliver software continuously and reliably. A mature DevOps practice means every code commit is automatically tested, built, and deployed to production — with rollback, monitoring, and alerting built in. SpiderHunts Technologies implements DevOps as a measurable engineering system: from first CI/CD pipeline to fully automated multi-environment infrastructure.
- CI/CD
- GitHub Actions, GitLab CI, Jenkins, CircleCI
- Containers
- Docker, Kubernetes, Helm
- IaC
- Terraform, Pulumi, AWS CDK
- Cloud
- AWS, GCP, Azure
- Monitoring
- Datadog, Prometheus, Grafana
DevOps Services We Deliver
DevOps is not a single tool — it's a complete engineering system covering code delivery, infrastructure, monitoring, and security. SpiderHunts Technologies implements the full DevOps stack as a managed engagement, working alongside your existing engineering team.
Automated build, test, and deployment pipelines using GitHub Actions, GitLab CI, or Jenkins. Every commit triggers tests, security scans, and staged deployments — reducing manual deployments to zero.
Containerise your applications with Docker, orchestrate at scale with Kubernetes (EKS, GKE, AKS), and manage deployments with Helm charts. Zero-downtime deployments, auto-scaling, and self-healing infrastructure.
Define and provision your entire cloud infrastructure in code using Terraform or Pulumi — repeatable, version-controlled, and disaster-recoverable environments at any scale.
Design and implement production-grade cloud architectures on AWS, GCP, or Azure — VPCs, load balancers, RDS, S3, CloudFront, IAM, and every service your application needs.
Implement full observability: application metrics (Datadog/Prometheus), log aggregation (ELK/CloudWatch), distributed tracing (Jaeger/X-Ray), and on-call alerting with PagerDuty.
Integrate security into your pipeline: SAST (Semgrep, SonarQube), dependency scanning (Snyk), secrets management (HashiCorp Vault, AWS Secrets Manager), container image scanning (Trivy), and compliance automation.
The Cost of Broken DevOps — and How We Fix It
Every hour your team spends on manual deployments, environment debugging, and incident firefighting is an hour not spent building product. Poor DevOps is one of the most expensive silent costs in engineering.
- Manual deployments causing 3+ hours of engineer time per release
- Production incidents from untested code reaching live
- Staging environment that doesn't match production
- No visibility into what's running and why things fail
- Infrastructure managed manually — no repeatability
- Security vulnerabilities found in production, not in the pipeline
- Automated deployments in under 10 minutes with zero manual steps
- Every commit runs tests, security scans, and quality gates
- Infrastructure as code — staging = production, always
- Full observability: metrics, logs, traces, and alerts
- Disaster recovery tested monthly — RTO under 1 hour
- Security embedded in CI/CD — vulnerabilities caught before they ship
DevOps Engagements We Have Delivered
Concrete examples of DevOps implementations SpiderHunts Technologies has delivered for engineering teams — with measurable before/after outcomes on each engagement.
Implemented GitHub Actions CI/CD for a 15-engineer SaaS team — reducing deployment time from 2 hours (manual) to 8 minutes (automated), with staging and production environments fully separated.
Migrated a monolithic application from EC2 instances to Kubernetes (EKS) — enabling auto-scaling, zero-downtime deployments, and a 40% reduction in infrastructure cost.
Replaced a manually managed AWS environment with full Terraform IaC for a FinTech startup — reproducible environments, disaster recovery tested in 30 minutes, and full audit trail.
Implemented Datadog APM, log management, and custom dashboards for an e-commerce platform — reducing MTTR (mean time to resolution) from 4 hours to 22 minutes.
Added Snyk dependency scanning, Semgrep SAST, and Trivy container scanning to a healthcare platform's CI/CD pipeline — zero critical vulnerabilities shipped to production since implementation.
Designed a multi-cloud architecture (AWS primary, GCP DR) for a logistics platform — 99.99% uptime SLA, automated failover, and geographic load distribution across 3 regions.
Industries We Deliver DevOps For
DevOps requirements differ significantly by industry — compliance obligations, deployment frequency, team size, and risk tolerance all vary. We bring sector-specific DevOps experience across six verticals.
PCI-DSS compliant pipelines, secrets management, audit trails, and zero-downtime deployments for payment systems.
Auto-scaling Kubernetes clusters, blue/green deployments, and traffic-based scaling for peak trading periods.
HIPAA-aware infrastructure, strict access controls, comprehensive audit logging, and validated deployment pipelines.
Multiple environment pipelines, feature flag deployments, and multi-tenant Kubernetes architectures for SaaS products.
On-premises to cloud migration, hybrid cloud DevOps, and enterprise-grade monitoring for legacy system modernisation.
Secure, auditable CI/CD pipelines for public sector software with full compliance documentation and change control.
How Our DevOps Implementation Works
Every DevOps engagement follows a structured four-phase process — from audit and discovery through to full implementation and knowledge handover. We embed with your engineering team rather than working in isolation.
DevOps Audit & Assessment
We audit your current CI/CD setup, infrastructure, deployment process, and monitoring coverage — documenting the gaps, risks, and highest-impact improvements to prioritise.
Pipeline & Infrastructure Design
We architect your CI/CD pipeline, Kubernetes cluster topology, IaC module structure, and observability stack — reviewed and agreed with your team before a single line is written.
Implementation & Testing
We build, configure, and test everything in a non-production environment first — running disaster recovery tests, load tests, and pipeline failure scenarios before going live.
Handover, Training & Support
We hand over full runbooks, documentation, and architecture decision records — and conduct hands-on training so your team fully owns and can evolve the infrastructure independently.
Managed DevOps vs In-House DevOps vs No DevOps
Understanding how managed DevOps from SpiderHunts compares against hiring an in-house DevOps engineer — or continuing without a formal DevOps practice at all.
| Feature | SpiderHunts DevOps | In-House DevOps Engineer | No DevOps |
|---|---|---|---|
| Cost | From £2,000/month retainer | £70,000–£100,000/year salary | Hidden: lost engineer time |
| Time to first pipeline | 2–4 weeks | 2–4 months (hiring + ramp) | Never |
| Full stack coverage (CI/CD + K8s + IaC + monitoring) | Yes — full team | Depends on specialisation | No |
| Security (DevSecOps) | Built into every pipeline | Varies by engineer | No |
| On-call availability | 24/7 retainer available | Business hours (typically) | No |
| Knowledge transfer | Documented & trained | Internal ownership | N/A |
| Risk | Low — proven processes | Medium — key person risk | High — incidents, outages |
DevOps Tools & Technologies We Use
We are fluent across the entire modern DevOps toolchain — from CI/CD platforms and container orchestration to infrastructure as code, cloud providers, observability stacks, and security tooling. We select the right tool for your requirements, not the one we prefer.
Trusted by Engineering Teams Worldwide
SpiderHunts Technologies has been building and running production engineering systems since 2015. Our DevOps practice is built on a decade of hands-on experience running software in production — across startups, scale-ups, and enterprise teams in the USA, UK, Canada, and Europe.
DevOps Services — USA, UK, Canada & Europe
SpiderHunts Technologies is a UK-registered DevOps consultancy delivering CI/CD pipelines, Kubernetes infrastructure, and cloud architecture for engineering teams across the USA, United Kingdom, Canada, and Europe. We work fully remotely, embedded with your existing engineering team — as a fractional DevOps partner or end-to-end implementation team. Every cloud region is covered: AWS us-east-1, eu-west-2, GCP europe-west2, and Azure UK South.
🇺🇸 United States
DevOps for US engineering teams. AWS us-east-1 and us-west-2 deployments. SOC 2 aware infrastructure design. Overlap with Eastern, Central, and Pacific time zones for daily standups and incident response.
🇬🇧 United Kingdom
UK-based DevOps consultancy. London office. AWS eu-west-2 and Azure UK South primary regions. GDPR-compliant infrastructure as standard. Same time zone support for UK engineering teams.
🇨🇦 Canada
DevOps for Canadian SaaS and technology companies. PIPEDA-aware data handling. AWS ca-central-1 region deployments. Coverage for Toronto, Vancouver, and Montreal-based teams.
🌍 Europe
GDPR-compliant DevOps for European engineering teams. EU data residency guaranteed with AWS eu-west and GCP europe-west regions. Experience with German, Dutch, and French market requirements.
Frequently Asked Questions About DevOps Services
Everything engineering teams and CTOs typically ask before starting a DevOps engagement with SpiderHunts Technologies.
What is DevOps?
DevOps is a set of practices, tools, and culture that bridges software development and IT operations to accelerate software delivery. In practice, it means automated CI/CD pipelines, containerised deployments, infrastructure as code, and full observability — so teams ship faster with fewer incidents.
How much do DevOps services cost?
A CI/CD pipeline implementation costs £5,000–£15,000. A full DevOps implementation (CI/CD + Kubernetes + Terraform + monitoring) costs £20,000–£60,000. Ongoing DevOps retainers start at £2,000/month. We provide a fixed quote after an assessment call.
How long does it take to implement DevOps?
A CI/CD pipeline is typically live within 2–4 weeks. A full DevOps implementation with Kubernetes, IaC, and observability takes 8–16 weeks depending on the complexity of your existing infrastructure.
Do you work with our existing cloud setup?
Yes. We work with existing AWS, GCP, or Azure environments — building on top of what you have, not replacing everything. We start with an audit of your current state and prioritise the highest-impact improvements.
What is the difference between DevOps and SRE?
DevOps is the practice of unifying development and operations through automation and culture change. SRE (Site Reliability Engineering) is Google's implementation of DevOps with a focus on reliability and error budgets. SpiderHunts implements practical DevOps and SRE principles tailored to your team's maturity level.
Do you provide on-call support?
Yes. We offer 24/7 on-call DevOps retainers for production incident support, including runbook maintenance, incident management, and post-incident reviews. SLA options from 4-hour to 30-minute response.
Can you train our engineering team?
Yes — knowledge transfer is built into every engagement. We pair with your engineers during implementation, document all decisions, write runbooks, and conduct hands-on training sessions so your team can operate and evolve the infrastructure independently.
What is Infrastructure as Code (IaC) and why does it matter?
Infrastructure as Code means defining your cloud resources (servers, databases, networks, load balancers) in code (Terraform, Pulumi, or CloudFormation) instead of clicking through cloud consoles. This means environments are reproducible, version-controlled, peer-reviewed, and disaster-recoverable in minutes — not hours.
Related Services
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Ready to Fix Your DevOps?
Book a free 30-minute DevOps assessment call. We'll audit your current pipeline, identify the biggest gaps, and propose a clear implementation plan — with scope, timeline, and fixed price.